mhurhangee/patent-ind-claim-en huggingface dataset:
A method for acquiring a terminal capability, comprising: acquiring , by a first access network device, first User Equipment, UE, capability identification information of a terminal, determining , by the first access network device, a first UE capability information of the terminal based on the first UE capability identification information and a correspondence between UE capability identification information and UE capability information; wherein acquiring , by the first access network device, the first UE capability identification information of the terminal comprises: acquiring, by the first access network device, the first UE capability identification information of the terminal from a core network device; characterized in that the core network device acquires the first UE capability identification information in the following manner: the terminal sends the first UE capability identification information to a second access network device, and the second access network device sends the first UE capability identification information of the terminal to the core network device. acquiring , by a first access network device, first User Equipment, UE, capability identification information of a terminal, determining , by the first access network device, a first UE capability information of the terminal based on the first UE capability identification information and a correspondence between UE capability identification information and UE capability information; wherein acquiring , by the first access network device, the first UE capability identification information of the terminal comprises: acquiring, by the first access network device, the first UE capability identification information of the terminal from a core network device; characterized in that the core network device acquires the first UE capability identification information in the following manner: the terminal sends the first UE capability identification information to a second access network device, and the second access network device sends the first UE capability identification information of the terminal to the core network device. acquiring, by the first access network device, the first UE capability identification information of the terminal from a core network device; characterized in that the core network device acquires the first UE capability identification information in the following manner: the terminal sends the first UE capability identification information to a second access network device, and the second access network device sends the first UE capability identification information of the terminal to the core network device.
A propulsion device for an aircraft, such as a turboprop, comprising a torque generator driving an output shaft via a power gearbox , the output shaft being rotatably coupled to a propeller , said power gear box being fixed on a frame of the propulsion device by means of suspension means , said suspension means including hydraulic torque recovery means comprising at least a first hydraulic system and a second hydraulic system spaced from each other, each hydraulic system including a pressure chamber whose volume varies according to the position of the housing of the power gearbox relative to the frame , the pressure chambers of the hydraulic systems being connected by a capillary so that a hydraulic fluid is able to flow from one pressure chamber to the other via the capillary , characterized in that it includes means for measuring the pressure of the hydraulic fluid within at least one of the pressure chambers and/or within the capillary and means for determining the torque transmitted to the thruster through the output shaft , according to the pressure of the hydraulic fluid.
A prosthetic foot comprising: an elongate foot member extending from a proximal end to a distal end and having an arch region between the proximal end and the distal end , characterized in that it further comprises an ankle module operably coupled to the foot member and configured to be coupled to a lower limb member, wherein the ankle module comprises a hydraulic adjustment mechanism, the hydraulic adjustment mechanism selectively actuatable to adjust an angle between the prosthetic foot and the lower limb member to allow for adjustment of a heel height of the prosthetic foot ; and a cosmesis , a foot portion of the cosmesis configured to receive the foot member , wherein when the foot member is disposed in the cosmesis and the foot is resting on a support surface in a neutral position with the prosthetic foot adjusted to a neutral heel height, the arch region of the foot member is separated from an inner surface of a sole portion of the foot portion of the cosmesis by a gap , and wherein the gap allows the cosmesis to adapt to varying heel heights of the prosthetic foot , the foot portion of the cosmesis comprising a region of channels or recesses in the inner surface of the sole portion of the foot portion of the cosmesis , the region of channels or recesses configured to allow the sole portion of the foot portion of the cosmesis to flex to adapt to varying heel heights of the prosthetic foot . an elongate foot member extending from a proximal end to a distal end and having an arch region between the proximal end and the distal end , characterized in that it further comprises an ankle module operably coupled to the foot member and configured to be coupled to a lower limb member, wherein the ankle module comprises a hydraulic adjustment mechanism, the hydraulic adjustment mechanism selectively actuatable to adjust an angle between the prosthetic foot and the lower limb member to allow for adjustment of a heel height of the prosthetic foot ; and a cosmesis , a foot portion of the cosmesis configured to receive the foot member , wherein when the foot member is disposed in the cosmesis and the foot is resting on a support surface in a neutral position with the prosthetic foot adjusted to a neutral heel height, the arch region of the foot member is separated from an inner surface of a sole portion of the foot portion of the cosmesis by a gap , and wherein the gap allows the cosmesis to adapt to varying heel heights of the prosthetic foot , the foot portion of the cosmesis comprising a region of channels or recesses in the inner surface of the sole portion of the foot portion of the cosmesis , the region of channels or recesses configured to allow the sole portion of the foot portion of the cosmesis to flex to adapt to varying heel heights of the prosthetic foot .
A kit for stapling tissue, comprising: a surgical stapler having an end effector , the end effector having first and second jaws ; and an adjunct material having hydrophobic surface regions and hydrophilic surface regions, comprising a synthetic absorbable material having a micro-etched or pitted surface , the adjunct material being configured to mate to at least one of the jaws of the end effector. a surgical stapler having an end effector , the end effector having first and second jaws ; and an adjunct material having hydrophobic surface regions and hydrophilic surface regions, comprising a synthetic absorbable material having a micro-etched or pitted surface , the adjunct material being configured to mate to at least one of the jaws of the end effector.
A method for operating a floor processing device that moves automatically within an environment, wherein a detection system of the floor processing device detects features of a surface to be cleaned and compares them with reference features of carpets , characterized in that , upon detection of a carpet , it is determined whether and where the carpet has fringes , wherein the fringes are aligned in a defined direction relative to the carpet by means of a combing attachment of the floor processing device .
Folding frame for a child's pushchair, comprising an upper portion having means for receiving a seat portion and means for guiding said pushchair and a lower portion having a central beam carrying two rear wheel supports , each one connected to said central beam by a set of two parallel arms (632, 633; 642, 643), articulated on said central beam, characterised in that said upper portion comprises two front and rear arches integral with said central beam which remain substantially parallel between them in the folded and unfolded positions of the frame, said front arch being mobile in rotation about an axis of rotation fixed in relation to said central beam and acting on at least one of said arms (632, 633; 642, 643) of each set, via a transmission mechanism , in such a way as to bring said wheel supports closer to said central beam , in order to take a folded position and/or to separate said wheel supports from said central beam, in order to take an unfolded position.
A household appliance , in particular a dryer, comprising a main body , a laundry drum for receiving clothes to be dried, an opening for loading/unloading the laundry drum , wherein the opening is formed on a front side of the main body and a pair of mounting seats for selectively and releasably mounting a hinge assembly of a pivotable door for either left-hand swing or right-hand swing respectively, wherein the mounting seats are arranged around the opening so as to diametrically oppose each other, the pivotable door comprising - an inner-door assembly for leak-tightly closing the opening , wherein the inner-door assembly is rotationally asymmetric with respect to an axis passing through a center of the opening , - an outer-door assembly which has a hinge assembly and a lock assembly , wherein the inner-door assembly has a first fastening means for releasably engaging the inner-door assembly to the outer-door assembly via a corresponding second fastening means of the outer-door assembly , the hinge assembly and the lock assembly are both non-releasably fastened to the outer-door assembly characterized in that the inner-door assembly comprising a protrusion configured to activate a micro switch of the household appliance which is arranged above the opening , wherein the protrusion is centered midway on an upper portion of the inner-door assembly so as to oppose the micro switch regardless whether the door is mounted so as to open/close by left-hand swing or right-hand swing. the pivotable door comprising - an inner-door assembly for leak-tightly closing the opening , wherein the inner-door assembly is rotationally asymmetric with respect to an axis passing through a center of the opening , - an outer-door assembly which has a hinge assembly and a lock assembly , - an inner-door assembly for leak-tightly closing the opening , wherein the inner-door assembly is rotationally asymmetric with respect to an axis passing through a center of the opening , - an outer-door assembly which has a hinge assembly and a lock assembly , wherein the inner-door assembly has a first fastening means for releasably engaging the inner-door assembly to the outer-door assembly via a corresponding second fastening means of the outer-door assembly , the hinge assembly and the lock assembly are both non-releasably fastened to the outer-door assembly characterized in that the inner-door assembly comprising a protrusion configured to activate a micro switch of the household appliance which is arranged above the opening , wherein the protrusion is centered midway on an upper portion of the inner-door assembly so as to oppose the micro switch regardless whether the door is mounted so as to open/close by left-hand swing or right-hand swing.
A battery pack , comprising: - a plurality of battery cells (2a-2h, 3a-3h, 11-17, 102, 103), wherein each of the battery cells is provided with first and second terminals connected to first and second cell electrodes, respectively; - a first conductor electrically connecting at least a first and a second battery cell (2a-2h, 14-15, 102) via one of the terminals of each of the first and second battery cells; and - an electric heating element arranged to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via heating of the first or second terminal thereof , characterized in that the battery pack comprises at least a first metal plate capable of conducting both electric current and heat, wherein the first metal plate forms the first conductor and wherein the electric heating element is arranged onto the first metal plate so as to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via the first metal plate and further via the terminals connected to the first metal plate, wherein the battery pack comprises a temperature sensor (9a, 9b, 31-34, 109-112) arranged in thermal contact with at least one of the battery cell terminals that are not connected to the first metal plate . - a plurality of battery cells (2a-2h, 3a-3h, 11-17, 102, 103), wherein each of the battery cells is provided with first and second terminals connected to first and second cell electrodes, respectively; - a first conductor electrically connecting at least a first and a second battery cell (2a-2h, 14-15, 102) via one of the terminals of each of the first and second battery cells; and - an electric heating element arranged to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via heating of the first or second terminal thereof , characterized in that the battery pack comprises at least a first metal plate capable of conducting both electric current and heat, wherein the first metal plate forms the first conductor and wherein the electric heating element is arranged onto the first metal plate so as to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via the first metal plate and further via the terminals connected to the first metal plate, wherein the battery pack comprises a temperature sensor (9a, 9b, 31-34, 109-112) arranged in thermal contact with at least one of the battery cell terminals that are not connected to the first metal plate .
A patient transfer mattress having a lateral (x) and a longitudinal (y) extension, wherein said mattress can be arranged in a resting configuration and in a lifting configuration; said mattress comprising a main mattress section and a bottom mattress section , wherein said main mattress section comprises a first sealed compartment of air ; said bottom mattress section having a smaller lateral (x) extension than said main mattress section , wherein said main mattress section comprises a first set of lifting straps arranged along a first lateral edge of said main mattress section and a second set of lifting straps arranged opposite of said first set of lifting straps along a second lateral edge of said main mattress section , wherein said bottom mattress section comprises at least one first lower lifting strap arranged on a first lateral edge of said bottom mattress section opposite of at least one second lower lifting strap arranged on a second lateral edge of said bottom mattress section ; said lifting straps being configured to be connected to a patient lifting device, wherein said bottom mattress section comprises a sealed compartment of air and is configured to cover the thighs of a patient in said lifting configuration, wherein said sealed compartment of air of said bottom mattress section is a second sealed compartment of air ; characterised in that said first and said second sealed compartments of air being configured to overlap in an area of said main mattress section
A method for determining a drag torque coefficient (b) of a transmission, the method comprising: performing rotational speed synchronisation involving application of synchronisation torque (T) to a first transmission component , obtaining an initial rotational speed of the first transmission component before the rotational speed synchronisation, and a final rotational speed of the first transmission component after the rotational speed synchronisation, and time period for performing the rotational speed synchronisation, obtaining information relating to a level of the synchronisation torque (T) applied to the first transmission component during the rotational speed synchronisation, obtaining information relating to a total moment of inertia (J) associated with the first transmission component , determining the drag torque coefficient (b) based on the obtained initial rotational speed, the obtained final rotational speed, the obtained time period, the level of the applied synchronisation torque (T) and the total moment of inertia (J) associated with the first transmission component , wherein the the drag torque coefficient (b) may be derived from the equation T = Jω̇ + bω where J = total moment of inertia of a body, ω = rotational speed of body and T = rotational torque applied to the body. performing rotational speed synchronisation involving application of synchronisation torque (T) to a first transmission component , obtaining an initial rotational speed of the first transmission component before the rotational speed synchronisation, and a final rotational speed of the first transmission component after the rotational speed synchronisation, and time period for performing the rotational speed synchronisation, obtaining information relating to a level of the synchronisation torque (T) applied to the first transmission component during the rotational speed synchronisation, obtaining information relating to a total moment of inertia (J) associated with the first transmission component , determining the drag torque coefficient (b) based on the obtained initial rotational speed, the obtained final rotational speed, the obtained time period, the level of the applied synchronisation torque (T) and the total moment of inertia (J) associated with the first transmission component , wherein the the drag torque coefficient (b) may be derived from the equation T = Jω̇ + bω where J = total moment of inertia of a body, ω = rotational speed of body and T = rotational torque applied to the body.
A mandrel for a composite part , comprising: an upper-mandrel portion ; a lower-mandrel portion ; a mid-mandrel portion between the upper-mandrel portion and the lower-mandrel portion ; a cavity defined by the upper-mandrel portion , the lower-mandrel portion , and the mid-mandrel portion , the cavity including a first section and a second section , wherein a width of the cavity in the first section is smaller than the width of the cavity in the second section ; an actuator arranged within the cavity , and movable in the cavity between a first position, wherein the actuator is positioned in the first section of the cavity , and a second position, wherein the actuator is positioned in the second section of the cavity ; and an exterior surface defined by the upper-mandrel portion , the lower-mandrel portion , and the mid-mandrel portion , wherein the exterior surface is configured to support the composite part , wherein a perimeter of the exterior surface has a first length when the actuator is in the first position in the cavity and the perimeter has a second length when the actuator is in the second position in the cavity , and wherein the first length is greater than the second length such that the mandrel is in an expanded state when the actuator is in the first position and the mandrel is in a contracted state when the actuator is in the second position. an upper-mandrel portion ; a lower-mandrel portion ; a mid-mandrel portion between the upper-mandrel portion and the lower-mandrel portion ; a cavity defined by the upper-mandrel portion , the lower-mandrel portion , and the mid-mandrel portion , the cavity including a first section and a second section , wherein a width of the cavity in the first section is smaller than the width of the cavity in the second section ; an actuator arranged within the cavity , and movable in the cavity between a first position, wherein the actuator is positioned in the first section of the cavity , and a second position, wherein the actuator is positioned in the second section of the cavity ; and an exterior surface defined by the upper-mandrel portion , the lower-mandrel portion , and the mid-mandrel portion , wherein the exterior surface is configured to support the composite part , wherein a perimeter of the exterior surface has a first length when the actuator is in the first position in the cavity and the perimeter has a second length when the actuator is in the second position in the cavity , and wherein the first length is greater than the second length such that the mandrel is in an expanded state when the actuator is in the first position and the mandrel is in a contracted state when the actuator is in the second position.
A ligand-functionalized substrate comprising: a. A substrate having carboxylic (-COOH), hydroxy (-OH), thio (-SH), amino groups (-NH 2 ), C-C double bonds (-ene) or C-C triple bonds (-yne) at the surface thereof, wherein the substrate is a solid substrate; b. Covalently bound to said carboxylic (-COOH), hydroxy (-OH), thio (-SH), amino groups (-NH 2 ), C-C double bonds (-ene), C-C triple bonds (-yne) of said substrate a linker and c. A ligand-functional group wherein said ligand-functional group and said linker are selected from the group consisting of: and a. A substrate having carboxylic (-COOH), hydroxy (-OH), thio (-SH), amino groups (-NH 2 ), C-C double bonds (-ene) or C-C triple bonds (-yne) at the surface thereof, wherein the substrate is a solid substrate; b. Covalently bound to said carboxylic (-COOH), hydroxy (-OH), thio (-SH), amino groups (-NH 2 ), C-C double bonds (-ene), C-C triple bonds (-yne) of said substrate a linker and c. A ligand-functional group
A sensor assembly for conductivity measurement and ultrasonic temperature measurement, comprising: an elongated sensor body aligned along a longitudinal axis having a plurality of elongated electrodes disposed about the longitudinal axis defining a measurement section , wherein the sensor body includes a proximal mount and a distal mount disposed on the longitudinal axis in spaced relationship to the proximal mount and the plurality of elongated electrodes extend between the proximal mount and the distal mount disposed parallel with and disposed in space relationship to the longitudinal axis. and a pair of ultrasonic transceivers mounted to the body in spaced relationship across the measurement section, in which a first transceiver of the pair is attached to the proximal end of the sensor body and a second transceiver of the pair is attached to the distal end of the sensor body across the measurement section; and an electronics housing coupled to the proximal end of the sensor body, the electronics housing is in operable communication with the plurality of electrodes and to the pair of ultrasonic transceivers to measure fluid parameters within the measurement section. an elongated sensor body aligned along a longitudinal axis having a plurality of elongated electrodes disposed about the longitudinal axis defining a measurement section , wherein the sensor body includes a proximal mount and a distal mount disposed on the longitudinal axis in spaced relationship to the proximal mount and the plurality of elongated electrodes extend between the proximal mount and the distal mount disposed parallel with and disposed in space relationship to the longitudinal axis. and a pair of ultrasonic transceivers mounted to the body in spaced relationship across the measurement section, in which a first transceiver of the pair is attached to the proximal end of the sensor body and a second transceiver of the pair is attached to the distal end of the sensor body across the measurement section; and an electronics housing coupled to the proximal end of the sensor body, the electronics housing is in operable communication with the plurality of electrodes and to the pair of ultrasonic transceivers to measure fluid parameters within the measurement section.