mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device configured to receive information associated with a pulse wave of a subject and estimate a state of glucose metabolism of the subject, the electronic device comprising: a sensor configured to acquire the pulse wave of the subject, and a controller configured to calculate an augmentation index using the acquired pulse wave and to estimate the state of glucose metabolism of the subject in accordance with the calculated augmentation index, characterized in that : the controller is configured to estimate the state of the glucose metabolism of the subject based on a correlation between blood glucose level and augmentation index, the correlation having been obtained from a plurality of subjects, wherein the augmentation index is represented as a ratio between the magnitude of a forward wave and a reflected wave of a pulse wave. a sensor configured to acquire the pulse wave of the subject, and a controller configured to calculate an augmentation index using the acquired pulse wave and to estimate the state of glucose metabolism of the subject in accordance with the calculated augmentation index, characterized in that : the controller is configured to estimate the state of the glucose metabolism of the subject based on a correlation between blood glucose level and augmentation index, the correlation having been obtained from a plurality of subjects, wherein the augmentation index is represented as a ratio between the magnitude of a forward wave and a reflected wave of a pulse wave.
An autonomous loading or unloading system on an unmanned ship for transferring material to or from a sending ship comprising: a buoy for releasing onto water by the unmanned ship; a messenger line coupled to the buoy for being pulled by the sending ship; a carrier line loop coupled to the messenger line for being pulled by the sending ship, wherein a payload is coupled to the carrier loop for transferring the material to or from the sending ship; a fetch/release platform to fetch or release the payload from or onto the water, a loading/unloading dock for the payload; a plurality of line guides for guiding the carrier loop, wherein the carrier line loop is looped around the line guides and is pulled by the sending ship in a first direction to move the payload from the sending ship to the unmanned ship, and pulled in a second direction opposite to the first direction to move the payload from the unmanned ship to the sending ship; and a platform-to-payload interconnect for autonomous loading or unloading of the material from /to the payload. a buoy for releasing onto water by the unmanned ship; a messenger line coupled to the buoy for being pulled by the sending ship; a carrier line loop coupled to the messenger line for being pulled by the sending ship, wherein a payload is coupled to the carrier loop for transferring the material to or from the sending ship; a fetch/release platform to fetch or release the payload from or onto the water, a loading/unloading dock for the payload; a plurality of line guides for guiding the carrier loop, wherein the carrier line loop is looped around the line guides and is pulled by the sending ship in a first direction to move the payload from the sending ship to the unmanned ship, and pulled in a second direction opposite to the first direction to move the payload from the unmanned ship to the sending ship; and a platform-to-payload interconnect for autonomous loading or unloading of the material from /to the payload.
A subband switching method between subbands in a communication technology system, the method comprising: determining, by a network device , a target subband within the same communication technology system than a source subband, to which user equipment is to switch; and sending, by the network device , identification information of the target subband to the user equipment, wherein the identification information of the target subband is used by the user equipment to determine configuration information of the target subband in order to switch to the target subband; wherein the configuration information comprises at least one of subcarrier space, a transmission time interval, TTI, length, a symbol length, a quantity of symbols, a cyclic prefix, CP, length. determining, by a network device , a target subband within the same communication technology system than a source subband, to which user equipment is to switch; and sending, by the network device , identification information of the target subband to the user equipment, wherein the identification information of the target subband is used by the user equipment to determine configuration information of the target subband in order to switch to the target subband; wherein the configuration information comprises at least one of subcarrier space, a transmission time interval, TTI, length, a symbol length, a quantity of symbols, a cyclic prefix, CP, length.
A filter element comprising: • a filter medium pack comprising a circumferential face extending in a longitudinal direction (Z) from a fluid inlet flow face to an opposing fluid outlet flow face , and • a support arrangement comprising a shell member extending in the longitudinal direction (Z) and wherein the shell member is circumscribing at least a part of the circumferential face of the filter medium pack , characterized in that at least a portion of the shell member is thermally welded to the circumferential face of the filter medium pack . • a filter medium pack comprising a circumferential face extending in a longitudinal direction (Z) from a fluid inlet flow face to an opposing fluid outlet flow face , and • a support arrangement comprising a shell member extending in the longitudinal direction (Z) and wherein the shell member is circumscribing at least a part of the circumferential face of the filter medium pack ,
A method of driving a multiple-partition dynamic backlight, characterised in that , the method comprises: obtaining a first vertical synchronization signal according to an input image transmitted by a scan chip; obtaining a third vertical synchronization signal meeting a processor output standard according to the first vertical synchronization signal, wherein the processor output standard indicates a processor frequency output standard; generating a first level signal with a time duration of n ∗ T1 when detecting a rising or falling edge of the third vertical synchronization signal, and generating a second level signal with a duration which begins from an end time of the first level signal to a time of detecting a next rising or falling edge of the third synchronization signal, wherein T1 is a cycle of a target signal, and n is determined by a multiplication relationship between a cycle of the third vertical synchronization signal and a cycle of the target signal n is a positive integer, wherein the target signal is a line synchronization signal; transmitting the first level signal and the second level signal to a drive chip, so that the drive chip generates a PWM signal according to the first level signal and the second level signal, wherein a second vertical synchronization signal is generated according to the duration of the first level signal and the duration of the second level signal. obtaining a first vertical synchronization signal according to an input image transmitted by a scan chip; obtaining a third vertical synchronization signal meeting a processor output standard according to the first vertical synchronization signal, wherein the processor output standard indicates a processor frequency output standard; generating a first level signal with a time duration of n ∗ T1 when detecting a rising or falling edge of the third vertical synchronization signal, and generating a second level signal with a duration which begins from an end time of the first level signal to a time of detecting a next rising or falling edge of the third synchronization signal, wherein T1 is a cycle of a target signal, and n is determined by a multiplication relationship between a cycle of the third vertical synchronization signal and a cycle of the target signal n is a positive integer, wherein the target signal is a line synchronization signal; transmitting the first level signal and the second level signal to a drive chip, so that the drive chip generates a PWM signal according to the first level signal and the second level signal, wherein a second vertical synchronization signal is generated according to the duration of the first level signal and the duration of the second level signal.
A maintenance apparatus for lifting and moving components of a system for processing semiconductor devices, the maintenance apparatus being configured for lifting weights of at least 5 kg, characterised by a beam that is configured for being mounted on a system for processing semiconductor devices, and an arm with means for lifting a component, wherein the arm is mounted to the beam via a connecting piece so as to be pivotable in a horizontal plane, wherein a load accommodation means for a component is provided on the pivotable arm ; characterised in that the connecting piece is displaceable along the beam, and wherein the arm is displaceable perpendicularly to the beam.
A threaded connection for pipes , comprising: a pin having a pin-side contact surface including a pin-side thread part ; a box having a box-side contact surface including a box-side thread part ; and a Zn-Ni alloy plating layer formed on at least one of the pin-side contact surface and the box-side contact surface , the Zn-Ni alloy plating layer is consisting of Zn, Ni, trace amount of Cr and impurities, wherein a content of the trace amount of Cr is 5.0×10 to 1.0×10 10 counts/sec, as measured according to the method described in the description, in terms of Cr intensity as measured by secondary ion mass spectrometry using O 2 + ions as bombarding ions. a pin having a pin-side contact surface including a pin-side thread part ; a box having a box-side contact surface including a box-side thread part ; and a Zn-Ni alloy plating layer formed on at least one of the pin-side contact surface and the box-side contact surface , the Zn-Ni alloy plating layer is consisting of Zn, Ni, trace amount of Cr and impurities, wherein a content of the trace amount of Cr is 5.0×10 to 1.0×10 10 counts/sec, as measured according to the method described in the description, in terms of Cr intensity as measured by secondary ion mass spectrometry using O 2 + ions as bombarding ions.
A mobile access point, AP, station , comprising: a transceiver configured to transmit and receive wireless communications; and one or more processors communicatively coupled to the transceiver and configured to: operate in an always-on soft AP mode comprising implementing a target wake time, TWT, responder power save mode; while operating in the always-on soft AP mode, enable a first station to associate with the mobile AP station ; while the first station is associated with the mobile AP station in the always-on soft AP mode, concurrently operate as a station in an infrastructure mode associated with an AP ; and transmit infrastructure traffic to the AP . a transceiver configured to transmit and receive wireless communications; and one or more processors communicatively coupled to the transceiver and configured to: operate in an always-on soft AP mode comprising implementing a target wake time, TWT, responder power save mode; while operating in the always-on soft AP mode, enable a first station to associate with the mobile AP station ; while the first station is associated with the mobile AP station in the always-on soft AP mode, concurrently operate as a station in an infrastructure mode associated with an AP ; and transmit infrastructure traffic to the AP . operate in an always-on soft AP mode comprising implementing a target wake time, TWT, responder power save mode; while operating in the always-on soft AP mode, enable a first station to associate with the mobile AP station ; while the first station is associated with the mobile AP station in the always-on soft AP mode, concurrently operate as a station in an infrastructure mode associated with an AP ; and transmit infrastructure traffic to the AP .
A pouch forming apparatus comprising: a die , in which forming grooves are formed with a partition wall therebetween in a top surface of a pouch film; and a punch member provided with a punch , which is inserted into each of the forming grooves in a state of pressing the pouch film to form a pair of accommodation grooves in the pouch film , wherein the forming groove comprises a vertical space disposed above a forming groove bottom part connected to the partition wall and an inclined space connected to the vertical space and formed by providing one inner wall thereof facing the partition wall as an inclined surface, the punch comprises a vertical block inserted into the vertical space in a state of pressing the pouch film the punch being characterized in that it also comprises an inclined block inserted into the inclined space in a state of pressing the pouch film, wherein one surface of the inclined block , which faces the one inner wall, is provided as an inclined surface, and one inner surface of the accommodation groove, which is disposed between the inclined surface of the inclined space and the inclined surface of the inclined block is formed into an inclined surface. a die , in which forming grooves are formed with a partition wall therebetween in a top surface of a pouch film; and a punch member provided with a punch , which is inserted into each of the forming grooves in a state of pressing the pouch film to form a pair of accommodation grooves in the pouch film , wherein the forming groove comprises a vertical space disposed above a forming groove bottom part connected to the partition wall and an inclined space connected to the vertical space and formed by providing one inner wall thereof facing the partition wall as an inclined surface, the punch comprises a vertical block inserted into the vertical space in a state of pressing the pouch film the punch being characterized in that it also comprises an inclined block inserted into the inclined space in a state of pressing the pouch film, wherein one surface of the inclined block , which faces the one inner wall, is provided as an inclined surface, and one inner surface of the accommodation groove, which is disposed between the inclined surface of the inclined space and the inclined surface of the inclined block is formed into an inclined surface.
A server comprising: a first interface unit to exchange data with a terminal ; a second interface unit to exchange data with a home device access server ; a third interface unit to receive home device list information comprising product information and network information of at least one home device (60a-60h); a storage unit to store the home device list information of the at least one home device (60a-60h); and a processor to control transmitting network information of the server to the home device access server via the second interface unit , and receiving an access request from the terminal in response to selection of the server from a server list on a web screen displayed in response to a web browser operated by the terminal , transmitting the home device list information to the terminal when the terminal accesses to the server , and transmitting the network information of a selected home device from the home device list to the terminal via the first interface unit upon receiving an access request for the at least one home device which is received via the first interface unit . a first interface unit to exchange data with a terminal ; a second interface unit to exchange data with a home device access server ; a third interface unit to receive home device list information comprising product information and network information of at least one home device (60a-60h); a storage unit to store the home device list information of the at least one home device (60a-60h); and a processor to control transmitting network information of the server to the home device access server via the second interface unit , and receiving an access request from the terminal in response to selection of the server from a server list on a web screen displayed in response to a web browser operated by the terminal , transmitting the home device list information to the terminal when the terminal accesses to the server , and transmitting the network information of a selected home device from the home device list to the terminal via the first interface unit upon receiving an access request for the at least one home device which is received via the first interface unit .
An airfoil for a gas turbine engine comprising: an airfoil section extending between a leading edge (L/E) and a trailing edge (T/E) in a chordwise direction and extending between a tip and a root section in a spanwise direction (R), the airfoil section defining a suction side (S) and a pressure side (P) separated in a thickness direction (T), wherein a composite core (168;168") defines the root section and a portion of the airfoil section such that the composite core (168;168") is spaced apart from the tip , the composite core (168;168") includes a three-dimensional network of woven fibers , first and second skins extend along opposed sides of the composite core (168;168") for at least some span positions of the airfoil section and join together to define the tip , characterised in that : each of the first and second skins is a composite skin including a two-dimensional network of fibers , the fibers of the two-dimensional network of fibers are woven or interlaced, the root section defines a dovetail geometry that is configured to interface with a slot , and the first and second skins extend along the dovetail geometry and are configured to space apart the composite core (168;168") from walls of the slot .
A light emitting diode structure comprising: semiconductor layers , including a first conductivity layer, an active layer, and a second conductivity layer, the first conductivity layer having a bottom surface, and the second conductivity layer having a top surface through which light is emitted; a first metal layer overlying the first conductivity layer and having a first portion electrically connected to and opposing the bottom surface of the first conductivity layer; a first dielectric portion extending through the first metal layer to isolate a second portion of the first metal layer from the first portion; a metal shunt electrically connecting the second portion of the first metal layer to the top surface of the second conductivity layer; one or more first electrodes electrically connected to the first portion of the first metal layer ; one or more second electrodes electrically connected to the second portion of the first metal layer such that the light emitting diode structure forms a flip chip with the first and the second electrodes on a bottom surface for direct mounting to electrodes of a submount; and a further dielectric portion isolating the metal shunt from other than the top surface of the second conductivity layer. semiconductor layers , including a first conductivity layer, an active layer, and a second conductivity layer, the first conductivity layer having a bottom surface, and the second conductivity layer having a top surface through which light is emitted; a first metal layer overlying the first conductivity layer and having a first portion electrically connected to and opposing the bottom surface of the first conductivity layer; a first dielectric portion extending through the first metal layer to isolate a second portion of the first metal layer from the first portion; a metal shunt electrically connecting the second portion of the first metal layer to the top surface of the second conductivity layer; one or more first electrodes electrically connected to the first portion of the first metal layer ; one or more second electrodes electrically connected to the second portion of the first metal layer such that the light emitting diode structure forms a flip chip with the first and the second electrodes on a bottom surface for direct mounting to electrodes of a submount; and a further dielectric portion isolating the metal shunt from other than the top surface of the second conductivity layer.
A reflective electrochromic device comprising a conductive layer containing a metal nitride or a metal oxynitride; an electrochromic layer; an electrolyte layer; and a light-transmitting counter electrode layer; wherein the conductive layer is a single layer of a metal nitride or a metal oxynitride; the conductive layer comprises a nitride or an oxynitride containing one or more metals selected from molybdenum (Mo), titanium (Ti), aluminum (Al) and copper (Cu); characterised in that the conductive layer comprises CuO x N y (0≤x≤1, 0<y≤1, x + y> 0); MoTi a O x N y (0 <a≤2, 0≤x≤3, 0<y≤2, x + y> 0); or AlO x N y (0≤x≤1.5, 0<y≤1, x + y> 0) satisfying Relation Equation below: 1 < aluminum elemental content × 3 oxygen elemental content × 2 + nitrogen elemental content × 3 < 2 wherein, in AlO x N y , x and y mean ratios of atomic numbers of O and N to one atom of Al, respectively and in Relation Equation above, based on 100% of all elemental contents contained in AlO x N y , the "aluminum elemental content" represents the elemental content in atomic % of Al, the "oxygen elemental content" represents represents the elemental content in atomic % of O, and the "nitrogen elemental content" represents the elemental content in atomic % of N. the conductive layer is a single layer of a metal nitride or a metal oxynitride; the conductive layer comprises a nitride or an oxynitride containing one or more metals selected from molybdenum (Mo), titanium (Ti), aluminum (Al) and copper (Cu); characterised in that the conductive layer comprises CuO x N y (0≤x≤1, 0<y≤1, x + y> 0); MoTi a O x N y (0 <a≤2, 0≤x≤3, 0<y≤2, x + y> 0); or AlO x N y (0≤x≤1.5, 0<y≤1, x + y> 0) satisfying Relation Equation below: 1 < aluminum elemental content × 3 oxygen elemental content × 2 + nitrogen elemental content × 3 < 2 wherein, in AlO x N y , x and y mean ratios of atomic numbers of O and N to one atom of Al, respectively and in Relation Equation above, based on 100% of all elemental contents contained in AlO x N y , the "aluminum elemental content" represents the elemental content in atomic % of Al, the "oxygen elemental content" represents represents the elemental content in atomic % of O, and the "nitrogen elemental content" represents the elemental content in atomic % of N.