2588results about "Hinges" patented technology

An electronic door system includes a door frame, a door hingedly coupled to the door frame, an electronic locking mechanism coupled to the door, one or more lights coupled to the door frame, a camera system including at least two of a camera, a proximity or motion sensor, or a doorbell, and a wiring harness extending through the door frame and the door. The wiring harness is coupled to the electronic locking mechanism, the one or more lights, and the camera system. The wiring harness is configured to electrically couple to an external power source.

The present invention relates to a structurally novel eccentric cam action door closer for a glass door. The matching of the first and second rollers on the piston pressing assembly with the eccentric cam on the cam shaft realizes the door closer stably keeps the door in the opened or closed state. When the door is clockwise opened in place, the first roller is embedded in the first opening arc recess, thereby fixed to the eccentric cam. When the door is counterclockwise opened in place, the second roller is embedded in the second opening arc recess, thereby fixed to the eccentric cam. When the door is closed in place, the first and second rollers are embedded in the first and second closing arc recesses, thereby fixed to the eccentric cam. Thus, the cam shaft is stopped from rotating, achieving door angle fixing effect and stopping the door.

The invention relates to the technical field of hinge beam forging, in particular to a hinge beam forging device and a forging method.The hinge beam forging device comprises a forging table, a plurality of second guide rods are fixed to the outer wall of the forging table, a lower lifting plate is arranged on the outer walls of the second guide rods in a sliding mode, and a motor is installed on the lower lifting plate; an output shaft is fixed to the output end of the motor, a fixing frame is fixed to one end of the output shaft, and a through groove is formed in the fixing frame. According to the forging device and method for the hinge beam, a motor continues to be started, so that a third guide rod and a third ball continuously knock the outer wall of a lower die when the lower die is separated and an opening faces downwards, and metal chippings adhered to the lower die due to forging are separated from the inner wall and fall to the outside; and when the lower mold is knocked, the metal scraps can be repeatedly vibrated to shake off the scraps on the inner wall.

A pivot hinge has a pivot pin member for pivotally connecting a pivotal door leaf with a structural element. The hinge comprising a first cam follower on a first side of the pivot pin member and a second cam follower on a second side of the pivot pin member opposite the first side, the first and second cam followers both being movable in a radial direction relative to the cam. A slidable reciprocating member is arranged within the casing and has first and second end parts rigidly connected to one another. The cam has a pair of recesses. The spring arrangement is arranged between the second cam follower and the second end part and urges both first and second cam followers against the cam and into the respective recess to provide a holding moment to retain the door leaf in a holding position.

PROBLEM: To stably support a door.SOLUTION: A door device includes: an engagement member provided in a variable link equipped with a variable connection length mechanism; and a cam member provided on a door and having a cam groove with which the engagement member engages. Furthermore, an extension end of the cam groove that comes into close proximity to an engagement part of the engagement member that moves within the cam groove, based on full opening movement of the door is an opening side end of the cam groove. The cam groove has a groove width change section being set on an opening side of the extension region including the opening side end, and a groove width of the cam groove in this groove width change section is narrower than a groove width on a closing side of the extension region beyond the groove width change section.

In a device (10) for a front area cover in a motor vehicle (50), comprising a front cover (20, 22) pivotably mounted about a first pivot point (D1), wherein the front cover (20, 22) can be folded open in the direction away from a front end (52) of the motor vehicle (50), for the purpose of improving accessibility in the front area (54) of a motor vehicle (50) it is provided that the front cover (20, 22) is pivotably mounted about a second pivot point (D2) and can be folded open in the direction towards the front end (52) of the motor vehicle (50).

The present invention belongs to the technical field of door closers, and particularly relates to an eccentric cam action door closer for a glass door, which is novel in structure. The door body of the door is installed on the housing (100). By the matching of the first roller (410) and second roller (420) equipped on the piston pressing assembly (400) with the eccentric cam (210) on the cam shaft (200), it is realized that the door closer stably keeps the door in the opened or closed state. When the door is clockwise opened in place, the first roller (410) is embedded in the first opening arc recess (240) and thereby fixed relative to the eccentric cam (210). When the door is counterclockwise opened in place, the second roller (420) is embedded in the second opening arc recess (250) and thereby fixed relative to the eccentric cam (210). When the door is closed in place, the first roller (410) and the second roller (420) are embedded in the first closing arc recess (220) and the second closing arc recess (230) respectively and thereby fixed relative to the eccentric cam (210). Thus, the cam shaft (200) is stopped from continuing rotating in the housing (100), achieving the effect of fixing the door opening and closing angle in a stuck point positioning manner, at last achieving the purpose of positionally stopping the door, that has high reliability.

A dual-axis power liftgate and methods of using the same are provided. The dual-axis power liftgate may include a door portion including a first hinge and a second hinge. The door portion may be configured to rotate about the first hinge, and a portion of the door portion may be configured to rotate about the second hinge. The dual-door portion may include a first hinge gear, a second hinge gear, a drive motor, and a drive gear. The drive motor may be configured to rotate the drive gear. The dual-axis power liftgate may include a clutch motor and a clutch.The clutch motor may be configured to cause the clutch to engage the first hinge gear with the drive gear, disengage the first hinge gear with the drive gear, engage the second hinge gear with the drive gear, and disengage the second hinge gear with the drive gear.

A hinge device includes a shaft that is pivotally supported by a bearing portion and is rotatable, a first torque application unit configured to apply a frictional force to a peripheral surface of the shaft by fitting the shaft to the first torque application unit, and a second torque application unit configured to apply a frictional force to the shaft in an axial direction. The second torque application unit includes a flange that is formed on the shaft and abuts onto one end of the bearing portion, and a nut that is screwed to a male screw portion of the shaft and is tightened to the other end of the bearing portion via washers and a disc.

A console box for a vehicle includes a main body having a first accommodation space accessible through a first opening and a second accommodation space accessible through a second opening; a cover mounted on the main body and opening and closing the first opening; a detachable tray mounted on or detached from the first accommodation space through the first opening; and a sliding tray entering and exiting the second accommodation space through the second opening, opening and closing the second opening, and sliding in the second accommodation space, wherein the first accommodation space and the second accommodation space are communicated with each other in the main body.

A vehicle including a chassis, a cab coupled to the chassis, the cab having a front face, a body coupled to the chassis, and a shroud coupled to the cab such that an internal volume is defined between the cab and the shroud, the shroud at least partially defining: a first inlet positioned along a front side of the shroud and in fluid communication with the internal volume, and a second inlet arranged such that airflow along the front face of the cab enters the internal volume through the second inlet.

A door assembly provides EMC shielding to provide EMI / RFI protection. The door assembly has an EMC door frame, an EMC door, and EMC seals for maintaining a circuit between the door frame, the floor (e.g., threshold, flooring, etc.), and / or the door. The door assembly may also utilize one or more EMC elements (e.g., EMC tape, paint, adhesive, coatings, caulk, etc.) that may be used to create the circuits between the components of the door assembly and / or with other components of the building (e.g., between the door frame and the wall). The EMC shielding is used to reduce (e.g., limit, block, etc.) the levels of electrogenic interference (EMI) / radio frequency interference (RFI) radiation that is able to pass by the shielding. Moreover, the door assembly also provides improve additional door assembly performance (e.g., sound, weather, air flow, heat, cold, or the like abatement, energy harvesting, or other performance benefits).

A refrigerator includes: a cabinet having a storage space; a hinge bracket coupled to the cabinet; a door which is rotatably coupled to the shaft provided at the hinge bracket and which open / close the storage space; and an automatic closing device which is provided on the door at a position spaced away from the rotational center line of the door, and which is operated together with the hinge bracket when the door is being closed to automatically close the door. The automatic closing device includes a lever and an elastic member for elastically supporting the lever, and the hinge bracket includes: a bracket body including the shaft; and a cam member which is separably coupled to the bracket body and which has a contact surface that comes in contact with the lever when the door is being closed.

An electrical linkage assembly for a window or door includes a frame mount, a sash mount, a first link arm, and a second link arm. A first pivot joint is formed between the frame mount and the first link arm, a second pivot joint is formed between the first and second link arms, and a third pivot joint is formed between the second link arm and the sash mount. One or more electrical wires extend from the frame mount, through the first and second link arms and each of the first, second, third pivot joints, fully enclosed therein, and out of the sash mount.

The present invention discloses a ring network cabinet, comprising a main cabinet and a cabinet door, wherein a door frame is provided on the main cabinet, and a first connecting member and a second connecting member are provided on the left and right sides of the door frame and the cabinet door, respectively, wherein the first connecting member and the second connecting member both comprise a fixed seat and a movable leaf, wherein the fixed seat is fixedly connected to one side of the door frame, and the movable leaf is fixedly connected to the side of the cabinet door, and an axis portion is further provided on the fixed seat, wherein a rotating shaft is elastically connected in the axis portion, and an axis hole is provided on the movable leaf, and an end of the rotating shaft is inserted into the axis hole so as to rotatably connect the movable leaf to the fixed seat, and after the rotating shaft is moved and separated from the axis hole, the movable leaf is disconnected from the fixed seat, and when the movable leaf in the first connecting member or the second connecting member is disconnected from the fixed seat, the cabinet door can be rotated and opened from this side. The beneficial effect of the present invention is that an operator can select the opening direction of the cabinet door according to the usage scenario, which is more convenient.

A hinge assembly includes first and second hinge units and an electrically conductive pin. The first hinge unit is mounted to a door of an enclosure and includes a pin support comprising a barrel, a knuckle, or both, a pin receptacle arranged and rotatable in the pin support, and an electrically conductive structure disposed at least partly inside the pin support and adjacent the pin receptacle. The second hinge unit is carried on the pin and is mountable to a frame structure. The second hinge unit can be removed from the first hinge unit to enable removal of the door. The electrically conductive structure is biased against the pin, remains in contact while the pin rotates, and is electrically connected to the door as the pin rotates while the first hinge unit remains mounted to the door.

The invention provides a connecting device of an embedded refrigerator door body and a mounting method of the connecting device. The connecting device comprises a first assembly used for being connected with a first door body and a second assembly used for being connected with a second door body. The first assembly is provided with a fixing structure used for positioning the first assembly to the first door body and a first matching part used for being in sliding fit with the second assembly. The second assembly is provided with a second matching part in sliding fit with the first matching part and a pre-positioning part detachably connected to the second matching part, and the pre-positioning part is provided with a first pre-positioning part used for pre-positioning the second assembly and the second door body and a second pre-positioning part matched with the first assembly for limiting. The second matching part is further provided with a fixing part used for being fixed to the second door body. The connecting device of the embedded refrigerator door body is simple in structure and convenient to install.

In aspects, a disclosed mounting system includes a device support plate, a base mounting plate, and at least one fastening element. The base mounting plate includes at least one bracket for coupling to the device support plate. The fastening element for securing the device support plate to the base mounting plate. The device support plate includes at least one connector defined by a wall arranged about a central longitudinal axis. The wall includes a plurality of resilient wall portions. An internal peripheral surface of the wall includes a channel defining a receiver for receiving the fastening element. The fastening element including at least two engagement members that include an external peripheral surface defining a mating surface for contacting a corresponding mating surface of the receiver.

Disclosed herein is a charging door assembly of a vehicle, which improves operability when opened and reduces a protruding amount. The charging door assembly of a vehicle according to the present disclosure includes a charging door configured to open and close a charging port formed on a panel of a vehicle body, a main link hinge-coupled to the vehicle body and an inner surface of the charging door, and a sub-link hinge-coupled to the vehicle body and the inner surface of the charging door at a position spaced apart from the main link. After the charging door is moved to the outside of the panel, the inner surface of the charging door is opened while maintaining a state in which the inner surface of the charging door is located within a predetermined distance from the panel.

The embodiment of the invention belongs to the technical field of household appliances, and provides a refrigerator. The refrigerator comprises the door body, the refrigerator body and the hinge assembly, the hinge assembly comprises the rotating shaft and the shaft sleeve which are rotationally connected, a first conductive part is arranged in the rotating shaft, a second conductive part is arranged in the shaft sleeve, and the two conductive parts abut against each other and make contact with each other, so that electrical connection is achieved; the two conductive parts are electrically connected with the door body cable and the box body cable respectively, and the box body cable is electrically connected with the door body cable through the two conductive parts so as to supply power to electric devices on the door body. Through the arrangement, the door body is ensured to rotate relative to the box body and power is supplied to the door body, the position of the first conductive part relative to the rotating shaft is not changed, the position of the second conductive part relative to the shaft sleeve is not changed, the cable is prevented from rotating and pulling along with opening and closing of the door body, and the service life of the cable is prolonged; and the procedure that the cable penetrates through the hollow shaft is omitted, and the assembling efficiency of the refrigerator is improved.

Disclosed herein is a hinge assembly for providing an automatic door closing mechanism The hinge assembly comprising: a mounting portion for affixing the hinge assembly to a wall or a door frame, and a pivot portion rotatably affixed to the mounting portion, and moveable between an open position and a closed position. The mounting portion comprises a first magnet and the pivot portion comprises a second magnet, wherein the first magnet and the second magnet are arranged so as to bias the pivot assembly towards the closed position.

The present invention provides a three-dimensional adjustable concealed hinge, comprising: a first page part, a second page part and a hinge mechanism. The first page part includes a first bottom shell, a four-direction adjustment main body and a slider. The first bottom shell has a first accommodation groove, the four-direction adjustment main body is arranged in the first accommodation groove, the four-direction adjustment main body is provided with a sliding groove, the slider is inserted into the sliding groove and can move relative to the four-direction adjustment main body in the front-back direction, and can drive the four-direction adjustment main body to move relative to the first bottom shell in the up-down direction; the second page part includes a second bottom shell and a left-right adjustment main body, the second bottom shell is provided with a second accommodation groove, the left-right adjustment main body is embedded in the second accommodation groove and can move left and right relative to the second bottom shell; two ends of the hinge mechanism are respectively connected to the four-direction adjustment main body and the left-right adjustment main body. By moving one slider, the adjustment in four directions of front-back, up-down can be realized, the structure is simple, materials are saved, and the adjustment is also convenient, which helps to improve the installation accuracy.

The utility model discloses a car door hinge stamping processing automatic production line which comprises a vibration feeding disc, a punching stamping mechanism, a leveling stamping mechanism and a marking mechanism, a first transplanting platform is arranged between the vibration feeding disc and the punching stamping mechanism, and a second transplanting platform is arranged between the punching stamping mechanism and the leveling stamping mechanism. A third transplanting platform is arranged between the leveling stamping mechanism and the marking mechanism; the vibration feeding disc conveys door hinge blanks to the first transplanting platform, the first transplanting platform transfers the door hinge blanks into the punching and stamping mechanism, the punching and stamping mechanism conducts punching machining on the door hinge blanks, the second transplanting platform transfers the punched blanks into the leveling and stamping mechanism, and the leveling and stamping mechanism conducts leveling and stamping on the door hinge blanks. The leveling and punching mechanism is used for punching and leveling the mounting surface of the door hinge blank; the third transplanting platform takes out the leveled door hinge blank and conveys the leveled door hinge blank into a marking mechanism, and the marking mechanism carries out marking and discharging operation on a finished product workpiece; the production line can be used for automatically adjusting and marking, and the production efficiency is high.

A dual-axis motor tailgate and methods of use are provided. The dual-axis motor tailgate may comprise a gate portion comprising a first hinge and a second hinge. The gate portion may be configured to rotate about the first hinge and a portion of the gate portion may be configured to rotate about the second hinge. The dual-gate portion may comprise a first hinge gear, a second hinge gear, a drive motor, and a drive gear. The drive motor may be configured to rotate the drive gear. The dual-axis motor tailgate may comprise a clutch motor and a clutch. The clutch motor may be configured to cause the clutch to engage the first hinge gear with the drive gear, disengage the first hinge gear with the drive gear, engage the second hinge gear with the drive gear, and disengage the second hinge gear with the drive gear.

A door system comprises a door frame adapted to be mounted within an opening, a door pivotally attached to the door frame, an AC / DC converter configured to be electrically connected to an AC power unit operably associated with the door system, a slot in the door, a pre-wired receptacle disposed in the slot, and a DC electric device removably disposed in the pre-wired receptacle and electrically connected to the AC / DC converter through the electrical connector of the pre-wired receptacle. The pre-wired receptacle comprises an electrical connector electrically connected the AC / DC converter.