|
Furniture pivotal joint (4) includes a support part (5) and a pivot cup (6a)(pivotally connected to the latter and intended for attachment to furniture parts (2, 3)) as well as a damping device (10) for damping relative motion between the support part (5) and the pivot cup (6a); the damping device (10) is positioned in or on the pivot cup (6a); the damping device (10) has a body (10a) including the first attachment means (24); positioned on the pivot cup (6a) are the second attachment means (23); the body (10a) of the damping device (10) may be inserted into the pivot cup (6a) and, while in the assembled condition, is essentially wholly positioned inside the pivot cup (6a); the body (10a) of the damping device (10) and the pivot cup (6a) may be connected to each other with the help of the first and the second attachment means (23, 24) while in such assembled condition. |
|
|
Automatic retracting and damping device Invention relates to an automating retracting and damping device (5) for movable furniture parts (2) including a driver (30) designed so that to enable connection to a movable furniture part (2), a damper (18, 35) by means whereof the driver (30) is decelerated in at least one direction, a spring element (17) accelerating the driver (30) movement from the first position into the second position and noted for the fact that the damper (18, 35), the driver (30) and the spring element (17) are connected to one another via the four-bar linkage (13) setting the driver (30) linear direction. |
|
|
Adjustable torsion hinge comprises a hinge unit, a torque generation unit and a torque adjustment unit; the first and the second plates of the hinge unit are conjugated with a pivot axis and form a pivot joint with the first and the second clutches; the torque generation unit comprises a torsion spring to provide for a recuperation return; the torque adjustment unit comprises a torque adjustment element; the first clutch includes the first jaw inside it and the torque adjustment element includes the second jaw conjugated with the first jaw thus making the torque adjustment element regulate the torque of the torsion spring, due to the above the conversion between the first and the second clutches allows for the usage of the supporting hinge in both directions. |
|
|
Guide unit for window raiser cable This guide unit (3) is mounted at top part of base (18) of guide plate. It has basic body (30) to be mounted at guide plate (1) abuts thereon. It incorporates turning support bush (4) spaced from said basic body (30). Said bush at position turned over relative to guide plate (1) long surface enters the turning support opening (23) of guide plate top part or guide plate base (18) and turns about cable guide unit (3). It incorporates turn retainer (5, 6, 21, 16) which connects guide unit (3) with guide plate top part or base (18) after the turn of said unit (3) about mounting pin and locks it as required. It has device (7, 8) arranged at basic body (30) make basic body abut on guide plate or base (18) in vertical position relative to guide plate (1) long surface. |
|
|
Electric actuator for driving screen used in home environment Invention relates to an electric actuator for driving a screen. The electric actuator (100) for driving a screen (2) used in a home environment, which moves between its open position and closed position, said actuator being provided with a spring brake (105), said brake having a helical spring (130; 230), each end of which forms a tab (132a, 132b; 232a, 232b) extending radially or axially relative to the central axis (X130; X230) of the spring; a friction part (140; 240) having a substantially cylindrical friction surface (141; 241) against which at least one turn of the helical spring bears radially; an inlet part (110; 210) driven by the electric motor (103) of the actuator, and configured to come into contact with at least one tab (132a, 132b; 232a, 232b) of the spring, in such a manner as to drive the spring in rotation about the central axis (X105) of the brake, in a direction making it possible to reduce the contact force between the helical spring and the friction surface; and an outlet part (120; 220) connected to the screen (2) and configured to come into contact with at least one tab (132a, 132b; 232a, 232b) of the spring in such a manner as to drive the spring in rotation about the central axis (X105) of the brake, in a direction making it possible to increase the contact force between the helical spring and the friction surface; wherein, while the screen is being lowered, the inlet part (110; 210) drives the spring (130; 230) in rotation with the contact force being decreased to the extent that the outlet part (120; 220) is released in rotation, without direct contact between the inlet part and the outlet part; wherein the inlet part (110; 210) has at least two contact surfaces (113a, 113d; 213b, 217c) adapted to transmit a drive torque (CM) for raising the screen (2), by direct contact with at least two corresponding contact surfaces (123a, 123c; 223b, 227a) of the outlet part (120; 220). |
|
Door module to be built in automotive door Invention relates to door module to be built in car door with door module carrier (1) and with multiple door functional components to be built in along with door module carrier (1). Note here the functional components pre-fitted at door module carrier (1) comprises at least one window raiser guide (63). Said guide can be fitted in working position at attachment points on door module carrier side so that is can slide in displacement direction (VR) adjusted by raiser (6) of window (FS) Note also that door module carrier (1) has at least two different spaced apart sets (B1, B2) of points of attachment on the side of door carrier module (B1o, B1u; B2o, B2u) to fit one guide (63) of raiser (6) to at least one or, minimum, one more working position other than the latter. Note here that said guide (63) in working position of guiding window (FS) by raiser (6) is directed in direction of its sliding (VR). |
|
As an operational force a natural phenomenon is used - atmospheric pressure. The main structural component of the mechanism - a body reacting to atmospheric pressure - is a geometric shape - a box, square in cross section. The body is manufactured by compression from an airtight elastic resilient material and has four solid faces, four elastic ribs, and instead the two end faces - two elastic dome. The body is sealed, and when negative pressure is created, acts as a pivot of four sections, being deformed by force of atmospheric pressure into a rhomboid parallelepiped with a sharp angle of 45°. In the mid-points of four faces of the parallelepiped - shaped body there are stops formed that when bound up in pairs can increase the degree of vacuum and atmospheric pressure, the force of impact, without compromising the angle of the rhomb below 45°. The mechanism is attached by one face to the side wall of the furniture, and by an adjacent face - to the door of the furniture. |
|
Drive of different types of furniture leaves Drive of a furniture leaf is proposed with the first component, having an electric motor, and the second component having an adapter arm, in which the first component and the second component may be connected, being separated, with each other, and a device is proposed to transfer force for movement of the adapter arm, in which a locating device (12) may be used to adjust the position of the force transfer device (11) and in which the first component (7) may be connected to the second component (8), at least in two, preferably, at least in three different positions of the adapter arm (4). |
|
Drive system (15) for a backflap (18) movably installed on a furniture body (17). The drive system (15) of the backflap is located on the side wall of the furniture body (17) and comprises a mechanical actuating unit (3), which is equipped with an actuating lever (19) connected to the backflap (18) and an energy accumulator loading the actuating lever (19), and an electric drive (2) fixed on the mechanical actuating unit (3), which is designed for driving the backflap (18). The electric drive (2) includes at least one electric motor and one transmission step (1). |
|
Shock absorber and furniture hinge Shock absorber is proposed for a furniture hinge (10), comprising a shock absorber body (2), made as capable of installation on the mount plate, in which there is a hook (4), made as a whole with the body (2) of the shock absorber on its side facing the mount plate with the possibility of engagement with the side of the mount plate faced to the body (2) of the shock absorber. Besides, the body (2) of the shock absorber with the possibility of fixation on the mount plate by means of an elastically installed shape-stable ball (5). Besides, the furniture hinge is proposed. |
|
Invention relates to a system of a drive for gates. A system (1) of a drive for gates (2), the web of which at each side is sent along the appropriate guide (3), besides, on one of the guides (3) there is a trolley (4) moving, being hingedly joined with the upper edge of the gate web, besides, for power supply of an engine (5), driving the trolley (4), there are conducting paths stretching along the guide (3), which are made as capable of connection optionally on their front or rear end, at the same time there is a bus (7) provided as stretching along the guide (3), in which there are two metal inserts (19), passing along its longitudinal axis and forming conducting paths. |
|
Fittings (1) with drive, in particular, furniture fittings for cover opening by at least one actuating arm (2) for opening and closing of furniture movable part (4) and drive (5) for actuating arm (2) movement; at that between actuating arm (2) and drive (5) there is coupling (9) that provides movement of actuating arm (2) notwithstanding drive (5); moreover there is disc cam (20) related to actuating arm (2) purposed for change of effort to disconnect retention pins and effort for declutching of coupling (9) which is regulated depending on position of actuating arm (2). |
|
Invention relates to control over doors T1-T4 of the platform located at the distance corresponding to that between doors of train to be boarded from the platform. Platform doors are divided into at least two groups. Adjacent doors relate to different groups. Every group is connected via appropriate transmitter with at least two control device S1, S2. Control signals from one control device is transmitted via transmitter M1, M2 to platform doors and, at failure of one of said control devices its functions are delegated to second control device. |
|
Safety device for prevention of door closing includes a plate attached to a door; an axis stretching from the plate; a lever including the first end and the second end. At the same time the first end of the lever is fixed on the axis as capable of rotation; a protruding element that protrudes from the plate, having a surface made so that it results in movement of the lever along it as the door is closed. At the same time the surface is made to direct the lever along the edge of the surface; a blocking door wedge attached mainly perpendicularly to the second end of the lever; at least one magnet arranged on the edge of the lever; at least one element that draws metal and is arranged on the plate for drawing of at least one magnet on the lever; and at least one stop device for limitation of lever rotation. |
|
Damper (3) includes closed tank (4) filled with liquid or gaseous medium. Tank (4) is made from elastic material and divided with a narrowing into the first (6) and the second (7) chambers. The first chamber (6) is enclosed with tubular cover (9) and has the possibility of volume reduction due to piston (10) that is submerged into cover (9) and exerts pressure on tank (4). The second chamber (7) has the possibility of free expansion with rise of correction forces of cover (7a) of the chamber. |
|
Piece of furniture with pushing device for mobile parts of furniture Piece of furniture with a furniture frame (1) comprises at least one wall (2) or several walls (2-6) and a pushing device for a mobile part of furniture, in particular, for a rotary door of the piece of furniture, comprising an electromechanical driving unit, for instance, a motor, at the same time the pushing device jointly with the driving mechanism comprising the specified electromechanical driving unit is built into one of the walls (2-6) of the piece of furniture, at the same time a sensor element is installed on the piece of furniture, capable of perceiving light pressure at the outer side of the door. |
|
Device to open and close gate flaps Motor 12 is switched on to open the gate. Double-reduction worm gear drives gear element 5 to turn wheel 14 and gear 15 via axle 19 so that hinge 1 and ledge 18 turn at base 3 around sleeve 2. After their turn through 45 degrees, gate flaps get in position to allow vehicle passage there through. |
|
System (1) of a drive for gates, the leaf (3) of which at each side moves along the appropriate guide (4), with the carriage (6) moved in the guide (4) and connected to the leaf (3) of the gates, and in which a drive (10) is built in with autonomous power supply, besides, the carriage (6) with the drive (10) is made as capable of its installation on the guide (4) without application of tools and has appropriate guide facilities, made as capable of their insertion into the guides (4) and with the possibility to install the drive on the guides (4) of different design, besides, the drive (10) is made as capable of charging in the stationary charging device with the help of a contactless device (15) of energy transmission, and with a protective device, which by means of a wireless transfer line is connected with a control unit (11), corresponding to the drive (10). |
|
System of a drive for gates, the leaf of which on each side moves in the appropriate guide, besides, in one of the guides (2) a carriage (14) moves, a pushing lever (4) is connected with the carriage (14) and with the upper edge of the gates leaf, at the same time on the pushing lever (4) there is a motor installed, and facilities provided on the carriage (14) for connection to the pushing lever form a detachable rotary support with the jointing facilities on the pushing lever (4), besides, jointing facilities of the pushing lever (4) are made as capable of introduction into facilities for connection of the carriage (14) in direction of introduction, besides, by rotation of these elements relative to each other their mutual fixation is carried out. |
|
Driving device for furniture door Driving device is proposed for a furniture (3) door (2) with at least one actuating arm (6), which is loaded or put under load with a spring device (4) for movement of the door (2), and also with a pushing device (5), by means of which the door (2) may move via the first range (M1) of the opening angle from the closed position in direction of the open position. The spring device (4) in the first range (M1) of the opening angle does not substantially impact the door (2) and moves the door (2) in direction of opening only in the second range (M2) of the opening angle, besides, the second range (M2) of the opening angle directly adjoins the first range (M1) of the opening angle or, if required, slightly overlaps with it. |
|
Device of angular displacement registration Device of angular displacement registration for public transport vehicles is equipped with a driving device (20) for an input/output device installed as capable of rotation and/or displacement, a driving unit (22), an electrically driven motor (44) and the first step-down gear (26) to transfer the torque developed by the electric motor to the input/output device. At the same time it comprises the second step-down gear (72) connected to the driving motor (44), which is arranged between the electric driving motor (44) and the sensor to determine position of step-down gear, besides, this second step-down gear (72) does not realise transfer of torque to the device of input/output. |
|
Sliding gate drive and method of drive installation Invention relates to sliding gate drive 12 with drive assembly provided with gear wheel 30 driven by motor to engage with rack 14 arranged at sliding gate on support 17 to displace between working position and mounting position and provided with auxiliary mount 60 for installation and adjustment of said rack at various gates. Sais auxiliary mount 60 has, at least one roller 62/64 to be arranged at support 17 to rotate thereabout. |
|
Driving device for advanced element of vehicle Cylindrical transmission (10) comprises a slave wheel (14) with a connection lever (18) for attachment of an advanced lever (4) with the possibility of rotary motion and a cylindrical wheel (13) engaged with the slave wheel (14), and also an intermediate wheel (11) coaxial with the cylindrical wheel (13). The slave wheel (14) is equipped with an external geared rim comprising two sections (14a, 14b) of the geared rim with a different axial width (b4) of a tooth. The advanced lever (4) attached to the connecting lever (18) stretches in the plane (16) of symmetry, perpendicular to axes (12, 14) of rotation of the cylindrical transmission (10). |
|
Method of remote control of drive of door folds of rooms Method for remote control of a drive of door folds in rooms by means of interaction of a light beam of a radiator with a photo relay, characterised by the fact that the radiator is installed with provision of its light beam deviation from direction towards the photo relay, and for acting at the mechanism of the door folds drive the deviated light beam is sent to the photo relay with a reflector. |
|
Mechanical lifting-rotary gates Gates comprise a support box, an overlapping monolithic plate, lever mechanisms, connection hinged joints and a drive. Two sides of the plate in its lower part are connected by hinged joints with two connecting rods of the drive. On the upper parts of these sides there are two sliders fixed rigidly and having a circle shape with parallel cut segments. On side walls in the upper part of the box there are two guides fixed with slots in each of them, in which sliders of the monolithic plate are placed. The upper part of each slot of the guide ends with a cylindrical surface, the inner diameter of which equals the diameter of the slider circle. The width of the slots is equal to the remaining part of the sliders' circle. The lower part of side walls of the box is equipped with two fixed stops. |
|
Invention relates to automotive industry. Proposed drive comprises guide with grooves, guide elements, racks and shaft. Guides with grooves define ventlight flap body path and are secured at window frame opposite parts. Guide elements are arranged on ventlight flap body to displace in guide grooves. Gears are fitted on shaft ends to engage with tooth racks. Said racks and gears are arranged in guides. Shaft is arranged in ventlight body part abutting window frame ventlight cross-arm with window closed to allow being locked in whatever position at aforesaid path. Every guide consists of two structural parts. One has groove for guide of said body to slide in while another one represents tooth rack. |
|
Device for automatic closure of doors Device for automatic closure of a door fold connected to a floor as capable of rotation comprises an attached group (40), which is fixed to the floor; a reciprocally moved group (50), connected to the fixed group (40) as capable of reciprocal displacement perpendicularly to the floor without rotation relative to the fixed group (40), besides, the reciprocally moved group (50) comprises elastic facilities (11) and at least an element (9), acting as a cam following element and moved perpendicularly to the floor, at the same time the specified elastic facilities (11) are arranged between the cam following element (9) and a ring (12), which is fixed in an orthogonal direction relative to the floor; a rotary group (60), to which a door fold is fixed, comprising at least a cam element (6), relative to the element (9), acting as the cam following element; besides, the rotary group (60) is connected with the reciprocally moved group (50) so that the cam element (6) rests against the cam following element (9), and in case of rotation of the rotary group (60) in the specified direction the cam element (6) causes movement perpendicular to the floor, of the cam following element (9), and compression of elastic facilities (11). Expansion of elastic facilities (11) causes rotation of the rotary group (60) in the reverse direction, and also rotation of the door fold attached to the rotary group, in the reverse direction. The rotary group (60) comprises the first chamber (72), arranged between the element (9), acting as the cam following element and the ring (12), in which there are elastic facilities (11) and a fluid medium; the second chamber (19), in which there is a fluid medium; a piston (14), comprising at least a tube (18, 20), through which the fluid medium may flow between the first chamber (72) and the second chamber (19); besides, in case of rotation of the rotary group (60) in the specified direction the volume of the first chamber (72) reduces; elastic facilities are compressed, and at least a part of the fluid medium passes from the first chamber (72) into the second chamber (19); and in case of rotation of the rotary group (60) in the opposite direction the volume of the first chamber (72) increases; elastic facilities expand and a part of the fluid medium passes from the second chamber (19) into the first chamber (72), at the same time the second chamber (19) is arranged above the piston (14). |
|
Sensor for use with automatic door Sensor has a light-emitting device, a light-receiving device, an adjustment device and a control device. The light-emitting device includes light emitters which periodically emit and project light onto corresponding sections of the projected light on the view section of the door, and a segmented lens. The segmented lens has a combination of lenses for scattering light received from said light emitters on said view section. The light-receiving device has light detectors, the number of which differs from the number of light emitters, for receiving light projected by light emitters onto said view section. The light-receiving device additionally includes an optical device for scattering onto said light detectors light in a direction perpendicular to the width of the doorway beyond the light projected by light emitters onto said view section. The adjustment device establishes, as light detectors receive light, whether to use to determine whether a person or object is on said view section. The adjustment device determines, in accordance with the installation of said adjustment device, based on how said light detectors receive light, whether a person or an object is on the view section. |
|
Invention relates to the method and device to protect a plane of gates closure against interference. The method to control gates (1), which are arranged as capable of displacement in a rectangular opening (4) of gates from a position of opening into a position of closing, where near an angle of a rectangle of gates opening, with the help of a long-range detector (12) in an angular range, preferably of 90°, in the plane of gates motion, a beam of a long-range detector is rotated, values produced during such rotation movement from measurement of distance of which or relative distance values trigonometrically calculated into dimensions of gates accordingly as the beam of the long-range detector falls onto the front edge (9) of the gates and onto limitation of the rectangular opening (4) of the gates parallel to the direction of gates movement are compared with appropriate limits values of distance measurement stored in memorising facilities or relative limit values of distance measurement measured as trigonometrically recalculated into gates dimensions, and if there are distance measurement values, which are less compared to them, a warning signal is generated, which causes stop and/or reversing. |
|
Invention relates to the field of hardware and to a hinge (1) for a door, at least partially closing a chamber, comprising the first and second supports (2, 3), attached accordingly to the chamber body and to the door, or vice versa, and joined to each other (10) at least as capable of rotation, and at least one hydraulic damper (9) with a cylinder and a piston. The piston (18, 19) is directly or indirectly connected with the first support (2) or with the chamber body, and a cylinder (13) is directly or indirectly connected with the second support (3) or the door, or vice versa. According to the invention, at least one damper (9) is a damper with inner overflow of liquid it contains. |
|
Method and device for controlling electric window of car In the method for controlling electric window of car, driving motor current signal is determined using detection element, state of window raiser signal is received, the signal is fed to controller the main controlling element of which is triple diode, bidirectional thyristor, combination of n-p-n-transistor p-n-p-transistor. The controller sends control signal to executive device which control driving motor. Device for controlling electrical window riser contains elements of detection: a) signal of preclusion of window opening and closing; b) signal of fully opened and closed window; c) controllers and executive devices of each detection element. Corresponding controller controls corresponding executive device. Controller elements include main and secondary control element. |
|
Electrically driven swinging column for vehicles for public passenger transportation with drive Electrically driven swinging column for vehicles for public passenger transportation with drive (20), containing electric driving motor (24) and down reductor (26), where driven element of driving motor is connected with input element of down reductor (26), and out element (32) of down reductor (26) - with input/output devices, where drive (20) is executed as compact drive in which electric driving motor (24) and down reductor (26) are located axially one after another inside tubular housing (22), self-releasing down redactor and additional locking device for locking the drive, where drive (20) is located inside swinging column. |
|
Rope from synthetic fibre with connection element Rope from a synthetic fibre with a connection element to transfer a shifting force to a moved part fixed to the rope by means of the connection element, besides, the connection element (3, 4, 5, 6, 6', 9, 9') penetrates the rope (1) through across the local direction of its distribution (x) and protrudes beyond the external surface (12) of the rope (1), a base (30, 40, 50, 60) of the connection element does not adjoin the external surface (12) of the rope (1) and spreads along the section of the external surface (12) of the rope (1), and the following part (2, M) is installed on the connection element (3, 4, 5, 6, 6', 7, 8, 9, 9') by means of its pressing with the connection element so that the material of the following part (2, M) is deformed, and rope components (14, 14a, 14b, 15) are sealed in the area of the connection element (3, 4, 5, 6, 6', 7, 8, 9, 9'). |
|
Device for protection of a door (20B), rotating around an axis, adjoining in the open position to a partition (20A), differing by the fact that it comprises a part (40B), installed on the outer surface of the door (20B), and a part (40A), installed on the partition so that in the open position of the door the parts enter one into the other, at the same time both parts of the device are arranged longitudinally along the same line in direction of one and the same axis perpendicular to the axis of door rotation. |
|
Railway station protective platform gate 11 comprises set of supports 13 making multiple gateways there between, horizontal beam 17 jointed with top sections of said supports 13, set of sliding doors 15 arranged between said supports 13 to close said gates. Note here that said sliding doors may displace horizontally relative to said supports to make passage through said gates. Invention relates also to method of control over said protective door system 11. Said method comprises defining position whereat train stops relative to optimum stop line, controlling said sliding doors independently of each other to make passage in compliance with the doors of said train cars. |
|
Mechanism (1) comprising several parts for a sliding door to be installed as capable of displacement on a support structure, for instance, on a furniture frame (19), consists of at least two sliding doors (2, 3), moving in two parallell planes, includes at least two moving tracks (4, 5), where rollers (6-9) of sliding doors (2, 3) are installed, at the same time all rollers (6-9) and moving tracks (4, 5) are arranged at one common side of the sliding doors (2, 3) in planes arranged in parallel to sliding doors at a certain distance from them, besides, the rollers (8, 9) of at least one of two sliding doors (2, 3) are installed on different moving tracks (4, 5). |
|
Adjustable support comprises cylindrical case and electric screw drive. Case for rearrangement of rear door comprises top and bottom sections that partially displace one into another. Note here that every said section has thrust sleeve fitted on its end. One thrust sleeve of case top section is retained by resting on rear door while another thrust sleeve is retained by resting on automobile body. Rear door bottom section support stationary inner tube is provided with coil spring. Coil spring bottom rests on mount retained on inner tube and spring top is retained by opposite free end at case top section. |
|
Furniture hinge comprises a mount plate (2) with a side element (3) arranged on it, and a hinged element (4), attached as capable of rotation to the side element (3) by means of a support lever (5) and a guide lever (6). To absorb displacement of the hinged element (4) relative to the side element (3), there is a linear shock absorber comprising a body (18) and a piston stem (17), which for the purpose of shock absorption are joined with a rotary element (14), arranged as capable of rotation around an axis (15) by means of the support lever (5) or the guide lever (6). |
|
System to control position of sliding doors Invention relates to sliding doors. The system of sliding doors comprises at least one pair of guide rails, including an inner guide rail and an outer guide rail, besides, each of the specified guide rails is connected to one sliding door that corresponds to it; at least one mechanism of sliding doors that is functionally connected to at least one of the specified guide rails and made as capable of selective displacement of at least one of the specified guide rails between at least two positions; at least one displacement driving device functionally connected to the specified at least one sliding door, besides, the specified mechanism of sliding doors comprises at least one rod; at least one bearing that reliably holds the specified rod, besides, the specified bearing comprises an inner ring, where the specified rod is inserted, and the external ring; at least one ledge connected to the external ring of the specified bearing, besides, the specified ledge protrudes approximately along the same line with the specified rod in direction to the specified guide rail and back, providing for displacement of the specified guide rail between the specified positions. |
|
Refrigerator has a cooling chamber, closing of which is implemented by the revolution door. To fix the fridge door while transportation the plastic element is provided. The plastic element is designed in the form of a plastic moulded product, which has a clamping element entering between the door of the refrigerator and the side wall of the cooling chamber, and the mounting element, which enters into the element on the inner side of the refrigerator door. |
|
Unit of sliding door for vehicle Unit of a sliding door for a vehicle comprises a frame (4), forming a door opening (3) and equipped with two side stands (6, 7), a door (2), suitable for interaction with the frame (4) in the closed position to close this door opening (3), and supporting and guiding facilities (13, 18; 19, 20, 25), which attach the door (2) to the frame (4), besides, supporting guiding facilities (13, 18; 19, 20, 25) comprise a longitudinal guide (19), placed inside the door (2) and rigidly fixed to it, a support (24), a slider installed with the possibility of sliding along the guide (19), and a hinged parallelogram kinematic mechanism (25), connecting the slider (20) with the support (24), the hinged parallelogram kinematic mechanism (25) comprises the first and second levers (27, 28), every of which has the first and second end parts (27b, 27c; 28b, 28c), hingedly joined accordingly with the support (24) and the slider (20), at the same time the support (24) is fixed and placed inside one of stands (7), and axes (C, D, E, F) of hinged joints of connection of the first and second levers (27, 28) with the support (24) and accordingly the slider (20), are distanced from each other in longitudinal direction relative to a vehicle. |
|
Device (20) for opening of a door (14) of a cabinet-type conditioner, a thermostat, an environment modelling chamber or a low-temperature apparatus is made as capable of putting the door (14) into the open position with the door (14) closed and locked, at the same time the device (20) has a linear driving mechanism (22) and a yoke (30) joined with a linear driving mechanism (22) via a hinged joint (27) as capable of rotation, having a guiding slot (36), besides, the yoke (30) is made as capable of rotation around the axis (34) of rotation, besides, the linear driving mechanism (22) is installed as capable of rotation around a rotary axis (28) at the end facing away from the yoke (30). |
|
Bearing seat for element varying direction, Automotive window regulator assembly having component (FS1, FS2, FS3, FS4), whereon seat (1a, 1b, 1*, 1**) to mount bearing for element (2, 2*) varying position, in particular, cable pulley or deflecting element, base element (3, 3*, 3**) seating separately on said bearing seat (1a, 1b, 1*, 1**). Said bearing has, at least, one part (31, 33, 33*, 33**) located between said element (2, 2*) and extending section (11, 11*, 13, 13*) of bearing seat (1a, 1b, 1*, 1**) via which element (2, 2*) is supported by said bearing seat (1a, 1b, 1*, 1**) perpendicular to connection axis (Y). Note here that forced acting onto element (2, 2*) brought about by varied direction of motive force (FA) are transmitted from base element (3, 3*, 3**) to extending section (11, 11*, 13, 13*). |
|
Control device and method of position of movable part of car body Control device (10) of position of movable part (12) of car body includes actuator (20) for movement of movable part (12) of car body and control unit (24) for actuator (20) in working state. If there is no movement of movable part (12) of car body during a certain period of time, control unit (24) is changed over from working state to rest state. Control unit (24) is changed over again by movement of movable part (12) of car body from rest state to working state. The corresponding control method of position of car body movable part (12) is described in the application as well. |
|
Furniture hinge comprising an adjusting plate, to which the first part of the hinge is fixed by means of an intermediate element, and the second part of the hinge, which is arranged with the possibility of rotation relative to the first part of the hinge and is hingedly connected to a support lever and a guide lever as a parallel traction rod. The guide lever is connected to a shock absorber comprising a piston stem made with the possibility of displacement along its longitudinal axis in direction passing between the axis of the support lever and the axis of the guide lever on the first part of the hinge. The shock absorber is arranged between the intermediate element and the guide lever in direction along the piston stem. The shock absorber is installed on the first part of the hinge with the possibility of rotation. The longitudinal axis of the piston passes through the axis of the shock absorber rotation. |
|
Ceiling drive for movable doors Ceiling drive for movable sectional or folding doors, comprising a guide (11) and a block (12) of a motor installed at the end of the guide (11) for a carriage (17), which pulls the door, and having a driving axis (14), connected to the mechanism installed in the guide, to transfer motion to the carriage, besides, between the guide (11) and the motor block (12) there are connection facilities (26-29, 30-33) to fix the motor block to the guide by means of the motor block (12) rotation manually around the driving axis (14), differing by the fact that the specified connection facilities comprise a bracket (13), connected with the guide (11) and equipped with outgoing connection tabs (26-29), arranged in the plane passing across the driving axis (14), and designed for insertion into according seats (30-33) in the motor block (12) as the latter rotates around the driving axis from the position, in which it is arranged at the angle to the guide, into the position, in which it is aligned relative to the guide (11). |
|
Furniture hinge (1), comprises an assembly plate (2), on which there is a side element (3) and a hinged element (4), fixed with the possibility of rotation on the side element (3) by means of a support lever (5) and a guide lever (6), at the same time for shock absorption of the hinged element (4) displacement relative to the side element (3) there is a shock absorber (12, 13). The body (13) of the shock absorber is fixed on a mounting plate (3), at the same time the contact surface (15) on the support lever (5) acts directly at a piston stem (12) for shock absorption during closing displacement of the hinged element (4). |
|
Alarm device and control method for automatic mechanisms Control method of alarm device inserted in automatic mechanism of gates (G), sliding partitions, doors, etc. and having at least one annunciator (L, BZ) is characterised by the fact that it supplies the power from alarm device (LL) at least to one mechanical group (M) having a motor, detects in alarm device (LL) the power consumed at least from one mechanical group (M) having a motor, and activates at least one annunciator (L, BZ) when the specified threshold of the consumed power is exceeded. |
|
Balanced hinged device is equipped with the first connecting element and the second connection element, which are mutually joined and adapted for attachment, accordingly, to a base part and a door with the possibility to ensure door rotation between a fully closed and opened positions, in which the door occupies almost vertical and approximately horizontal positions. The device is also equipped with elastic facilities, a fixed stop facility and a rod facility, having a movable stop facility at one end, and a fixation facility - at the other one. Besides, the fixed stop facility is connected to the first connecting element, and the facility for fixation of rod facilities is connected to the second connecting element, or vice versa. Elastic facilities are installed between the fixed stop facility and the movable stop facility so that these elastic facilities at least apply a force to the rod facility, which counteracts to the door weight, at least in intermediate and fully opened positions. At the same time the rod facility is installed with the possibility of sliding in the hole of the fixed stop facility. Besides, the first connecting element and the second connecting element have limiting facilities, adapted for matching with each other in a fully open position. At the same time elastic facilities include at least two spiral compressed springs, which cover appropriate guides of the rod facility. |
|
Auxiliary security module for doors equipped with opening "anti-panic" device Auxiliary security module for doors (10), equipped with an opening "anti-panic" device (16), comprises a locking element (34), made as a hook and joined with the first axis (42) of a hinged joint, arranged orthogonally relative to the direction of movement of a slider (46), a lever (54), shaped as a swinging lever with a deflecting element (56) and a retaining element (58), arranged at the opposite edges relative to the central coupled part, at the same time the lever (54) swings around the axis (70) of the hinged joint, which is perpendicular relative to the direction of movement of the slider (46) and is perpendicular relative to the first axis (42) of the locking element (34), besides, the security module comprises a spring latch (64), swinging around the second axis (70) of the hinged joint and having a slot (72), where the lever (54) is installed. |
Another patent 2528986.