mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment operable in a wireless communications system supporting direct communication between user equipments, comprising: a storage with a sidelink configuration stored and specifying a plurality of sidelink destination groups; and characterized by a scheduling unit configured to: select a sidelink destination group associated with a sidelink logical channel having sidelink data available for transmission, the selected sidelink logical channel having a highest logical channel priority among sidelink logical channels having data available for transmission, wherein each of the sidelink logical channels belongs to a sidelink destination group, each of the sidelink logical channels is allocated to a logical channel group ,LCG, depending on a priority of said each sidelink logical channel and on a priority of the logical channel group, and the logical channel group is defined per sidelink destination group; and allocate radio resources to sidelink logical channels belonging to the selected sidelink destination group in decreasing logical channel group priority order; and a transmitter, configured to transmit the sidelink data in the allocated radio resources. a storage with a sidelink configuration stored and specifying a plurality of sidelink destination groups; and characterized by a scheduling unit configured to: select a sidelink destination group associated with a sidelink logical channel having sidelink data available for transmission, the selected sidelink logical channel having a highest logical channel priority among sidelink logical channels having data available for transmission, wherein each of the sidelink logical channels belongs to a sidelink destination group, each of the sidelink logical channels is allocated to a logical channel group ,LCG, depending on a priority of said each sidelink logical channel and on a priority of the logical channel group, and the logical channel group is defined per sidelink destination group; and allocate radio resources to sidelink logical channels belonging to the selected sidelink destination group in decreasing logical channel group priority order; and a transmitter, configured to transmit the sidelink data in the allocated radio resources. select a sidelink destination group associated with a sidelink logical channel having sidelink data available for transmission, the selected sidelink logical channel having a highest logical channel priority among sidelink logical channels having data available for transmission, wherein each of the sidelink logical channels belongs to a sidelink destination group, each of the sidelink logical channels is allocated to a logical channel group ,LCG, depending on a priority of said each sidelink logical channel and on a priority of the logical channel group, and the logical channel group is defined per sidelink destination group; and allocate radio resources to sidelink logical channels belonging to the selected sidelink destination group in decreasing logical channel group priority order; and a transmitter, configured to transmit the sidelink data in the allocated radio resources.
A working vehicle comprising: an operator seat ; an armrest arranged on a side of the operator seat ; and a speed shifter to change a traveling speed, wherein the speed shifter includes a main transmission, characterized in that the armrest includes: an operation lever to be swung back and forth to cause the main transmission to perform acceleration and deceleration; and an operation tool to be pressed to cause the main transmission to perform acceleration and deceleration, and in that the operation lever and the operation tool are configured to be selectively used to operate the main transmission in a main shifting operation. an operator seat ; an armrest arranged on a side of the operator seat ; and a speed shifter to change a traveling speed, wherein the speed shifter includes a main transmission, characterized in that the armrest includes: an operation lever to be swung back and forth to cause the main transmission to perform acceleration and deceleration; and an operation tool to be pressed to cause the main transmission to perform acceleration and deceleration, and an operation lever to be swung back and forth to cause the main transmission to perform acceleration and deceleration; and an operation tool to be pressed to cause the main transmission to perform acceleration and deceleration, and in that the operation lever and the operation tool are configured to be selectively used to operate the main transmission in a main shifting operation.
An aircraft gas turbomachine part having a first axis (X) and comprising an outer casing , an inner casing , both annular, coaxial with said first axis (X), and a space surrounding an annular combustion chamber about the first axis (X), and said annular combustion chamber , the space being delimited between the outer casing and the inner casing , said combustion chamber comprising: - respectively inner and outer annular refractory material walls, radially to the first axis (X), - an annular chamber bottom extending between said inner and outer annular walls and having first openings for the passage of devices for injecting an air and fuel mixture partly attached to the annular chamber bottom , - first respectively inner and outer annular metal connecting walls, radially to the first axis (X), to which are attached: -- said refractory material walls , respectively, and -- the chamber bottom , - two ports passing coaxially through, respectively: -- one of said first metal connecting walls , and -- one of said refractory material walls which it covers, and - a guiding device , for guiding an energy feed element into said two ports , where the guiding device is attached with one of said first metal connecting walls . - respectively inner and outer annular refractory material walls, radially to the first axis (X), - an annular chamber bottom extending between said inner and outer annular walls and having first openings for the passage of devices for injecting an air and fuel mixture partly attached to the annular chamber bottom , - first respectively inner and outer annular metal connecting walls, radially to the first axis (X), to which are attached: -- said refractory material walls , respectively, and -- the chamber bottom , -- said refractory material walls , respectively, and -- the chamber bottom , - two ports passing coaxially through, respectively: -- one of said first metal connecting walls , and -- one of said refractory material walls which it covers, and -- one of said first metal connecting walls , and -- one of said refractory material walls which it covers, and - a guiding device , for guiding an energy feed element into said two ports ,
A foot support system for an article of footwear , comprising: a foot support bladder ; a fluid container ; a fluid supply ; a valve housing ; a valve stem movably mounted in the valve housing , wherein the valve stem includes a first end , a second end , and a perimeter wall extending between the first end and the second end , wherein the first end , the second end , and the perimeter wall define an internal chamber of the valve stem , and wherein the perimeter wall of the valve stem includes a plurality of through holes extending from the internal chamber to an exterior surface of the perimeter wall ; a fluid inlet port placing the fluid supply in fluid communication with the internal chamber ; and a manifold including: (a) a first manifold port in fluid communication with an external environment and opening into a first fluid flow path extending through the manifold , (b) a second manifold port in fluid communication with the foot support bladder and opening into a second fluid flow path extending through the manifold , and (c) a third manifold port in fluid communication with the fluid container and opening into a third fluid flow path extending through the manifold , wherein movement of the valve stem to a plurality of positions selectively places the foot support system in a plurality of operational states by placing one or more of the plurality of through holes of the valve stem in fluid communication with the first fluid flow path , the second fluid flow path , or the third fluid flow path . a foot support bladder ; a fluid container ; a fluid supply ; a valve housing ; a valve stem movably mounted in the valve housing , wherein the valve stem includes a first end , a second end , and a perimeter wall extending between the first end and the second end , wherein the first end , the second end , and the perimeter wall define an internal chamber of the valve stem , and wherein the perimeter wall of the valve stem includes a plurality of through holes extending from the internal chamber to an exterior surface of the perimeter wall ; a fluid inlet port placing the fluid supply in fluid communication with the internal chamber ; and a manifold including: (a) a first manifold port in fluid communication with an external environment and opening into a first fluid flow path extending through the manifold , (b) a second manifold port in fluid communication with the foot support bladder and opening into a second fluid flow path extending through the manifold , and (c) a third manifold port in fluid communication with the fluid container and opening into a third fluid flow path extending through the manifold , wherein movement of the valve stem to a plurality of positions selectively places the foot support system in a plurality of operational states by placing one or more of the plurality of through holes of the valve stem in fluid communication with the first fluid flow path , the second fluid flow path , or the third fluid flow path .
Autonomous mobile robot for picking orders of products stored in a warehouse, comprising a device for receiving at least two movable picking holders for said products, referred to as picking holders, and independent means for retaining each of said at least two picking holders on said autonomous mobile robot, characterised in that said reception device is adaptable to said picking holders.
A key structure, comprising a housing , an electronic switch , a key cap and a rocker , wherein: the housing is provided with an opening configured to mount the key cap , the electronic switch is located inside the housing and corresponds to a position of the opening , and the key cap is mounted in the opening , and wherein the rocker has a first end fixed to the key cap and a second end hinged to the housing ; wherein the housing is provided with a strip groove , the rocker is located in the strip groove and the whole rocker is located at one side of the key cap , and characterized in that the rocker has a length larger than or equal to 30mm; wherein a shape of the rocker is a flat rectangle, and a shape of the strip groove is a strip-shaped rectangular groove; a side of the rocker away from the electronic switch and an adjacent side of the strip groove are fitted together, and the key cap and the rocker are clamped in the housing by means of the strip groove and the electronic switch . the housing is provided with an opening configured to mount the key cap , the electronic switch is located inside the housing and corresponds to a position of the opening , and the key cap is mounted in the opening , and wherein the rocker has a first end fixed to the key cap and a second end hinged to the housing ; wherein the housing is provided with a strip groove , the rocker is located in the strip groove and the whole rocker is located at one side of the key cap , and characterized in that the rocker has a length larger than or equal to 30mm; wherein a shape of the rocker is a flat rectangle, and a shape of the strip groove is a strip-shaped rectangular groove; a side of the rocker away from the electronic switch and an adjacent side of the strip groove are fitted together, and the key cap and the rocker are clamped in the housing by means of the strip groove and the electronic switch .
An aqueous composition comprising: (a) 0.6-2.0 wt% gellan gum; (b) 0.01-20 wt% polyols and/or amino acids having a molecular mass less than 1000 Dalton; and (c) 10-40 wt% radiopaque material. (a) 0.6-2.0 wt% gellan gum; (b) 0.01-20 wt% polyols and/or amino acids having a molecular mass less than 1000 Dalton; and (c) 10-40 wt% radiopaque material.
A system for cleaning an optical sensor , in particular for a motor vehicle, comprising: - at least one element for projection of a cleaning fluid, characterized in that it comprises a confinement wall that carries said at least one projection element , said confinement wall being able to move between a retracted position, in which the confinement wall is designed to be positioned outside the field of view of the optical sensor , and a cleaning position, in which the confinement wall is designed to be positioned facing the optical sensor and in which the confinement wall is positioned in front of the optical sensor such as to define an enclosure for confinement of the optical sensor in the assembled state of the cleaning system and in which said at least one projection element is positioned such as to spray cleaning fluid toward the optical sensor . - at least one element for projection of a cleaning fluid, characterized in that it comprises a confinement wall that carries said at least one projection element , said confinement wall being able to move between a retracted position, in which the confinement wall is designed to be positioned outside the field of view of the optical sensor , and a cleaning position, in which the confinement wall is designed to be positioned facing the optical sensor and in which the confinement wall is positioned in front of the optical sensor such as to define an enclosure for confinement of the optical sensor in the assembled state of the cleaning system and in which said at least one projection element is positioned such as to spray cleaning fluid toward the optical sensor .
A method for processing rendered animal fat wherein low nitrogen-content rendered animal fat is prepared by removal of nitrogen compounds selected from a nitrogen containing heterocyclic compounds or volatile nitrogen containing compounds or small cyclic nitrogen compounds from rendered animal fat by extraction said method comprising the steps of a) providing rendered animal fat, b) subjecting the rendered animal fat to solvent extraction by using an extraction solvent having at least 80% methanol content, whereby low nitrogen-content rendered animal fat and an extract is obtained, c) optionally assessing the removal of a nitrogen compound selected from a nitrogen containing heterocyclic compounds or volatile nitrogen containing compounds or small cyclic nitrogen compounds from rendered animal fat, d) optionally separating the extract into solvent and extracted material comprising the nitrogen compounds, e) optionally recycling at least a part of the separated solvent obtained in step d) into the solvent extraction, f) optionally utilizing the extracted material comprising the nitrogen compounds obtained in step d), thereby obtaining low nitrogen-content rendered animal fat. a) providing rendered animal fat, b) subjecting the rendered animal fat to solvent extraction by using an extraction solvent having at least 80% methanol content, whereby low nitrogen-content rendered animal fat and an extract is obtained, c) optionally assessing the removal of a nitrogen compound selected from a nitrogen containing heterocyclic compounds or volatile nitrogen containing compounds or small cyclic nitrogen compounds from rendered animal fat, d) optionally separating the extract into solvent and extracted material comprising the nitrogen compounds, e) optionally recycling at least a part of the separated solvent obtained in step d) into the solvent extraction, f) optionally utilizing the extracted material comprising the nitrogen compounds obtained in step d), thereby obtaining low nitrogen-content rendered animal fat.
Process for the operation of a washing machine with a tub containing a drum for receiving laundry and a pressure sensor in contact with an aqueous liquid , a drive motor for the drum , a pump , a measuring device for determination of the amount of water Q filled in the tub and a control unit , wherein the presence of foam can be detected, wherein the following steps are carried out: (a) a washing phase is conducted with a suds containing water and detergent; (b) water is added during or after the washing phase (a) into the tub in an amount Q ≤ Q set , wherein Q set is a prescribed maximum quantity of water to be added in this step; and (c) the pressure P is measured during the addition of the amount Q of water and a change of the pressure P is measured by the pressure sensor upon the addition of the water in step (b); characterized in that the presence of foam is detected by the pressure change ΔP and that the following step is carried out: (d) the pressure change ΔP measured in step (c) is evaluated with respect to the presence of foam by reference to a relationship between the ratio ΔP/ΔT, i.e. the pressure change in time, and a free space stored in the control unit of the washing machine , wherein the addition of water leads to a reduction of the free space in the drum and thus leading to an increased pressure which is detected by the pressure sensor and wherein the free space is the space not occupied by laundry, aqueous liquid or foam, wherein the amount of water Q filled in the tub is determined by the measuring device and wherein the load of the laundry is set by a user of the washing machine or is determined automatically. (a) a washing phase is conducted with a suds containing water and detergent; (b) water is added during or after the washing phase (a) into the tub in an amount Q ≤ Q set , wherein Q set is a prescribed maximum quantity of water to be added in this step; and (c) the pressure P is measured during the addition of the amount Q of water and a change of the pressure P is measured by the pressure sensor upon the addition of the water in step (b); characterized in that the presence of foam is detected by the pressure change ΔP and that the following step is carried out: (d) the pressure change ΔP measured in step (c) is evaluated with respect to the presence of foam by reference to a relationship between the ratio ΔP/ΔT, i.e. the pressure change in time, and a free space stored in the control unit of the washing machine ,
A device for discharging a substance , wherein a movable support is arranged in a device housing to act on the substance , wherein a rotary handle is further designed to move the support between a lower starting position and an upper extended position of the support , and forms a spindle part with a spindle that can be rotated around a longitudinal axis (x) provided in the movement direction of the support , wherein the spindle part passes through a housing base , and is locked and sealed to the housing base , wherein a locking protrusion of the housing base further engages into a locking recess of the spindle part , and a seal protrusion running from the housing base abuts tightly against a circumferential surface of the spindle part , and wherein the rotary handle of the spindle part is additionally formed on the lower face of the device housing , wherein, viewed from the rotary handle , the locking recess of the spindle part is formed axially below the circumferential surface that interacts with the seal protrusion , wherein the seal protrusion further has a sleeve-like design, with a taper that arises at least partially axially upwardly in cross section, wherein the taper runs at least partially like a cone, wherein a counter-locking protrusion is formed on the spindle part , and conically expands from axially above to axially below in cross section, wherein a control slant of the counter-locking protrusion further transitions axially upward into a circumferential surface of the spindle part or the sleeve that runs concentrically to the longitudinal axis x, wherein the housing-side seal protrusion abuts against this circumferential surface , which is molded onto the upper face of the housing base, and surrounds the counter-locking protrusion of the spindle part with a foot section that runs concentrically to the longitudinal axis x, wherein a radially outer facing front surface of the counter-locking protrusion is formed on a radius (c), which is selected to be larger than a radius (a) of an inwardly directed closing surface of the locking protrusion , characterized in that the foot section surrounds the counter-locking protrusion at a distance, that the tapering section extends from the foot section and bends axially upward and radially inward, that a radially inner seal surface of the seal protrusion comes to tightly abut against the circumferential surface of the spindle part on the end side of the tapering section , and that the seal protrusion is designed like a lip in cross section, wherein the seal surface is here arranged on a radius (b) that is selected to be smaller than the radius (a) of the closing surface of the locking protrusion , which is also selected to be smaller than the radius (c) of the front surface of the counter-locking protrusion .
A turbine arrangement for a gas turbine engine , the arrangement comprising: a turbine shaft ; an axial array of turbine rotors having a first axial end defined by a first of the turbine rotors , and having a second axial end; an interstage spacer between each adjacent pair of turbine rotors , each spacer arranged to transmit drive; a measurement system arranged to measure rotational speed of the turbine arrangement , the measurement system positioned at the second axial end of the array ; and a drive arm directly coupling the turbine shaft and the first axial end only, wherein no turbine rotors driven by the turbine shaft are located axially forward of the drive arm. a turbine shaft ; an axial array of turbine rotors having a first axial end defined by a first of the turbine rotors , and having a second axial end; an interstage spacer between each adjacent pair of turbine rotors , each spacer arranged to transmit drive; a measurement system arranged to measure rotational speed of the turbine arrangement , the measurement system positioned at the second axial end of the array ; and a drive arm directly coupling the turbine shaft and the first axial end only, wherein no turbine rotors driven by the turbine shaft are located axially forward of the drive arm.
One or more non-transitory computer-readable media comprising instructions which, when executed by one or more processors of a user equipment, UE, of a cellular network, cause the UE to: receive a discovery reference signal, DRS, from a cell in the cellular network; identify a DRS subframe offset indicated by a DRS configuration index, wherein a first transmit point that transmitted the DRS has a same physical cell identifier, PCID, as a second transmit point; perform , based on the DRS subframe offset a measurement related to the received DRS; and transmit , to an evolved NodeB, eNB, the measurement and the DRS configuration index. receive a discovery reference signal, DRS, from a cell in the cellular network; identify a DRS subframe offset indicated by a DRS configuration index, wherein a first transmit point that transmitted the DRS has a same physical cell identifier, PCID, as a second transmit point; perform , based on the DRS subframe offset a measurement related to the received DRS; and transmit , to an evolved NodeB, eNB, the measurement and the DRS configuration index.