40 results about "Revolving door" patented technology

A vehicular door opening system for a vehicular door includes a door handle assembly, a door latch assembly, a latch actuation cable, and an actuator. The door handle assembly includes a door handle and a counterbalance configured to rotate during operation of the door handle assembly. The door latch assembly includes a latch release lever movable between (i) an engaged state where the latch release lever engages the vehicular door to secure the vehicular door in a closed state and (ii) a disengaged state where the latch release lever disengages the vehicular door to allow the vehicular door to move from the closed state to an opened state. Rotation of the counterbalance moves the latch release lever from the engaged state to the disengaged state. The actuator is operable to prevent the latch release lever from moving from the engaged state to the disengaged state.

The utility model provides a kind of quick-release cabinet door structure, the cabinet door includes by a door panel, two louver grating board, two protective nets, a waterproof adhesive tape, a door frame limiting plate and several rotating door locks;Second drain groove is formed by the bending of the periphery edge of door panel, the middle part of door panel is opened with two door holes symmetrically, door hole side plate is formed by the bending of the back of door hole, the bottom of door hole is formed by the bending of drainage slope;Two louver grating boards are respectively arranged in two door holes;Two protective nets are arranged on the back of two louver grating boards;Waterproof adhesive tape is fixed on the periphery edge of the back of door panel, the inclined surface end of first drain groove is just set on waterproof adhesive tape;Door frame limiting plate is fixedly arranged on the bottom of the back of door panel by fixed part, and clamping part is clamped on the back of first drain groove;Rotating door lock is arranged on door panel.The utility model is a kind of quick-release cabinet door structure with simple structure, easy to make, low cost, which can be easily opened and protected, with good heat dissipation effect, and can adapt to humid environment.

A kind of bridge breaking structure of sludge screw pump, including shell, motor group, main shaft, screw, the shell is provided with feed hopper, it is characterized in that: the main shaft is coaxially provided with sludge breaking piece, rotating door piece between screw, the main shaft is provided with key type protruding portion along radial direction, the rotating door piece includes shaft sleeve part, connecting arm, arc baffle part, expansion piece, the shaft sleeve part is equipped with the inner hole with the outer diameter of main shaft adaptation, the inner hole wall is coaxially provided with the annular groove with the diameter of key type protruding portion adaptation, axial width adaptation, the annular groove is provided with several expansion holes around the center of circle equal division, the expansion piece is arranged in expansion hole and does sliding fit, the expansion piece rotates with rotating door piece angle, by gravity, exceeds expansion hole and key type protruding portion and forms synchronous rotation by abutting, or retract in expansion hole and let key type protruding portion pass through;The arc baffle part gradually rotates with the main shaft, intermittently closes, opens feed inlet.

The utility model relates to the field of seed cultivation box discloses a seed cultivation box of automatic light supplementing, including cultivation box body, the front end of cultivation box body is rotatively connected with the revolving door, the middle part of revolving door is equipped with the observation window, the inside fixedly connected with glass in observation window, the top of observation window is provided with cleaning assembly, the inner wall of cultivation box body left and right two ends all are fixedly connected with fixed slide rail and fixed strip, and fixed strip is located in the front end of fixed slide rail, the fixed strip inside is connected with the sliding block of sliding, the sliding block is connected with the baffle through the dismounting assembly, the front end of baffle is equipped with the moving groove. In the utility model, through the control limit rod of paddle, easily realize the baffle rotation and height adjustment, satisfy the demand of different seed cultivation to the baffle distance, height, simultaneously, when disassembling the baffle, need only to make it separate from the slot by poking the limit strip, can separate the baffle with the sliding block, convenient for staff to disassemble and clean or maintain quickly.

The invention relates to an automatic double swing door (10) with a defined threshold (12), comprising a first door leaf (20) and a second door leaf (30), wherein the automatic double swing door (10) has a first hinge (22) about which the first door leaf (20) can be pivoted from a closed position to an open position, a second hinge (32) about which the second door leaf (30) can be pivoted from a closed position to an open position, wherein the automatic swing door (10) has a door sensor (40) for monitoring a monitoring area (MA), wherein the door sensor (40) evaluates the monitoring area (MA) with respect to at least one object in the monitoring area (MA), wherein the door sensor (40) determines an evaluation result and transmits the control signal (CS) to the control unit (50) depending on the evaluation result, wherein the door sensor (40) comprises a determination unit (42) which determineswhether the at least one object (O1) intends to pass over the door threshold (12). According to the invention, the detection unit (42) determines whether the object (O1) is approaching the door threshold (12) from a position (POS_L) within the monitoring area (MA) that is closer to the first hinge (22) than to the second hinge (32). The door sensor (40) is further configured to send a control signal (CS) to the control unit (50) when the object (O1) intends to pass through. The control unit (50) then activates the second door drive (34), or the first door drive (24) and the second door drive (34), to open only the second door leaf (30) to an opening angle that allows the object (O1) to pass through.

This invention proposes an automatic door opening and closing mechanism, solving the problem in existing technologies where revolving doors cannot stop at a fixed angle or position during opening and closing. The mechanism includes a lower cam with a vertical rotation limiting shaft at the center of its upper surface. Multiple planar grooves extend outward from the rotation limiting shaft, all at the same horizontal height and evenly distributed circumferentially. A planar boss is also provided between adjacent grooves, all extending outward from the rotation limiting shaft, with a transition arc surface between adjacent bosses and grooves. An upper cam has a rotation limiting hole at the center of its lower surface that mates with the rotation limiting shaft, and the lower surface of the upper cam fits tightly with the lower cam. Overall, this invention's automatic door opening and closing mechanism is simple in structure, easy to use, and can stop the revolving door at multiple specific positions or angles, improving the user experience and demonstrating excellent practicality.

1. Name of the product in this design: CNC tool grinder (AE30H rotary door model). 2. Purpose of this design: For use in grinding cutting tools. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This utility model discloses a pivoting deceleration device and a revolving door. The pivoting deceleration device includes a mounting base and a damping structure, with the length direction of the mounting base as the first direction. The damping structure includes a connecting base and a damping part. The connecting base is disposed at one end of the mounting base along the first direction. The damping part can move and be positioned on the connecting base along a direction close to or away from the mounting base. The mounting base has a slot, and the damping part abuts against the mounting base. The connecting base can rotate relative to the mounting base about a axis parallel to the line containing the first direction, and the connecting base can rotate until the damping part is engaged with the slot. This application can decelerate the revolving door body, so that the door body has a smaller speed when opening and closing, reducing the adverse effects of excessive speed when the door body rotates causing airflow disturbance inside the revolving door.

The utility model discloses compressible cow dung transfer case, including tow case and tow frame, and the tow case detachable installation is in the tow frame, and the tow case has the storage chamber of loading cow dung, and the front end of storage chamber is provided with the hydraulic compression mechanism that pushes back and compresses cow dung, and the rear end of tow case is provided with rotatable revolving door, and the revolving door is locked between tow case through locking mechanism, and the top of tow case still has seted up the feeding port, and the top of tow case is provided with the opening and closing mechanism that opens or closes the feeding port. The utility model has the beneficial effects that: through built-in hydraulic compression mechanism, can be in the loading process to loose cow dung and carry out powerful compression, significantly reduce its volume, improve the volume utilization of box, and the single trip transportation efficiency is greatly improved, and the transportation cost is effectively reduced, and the locking reliability of revolving door and tow case is high, avoids the seepage liquid and peculiar smell leakage in the transportation process, and then has no secondary pollution.

The invention relates to a method for operating a rotary door (1) with a sliding door function, wherein the method comprises the following steps in a sliding door closed state of the rotary door (1), in which at least one door leaf (2) of the rotary door (1) is closed by a sliding door element (3): obtaining first sensor data related to a detection area (E5, 10) from at least one sensor (D6) of the rotary door (1), performing a first analysis on the first sensor data, and determining on the basis of the first analysis that a sliding door passage (ST) should be opened, and actuating at least one displacement drive of the rotary door (1) such that the sliding door passage (ST) is opened by displacement of the sliding door element (3), whereby the rotary door (1) assumes a sliding door open state. The invention also relates to a rotary door (1) with a sliding door function, by means of which the proposed method can be carried out, and to a computer program product for operating a rotary door (1) with a sliding door function.

This utility model discloses an auxiliary component for a rinsing fluid heating device, including a rectangular box. Lifting components are arranged parallel to each other on both sides of the box interior for adjusting the vertical movement of a supporting component. The supporting component, located between the lifting components, can hold the rinsing fluid bottle. A heating tube is placed at the bottom of the box via a tube rack, and its disassembly is achieved by the cooperation of sliding grooves on both sides of the tube rack with the tube columns at both ends of the heating tube, thus completing the rinsing fluid heating process. The box includes first and second cover plates with adjustable opening sizes, and a rotating door with locking mechanisms for easy operation and storage. The lifting components are driven by a motor-driven screw, which rotates synchronously via pulleys, and works with guide columns to achieve stable lifting. The frame of the supporting component cooperates with a bracket via limiting blocks, and the supporting frame is used to fix the rinsing fluid bottle. In addition, the box is equipped with a handrail and rollers with locking devices for easy movement and positioning. This auxiliary component has a flexible structure, is easy to operate, and effectively improves the efficiency and safety of rinsing fluid heating.

The utility model relates to non -contact type quick circuit breakage safety type high -voltage cabinet technical field, and disclose a non -contact type quick circuit breakage safety type high -voltage cabinet, including electric cabinet, the lower door and the revolving door of electric cabinet one side rotation connection, the inside setting of electric cabinet has steady and connects the mechanism and the point touch door opening mechanism, the steady and connects the mechanism sets up at the one side of point touch door opening mechanism, the steady and connects the mechanism includes slide case, the slide case fixedly connected in the inside of electric cabinet, the inside fixedly connected with the slide case of connecting seat, the inside slide connection of slide case has slide base, the side electric connection of the one side of slide base and connecting seat is close, the one side of the approach of slide base and connecting seat all fixedly connected with magnet, the magnet repulsion sets up, the steady and connects the mechanism for the independent connection steady and connects and the circuit in the cabinet, provides the safe maintenance environment for the worker, the point touch door opening mechanism is used for the quick opening and closing cabinet door, guarantees the high -efficient opening and closing cabinet door and high -speed and connects the circuit.

A work machine includes an openable / closable door including a door body and a hinge having a first shaft, and a lock mechanism that holds the openable / closable door in an opened state. The lock mechanism includes a second shaft, an engaging member that is swingably supported by the second shaft, and a pin. The engaging member includes a body portion having a plate shape, a shaft hole in the body portion through which the second shaft is inserted, and a hook portion separated from the shaft hole, the second shaft revolves about the first shaft according to pivot of the door body around the first shaft, the engaging member swings around the second shaft according to the revolution of the second shaft about the first shaft, and the hook portion engages with the pin such that the door body is disposed at a predetermined opened position.

A revolving door system (40) with support functionality comprising a door member (30) rotating about a centre axis (A). The door member (30) comprises a dividing hinge (32) around which the door member (30) folds to assume a normal use mode or an open use mode, respectively, wherein in the normal use mode the door member (30) is unfolded and in the open use mode the door member (30) is folded around the dividing hinge (32). The revolving door system further comprises a supportive wheel device (20) comprising a fastening device (26) attached to a bottom portion (B) of the door member (30), and a wheel (2) mounted to the fastening device (26). The fastening device (26) is fixedly attached at said bottom portion (B) such that the wheel (2) supports the door member (30) at least while said door member (30) is not in the normal use mode.

This invention relates to the field of elevator technology and discloses a linkage device for a double-opening revolving door of an elevator, comprising: a door frame, a left revolving door, a right revolving door, and a linkage mechanism; a sill is provided at the bottom of the door frame, and a door operator housing is provided at the top inside the door frame. Along a first direction, there is a first gap between the sill and the door operator housing. The left and right revolving doors are rotatably disposed within the first gap around the first direction. The linkage mechanism includes a sheave drive assembly, a left sheave assembly, a right sheave assembly, and a wire rope. The output end of the left sheave assembly is connected to the left revolving door; the output end of the right sheave assembly is connected to the right revolving door. The wire rope is wound around the sheave drive assembly, the left sheave assembly, and the right sheave assembly, with the wire rope on one side of the sheave drive assembly arranged in parallel and the wire rope on the other side of the sheave drive assembly arranged in a cross pattern, so that the left and right sheave assemblies move synchronously under the action of the sheave drive assembly.

This utility model belongs to the field of coal mine roadway safety technology, aiming to solve the problem of inadequate separation measures for personnel and vehicles in the bottom material yard. It provides a pneumatically operated retractable rotating safety door for underground coal mines. The control box is located on the coal wall inside the material yard. The control box includes a control button and a pneumatic valve. The control button controls the valve core of the pneumatic valve to switch directions. Both the control button and the pneumatic valve are connected to an underground air source. Two sets of door assemblies are respectively installed on the left and right coal walls at the entrance of the material yard. Each door assembly includes a telescopic door, a rotating door, a telescopic pneumatic cylinder, and a rotating pneumatic cylinder. The rotating door is rotatably connected to the coal wall via heavy-duty hinges and is driven by the rotating pneumatic cylinder. The telescopic door is slidably connected within the rotating door's interlayer and is driven by the telescopic pneumatic cylinder. The pneumatic valve is connected to the corresponding telescopic or rotating pneumatic cylinder. This device can achieve safe isolation between the bottom material yard and the transshipment station, ensuring that personnel cannot arbitrarily enter the lane during vehicle operation.

The utility model belongs to building pipe carrying technical field, especially the building pipe's carrying device for construction site, including moving trolley, still include: storage shell, storage shell fixed mounting is at the top of moving trolley, the one side of storage shell rotatory mounting has the revolving door, fixed mounting has the baffle in storage shell, the one side rotatory mounting of baffle has the rotating plate, the bottom fixed mounting of storage shell inner chamber has the triangular plate, the bottom of rotating plate and the top of triangular plate contact, the whole device in the utility model when using, need not to place single to multiple steel pipes, directly multiple steel pipes are placed in storage shell horizontally, it is more convenient, simultaneously, can avoid the situation that steel pipe appears to fall when the whole device displacement, and, when discharging to steel pipe, need not to use control box, control switch, driving motor and hydraulic rod, this reduces the manufacturing cost of whole device, also reduces the electricity cost simultaneously.

1. The name of the design product: revolving door. 2. The use of the design product: revolving door for building. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

A work machine (10) includes an openable / closable door (40) that includes a door body (41) and a hinge (42) that includes a first shaft (43), and a lock mechanism (50) that is capable of holding the openable / closable door (40) in an opened state, in which the lock mechanism (50) includes a second shaft (52), an engaging member (51) that is swingably supported by the second shaft (52), and a pin (45), in which the engaging member (51) includes a body portion (55) that has a plate shape, a shaft hole (58) that is defined in the body portion (55) and through which the second shaft (52) is inserted, and a hook portion (56) that is formed at a position separated from the shaft hole (58) in the body portion (55), the second shaft (52) revolves about the first shaft (43) according to pivot of the door body (41) around the first shaft (43), the engaging member (51) swings around the second shaft (52) according to the revolution of the second shaft (52) about the first shaft (43), and the hook portion (56) engages with the pin (45) in a state in which the door body (41) is disposed at a predetermined opened position.

This invention relates to the field of bathroom equipment technology and discloses a shower door structure, including a glass door frame and a glass revolving door. The glass revolving door is rotatably connected to the glass door frame via hinges. It also includes: a bracket fixed to the glass door frame and a cylinder fixed to the glass revolving door. End caps are screwed to both ends of the cylinder, and an opening / closing control component is installed inside the cylinder. A follower component is drively connected between the bracket and the opening / closing control component. A retraction component is installed on the top of the cylinder, and a cleaning component is provided at the output end of the retraction component. Through the designed opening / closing control component and follower component, this invention can drive the glass revolving door to automatically return to its original position and close tightly after opening, completely blocking the overflow channels of water mist and water flow during showering. It also prevents water from seeping into the dry area of ​​the bathroom, effectively reducing the risk of slipping and falling on wet floors for the elderly and children, and preventing children from getting their hands caught in the water, providing safety protection for children playing around the bathroom.

This application provides an automatic door opening and closing device for a refrigerator, comprising a drive mechanism, a transmission mechanism including a planetary gear clutch unit, and a revolving door mechanism. The planetary gear clutch unit includes: a sun gear, at least one planetary gear, a planet carrier, and a gear ring having internal teeth meshing with at least one planetary gear and external teeth disposed radially outward therefrom. The clutch actuator has a slider that can be actuated and moved linearly, the slider having a toothed portion that engages with the external teeth. The clutch actuator actuates the slider to maintain it in the position engaged with the external teeth by a holding force. The holding force is configured to be greater than the disengagement force generated by the non-rectangular tooth profile and acting on the slider when the drive mechanism normally drives the revolving door mechanism, and less than the disengagement force generated by the non-rectangular tooth profile and acting on the slider when the door body driven by the revolving door mechanism is subjected to an external impact exceeding a predetermined value. The automatic door opening and closing device of this application has a simplified structure and high reliability.

The invention relates to a method for operating a semi-automatic revolving door (1), as well as a corresponding semi-automatic revolving door (1) and a computer program product, wherein a presumed arrival time or departure time of a person (P1; P2) approaching from an approach side (13) of the revolving door (1) is determined by means of a sensor (D5; D6), and on the basis thereof an electrically powered assistance of the revolving door (1) is controlled.

This invention belongs to the field of electrical technology, specifically relating to a door opening and closing device and electrical equipment. The door opening and closing device includes a top door mechanism and a revolving door mechanism driven by the same drive structure. The revolving door mechanism includes a driving member and a revolving door component. A first end of the revolving door component is rotatably mounted on the door body, and a second end of the revolving door component is rotatably connected to the first end of the driving member. The second end of the driving member is rotatably mounted on a base. The drive mechanism includes a linkage gear, which drives the driving member to rotate, thereby causing the revolving door component to rotate the door body, and also drives the top door mechanism to push against the door body. This application can improve the pushing and pulling effect during the revolving door process.

This utility model relates to the field of revolving door technology, specifically an infrared through-beam revolving door safety sensing device. It includes a base plate and a top plate, with two symmetrically arranged arc-shaped door frames between the base and top plates. A rotating column rotatably connects the base and top plates. The outer wall of the rotating column has three door leaf assemblies arranged in a circular array. Each door leaf assembly includes a fixed door leaf fixedly connected to the rotating column. The fixed door leaf has a U-shaped movable groove. On the left side of the inner wall of the U-shaped movable groove are two symmetrically arranged electric telescopic rods. The movable rods of the two electric telescopic rods are connected to a movable door leaf. An infrared transmitter is located at the top right side of the movable door leaf, and an infrared receiver is located at the bottom right side of the movable door leaf. This infrared through-beam revolving door safety sensing device, through the through-beam detection area formed by the infrared transmitter and receiver, can monitor obstacles between the movable door leaf and the arc-shaped door frames in real time, providing a more concentrated and directional detection range.

The utility model discloses a double-door pet cage with an exhaust system, which comprises a rectangular cage body, and the cage body is mainly formed by connecting a plurality of baffles and angle aluminum through vertex angle fittings; a partition plate is installed in the cage body and divides the space in the cage body into a rest area and a toilet area, the toilet area is provided with an exhaust system, a top baffle located in the toilet area is provided with an exhaust hole and connected with an exhaust pipeline, the exhaust system is connected with the exhaust pipeline through the exhaust hole, and a left rotating door and a right rotating door are arranged on the front face of the cage body and correspondingly located in the rest area and the toilet area respectively. According to the pet cage disclosed by the utility model, after the rotating door is closed to close the pet cage, peculiar smell generated by body odor or excrement of a pet can be prevented from diffusing to a building space to the greatest extent; the multifunctional pet cage has the advantages that peculiar smell in the cage can be transferred, breeding of bacteria in the cage is reduced, the risk that pets in the cage suffer from diseases is reduced, and smooth air in the cage is guaranteed; meanwhile, the double-door structural design can facilitate entering and exiting of the pets and cleaning, taking and placing of articles for pet owners.

In a hinge for components, preferably for pivoting a door or window in a frame, at least one hinge unit (10) with hinge leaves (11) is provided on one component, each with a hinge bushing (16, 17, 19') and at least one hinge axis mounted therein. The at least one hinge leaf of the hinge unit (10) attachable to one component is a plug-in leaf (15), while a hinge element (20) attachable to the other component is designed with at least one receiving opening (25), wherein the plug-in leaf (15) can be inserted or fixed in the receiving opening.The hinge leaf (15) and the receiving opening (25) are each assigned at least one adjustment means, which, in the assembled state of the hinge, interact in such a way that the components can be fixed relative to each other in one of several possible positions, at least in the direction of the pivot axis (A). For this purpose, a positioning element (23, 33) that can be inserted into the hinge leaf (15) is provided as each adjustment means. These adjustment means enable the positioning of a door, window, or the like in the vertical direction to be very simple, precise, and permanently stable.

The utility model relates to hydrogen energy car technical field, concretely is a kind of hydrogen energy car with floating device, hydrogen fuel cell and floating subassembly are provided in car body, air inlet pipe and air outlet pipe are provided on hydrogen fuel cell, and access port is opened on car body, floating subassembly includes revolving door being set at access port, inflating mechanism being set in car body, water-chopping shaft being set on the wheel of car body, paddle being set on water-chopping shaft, by the setting of floating subassembly, car body can float on water surface and can travel on water surface, by the setting of inflating pipe and air outlet pipe, the waste gas generated by hydrogen fuel cell can be used to inflate gasbag one and gasbag two quickly.

A side-hung door device, a turnstile, and a control method therefor comprise a door leaf, a rotating shaft assembly connected to the door leaf, a brake assembly connected to the rotating shaft assembly, and a drive assembly configured to drive the door leaf to rotate and arranged on the turnstile, and the like. The brake assembly comprises an upper end portion connected to the rotating shaft assembly, and a lower end portion connected to the drive assembly. The drive assembly is electrically connected to the brake assembly. When the door leaf rotates toward a closed position and is subjected to an external force greater than or equal to a first preset value, the drive assembly stops driving the rotating shaft assembly, simultaneously, the brake assembly is powered on, and the lower end portion meshes with the upper end portion to brake the rotating shaft assembly.