mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, applied to a first base station or a Centralized Unit, CU, of the first base station or a Distributed Unit, DU, of the first base station, the data transmission method comprising: receiving data and a Radio Resource Control, RRC, resume request message from a User Equipment, UE, in an RRC inactive state; and after the receiving step, sending an RRC release message to the UE; after receiving the data and the RRC resume request message from the UE in the RRC inactive state, the method further comprises: sending a retrieval UE context request message to a second base station, characterized in that the retrieval UE context request message carries, subsequent data transmission indication information. receiving data and a Radio Resource Control, RRC, resume request message from a User Equipment, UE, in an RRC inactive state; and after the receiving step, sending an RRC release message to the UE; after receiving the data and the RRC resume request message from the UE in the RRC inactive state, the method further comprises: sending a retrieval UE context request message to a second base station, characterized in that the retrieval UE context request message carries, subsequent data transmission indication information.
Gas-duct whose channel body is manufactured from a plastic material, wherein the channel body has at least one region replaced by a sound absorbing component being made at least partially from a non-woven air permeable or porous material made from non-woven layers (3.1 - 3.3), said layers having different levels of specific air flow resistance, wherein the circumference of the component is connected to the channel body by an adhesive bond between the component and the plastic material of the channel body, wherein the adhesive bond is a connection due to overmould of the molded plastic material penetrating the air permeable or porous material and solidifying there resulting in an over-mold area at the component.
A pneumatic tire comprising, in a tread part, multiple main grooves that extend in a tire circumferential direction; and multiple land portions that are partitioned by the main grooves, wherein the main grooves include a pair of shoulder main grooves that are respectively arranged on tread edge sides, the land portions include a pair of shoulder ribs that are respectively arranged between the shoulder main grooves and the tread edges (Te), each of the shoulder ribs has multiple shoulder lug grooves, each of the shoulder lug grooves extending from one of the tread edges (Te) to a tire axial direction inner side and an inner end of each of the shoulder lug grooves being terminated without reaching one of the shoulder main grooves; and multiple shoulder sipes, each of the shoulder sipes extending from one of the shoulder main grooves to a tire axial direction outer side between shoulder lug grooves that are adjacent to each other in the tire circumferential direction and an outer end of the each of the shoulder sipes being terminated without reaching one of the tread edges (Te), and a tire circumferential direction length of a first region between an inner end of each of the shoulder sipes and an inner end of an adjacent shoulder lug groove is 2 - 4 times a tire circumferential direction length of a second region between the inner end of each of the shoulder sipes and an inner end of the other adjacent shoulder lug groove, a tire axial direction length of each of the shoulder sipes is 20% - 50% of a width of each of the shoulder ribs, characterized in that each of the shoulder lug grooves has an axial-direction portion that extends along a tire axial direction; and an inclined portion that is inclined in one direction with respect to the tire axial direction, wherein a tire axial direction length of the axial-direction portion is 55% - 65% of a width of each of the shoulder ribs and the inclined portion of each of the shoulder lug grooves has a groove width that is gradually reduced toward the inner end, and wherein a distance between the inner end of each of the shoulder lug grooves and the shoulder main groove is 7% - 12% of a width of the shoulder rib. multiple shoulder lug grooves, each of the shoulder lug grooves extending from one of the tread edges (Te) to a tire axial direction inner side and an inner end of each of the shoulder lug grooves being terminated without reaching one of the shoulder main grooves; and multiple shoulder sipes, each of the shoulder sipes extending from one of the shoulder main grooves to a tire axial direction outer side between shoulder lug grooves that are adjacent to each other in the tire circumferential direction and an outer end of the each of the shoulder sipes being terminated without reaching one of the tread edges (Te), and
A mobile terminal, comprising: a display unit (12, 14) configured to display information; a luminance converting unit which covers a portion of the displayed information and is detachably arranged to cover the display unit, characterized in that a detecting unit is configured to detect whether the luminance converting unit is covering the display unit (12, 14); and a control unit is configured to, in response to detecting that the luminance converting unit is covering the display unit (12, 14), control the display unit to display the information by one of enlarging a display size of at least a part of the displayed information, scrolling the displayed information in a preset direction, blinking the displayed information for a preset duration, or changing the brightness of the displayed information, wherein the luminance converting unit comprises a plate having a plurality of holes provided in the plate, the plate blocking the portion of the displayed information whereas the rest of the displayed information is exposed via the plurality of holes. a display unit (12, 14) configured to display information; a luminance converting unit which covers a portion of the displayed information and is detachably arranged to cover the display unit, characterized in that a detecting unit is configured to detect whether the luminance converting unit is covering the display unit (12, 14); and a control unit is configured to, in response to detecting that the luminance converting unit is covering the display unit (12, 14), control the display unit to display the information by one of enlarging a display size of at least a part of the displayed information, scrolling the displayed information in a preset direction, blinking the displayed information for a preset duration, or changing the brightness of the displayed information, wherein the luminance converting unit comprises a plate having a plurality of holes provided in the plate, the plate blocking the portion of the displayed information whereas the rest of the displayed information is exposed via the plurality of holes.
Device for introducing a winding mat comprising wire wave windings into a rotor or stator body, comprising a receiving means for receiving and holding the rotor or stator body in a fastening position, and a feeding means which feeds the winding mat to the receiving means, the receiving means further comprising an introducing means which is configured to introduce windings of the winding mat into grooves in the rotor or stator body in a groove depth direction in relation to the rotor or stator body, characterized in that the introducing means is further configured to separate the windings of the winding mat prior to the introduction into grooves and in that a relative rotation takes place between the rotor or stator body and the introducing means.
A headrest frame for a seat, comprising: a main body portion including an interior portion and having a stowed length, the main body portion configured for slidable connection with a seatback portion of the seat via one or more headrest tubes extending from the main body portion; a top portion configured to assume a stowed position and a deployed position with respect to the main body portion, the deployed position defining a deployed length greater than the stowed length; and a deployment mechanism including a bias member configured to urge the top portion outward from the interior portion of the main body portion to bias the top portion into the deployed position from the stowed position, wherein the bias member is a coil spring having a first end connected to the main body portion and a second end connected to the top portion, and wherein the deployment mechanism includes a strut extending between and connected to a lower section of the main body portion and an upper section of the main body portion and the top portion is configured to slide along the strut; the headrest frame further comprising a lock mechanism configured to lock the top portion in the stowed position, wherein the lock mechanism is configured to lock the top portion inside the interior portion against a force of the bias member. a main body portion including an interior portion and having a stowed length, the main body portion configured for slidable connection with a seatback portion of the seat via one or more headrest tubes extending from the main body portion; a top portion configured to assume a stowed position and a deployed position with respect to the main body portion, the deployed position defining a deployed length greater than the stowed length; and a deployment mechanism including a bias member configured to urge the top portion outward from the interior portion of the main body portion to bias the top portion into the deployed position from the stowed position, wherein the bias member is a coil spring having a first end connected to the main body portion and a second end connected to the top portion, and wherein the deployment mechanism includes a strut extending between and connected to a lower section of the main body portion and an upper section of the main body portion and the top portion is configured to slide along the strut; the headrest frame further comprising a lock mechanism configured to lock the top portion in the stowed position, wherein the lock mechanism is configured to lock the top portion inside the interior portion against a force of the bias member.
A work vehicle comprising: a traveling vehicle body; a traveling device having a steerable wheel and a driving wheel; a hydrostatic stepless speed changer device for driving the driving wheel; a power steering device for steering the steerable wheel; an implement (4; 5) connected to the traveling vehicle body; a hydraulic actuator (43; 53, 54) for operating the implement (4; 5); and a pressure oil supplying pump for supplying pressure oil to the power steering device and the hydraulic actuator (43; 53, 54); wherein the work vehicle further comprises a pressure oil supplying/discharging circuit for supplying/discharging pressure oil to/from the pressure oil supplying pump from/to the power steering device and the hydraulic actuator (43; 53, 54), the pressure oil supplying/discharging circuit including: a first oil passage for supplying pressure oil from the pressure oil supplying pump via the power steering device to the hydraulic actuator (43; 53, 54); a second oil passage for connecting a return oil passage from the power steering device to a charge circuit of the hydrostatic stepless speed changer device; characterized in that the pressure oil supplying/ discharging circuit further includes a third oil passage for connecting a return oil passage from the hydraulic actuator (43; 53, 54) to the charge circuit. a traveling vehicle body; a traveling device having a steerable wheel and a driving wheel; a hydrostatic stepless speed changer device for driving the driving wheel; a power steering device for steering the steerable wheel; an implement (4; 5) connected to the traveling vehicle body; a hydraulic actuator (43; 53, 54) for operating the implement (4; 5); and a pressure oil supplying pump for supplying pressure oil to the power steering device and the hydraulic actuator (43; 53, 54); wherein the work vehicle further comprises a pressure oil supplying/discharging circuit for supplying/discharging pressure oil to/from the pressure oil supplying pump from/to the power steering device and the hydraulic actuator (43; 53, 54), the pressure oil supplying/discharging circuit including: a first oil passage for supplying pressure oil from the pressure oil supplying pump via the power steering device to the hydraulic actuator (43; 53, 54); a second oil passage for connecting a return oil passage from the power steering device to a charge circuit of the hydrostatic stepless speed changer device; characterized in that the pressure oil supplying/ discharging circuit further includes a third oil passage for connecting a return oil passage from the hydraulic actuator (43; 53, 54) to the charge circuit. a first oil passage for supplying pressure oil from the pressure oil supplying pump via the power steering device to the hydraulic actuator (43; 53, 54); a second oil passage for connecting a return oil passage from the power steering device to a charge circuit of the hydrostatic stepless speed changer device; characterized in that the pressure oil supplying/ discharging circuit further includes a third oil passage for connecting a return oil passage from the hydraulic actuator (43; 53, 54) to the charge circuit.
A toilet seat connection tool having a first profiling groove and a second profiling groove, wherein it comprises a first base plate, a first work table, a second base plate, and a second worktable; the first worktable being arranged in the middle area of the first base plate, and the first profiling groove being arranged on the first worktable; the second worktable being arranged in the middle area of the second base plate, and the second profiling groove being arranged on the second worktable; the second base plate being inverted on the first base plate, and the position of the second worktable corresponding to that of the first worktable, so that the first profiling groove and the second profiling groove can be fitted up and down; both sides of the first profiling groove being provided with positioning notches. wherein it comprises a first base plate, a first work table, a second base plate, and a second worktable; the first worktable being arranged in the middle area of the first base plate, and the first profiling groove being arranged on the first worktable; the second worktable being arranged in the middle area of the second base plate, and the second profiling groove being arranged on the second worktable; the second base plate being inverted on the first base plate, and the position of the second worktable corresponding to that of the first worktable, so that the first profiling groove and the second profiling groove can be fitted up and down; both sides of the first profiling groove being provided with positioning notches.
A junction box, comprising a multi-layer circuit board, wherein the circuit board comprises: a plurality of dielectric layers comprising at least one inner dielectric layer arranged between at least two outer dielectric layers, each of said dielectric layers having a conducting track on a side and arranged one on top of another to form the multi-layered circuit board; power circuitry mounted on the circuit board; signal processing circuitry mounted on the circuit board; and a power input for inputting electrical power into the circuitry on the circuit board, wherein the electrical power is transferred through the conducting track arranged on the inner dielectric layer, the conducting track on the inner dielectric layer being thicker than conducting tracks arranged on the outer dielectric layers, wherein the power circuitry is arranged on one region of the circuit board and the signal processing circuitry is arranged on another region of the circuit board, the two regions being thermally isolated by a thermal dam provided in the circuit board between them. a plurality of dielectric layers comprising at least one inner dielectric layer arranged between at least two outer dielectric layers, each of said dielectric layers having a conducting track on a side and arranged one on top of another to form the multi-layered circuit board; power circuitry mounted on the circuit board; signal processing circuitry mounted on the circuit board; and a power input for inputting electrical power into the circuitry on the circuit board, wherein the electrical power is transferred through the conducting track arranged on the inner dielectric layer, the conducting track on the inner dielectric layer being thicker than conducting tracks arranged on the outer dielectric layers, wherein the power circuitry is arranged on one region of the circuit board and the signal processing circuitry is arranged on another region of the circuit board, the two regions being thermally isolated by a thermal dam provided in the circuit board between them.
An ultrasonic imaging system comprising: an ultrasonic image forming device configured to output a color flow image which renders a fluid existing within an object-to-be-measured by: outputting an ultrasonic pulse for measuring the inside structure of the object-to-be-measured in a non-invasive manner, and emitting the ultrasonic pulse from an ultrasonic probe and receiving the ultrasonic pulse; and a shear elastic wave generator configured to apply a vibration with a predetermined frequency to the object-to-be-measured, characterised in that, the shear elastic wave generator is configured to apply a vibration with a frequency of n/4 with respect to a burst frequency corresponding to a repetition cycle of the ultrasonic pulse, where n represents an odd number equal to or greater than 1, as the center frequency to the object-to-be-measured, thereby causing the appearance of a striped pattern depending on the stiffness of the object-to-be-measured in the color flow image. an ultrasonic image forming device configured to output a color flow image which renders a fluid existing within an object-to-be-measured by: outputting an ultrasonic pulse for measuring the inside structure of the object-to-be-measured in a non-invasive manner, and emitting the ultrasonic pulse from an ultrasonic probe and receiving the ultrasonic pulse; and a shear elastic wave generator configured to apply a vibration with a predetermined frequency to the object-to-be-measured, characterised in that, the shear elastic wave generator is configured to apply a vibration with a frequency of n/4 with respect to a burst frequency corresponding to a repetition cycle of the ultrasonic pulse, where n represents an odd number equal to or greater than 1, as the center frequency to the object-to-be-measured, thereby causing the appearance of a striped pattern depending on the stiffness of the object-to-be-measured in the color flow image.
An antimicrobial composition consisting essentially of farnesol and cetrimide and one or more of: (a) a stabilizer; (b) an excipient; and (c) a carrier for use in the disinfection or sterilization of a surface comprising applying to said surface to be disinfected or sterilized said antimicrobial composition, wherein said surface is the skin or a mucous membrane of a mammal. (a) a stabilizer; (b) an excipient; and (c) a carrier for use in the disinfection or sterilization of a surface comprising applying to said surface to be disinfected or sterilized said antimicrobial composition, wherein said surface is the skin or a mucous membrane of a mammal.
A method for facilitating a controlled collapse of an exoskeleton device including a motor, the method comprising: receiving an indication of a power fault of the exoskeleton device which initiates the exoskeleton device or a component thereof to fall to a ground, the received indication being generated by a power failure detection circuit in response to receiving information related to a performance and/or a state of the exoskeleton device or the component from one or more sensors operably coupled to the exoskeleton device or the component; and establishing a low impedance circuit between a positive terminal and a negative terminal of the motor so as to cause generation of an electro-magnetic force to resist or slow down the fall of the exoskeleton device or the component; wherein the one or more sensors comprise a temperature sensor configured to measure a temperature of a power source of the exoskeleton device and generate the information if the temperature measurement indicates a malfunctioning power source. receiving an indication of a power fault of the exoskeleton device which initiates the exoskeleton device or a component thereof to fall to a ground, the received indication being generated by a power failure detection circuit in response to receiving information related to a performance and/or a state of the exoskeleton device or the component from one or more sensors operably coupled to the exoskeleton device or the component; and establishing a low impedance circuit between a positive terminal and a negative terminal of the motor so as to cause generation of an electro-magnetic force to resist or slow down the fall of the exoskeleton device or the component; wherein the one or more sensors comprise a temperature sensor configured to measure a temperature of a power source of the exoskeleton device and generate the information if the temperature measurement indicates a malfunctioning power source.