mhurhangee/ep-ind-claims huggingface dataset:
A stroller comprising: a pair of wheels; a cross bar extending between the pair of wheels; a pedal coupled to the cross bar, and being selectively transitional relative to the cross bar between an unlocked position and a locked position, a pair of braking pins operatively coupled to the pedal, each braking pin being transitional relative to a respective one of the pair of wheels between a release position and a brake position, each braking pin being engaged with the respective one of the pair of wheels when the braking pin is in the brake position, each braking pin being disengaged with the respective one of the pair of wheels when the braking pin is in the release position, the pair of braking pins being coupled to the pedal such that movement of the pedal from the unlocked position to the locked position causes the pair of braking pins to transition to their respective brake positions, and movement of the pedal from the locked position to the unlocked position causes the pair of braking pins to transition to their respective release positions; a pair of braking cables, each braking cable extending between the pedal and a respective one of the pair of braking pins; and a pedal locking mechanism coupled to the pedal and the cross bar, the pedal locking mechanism being configured to retain the pedal in the locked position in response to the pedal being transitioned to the locked position, characterized in that the pedal is biased toward the unlocked position. a pair of wheels; a cross bar extending between the pair of wheels; a pedal coupled to the cross bar, and being selectively transitional relative to the cross bar between an unlocked position and a locked position, a pair of braking pins operatively coupled to the pedal, each braking pin being transitional relative to a respective one of the pair of wheels between a release position and a brake position, each braking pin being engaged with the respective one of the pair of wheels when the braking pin is in the brake position, each braking pin being disengaged with the respective one of the pair of wheels when the braking pin is in the release position, the pair of braking pins being coupled to the pedal such that movement of the pedal from the unlocked position to the locked position causes the pair of braking pins to transition to their respective brake positions, and movement of the pedal from the locked position to the unlocked position causes the pair of braking pins to transition to their respective release positions; a pair of braking cables, each braking cable extending between the pedal and a respective one of the pair of braking pins; and a pedal locking mechanism coupled to the pedal and the cross bar, the pedal locking mechanism being configured to retain the pedal in the locked position in response to the pedal being transitioned to the locked position, characterized in that the pedal is biased toward the unlocked position.
A plant growing cabinet comprising a body, at least one plant growing unit provided in the body, a light source positioned above the plant growing unit, generating the light required by the plants to be grown, a tray placed in a plant growing unit, in which the mixture enabling plants to grow is placed, characterized by a frame placed on the tray, having two lateral walls (6, 7) and a front wall and a rear wall extending opposite each other between the lateral walls (6, 7), and a germination cover comprising at least two panels placed on the frame, and having a closed position in which the panels are positioned so as to be almost completely airtight and an open position in which it enables air flow to pass therethrough by means of an opening forming thereon by the panels being moved.
Generator for producing electrical power with a stator and a rotor preferably for use in a wind turbine, - the stator (5, 5') comprising stacked lamination sheets (100, 200, 300) and stator windings, - the rotor comprising magnets and being rotatable in circumferential direction (101, 201, 301), - the magnets and the stator windings facing each other via an air gap extending in circumferential direction (101, 201, 301), - the stator (5, 5') or a stator segment of the stator comprising first lamination sheets and second lamination sheets being stacked on each other, - the first lamination sheet comprising a first stator tooth area extending in radial direction from a first stator yoke area; - the first stator tooth area comprising a closed first through-opening extending in radial direction (103, 203, 303), - the second lamination sheet comprising a second stator tooth area extending in radial direction from a second stator yoke area, - the second stator tooth area comprising a second through-opening extending in radial direction and comprising an air gap sided opening and non-air gap sided closed end at the stator tooth area, - the second stator yoke area comprising a third through-opening extending in radial direction and comprising an non-air gap sided opening and an air gap sided closed end, characterized in that the first closed through opening of the first lamination sheet overlaps with the second through opening of the second lamination sheet being located adjacent to the first lamination sheet thus forming/buil ding a first fluid connection (320, E1, E4) in axial direction (404, 105), the first closed through-opening of the first lamination sheet overlaps with the third through opening of the second lamination sheet being located adjacent to the first lamination sheet forming/building a second fluid connection (321, E2, E3) in axial direction (404, 105). - the stator (5, 5') comprising stacked lamination sheets (100, 200, 300) and stator windings, - the rotor comprising magnets and being rotatable in circumferential direction (101, 201, 301), - the magnets and the stator windings facing each other via an air gap extending in circumferential direction (101, 201, 301), - the stator (5, 5') or a stator segment of the stator comprising first lamination sheets and second lamination sheets being stacked on each other, - the first lamination sheet comprising a first stator tooth area extending in radial direction from a first stator yoke area; - the first stator tooth area comprising a closed first through-opening extending in radial direction (103, 203, 303), - the second lamination sheet comprising a second stator tooth area extending in radial direction from a second stator yoke area, - the second stator tooth area comprising a second through-opening extending in radial direction and comprising an air gap sided opening and non-air gap sided closed end at the stator tooth area, - the second stator yoke area comprising a third through-opening extending in radial direction and comprising an non-air gap sided opening and an air gap sided closed end,
A first wireless communication device (104, 350, 902, 902'), comprising: a memory (360, 376, 1006, 1306); and at least one processor (356, 356, 359, 368, 1004, 1304) coupled to the memory and configured to: select a recommendation for a time-frequency resource to transmit a phase tracking reference signal, PT-RS, based on a condition of a communication system; and perform transmitting an indication of the selected recommendation for the time-frequency resource to a second wireless communication device, the first wireless communication device being characterised in that the at least one processor is further configured to receive a transmission from the second wireless communication device indicating that the second wireless communication device will follow the recommendation, or receive a transmission from the second wireless communication device indicating that the second wireless communication device will not follow the recommendation. a memory (360, 376, 1006, 1306); and at least one processor (356, 356, 359, 368, 1004, 1304) coupled to the memory and configured to: select a recommendation for a time-frequency resource to transmit a phase tracking reference signal, PT-RS, based on a condition of a communication system; and perform transmitting an indication of the selected recommendation for the time-frequency resource to a second wireless communication device, the first wireless communication device being characterised in that the at least one processor is further configured to receive a transmission from the second wireless communication device indicating that the second wireless communication device will follow the recommendation, or receive a transmission from the second wireless communication device indicating that the second wireless communication device will not follow the recommendation. select a recommendation for a time-frequency resource to transmit a phase tracking reference signal, PT-RS, based on a condition of a communication system; and perform transmitting an indication of the selected recommendation for the time-frequency resource to a second wireless communication device, the first wireless communication device being characterised in that the at least one processor is further configured to receive a transmission from the second wireless communication device indicating that the second wireless communication device will follow the recommendation, or receive a transmission from the second wireless communication device indicating that the second wireless communication device will not follow the recommendation. receive a transmission from the second wireless communication device indicating that the second wireless communication device will follow the recommendation, or receive a transmission from the second wireless communication device indicating that the second wireless communication device will not follow the recommendation.
Headlight arrangement of a motor vehicle, comprising at least one headlight for emitting a variable light distribution, the at least one headlight comprising a headlight housing, a light module movably mounted in the headlight housing, at least one actuator (9, 10) for moving the light module relative to the headlamp housing and an electronic control unit for controlling or regulating the movement of the light module at least during the intended operation of the headlamp, the headlamp arrangement - having a first sensor unit (22, 26) which is designed to detect a current position of the light module in space in absolute values and to generate corresponding sensor signals, and - having a second sensor unit (34, 36) which is designed to detect a current position of a body of the motor vehicle in space in absolute values and to generate corresponding sensor signals, - wherein the control unit is designed to generate a drive signal for the at least one actuator (9, 10) on the basis of the sensor signals generated by the first sensor unit (22, 26) and the second sensor unit (34, 36), in order to automatically bring the at least one light module into a predetermined basic position for the variable light distribution, characterized in that the headlamp arrangement has a third sensor device which comprises a plurality of axle sensors of the motor vehicle which detect a path or angle of deflection of an axle of the motor vehicle relative to the vehicle body, and which, for automatic range adjustment, detects an inclination of the body of the motor vehicle relative to a roadway, on which the motor vehicle travels, and which is designed to generate a corresponding sensor signal, and the control unit is designed to generate the drive signal for the basic setting for the at least one actuator (9, 10) taking into account the sensor signal generated by the third sensor device. - having a first sensor unit (22, 26) which is designed to detect a current position of the light module in space in absolute values and to generate corresponding sensor signals, and - having a second sensor unit (34, 36) which is designed to detect a current position of a body of the motor vehicle in space in absolute values and to generate corresponding sensor signals, - wherein the control unit is designed to generate a drive signal for the at least one actuator (9, 10) on the basis of the sensor signals generated by the first sensor unit (22, 26) and the second sensor unit (34, 36), in order to automatically bring the at least one light module into a predetermined basic position for the variable light distribution,
A pull tab assembly for selectively interrupting an electrical connection with a battery, the assembly comprising: a battery; a first battery contact; and a pull tab that is configured to selectively interrupt an electrical connection between the battery and the first battery contact; wherein the assembly is configured to transition from a first state to a second state and subsequently from the second state to the first state as the pull tab is displaced relative to the battery and the battery contact; wherein the battery is in electrical contact with the first battery contact when the assembly is in the first state, and the battery is not in electrical contact with the first battery contact when the assembly is in the second state, wherein the pull tab comprises: a first surface, a second surface disposed opposite the first surface, and a first aperture that extends through both the first surface and the second surface of the pull tab, wherein the battery contacts the first battery contact through the first aperture when the assembly is in the first state, a distal portion that is configured to selectively interrupt an electrical connection between the battery and a battery contact, when the pull tap assembly is in the second state. a battery; a first battery contact; and a pull tab that is configured to selectively interrupt an electrical connection between the battery and the first battery contact; wherein the assembly is configured to transition from a first state to a second state and subsequently from the second state to the first state as the pull tab is displaced relative to the battery and the battery contact; wherein the battery is in electrical contact with the first battery contact when the assembly is in the first state, and the battery is not in electrical contact with the first battery contact when the assembly is in the second state, wherein the pull tab comprises: a first surface, a second surface disposed opposite the first surface, and a first aperture that extends through both the first surface and the second surface of the pull tab, wherein the battery contacts the first battery contact through the first aperture when the assembly is in the first state, a distal portion that is configured to selectively interrupt an electrical connection between the battery and a battery contact, when the pull tap assembly is in the second state. a first surface, a second surface disposed opposite the first surface, and a first aperture that extends through both the first surface and the second surface of the pull tab, wherein the battery contacts the first battery contact through the first aperture when the assembly is in the first state, a distal portion that is configured to selectively interrupt an electrical connection between the battery and a battery contact, when the pull tap assembly is in the second state.
A demultiplexing apparatus including, when n - n being a natural number - represents a number of stages of cascade connection, in each stage i, where i is a natural number larger than or equal to 1 and smaller than or equal to n, 2 i frequency converting low-pass filter units (12-1 to 12-14), each frequency converting low-pass filter unit (12-1 to 12-14) comprising a frequency converter that is configured to apply frequency conversion to a processing target signal, the frequency converting low-pass filter units (12-1 to 12-14) being configured to remove a high-frequency component of a signal after the frequency conversion using low-pass filters having predetermined frequency characteristics, and each frequency converting low-pass filter unit (12-1 to 12-14) comprising a down-sampler that is configured to down-sample a signal after the high-frequency component removal, and the frequency converting low-pass filter units being configured to output the signal after the down-sampling, wherein in the frequency converting low-pass filter unit (12-1, 12-2) in a first stage, an input signal including a plurality of band signals, bands of which do not overlap, is considered as the processing target signal, and in the frequency converting low-pass filter unit (12-3 to 12-14) in a second and further stages, an output result of the frequency converting low-pass filter unit (12-1, 12-2; 12-3 to 12-6) in a pre-stage is considered as the processing target signal, and the demultiplexing apparatus being configured to extract the band signals based on output signals of the frequency converting low-pass filter unit (12-1 to 12-14) to thereby demultiplex the input signal, the demultiplexing apparatus comprising a reception-filter-bank control unit that is configured to calculate, based on channel information as known information including the bands and frequency arrangement of the band signals, a dividing position on a frequency axis for the processing target signal, instruct the frequency converting low-pass filter unit (12-1 to 12-14) to perform division of the processing target signal, and calculate a frequency offset value, and instruct, for each of the divided processing target signals, the frequency converting low-pass filter unit (12-1 to 12-14), which is configured to set the divided processing target signal as a target of an output, about the frequency offset value for setting a center frequency of a band signal having largest band width among band signals included in the divided processing target signal to zero, wherein the frequency converting low-pass filter unit (12-1 to 12-14) is configured to carry out the frequency conversion based on the frequency offset value.
A vibration damper comprising: a movable section movable in at least one direction; a support section configured to movably support the movable section; a vibration detector configured to detect a vibration received by the vibration damper; and a computing processor configured to compute an amount of displacement of the movable section in a first direction, which is associated with the vibration, based on a detection result of the vibration detector, calculate an amount of correction corresponding to the amount of displacement, and instruct the support section to move the movable section in a second direction opposite to the first direction based on the amount of correction, characterised in that the vibration damper further comprises a movement-amount detector configured to detect an amount of movement of the movable section moved by the support section; and a controller configured to perform a feedback control to reduce an amount of difference between the amount of correction computed by the computing processor and the amount of movement detected by the movement-amount detector. a movable section movable in at least one direction; a support section configured to movably support the movable section; a vibration detector configured to detect a vibration received by the vibration damper; and a computing processor configured to compute an amount of displacement of the movable section in a first direction, which is associated with the vibration, based on a detection result of the vibration detector, calculate an amount of correction corresponding to the amount of displacement, and instruct the support section to move the movable section in a second direction opposite to the first direction based on the amount of correction, characterised in that the vibration damper further comprises a movement-amount detector configured to detect an amount of movement of the movable section moved by the support section; and a controller configured to perform a feedback control to reduce an amount of difference between the amount of correction computed by the computing processor and the amount of movement detected by the movement-amount detector.
Military vehicle housing for accommodating individuals, wherein the vehicle housing has a roof element, wherein the roof element has a substantially horizontally oriented central portion (2.1) and roof slopes (2.3) sloping outwards towards the substantially vertically sloping side walls (2.2), characterized in that on the roof element, on both sides of the vertical longitudinal centre plane of the vehicle housing, at least one viewing appliance which is directed outwards transversely with respect to the vertical longitudinal centre plane is arranged directly adjacent to the outer edge of the central portion of the roof element, which outer edge runs in the longitudinal direction, or in the transition region between central portion and roof slope (2.3).
An anti-human IL-23R antibody comprising a heavy-chain variable region consisting of the amino acid sequence shown by SEQ ID NO:5 and a light-chain variable region consisting of the amino acid sequence shown by SEQ ID NO:7 or, an anti-human IL-23R antibody fragment which is a single-chain variable region fragment (scFv), Fab, Fab' or F(ab') 2, which comprises the heavy-chain variable region and light-chain variable region of the said antibody and maintains the activity of the said antibody.
A disc brake with a brake caliper which straddles a brake disc and, on both sides thereof, brake linings which are arranged in a lining shaft and are each composed of a friction lining and a back plate, the front side of which is designed as a fastening surface for the friction lining and the rear side of which is designed as a pressure surface for transmitting the brake pressure, and with a holding-down device which leads transversely over the brake linings and is supported against the brake linings towards the disc brake axis, wherein the holding-down device is formed over a large part of its total length as a channel consisting of an elongated base, against which a spring is braced, and side flanks (8A, 8B) arranged on the sides of the base, wherein the hold-down has, towards one end thereof, an S-shaped bend adjoining the base and an end section adjoining the bend, characterized in that a one- or two-part bearing surface is formed on the end section, with which the hold-down device is supported against one of the brake linings on the rear side of its back plate.
A device for winding up a strip, comprising: - a first reel and a second reel, movable in rotation to wind the strip successively on the first reel and then on the second reel; - means for cutting the strip when the first reel is full, so as to transfer and then reattach a free end of the strip to the second reel; and - means for automatically attaching the free end of the strip to the second reel; the device comprising a pivoting arm movable about a pivot axis between the reels (1, 2) and controlled automatically following an operation of transfer of a free end of the strip from the first reel to the second reel, characterized in that the pivoting arm comprises means for guiding the strip during its winding around the first reel and during its winding around the second reel, and means for blocking the free end of the strip when it is cut by the cutting means, then when it is transferred and reattached to the second reel, the pivoting arm comprises a slide movable radially to the pivot axis between a rest position and a cutting position in which the slide displaces the strip opposite the cutting means and, in the cutting position, the slide projects beyond the means for guiding and blocking along the arm and displaces the strip radially to the pivot axis. - a first reel and a second reel, movable in rotation to wind the strip successively on the first reel and then on the second reel; - means for cutting the strip when the first reel is full, so as to transfer and then reattach a free end of the strip to the second reel; and - means for automatically attaching the free end of the strip to the second reel;