mhurhangee/patent-ind-claim-en huggingface dataset:
A motor vehicle door lock apparatus comprising: a meshing mechanism configured to mesh with a striker (S) to hold a door (FD, RH) in a closed state; an outside electric operation element (SW1) provided on an outer-vehicle side of the door (FD, RH); a control unit (ECU) configured to authenticate a transmitter (SW6) based on a signal transmitted by the transmitter (SW6) and to switch selectively an operation of the outside electric operation element (SW1, SW3) to be enabled and disabled according to an authenticated state of the transmitter (SW6); and an electric releasing mechanism configured to release a meshing of the meshing mechanism by a driving of a releasing motor to activate a releasing operation based on a valid operation of the outside electric operation element (SW1, SW3), characterized in that in a case where the control unit (ECU) authenticates the transmitter (SW6) situated within the motor vehicle (V) and collision detecting means (SW12) configured to detect a collision of the motor vehicle (V) detects the collision, the control unit (ECU) is configured to enable the operation of the outside electric operation element (SW1, SW3). a meshing mechanism configured to mesh with a striker (S) to hold a door (FD, RH) in a closed state; an outside electric operation element (SW1) provided on an outer-vehicle side of the door (FD, RH); a control unit (ECU) configured to authenticate a transmitter (SW6) based on a signal transmitted by the transmitter (SW6) and to switch selectively an operation of the outside electric operation element (SW1, SW3) to be enabled and disabled according to an authenticated state of the transmitter (SW6); and an electric releasing mechanism configured to release a meshing of the meshing mechanism by a driving of a releasing motor to activate a releasing operation based on a valid operation of the outside electric operation element (SW1, SW3), characterized in that in a case where the control unit (ECU) authenticates the transmitter (SW6) situated within the motor vehicle (V) and collision detecting means (SW12) configured to detect a collision of the motor vehicle (V) detects the collision, the control unit (ECU) is configured to enable the operation of the outside electric operation element (SW1, SW3).
Bidirectional communication device comprising a master transmitter (SysM1, TRM1, SysM2, TRM2) connected to at least one slave transmitter (SysS1, TRS1, SysS2, TRS2) by an active connecting wire, the master transmitter and the slave transmitter having a common reference (GND), the master transmitter being able to transmit a master signal (S1) to the slave transmitter and the slave transmitter being able to transmit a slave signal (S2) to the master transmitter, wherein the master signal (S1) is a digital voltage modulation and the slave signal (S2) is a digital current modulation, wherein, during an active state of the master transmitter, the master signal comprises a transmission clock and the slave signal is synchronised by the master signal, and wherein the master transmitter comprises a standby state in which the master signal no longer includes the transmission clock, characterised in that the master transmitter comprises a digitising means (STM, DM, R CS ) able to digitise two discrete values of the slave signal (S2), interpreted as binary values 0 or 1, and in that the master transmitter is configured to interpret as a passage of said master transmitter from the standby state to the active state, the consumption by the slave transmitter, or one of the slave transmitters, of a current digitised by the master transmitter as a logic state 1.
A food article slicing machine , comprising: a) a slicing station comprising a1) a knife blade and a2) a knife blade drive driving the knife blade along a cutting path in a cutting plane ; b) a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path, said food article feed apparatus having b1) a food article feed frame having a front plate , b2) a shear support that guides said food articles into said cutting plane , wherein the shear support is adjacent to the knife blade and has four or less openings, and b3) a frame for fitting the shear support , wherein the frame is fastened by an upper bracket and a lower bracket at each side of the frame to the front plate , wherein c) the frame is a U-shaped frame , the shear support is fitted down into, d) the U-shaped frame has two upright members each having a plurality of plain holes therethrough, e) the food article feed apparatus comprising a top cross bar placed over the shear support , wherein the top cross bar comprises threaded holes , and f) the shear support is set in the U-shaped frame between the upright members and bolted to the upright members using a pair of the plain holes aligned across the U-shaped frame , depending on the height of the shear support , and the threaded holes . a) a slicing station comprising a1) a knife blade and a2) a knife blade drive driving the knife blade along a cutting path in a cutting plane ; a1) a knife blade and a2) a knife blade drive driving the knife blade along a cutting path in a cutting plane ; b) a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path, said food article feed apparatus having b1) a food article feed frame having a front plate , b2) a shear support that guides said food articles into said cutting plane , wherein the shear support is adjacent to the knife blade and has four or less openings, and b3) a frame for fitting the shear support , wherein the frame is fastened by an upper bracket and a lower bracket at each side of the frame to the front plate , wherein b1) a food article feed frame having a front plate , b2) a shear support that guides said food articles into said cutting plane , wherein the shear support is adjacent to the knife blade and has four or less openings, and b3) a frame for fitting the shear support , wherein the frame is fastened by an upper bracket and a lower bracket at each side of the frame to the front plate , c) the frame is a U-shaped frame , the shear support is fitted down into, d) the U-shaped frame has two upright members each having a plurality of plain holes therethrough, e) the food article feed apparatus comprising a top cross bar placed over the shear support , wherein the top cross bar comprises threaded holes , and f) the shear support is set in the U-shaped frame between the upright members and bolted to the upright members using a pair of the plain holes aligned across the U-shaped frame , depending on the height of the shear support , and the threaded holes .
Rocket engine having a thrust chamber bounded by a casing construction with a chamber longitudinal axis (A), wherein the casing construction includes at least one cooling channel adapted to be fluidically connected with a source of a cooling medium, wherein the cooling channel is traversed by a plurality of bridge elements around which the cooling medium flows and which each extend only over a part, in particular a minor part, of the length of the cooling channel measured along the chamber longitudinal axis (A), and which connect two casing wall pieces , bounding the cooling channel on the inside and on the outside of the casing construction , to one another, wherein the two casing wall pieces are formed of annular wall parts arranged concentrically within one another and separated from one another by a radial annular space, wherein at least a partial number of the bridge elements are implemented as bridge webs which are longer than they are wide when viewed in a sectional area oriented along the casing wall pieces , characterised in that at least a partial number of the bridge webs - when viewed in the sectional area - are oriented with their web longitudinal direction parallel to the chamber longitudinal axis (A), and in that at least a partial number of the bridge webs - when viewed in the sectional area - are oriented with their web longitudinal direction at an acute angle obliquely with respect to the chamber longitudinal axis (A).
A computing stand for supporting an electronic device , the stand comprising: a work surface ; one or more magnets (48A-48F) positioned within the work surface , wherein the work surface defines a recessed portion , and wherein the one or more magnets (48A-48F) are positioned within the recessed portion , wherein the recessed portion is a groove extending substantially parallel to a rear edge of the work surface ; a height adjustable riser attached to the work surface , the height adjustable riser including a stationary column , a movable column , and an energy storage member for raising and lowering the riser ; and a base attached to the riser , wherein the one or more magnets (48A-48F) are positioned to attract to one or more magnets (48A-48F) associated with at least one of the electronic device , a keyboard of the electronic device , and a kickstand of the electronic device . a work surface ; one or more magnets (48A-48F) positioned within the work surface , wherein the work surface defines a recessed portion , and wherein the one or more magnets (48A-48F) are positioned within the recessed portion , wherein the recessed portion is a groove extending substantially parallel to a rear edge of the work surface ; a height adjustable riser attached to the work surface , the height adjustable riser including a stationary column , a movable column , and an energy storage member for raising and lowering the riser ; and a base attached to the riser , wherein the one or more magnets (48A-48F) are positioned to attract to one or more magnets (48A-48F) associated with at least one of the electronic device , a keyboard of the electronic device , and a kickstand of the electronic device .
A water-saving flow regulator with flow volume switchable, comprising a housing and flow regulating device disposed in the housing , the flow regulating device comprising a switch shaft , wherein the housing further comprises a water diversion body disposed above the flow regulating device, the flow regulating device is disposed with a shaft hole , the switch shaft is inserted in the shaft hole ; the periphery of the shaft hole is disposed with a plurality of through holes, the through holes form a second flowing passage, the bottom portion of the water diversion body forms an accommodating chamber , the switch shaft is movable between an initial position and a second position; characterized in that a first flowing passage is formed between the switch shaft and the shaft hole wall of the flow regulating device, the switch shaft is sleeved with a sealing part and in that in the initial position, the sealing part of the switch shaft closes the first flowing passage of the flow regulating device, water only flows out of the second flowing passage; and, in the second position, the sealing part of the switch shaft leaves away from the flow regulating device, the second flowing passage is open and keeps open under the water pressure, water flows out of the first flowing passage and the second flowing passage.
A method for releasably storing hydrogen gas, the method comprising: forming a clathrate hydrate structure within a storage volume, the clathrate hydrate structure comprising a lattice having a plurality of gas molecule retaining cavities in which molecules of hydrogen gas to be stored are trapped; and applying an electromagnetic field to the storage volume to controllably transfer the hydrogen gas from or to the clathrate hydrate structure, wherein a field strength of the electromagnetic field is selected to avoid dissociation of the clathrate hydrate structure. forming a clathrate hydrate structure within a storage volume, the clathrate hydrate structure comprising a lattice having a plurality of gas molecule retaining cavities in which molecules of hydrogen gas to be stored are trapped; and applying an electromagnetic field to the storage volume to controllably transfer the hydrogen gas from or to the clathrate hydrate structure, wherein a field strength of the electromagnetic field is selected to avoid dissociation of the clathrate hydrate structure.
A manufacturing method of a split type non-magnetized permanent magnet, the method comprising: manufacturing an anisotropic block having a uniformly aligned magnetization determining direction; performing a first cutting operation by cutting the anisotropic block in a first cutting direction perpendicular to the magnetization determining direction so as to form a plurality of split blocks; performing a grain boundary diffusion on the plurality of split blocks by applying dysprosium and terbium to the surface perpendicular to the magnetization determining direction of the plurality of split blocks followed by heating the plurality of split blocks; forming an adhered block by re-adhering to each other surfaces of the plurality of split blocks which are cut by the first cutting operation; and performing a second cutting operation by cutting the adhered block in a second direction perpendicular to the magnetization determining direction and the first cutting direction. manufacturing an anisotropic block having a uniformly aligned magnetization determining direction; performing a first cutting operation by cutting the anisotropic block in a first cutting direction perpendicular to the magnetization determining direction so as to form a plurality of split blocks; performing a grain boundary diffusion on the plurality of split blocks by applying dysprosium and terbium to the surface perpendicular to the magnetization determining direction of the plurality of split blocks followed by heating the plurality of split blocks; forming an adhered block by re-adhering to each other surfaces of the plurality of split blocks which are cut by the first cutting operation; and performing a second cutting operation by cutting the adhered block in a second direction perpendicular to the magnetization determining direction and the first cutting direction.
An electric parking brake device comprising: a screw shaft that is connected to a brake cable ; an actuator case that supports the screw shaft movably in an axial direction thereof; an electric motor that is supported by the actuator case rotatably forward and backward; a motion conversion mechanism that has a nut to be screwed onto the screw shaft , enables conversion from a rotational motion generated in the electric motor to a linear motion of the screw shaft , and is accommodated in the actuator case ; and a rotation restricting means that restricts a rotational motion of the screw shaft , wherein switching between a parking brake state reached by pulling the brake cable and a non-parking brake state reached by loosening the brake cable is performed by a change in a rotational direction of the electric motor ; wherein the brake cable is formed by twisting a plurality of wires so as to generate a twisting force in a fixed direction when the brake cable is pulled; characterized in that a direction in which the twisting force generated by the brake cable in a pulled state acts on the screw shaft is set identical to a rotational direction of the nut when the brake cable is loosened. a screw shaft that is connected to a brake cable ; an actuator case that supports the screw shaft movably in an axial direction thereof; an electric motor that is supported by the actuator case rotatably forward and backward; a motion conversion mechanism that has a nut to be screwed onto the screw shaft , enables conversion from a rotational motion generated in the electric motor to a linear motion of the screw shaft , and is accommodated in the actuator case ; and a rotation restricting means that restricts a rotational motion of the screw shaft , wherein switching between a parking brake state reached by pulling the brake cable and a non-parking brake state reached by loosening the brake cable is performed by a change in a rotational direction of the electric motor ; wherein the brake cable is formed by twisting a plurality of wires so as to generate a twisting force in a fixed direction when the brake cable is pulled; characterized in that a direction in which the twisting force generated by the brake cable in a pulled state acts on the screw shaft is set identical to a rotational direction of the nut when the brake cable is loosened.
A room with a floor and a wall and a mounted furniture arrangement comprising at least one furniture item and at least one door arrangement, arranged laterally beside to the at least one furniture item , the door arrangement comprising a support structure with a guide system that is independent of the wall and a door mounted pivotably and preferably releasably to the guide system, wherein the guide system has a closed position in which at least one furniture item can be covered at the front side, and a parked position into which the door is moveable, preferably slidably, by means of the guide system in a direction transversely relative to a front of the at least one furniture item , preferably into a lateral receiving shaft of the guide system, wherein the support structure is a support structure that is separated from the furniture item to be covered and the guide system is mounted or arranged on the support structure that is separated from the furniture item to be covered, wherein the support structure comprises at least one support surface by which the support structure is supported on the floor of a room and/or at least one mounting device by means of which the support surface is mounted on the wall of the room , characterized in that the at least one furniture item is positioned directly adjacent to the wall of the room and/or mounted on the wall .
A mobile communication terminal including a communication unit for obtaining application software which is configured to use vehicle information, the mobile communication terminal being configured to be provided with at least two functional units added by the application software, the mobile communication terminal comprising: an establisher for establishing a communication channel between the mobile communication terminal and an in-vehicle device mounted on a vehicle, the in-vehicle device being configured to obtain vehicle information; an integrator for integrating a plurality of information acquisition requests that include a common item among information acquisition requests issued to the in-vehicle device from each of the at least two functional units; a transmitter for transmitting the integrated information acquisition requests to the in-vehicle device; a receiver for receiving the vehicle information to be used in the at least two functional units from the in-vehicle device; and a storage for storing the vehicle information received from the in-vehicle device at least until an update cycle of the integrated information acquisition requests ends; and an information distributor for distributing the vehicle information stored in the storage to a functional unit among the at least two functional units that has issued the information acquisition request that is to be integrated. an establisher for establishing a communication channel between the mobile communication terminal and an in-vehicle device mounted on a vehicle, the in-vehicle device being configured to obtain vehicle information; an integrator for integrating a plurality of information acquisition requests that include a common item among information acquisition requests issued to the in-vehicle device from each of the at least two functional units; a transmitter for transmitting the integrated information acquisition requests to the in-vehicle device; a receiver for receiving the vehicle information to be used in the at least two functional units from the in-vehicle device; and a storage for storing the vehicle information received from the in-vehicle device at least until an update cycle of the integrated information acquisition requests ends; and an information distributor for distributing the vehicle information stored in the storage to a functional unit among the at least two functional units that has issued the information acquisition request that is to be integrated.
A computing device for one-sided access to a remotely accessible memory segment, the computing device comprising: a communication module to receive a remote memory access message from a sender computing device, wherein the remote memory access message includes a segment identifier, an offset and a message length; a segmentation module to (i) determine a segment start address based on the segment identifier, wherein the segment start address is associated with a remotely accessible segment of a memory of the computing device, (ii) determine a local destination address within the remotely accessible segment of the memory of the computing device as a function of the segment start address and the offset, (iii) determine a segment size based on the segment identifier and (iv) detect an overflow condition based on the offset, the message length, and the segment size; and a memory access module to perform a remote memory access operation requested by the remote memory access message at the local destination address. a communication module to receive a remote memory access message from a sender computing device, wherein the remote memory access message includes a segment identifier, an offset and a message length; a segmentation module to (i) determine a segment start address based on the segment identifier, wherein the segment start address is associated with a remotely accessible segment of a memory of the computing device, (ii) determine a local destination address within the remotely accessible segment of the memory of the computing device as a function of the segment start address and the offset, (iii) determine a segment size based on the segment identifier and (iv) detect an overflow condition based on the offset, the message length, and the segment size; and a memory access module to perform a remote memory access operation requested by the remote memory access message at the local destination address.
A variable inclination continuous transverse stub, VICTS, antenna system, comprising: - a support structure; - at least two VICTS antenna elements attached to the support structure; and - a controller operatively coupled to the at least two VICTS antenna elements , the controller configured to coherently combine signals received from each of the at least two VICTS antenna elements . - a support structure; - at least two VICTS antenna elements attached to the support structure; and - a controller operatively coupled to the at least two VICTS antenna elements , the controller configured to coherently combine signals received from each of the at least two VICTS antenna elements .