mhurhangee/ep-ind-claims huggingface dataset:
Vehicle rim, having - a rim body with a hub region, a rim well and a connecting region which connects the hub region to the rim well, and - at least one capacitor, - the rim body forming at least one part of a housing of the capacitor, characterized in that the capacitor is a super capacitor, and in that the capacitor has capacitor elements which are embedded in the rim well so as to run around the hub region. - a rim body with a hub region, a rim well and a connecting region which connects the hub region to the rim well, and - at least one capacitor, - the rim body forming at least one part of a housing of the capacitor, characterized in that the capacitor is a super capacitor, and in that the capacitor has capacitor elements which are embedded in the rim well so as to run around the hub region.
A method for a user equipment, UE, to transmit a physical uplink shared channel, PUSCH, the method comprising: receiving a first configuration for a number of bits for a redundancy version, RV, field in a first downlink control information, DCI, format; and receiving a physical downlink control channel, PDCCH, including the first DCI format scheduling the PUSCH, wherein the number of bits for the RV field in the first DCI format according to the first configuration is smaller than or equal to a predetermined number of bits for the RV field in a second DCI format; and transmitting the PUSCH based on the first DCI format. receiving a first configuration for a number of bits for a redundancy version, RV, field in a first downlink control information, DCI, format; and receiving a physical downlink control channel, PDCCH, including the first DCI format scheduling the PUSCH, wherein the number of bits for the RV field in the first DCI format according to the first configuration is smaller than or equal to a predetermined number of bits for the RV field in a second DCI format; and transmitting the PUSCH based on the first DCI format.
An automatic retraction and damping device for movable furniture parts, comprising - a driver which can be coupled with a movable furniture part; - a damper (18, 35) by means of which a movement of the driver is braked at least in one direction; - a spring element by means of which a movement of the driver is accelerated from a first position to a second position, characterized in that - the damper (18, 35), the driver and the spring element are coupled with each other via a four-bar linkage producing a linear guiding of the driver, - wherein the four-bar linkage comprises two motion links (14, 15) which are rotatably fixable with one respective end to a furniture body and one connecting rod which is rotatably fixed to the respective other ends of the motion links (14, 15), - wherein the spring element is coupled at a first linkage point arranged on the connecting rod to the four-bar linkage which passes through a curve during a movement tensioning and relaxing the spring element, - wherein the damper is coupled in such a way to the four-bar linkage that the direction of action of the damper counteracts the direction of action of the spring element, - wherein the damper is coupled to a second linkage point provided on the connecting rod or one of the motion links (14, 15) and - wherein the damper is arranged as a linear damper. - a driver which can be coupled with a movable furniture part; - a damper (18, 35) by means of which a movement of the driver is braked at least in one direction; - a spring element by means of which a movement of the driver is accelerated from a first position to a second position, - the damper (18, 35), the driver and the spring element are coupled with each other via a four-bar linkage producing a linear guiding of the driver, - wherein the four-bar linkage comprises two motion links (14, 15) which are rotatably fixable with one respective end to a furniture body and one connecting rod which is rotatably fixed to the respective other ends of the motion links (14, 15), - wherein the spring element is coupled at a first linkage point arranged on the connecting rod to the four-bar linkage which passes through a curve during a movement tensioning and relaxing the spring element, - wherein the damper is coupled in such a way to the four-bar linkage that the direction of action of the damper counteracts the direction of action of the spring element, - wherein the damper is coupled to a second linkage point provided on the connecting rod or one of the motion links (14, 15) and - wherein the damper is arranged as a linear damper.
Automatic cable tensioning device suitable for parking brakes, comprising a support unit suitable for being coupled to a brake lever of a parking brake, a regulating element suitable for being coupled to the cable, main elastic means suitable for regulating cable tension Tc acting on the regulating element, and a locking assembly which is coupled in the support unit, the locking assembly comprising a ratchet coupled to the regulating element in the range of movement of the brake lever between a rest position in which the parking brake is deactivated and allows relative movement of the regulating element with respect to the ratchet for tensioning the cable, and an active position in which the parking brake is activated, the ratchet of the locking assembly preventing relative movement of the regulating element for loosening the cable, characterized in that the locking assembly comprises a pushing unit locking the ratchet, the locking of the ratchet causing the locking of the relative movement of the regulating element with respect to the device when the brake lever is in the rest position and the cable is not subjected to tension Tc.
Stack for an electrical energy accumulator having at least one storage cell which in turn comprises a storage electrode and an air electrode which is connected to an air supply apparatus, and the air supply apparatus comprises an air distribution plate, wherein the stack additionally comprises a water vapor supply apparatus which is in contact with the storage electrode, characterized in that the water vapor is at a stationary excess pressure in relation to an ambient pressure, and in that the air distribution plate comprises at least one element of the water vapor supply apparatus.
Milling tool having a substantially right circular-cylindrical base shape with a longitudinal axis which defines an axial direction, along which longitudinal axis at least one cutter portion and a shank portion and also an end region are formed, wherein the milling tool has right-hand spiral flutes and left-hand spiral flutes, and wherein discrete cutting elements are formed between the intersecting spiral flutes (5, 6), on which cutting elements one or more cutting edges are formed, characterized in that the cutter portion at least has: - a first axial cutter region which adjoins the shank portion, wherein predominantly cutting edges (8, 82) having a pushing cut - when the milling tool is used in an intended direction of rotation - are formed on the discrete cutting elements in the first axial cutter region, - furthermore a second axial cutter region which adjoins the end region and in which predominantly cutting edges (8, 81) having a pulling cut - when the milling tool is used in an intended direction of rotation - are formed on the discrete cutting elements, - furthermore a transition region which is formed between the first and the second cutter region with respect to the axial direction, on which transition region there are formed both cutting edges (8, 81) having predominantly a pulling cut and cutting edges (8, 82) having predominantly a pushing cut. - a first axial cutter region which adjoins the shank portion, wherein predominantly cutting edges (8, 82) having a pushing cut - when the milling tool is used in an intended direction of rotation - are formed on the discrete cutting elements in the first axial cutter region, - furthermore a second axial cutter region which adjoins the end region and in which predominantly cutting edges (8, 81) having a pulling cut - when the milling tool is used in an intended direction of rotation - are formed on the discrete cutting elements, - furthermore a transition region which is formed between the first and the second cutter region with respect to the axial direction, on which transition region there are formed both cutting edges (8, 81) having predominantly a pulling cut and cutting edges (8, 82) having predominantly a pushing cut.
An antipurinergic agent for use in a method of treating an autism spectrum disorder in a subject in need thereof, wherein the method comprises: (a) administering the antipurinergic agent to said subject in an amount sufficient to maintain the antipurinergic agent plasma levels of said subject within a range of from about 3 μM to about 30 μM for 21 days or more; or (b) administering the antipurinergic agent to said subject in an amount sufficient to maintain the antipurinergic agent plasma levels of said subject from about 1 μM to about 30 μM for at least about 21 days, wherein said antipurinergic agent is administered in two or more doses; or (c) administering the antipurinergic agent to said subject in a first dose followed by a 10-40 day treatment holiday and then administering a second dose of said antipurinergic agent. (a) administering the antipurinergic agent to said subject in an amount sufficient to maintain the antipurinergic agent plasma levels of said subject within a range of from about 3 μM to about 30 μM for 21 days or more; or (b) administering the antipurinergic agent to said subject in an amount sufficient to maintain the antipurinergic agent plasma levels of said subject from about 1 μM to about 30 μM for at least about 21 days, wherein said antipurinergic agent is administered in two or more doses; or (c) administering the antipurinergic agent to said subject in a first dose followed by a 10-40 day treatment holiday and then administering a second dose of said antipurinergic agent.
A cleaner head for a cleaning appliance for wet cleaning floor surfaces comprising a housing, a suction piece fixedly or pivotably movably connected to the housing for connecting a suction unit, a device for dispensing a cleaning agent and at least one slit-shaped suction opening arranged on an underside of the housing for aspirating the cleaning agent from a floor surface, wherein the suction piece opens into a suction chamber of the housing, and wherein the suction opening is connected to the suction chamber for aspirating the cleaning agent; characterized in that the suction chamber has a roller chamber, in which at least one rotationally driven cleaning roller is arranged; that, on the floor side, the roller chamber has an opening, into which a circumferential section of the cleaning roller dips; and that the suction opening extends along the floor-side opening of the roller chamber for aspirating the cleaning agent, and is defined by a sealing lip on its longitudinal side, which faces away from the opening of the roller chamber.
An aircraft fuel system adapted to mitigate hydrodynamic ram caused by a projectile, the system comprising: a fluidly sealed chamber adapted to receive aircraft fuel; and a core disposed within the chamber, the core having: a plurality of columns extending through the core, the plurality of columns being adapted to channel a portion of vapor bubbles created by the projectile when penetrating through the chamber to an ullage space disposed within the chamber, the plurality of columns having a wall thickness; and a plurality of orifices extending through the thickness of the plurality of columns, the plurality of orifices providing fuel passage through the thickness of the plurality of columns, the core being composed of weaved material, which has been manufactured with the plurality of orifices through a weaving manufacturing process, wherein the plurality of orifices are adapted to cause localized pressure buildup when vapor bubbles travel through orifices, which in turn causes the vapor bubbles to return to a fluid state prematurely. a fluidly sealed chamber adapted to receive aircraft fuel; and a core disposed within the chamber, the core having: a plurality of columns extending through the core, the plurality of columns being adapted to channel a portion of vapor bubbles created by the projectile when penetrating through the chamber to an ullage space disposed within the chamber, the plurality of columns having a wall thickness; and a plurality of orifices extending through the thickness of the plurality of columns, the plurality of orifices providing fuel passage through the thickness of the plurality of columns, the core being composed of weaved material, which has been manufactured with the plurality of orifices through a weaving manufacturing process, wherein the plurality of orifices are adapted to cause localized pressure buildup when vapor bubbles travel through orifices, which in turn causes the vapor bubbles to return to a fluid state prematurely. a plurality of columns extending through the core, the plurality of columns being adapted to channel a portion of vapor bubbles created by the projectile when penetrating through the chamber to an ullage space disposed within the chamber, the plurality of columns having a wall thickness; and a plurality of orifices extending through the thickness of the plurality of columns, the plurality of orifices providing fuel passage through the thickness of the plurality of columns, the core being composed of weaved material, which has been manufactured with the plurality of orifices through a weaving manufacturing process, wherein the plurality of orifices are adapted to cause localized pressure buildup when vapor bubbles travel through orifices, which in turn causes the vapor bubbles to return to a fluid state prematurely.
A wireless device (104 1, 104 2, 104 3....104 n) configured to access a wireless access node (102 1, 102 2), the wireless device comprising: a processor (118 1, 118 2, 118 3....118 n); and, a memory (120 1, 120 2, 120 3....120 n) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is configured to: select a Training Sequence Code TSC, based on a coverage class of the wireless device; and, transmit one or more access request bursts on a logical channel to the wireless access node, wherein each of the one or more access request bursts includes the selected TSC; wherein the wireless device is configured to perform the transmit operation by: transmitting the one or more access request bursts on one or more pre-determined frames that have been allocated based on the coverage class of the wireless device; and when the wireless device has a coverage class "1", the wireless device is configured to transmit one access request burst on one pre-determined frame allocated based on the coverage class "1" of the wireless device, wherein the one access request burst includes the TSC selected based on the coverage class "1" of the wireless device. a processor (118 1, 118 2, 118 3....118 n); and, a memory (120 1, 120 2, 120 3....120 n) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is configured to: select a Training Sequence Code TSC, based on a coverage class of the wireless device; and, transmit one or more access request bursts on a logical channel to the wireless access node, wherein each of the one or more access request bursts includes the selected TSC; select a Training Sequence Code TSC, based on a coverage class of the wireless device; and, transmit one or more access request bursts on a logical channel to the wireless access node, wherein each of the one or more access request bursts includes the selected TSC; wherein the wireless device is configured to perform the transmit operation by: transmitting the one or more access request bursts on one or more pre-determined frames that have been allocated based on the coverage class of the wireless device; and when the wireless device has a coverage class "1", the wireless device is configured to transmit one access request burst on one pre-determined frame allocated based on the coverage class "1" of the wireless device, wherein the one access request burst includes the TSC selected based on the coverage class "1" of the wireless device. transmitting the one or more access request bursts on one or more pre-determined frames that have been allocated based on the coverage class of the wireless device; and when the wireless device has a coverage class "1", the wireless device is configured to transmit one access request burst on one pre-determined frame allocated based on the coverage class "1" of the wireless device, wherein the one access request burst includes the TSC selected based on the coverage class "1" of the wireless device.
A cabin attendant seat assembly, comprising: a frame assembly including spaced frame members (112, 114) disposed in a first vertical plane; a backrest mounted for reciprocating vertical translation between the spaced frame members; a seat pan mounted for pivoting motion relative to the frame assembly; and first and second links connecting the seat pan to the backrest such that upward pivoting motion of the seat pan moves the backrest vertically up and downward pivoting motion of the seat pan moves the backrest vertically down; wherein: the first and second links are symmetrically arranged on opposing sides of the seat pan and the backrest, wherein ends of the first and second links are coupled to the respective seat pan and the backrest through pivotal attachments, and wherein the first and second links move into a second vertical plane which is parallel to the first vertical plane to stow the seat pan and out of the first vertical plane to deploy the seat pan; and a thickness of the cabin attendant seat assembly, when the seat pan is stowed, is not greater than a thickness of a thicker of the backrest and the seat pan. a frame assembly including spaced frame members (112, 114) disposed in a first vertical plane; a backrest mounted for reciprocating vertical translation between the spaced frame members; a seat pan mounted for pivoting motion relative to the frame assembly; and first and second links connecting the seat pan to the backrest such that upward pivoting motion of the seat pan moves the backrest vertically up and downward pivoting motion of the seat pan moves the backrest vertically down; wherein: the first and second links are symmetrically arranged on opposing sides of the seat pan and the backrest, wherein ends of the first and second links are coupled to the respective seat pan and the backrest through pivotal attachments, and wherein the first and second links move into a second vertical plane which is parallel to the first vertical plane to stow the seat pan and out of the first vertical plane to deploy the seat pan; and a thickness of the cabin attendant seat assembly, when the seat pan is stowed, is not greater than a thickness of a thicker of the backrest and the seat pan. the first and second links are symmetrically arranged on opposing sides of the seat pan and the backrest, wherein ends of the first and second links are coupled to the respective seat pan and the backrest through pivotal attachments, and wherein the first and second links move into a second vertical plane which is parallel to the first vertical plane to stow the seat pan and out of the first vertical plane to deploy the seat pan; and a thickness of the cabin attendant seat assembly, when the seat pan is stowed, is not greater than a thickness of a thicker of the backrest and the seat pan.
A flight control device for an aircraft, the device comprising: • a connection lever (24; 136) that is designed to be secured to a control lever (2; 102) and that is suitable for being pivoted about at least one pivot axis; • mechanical means (3; 103) for limiting an angular stroke of the connection lever, the angular stroke thus being defined by a finite angular range; • first means (4; 104) for generating force feedback on the connection lever about said pivot axis, the first means being connected permanently to the connection lever; and • second means (16; 116) for generating force feedback on the connection lever, which means are arranged in parallel with the first means; at least one operating element selected from the second means, and the connection lever, comprising mechanical means for connecting them together temporarily, which means are arranged to be active when the connection lever is moved beyond a predetermined angular position in the angular range; the second means including at least one anchoring point (26, 27; 118; 119) that is suitable for defining said predetermined position and being arranged to enable movement of said anchoring point relative to limiter means for limiting angular stroke in order to act while in use to redefine said predetermined positions. • a connection lever (24; 136) that is designed to be secured to a control lever (2; 102) and that is suitable for being pivoted about at least one pivot axis; • mechanical means (3; 103) for limiting an angular stroke of the connection lever, the angular stroke thus being defined by a finite angular range; • first means (4; 104) for generating force feedback on the connection lever about said pivot axis, the first means being connected permanently to the connection lever; and • second means (16; 116) for generating force feedback on the connection lever, which means are arranged in parallel with the first means; at least one operating element selected from the second means, and the connection lever, comprising mechanical means for connecting them together temporarily, which means are arranged to be active when the connection lever is moved beyond a predetermined angular position in the angular range; the second means including at least one anchoring point (26, 27; 118; 119) that is suitable for defining said predetermined position and being arranged to enable movement of said anchoring point relative to limiter means for limiting angular stroke in order to act while in use to redefine said predetermined positions.
A compound of Formula I: or a pharmaceutically acceptable salt thereof; wherein Z is NR 10 R 11; where R 10 is chosen from hydrogen, optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted heterocycloalkyl, optionally substituted aryl, and optionally substituted heteroaryl; and R 11 is chosen from optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted heterocycloalkyl, optionally substituted aryl, and optionally substituted heteroaryl; or R 10 and R 11 may optionally be joined together with any intervening atoms to form an optionally substituted heterocycloalkyl ring. Z is NR 10 R 11; where R 10 is chosen from hydrogen, optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted heterocycloalkyl, optionally substituted aryl, and optionally substituted heteroaryl; and R 11 is chosen from optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted heterocycloalkyl, optionally substituted aryl, and optionally substituted heteroaryl; or R 10 and R 11 may optionally be joined together with any intervening atoms to form an optionally substituted heterocycloalkyl ring.