mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transmitting uplink packet data in a User Equipment, UE, of a mobile communication system, the UE including a plurality of hybrid automatic repeat request. HARQ, processes, the apparatus comprising: a receiver for receiving a relative grant, RG, associated with a current HARQ process from a Node B; a controller for setting an allowed maximum power ratio in the current HARQ process to an allowed maximum power ratio in an immediately previous transmission time interval, TTI, pertaining to an immediately previous HARQ process, if the RG indicates hold, wherein the RG indicates one of change and hold in the allowed maximum power ratio of a physical channel for transmitting uplink packet data to a reference physical channel; and a transmitter for transmitting packet data based on the set allowed maximum power ratio in the current HARQ process to the Node B, wherein if the RG indicates up, the controller increases the latest power ratio used for a previous TTI in the current HARQ process by a predetermined level and sets the increased power ratio as the allowed maximum power ratio of the current HARQ process, and wherein if the RG indicates down, the controller decreases the latest power ratio used for a previous TTI in the current HARQ process by a predetermined level and sets the decreased power ratio as the allowed maximum power ratio of the current HARQ process. a receiver for receiving a relative grant, RG, associated with a current HARQ process from a Node B; a controller for setting an allowed maximum power ratio in the current HARQ process to an allowed maximum power ratio in an immediately previous transmission time interval, TTI, pertaining to an immediately previous HARQ process, if the RG indicates hold, wherein the RG indicates one of change and hold in the allowed maximum power ratio of a physical channel for transmitting uplink packet data to a reference physical channel; and a transmitter for transmitting packet data based on the set allowed maximum power ratio in the current HARQ process to the Node B, wherein if the RG indicates up, the controller increases the latest power ratio used for a previous TTI in the current HARQ process by a predetermined level and sets the increased power ratio as the allowed maximum power ratio of the current HARQ process, and wherein if the RG indicates down, the controller decreases the latest power ratio used for a previous TTI in the current HARQ process by a predetermined level and sets the decreased power ratio as the allowed maximum power ratio of the current HARQ process.
An article comprising: a. a water-soluble film, wherein the water-soluble film comprises: a polyvinyl alcohol (PVOH) polymer; dipropylene glycol as a first plasticizer; sorbitol as a second plasticizer; and glycerin as a third plasticizer,; and b. a household care composition, preferably wherein the household care composition is in contact with the water-soluble film, wherein the first, second, and third plasticizers are present in the water-soluble film in a combined amount in a range of 5 parts to 50 parts total plasticizer per 100 parts total resin (phr) in the water-soluble film. a. a water-soluble film, wherein the water-soluble film comprises: a polyvinyl alcohol (PVOH) polymer; dipropylene glycol as a first plasticizer; sorbitol as a second plasticizer; and glycerin as a third plasticizer,; and a polyvinyl alcohol (PVOH) polymer; dipropylene glycol as a first plasticizer; sorbitol as a second plasticizer; and glycerin as a third plasticizer,; and b. a household care composition, preferably wherein the household care composition is in contact with the water-soluble film, wherein the first, second, and third plasticizers are present in the water-soluble film in a combined amount in a range of 5 parts to 50 parts total plasticizer per 100 parts total resin (phr) in the water-soluble film.
Self-propelled machine for agriculture, with a support structure receiving respective attachment devices, and comprising at least one drive unit with a control assembly and movable by means of ground supports (B, B') at the end side, which forms an agricultural gantry system provided with at least one base carrier for variable work tasks, which can be converted from a road orientation defining a driving width (dimension FB) to a working orientation having a substantially larger working width, wherein the support structure is provided with respective side carriers (ST, ST') comprising the ground supports (B, B'), characterised in that the support structure defining a longitudinal orientation in the road orientation has in the region of its two end-side ground supports (B, B') a vertical longitudinal centre plane extending therebetween, and spatially oriented thereto, a functional frame (FR, FR') with an asymmetrical base carrier is formed as the support structure, in such manner that the base carrier starting from a longitudinal dimension of possible travel width(s) exclusively in a respective outer division third (TD, TD') of this longitudinal dimension is connected to the at least one side carrier (ST, ST').
A grain-oriented electrical steel sheet with an excellent noise property, comprising linear strain in a rolling direction of the steel sheet periodically, the linear strain extending in a direction that forms an angle of 30° or less with a direction orthogonal to the rolling direction of the steel sheet, iron loss W 17/50 being 0.720 W/kg or less, a magnetic flux density B 8 being 1.930 T or more, and a volume fraction ξ of a closure domain occurring in the strain portion being 1.00% or more and 3.00% or less of a total magnetic domain volume in the steel sheet wherein the volume fraction ξ is defined by the following formula using a magnetostriction constant λ 100 in the orientation of the crystal grains of the electrical steel sheet of 23 x 10 -6, and a difference λ P-P between the maximum and minimum of the magnetostriction observed by a magnetostriction measurement with an alternating magnetic field under saturated magnetic flux density: ξ = − 2 3 λ P − P λ 100
A testing device for measuring physical characteristics of a polymeric or elastomeric material, said device comprising: (a) an indenter probe; (b) a drive system for controlling movement of said probe, said drive system comprising a motorized linear slide and stage operatively associated with the probe configured to advance said probe from a first position to a second position to deform said polymeric or elastomeric material and configured to retract said probe to a predetermined intermediate position between said first and second positions such that the tip of said probe comes out of contact with said polymeric or elastomeric material; (c) a force/displacement measurement system including means for measuring force at the tip of said probe during contact with said polymeric or elastomeric material and means for measuring displacement of the probe; and (d) means for measuring the time it takes, from the retraction of said probe from the second position to the intermediate position, for the surface of said polymeric or elastomeric material to come into contact with the probe tip in the intermediate position. (a) an indenter probe; (b) a drive system for controlling movement of said probe, said drive system comprising a motorized linear slide and stage operatively associated with the probe configured to advance said probe from a first position to a second position to deform said polymeric or elastomeric material and configured to retract said probe to a predetermined intermediate position between said first and second positions such that the tip of said probe comes out of contact with said polymeric or elastomeric material; (c) a force/displacement measurement system including means for measuring force at the tip of said probe during contact with said polymeric or elastomeric material and means for measuring displacement of the probe; and (d) means for measuring the time it takes, from the retraction of said probe from the second position to the intermediate position, for the surface of said polymeric or elastomeric material to come into contact with the probe tip in the intermediate position.
An access device, comprising: a physical line module, a service template management module and a service configuration module, characterized in that: the physical line module is configured to automatically perform a VDSL2 handshake negotiation between a line port of the access device and a customer premise equipment, CPE, to identify if the CPE is in an Asynchronous Transfer Mode, ATM, or a Packet Transfer Mode, PTM, via a physical layer of the access device, and report an identification result to the service template management module; the service template management module is configured to select a corresponding service template from a service template in an ATM mode and a service template in a PTM mode according to the identification result and notify the service configuration module of an selection result; and the service configuration module is configured to configure the line port of the access device according to the selected service template. the physical line module is configured to automatically perform a VDSL2 handshake negotiation between a line port of the access device and a customer premise equipment, CPE, to identify if the CPE is in an Asynchronous Transfer Mode, ATM, or a Packet Transfer Mode, PTM, via a physical layer of the access device, and report an identification result to the service template management module; the service template management module is configured to select a corresponding service template from a service template in an ATM mode and a service template in a PTM mode according to the identification result and notify the service configuration module of an selection result; and the service configuration module is configured to configure the line port of the access device according to the selected service template.
An Intermediate System to Intermediate System ISIS-based flooding method, comprising: an Intermediate System IS in a network topology taking a pre-appointed IS in the network topology as a tree root, and executing a Shortest Path First SPF algorithm to compute a distribution tree that reaches all ISs in the network topology; the IS in the network topology performing flooding on a Link State Protocol Data Unit LSP packet with a zero number and comprising neighbor information; and the IS in the network topology performing flooding on a LSP packet with a non-zero number and comprising no neighbor information along the distribution tree. an Intermediate System IS in a network topology taking a pre-appointed IS in the network topology as a tree root, and executing a Shortest Path First SPF algorithm to compute a distribution tree that reaches all ISs in the network topology; the IS in the network topology performing flooding on a Link State Protocol Data Unit LSP packet with a zero number and comprising neighbor information; and the IS in the network topology performing flooding on a LSP packet with a non-zero number and comprising no neighbor information along the distribution tree.
An assembly comprising: an obstruction device comprising a proximal obstruction balloon and a distal obstruction balloon mounted on a shaft, said balloons being inflatable via an inflation lumen, an injection site assembly assembled with one of said balloons, and a delivery system that comprises an insertion tool comprising a connector which is connectable to said injection site assembly and which permits passing tools and injection fluid therethrough, wherein said injection site assembly comprises a proximal septum, which serves as a proximal injection site, and a distal septum, which serves as a distal injection site and which is axially spaced from said proximal injection site. an obstruction device comprising a proximal obstruction balloon and a distal obstruction balloon mounted on a shaft, said balloons being inflatable via an inflation lumen, an injection site assembly assembled with one of said balloons, and a delivery system that comprises an insertion tool comprising a connector which is connectable to said injection site assembly and which permits passing tools and injection fluid therethrough, wherein said injection site assembly comprises a proximal septum, which serves as a proximal injection site, and a distal septum, which serves as a distal injection site and which is axially spaced from said proximal injection site.
A resource determining method applied to a terminal device, characterized by comprising: sending capability information of the terminal device to a network side device; wherein the capability information comprises a fourth time interval, and the fourth time interval is a time interval between a power-saving signal and the PDCCH associated with the power-saving signal; receiving a target time interval from the network side device; determining a time-domain resource for the power-saving signal according to the target time interval; wherein the target time interval comprises at least one of: a first time interval, and the first time interval is a time interval between a power-saving signal and a physical downlink control channel, PDCCH, associated with the power-saving signal. sending capability information of the terminal device to a network side device; wherein the capability information comprises a fourth time interval, and the fourth time interval is a time interval between a power-saving signal and the PDCCH associated with the power-saving signal; receiving a target time interval from the network side device; determining a time-domain resource for the power-saving signal according to the target time interval; wherein the target time interval comprises at least one of: a first time interval, and the first time interval is a time interval between a power-saving signal and a physical downlink control channel, PDCCH, associated with the power-saving signal.
An absorbent article comprising: a first waist region, a second waist region, a crotch region disposed between the first and second waist regions; a chassis comprising a topsheet, a backsheet, and an absorbent core disposed between the topsheet and backsheet; and an ear joined to the chassis and comprising: a laminate comprising a first spunbond nonwoven and an elastomeric material, wherein the laminate further comprises a plurality of ultrasonic bonds; and the first spunbond nonwoven has an Average Bond Area of 12% or less, as measured according to the method of the description, and an Average Normalized Peak Force of at least 0.160 (N/cm)/(g/m 2); as measured according to the method of the description; and wherein the first spunbond nonwoven is void of crimped fibers. a first waist region, a second waist region, a crotch region disposed between the first and second waist regions; a chassis comprising a topsheet, a backsheet, and an absorbent core disposed between the topsheet and backsheet; and an ear joined to the chassis and comprising: a laminate comprising a first spunbond nonwoven and an elastomeric material, wherein the laminate further comprises a plurality of ultrasonic bonds; and the first spunbond nonwoven has an Average Bond Area of 12% or less, as measured according to the method of the description, and an Average Normalized Peak Force of at least 0.160 (N/cm)/(g/m 2); as measured according to the method of the description; and a laminate comprising a first spunbond nonwoven and an elastomeric material, wherein the laminate further comprises a plurality of ultrasonic bonds; and the first spunbond nonwoven has an Average Bond Area of 12% or less, as measured according to the method of the description, and an Average Normalized Peak Force of at least 0.160 (N/cm)/(g/m 2); as measured according to the method of the description; and wherein the first spunbond nonwoven is void of crimped fibers.
Interim joint prosthesis insertable into a long bone in order to replace a joint endoprosthesis that is to be explanted, wherein the interim joint prosthesis has a main body with a main-body coupling segment and a shaft with a shaft coupling segment, and the shaft coupling segment can be releasably coupled to the main-body coupling segment, characterized in that the main-body coupling segment has a through-hole to permit the coupling, in which through-hole the shaft is arranged displaceably, such that the shaft can protrude on both sides of the main body.
A quantum computer-implemented method for improving fidelity of X-gate operation on a quantum bit of interest, comprising: (i) performing a first controlled NOT (CNOT) gate operation, controlled by the quantum bit of interest, on each of a plurality of ancillary quantum bits; (ii) performing the X-gate operation on the quantum bit of interest after the first controlled CNOT operation is performed on each of the plurality of ancillary quantum bits; (iii) performing a second CNOT operation, controlled by the quantum bit of interest, on each of the plurality of ancillary quantum bits after performing the X-gate operation on the quantum bit of interest; (iv) measuring an energy state of each of the ancillary quantum bits, after the second controlled CNOT operation is performed on each of the plurality of ancillary quantum bits; (v) determining an effectiveness of the X-gate operation based on the energy states of a majority of the plurality of ancillary quantum bits; and repeating steps (i) to (v) until the X-gate operation is determined to have been performed effectively based on said measured energy states of said majority of the plurality of ancillary quantum bits, wherein if a majority of the ancillary qubits are determined to be in the excited state, the X gate operation is determined to be successful and if a majority of the ancillary qubits are determined to be in a ground state steps (i) to (v) are repeated. (i) performing a first controlled NOT (CNOT) gate operation, controlled by the quantum bit of interest, on each of a plurality of ancillary quantum bits; (ii) performing the X-gate operation on the quantum bit of interest after the first controlled CNOT operation is performed on each of the plurality of ancillary quantum bits; (iii) performing a second CNOT operation, controlled by the quantum bit of interest, on each of the plurality of ancillary quantum bits after performing the X-gate operation on the quantum bit of interest; (iv) measuring an energy state of each of the ancillary quantum bits, after the second controlled CNOT operation is performed on each of the plurality of ancillary quantum bits; (v) determining an effectiveness of the X-gate operation based on the energy states of a majority of the plurality of ancillary quantum bits; and
Floor element, having a floor plate that comprises at least one through bore and in which an inner threading is arranged and having a foot that comprises a threaded rod with an outer threading and a first end face and with a second end face, wherein the outer threading of the threaded rod can be arranged in the inner threading, wherein the foot comprises a foot plate that can be removably arranged on the second end face of the threaded rod, characterized in that the top side of the foot plate can be magnetically arranged both on the second end face of the threaded rod, as well as on the underside of the foot plate.
An apparatus comprising: - a thermoelectric cooler; - a fluid; - a first chamber and a second chamber connected to one another through a channel; - the thermoelectric cooler being configured to be electrically powered to heat the fluid in the first chamber to cause the fluid to flow through the channel, from the first chamber towards the second chamber and to make thermal contact with a heat source to absorb heat from the heat source; wherein, the apparatus further comprises a control circuit configured to: - switch off the electric power applied to the thermoelectric cooler; - measure a parameter indicative of electric power generated by the thermoelectric cooler; and - vary a flow rate of the fluid based on the measurement of said parameter obtained from the thermoelectric cooler. - a thermoelectric cooler; - a fluid; - a first chamber and a second chamber connected to one another through a channel; - the thermoelectric cooler being configured to be electrically powered to heat the fluid in the first chamber to cause the fluid to flow through the channel, from the first chamber towards the second chamber and to make thermal contact with a heat source to absorb heat from the heat source; - switch off the electric power applied to the thermoelectric cooler; - measure a parameter indicative of electric power generated by the thermoelectric cooler; and - vary a flow rate of the fluid based on the measurement of said parameter obtained from the thermoelectric cooler.
A photo-curing device comprising a light source for initiating curing of a photo-curable material, said light source comprising at least two light-emitting diodes (LED1-LED4) each emitting light in a determined wavelength range, said wavelength ranges of said at least two LEDs overlapping partially so as to cover a continuous wavelength range that is broader than the wavelength range of each of the LEDs, the photo-curing device further including activation means for selectively activating each LED, the device being characterized in that it includes control means for successively activating each LED over a determined activation period, the LED that emits the greatest radiation heat being activated at the beginning of the activation period and the LED that emits the least radiation heat being activated at the end of the activation period. said light source comprising at least two light-emitting diodes (LED1-LED4) each emitting light in a determined wavelength range, said wavelength ranges of said at least two LEDs overlapping partially so as to cover a continuous wavelength range that is broader than the wavelength range of each of the LEDs, the photo-curing device further including activation means for selectively activating each LED, the device being characterized in that it includes control means for successively activating each LED over a determined activation period, the LED that emits the greatest radiation heat being activated at the beginning of the activation period and the LED that emits the least radiation heat being activated at the end of the activation period.