mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory computer-readable medium having computer instructions stored thereon that are capable of causing a mobile device to perform operations comprising: receiving a permission request as an authentication factor in a first authentication procedure initiated by another device requesting a first action; displaying an option to automate the response to future permission requests; in response to user input responsive to the displayed option, storing an indication that responses by the mobile device granting or denying future permission requests are to be automated if one or more automation criteria are met; receiving a subsequent permission request as an authentication factor in a subsequent authentication procedure initiated by another device; determining that the one or more automation criteria are met; and in response to the determining, automatically granting or denying the subsequent permission request without receiving user input indicating whether to grant or deny the subsequent permission request. receiving a permission request as an authentication factor in a first authentication procedure initiated by another device requesting a first action; displaying an option to automate the response to future permission requests; in response to user input responsive to the displayed option, storing an indication that responses by the mobile device granting or denying future permission requests are to be automated if one or more automation criteria are met; receiving a subsequent permission request as an authentication factor in a subsequent authentication procedure initiated by another device; determining that the one or more automation criteria are met; and in response to the determining, automatically granting or denying the subsequent permission request without receiving user input indicating whether to grant or deny the subsequent permission request.
Method for assessing the quality of the information contained in a database of a remote server storing the speed limit values (V LE) for the various sections (t r) that make up a road network, called "speed limit base" in which is stored in a database, called "speed base", the speeds on these sections (t r) of vehicles equipped with geolocation means and means for communicating with said remote server, characterized in that the management means of the server: - take account of said "speed base" in order to select the vehicles which, for a determined time period, have travelled at least one determined section (t r) - determine the average maximum speed (V MM) of travel of these vehicles on this section (t r) during said time period, - compare this average maximum speed (V MM) to the limit value (V LE) stored in said "speed limit base", - assess the value of the difference (δV) between these two values of average maximum speed (V MM) and of limit value (V LE) and, if this difference exceeds a given threshold, engage a control procedure on the section (t r) concerned. - take account of said "speed base" in order to select the vehicles which, for a determined time period, have travelled at least one determined section (t r) - determine the average maximum speed (V MM) of travel of these vehicles on this section (t r) during said time period, - compare this average maximum speed (V MM) to the limit value (V LE) stored in said "speed limit base", - assess the value of the difference (δV) between these two values of average maximum speed (V MM) and of limit value (V LE) and, if this difference exceeds a given threshold, engage a control procedure on the section (t r) concerned.
A recombinant herpes simplex virus-2 (HSV-2) having a deletion of an HSV-2 U S 6 gene in the genome thereof and comprising a herpes simplex virus-1 (HSV-1) glycoprotein D on a lipid bilayer thereof for use in the treatment or prevention of an HSV-1 infection or an HSV-2 infection in a subject.
The use of one or more oil-soluble titanium compounds in a lubricating oil composition comprising (a) a major amount of a base oil of lubricating viscosity; and (b) one or more dispersants containing one or more basic nitrogen atoms, for the purpose of maintaining or improving compatibility of a fluorocarbon elastomer seal with the lubricating oil composition in an internal combustion engine.
An apparatus comprising: (a) a body; (b) a shaft assembly extending distally from the body, wherein the shaft assembly defines a longitudinal axis; (c) an end effector (140, 240, 340, 440), wherein the end effector comprises: (i) an anvil (60, 460), and (ii) a lower jaw (50, 150, 240, 350), wherein the anvil is pivotable toward the lower jaw to capture tissue between the anvil and the lower jaw; and (d) a staple cartridge (70, 170, 270, 370) coupled with the lower jaw, wherein the staple cartridge comprises: (i) a deck facing the anvil, and (ii) a plurality of staples positioned in a plurality of staple openings formed through the deck; wherein the end effector is structured to provide a predefined gap separating the surface of the deck and the corresponding surface of the anvil when the anvil is in a closed position, wherein tissue may be compressed against the deck when the anvil is in a closed position, wherein at least one of the anvil or the staple cartridge comprises a compressible feature (196, 296, 396, 496) extending toward the other of the anvil or the staple cartridge, wherein the staple cartridge defines a channel (62, 72), wherein the compressible feature extends at least partially along the channel in a direction that is parallel to the longitudinal axis, wherein the at least one compressible feature of the anvil or the staple cartridge is configured to compress tissue that is thinner than the predefined gap distance against the other of the anvil or the staple cartridge when the anvil is in a closed position, wherein the apparatus further comprises a firing bar slidingly received in the channel and movable through the end effector to effect severing and stapling of the tissue, wherein the compressible feature is configured to remain on the anvil or the staple cartridge after the firing bar moves through the end effector to sever and staple tissue. (a) a body; (b) a shaft assembly extending distally from the body, wherein the shaft assembly defines a longitudinal axis; (c) an end effector (140, 240, 340, 440), wherein the end effector comprises: (i) an anvil (60, 460), and (ii) a lower jaw (50, 150, 240, 350), wherein the anvil is pivotable toward the lower jaw to capture tissue between the anvil and the lower jaw; and (i) an anvil (60, 460), and (ii) a lower jaw (50, 150, 240, 350), wherein the anvil is pivotable toward the lower jaw to capture tissue between the anvil and the lower jaw; and (d) a staple cartridge (70, 170, 270, 370) coupled with the lower jaw, wherein the staple cartridge comprises: (i) a deck facing the anvil, and (ii) a plurality of staples positioned in a plurality of staple openings formed through the deck; (i) a deck facing the anvil, and (ii) a plurality of staples positioned in a plurality of staple openings formed through the deck;
A system for sensing liquid level in a receptacle, said system comprising: - a capacitive sensing probe for sensing a capacitance between the capacitive sensing probe and an electrically conductive portion of the receptacle; - a control circuit connected to the capacitive sensing probe for detecting a level of the liquid in the receptacle based on said capacitance; - a non-isolated AC power supply arranged to power the control circuit, the non-isolated AC power supply having an electrical connection between its input and its output; and - at least one filter capacitor (C1, C2) connected in series between the capacitive sensing probe and the control circuit. - a capacitive sensing probe for sensing a capacitance between the capacitive sensing probe and an electrically conductive portion of the receptacle; - a control circuit connected to the capacitive sensing probe for detecting a level of the liquid in the receptacle based on said capacitance; - a non-isolated AC power supply arranged to power the control circuit, the non-isolated AC power supply having an electrical connection between its input and its output; and - at least one filter capacitor (C1, C2) connected in series between the capacitive sensing probe and the control circuit.
A sample processing apparatus, comprising; a sample processing unit for obtaining a sample from a sample container positioned at a sample obtaining position and performing a predetermined process of the sample by adding a reagent; a transport unit for transporting, in a transport operation, a sample rack holding the sample container via the sample obtaining position along a transport path; and a transport controller for performing a stop process to stop the transport operation of the sample rack by the transport unit after a transport suspension event occurs during the transport operation, and for controlling the transport unit to restart the transport operation from a predetermined stop position of the sample rack associated with the stop process; wherein the sample processing apparatus further comprising a detector for detecting a reagent shortage when a residual quantity of the reagent used by the sample processing unit is smaller than a predetermined quantity and the transport suspension event includes the detection of the reagent shortage by the detector, characterized in that the transport unit comprises a cover portion for covering a part of the transport path, in that the predetermined stop position is a position covered with the cover portion, and in that the transport controller is configured to perform the stop process to stop the transport of the sample rack after the sample rack is transported to the predetermined stop position from a position where the sample rack was positioned when the transport suspension event occurred. wherein the sample processing apparatus further comprising a detector for detecting a reagent shortage when a residual quantity of the reagent used by the sample processing unit is smaller than a predetermined quantity and the transport suspension event includes the detection of the reagent shortage by the detector, characterized in that the transport unit comprises a cover portion for covering a part of the transport path, in that the predetermined stop position is a position covered with the cover portion, and in that the transport controller is configured to perform the stop process to stop the transport of the sample rack after the sample rack is transported to the predetermined stop position from a position where the sample rack was positioned when the transport suspension event occurred.
A composition comprising a polymer or co-polymer and a curcuminoid compound incorporated in or on said polymer or co-polymer, said polymer or co-polymer being derived from a pre-polymerization mixture of monomers which comprises at least 50 weight percents acrylate monomers, wherein said pre-polymerization mixture of monomers comprises: a first aromatic acrylate monomer, characterized as forming a first homopolymer having a refractive index that ranges from 1.50 to 1.53 when measured according to a standard procedure, and having a Tg, measured according to a standard procedure; a second aromatic acrylate monomer, characterized as forming a second homopolymer having a Tg lower by a range of 2 °C to 30 °C than said Tg of said first homopolymer, when measured according to a standard procedure; a third monomer, characterized as forming a third homopolymer having a Tg lower than 35 °C when measured according to a standard procedure; a fourth monomer, characterized as forming a fourth homopolymer which is capable of absorbing water to at least 20 % of the total weight of said fourth homopolymer when measured according to a standard procedure; and a fifth monomer, being a crosslinking monomer, wherein: a concentration of said first aromatic acrylate monomer ranges from 50 % to 60 % of the total weight of the composition; a concentration of said second aromatic acrylate monomer ranges from 15 % to 20 % of the total weight of the composition; a concentration of said third monomer ranges from 10 % to 15 % of the total weight of the composition; a concentration of said fourth monomer ranges from 5 % to 10 % of the total weight of the composition; a concentration of said fifth monomer ranges from 2 % to 5 % of the total weight of the composition. a first aromatic acrylate monomer, characterized as forming a first homopolymer having a refractive index that ranges from 1.50 to 1.53 when measured according to a standard procedure, and having a Tg, measured according to a standard procedure; a second aromatic acrylate monomer, characterized as forming a second homopolymer having a Tg lower by a range of 2 °C to 30 °C than said Tg of said first homopolymer, when measured according to a standard procedure; a third monomer, characterized as forming a third homopolymer having a Tg lower than 35 °C when measured according to a standard procedure; a fourth monomer, characterized as forming a fourth homopolymer which is capable of absorbing water to at least 20 % of the total weight of said fourth homopolymer when measured according to a standard procedure; and a fifth monomer, being a crosslinking monomer, a concentration of said first aromatic acrylate monomer ranges from 50 % to 60 % of the total weight of the composition; a concentration of said second aromatic acrylate monomer ranges from 15 % to 20 % of the total weight of the composition; a concentration of said third monomer ranges from 10 % to 15 % of the total weight of the composition; a concentration of said fourth monomer ranges from 5 % to 10 % of the total weight of the composition; a concentration of said fifth monomer ranges from 2 % to 5 % of the total weight of the composition.
Method for measuring and displaying the audio signal / noise ratio in a system for radio frequency broadcasting of audio and audio / video signals, said system comprising sections for the acquisition of an audio signal, for the analog and / or digital processing of said signal, of emission of the same in the antenna and of reception and decoding of said signal; said method being characterized in that it comprises the following operating steps: taking the audio signal processed by said system, in a final processing stage of the same for diffusion, in a frequency band ΔF belonging to the overall audio band of the system and for a predefined measurement time period T1, subjecting said audio signal taken to a Fast Fourier Transform, FFT, operation, to obtain, instant by instant and for said measurement time period T1, a power spectrum of said signal for the entire aforementioned frequency band ΔF considered; for each frequency F belonging to said frequency band ΔF and for the entire aforementioned measurement time T1, detect and store the maximum, PMax, and minimum, PMin, power values relating to each frequency, to obtain corresponding sequences of maximum power, CMax, and minimum power, CMin, respectively of said audio signal; for each said frequency F, obtaining the audio signal / noise ratio, S/N, of said signal as a function of the corresponding values of said sequences CMax and CMin; said measurement time period T1 being such as to allow a substantial stabilization of said sequences CMax and CMin.
Method for producing a pipe fitting, wherein a metallic material is melted by heating, and wherein a plurality of material layers are successively produced from the molten material, wherein the material layer produced in each case is connected in a bonded manner to the respectively preceding material layer, and wherein the pipe fitting is formed from the mutually bonded material layers, characterized in that the metallic material is an aluminum alloy with a weight fraction of at least 2.5% magnesium.
A fluidic device, comprising: a porous flow path member; an absorbent member contacting the flow path member and configured to absorb a liquid; and a barrier member covering at least a portion of the absorbent member, wherein the absorbent member comprises a liquid-absorbent polymer that absorbs the liquid, and a lyophilic polymer having lyophilicity to the liquid, characterised in that the liquid-absorbent polymer is conjugated by the lyophilic polymer in the absorbent member, and voids (12a, 12b) are formed in the absorbent member. a porous flow path member; an absorbent member contacting the flow path member and configured to absorb a liquid; and a barrier member covering at least a portion of the absorbent member, wherein the absorbent member comprises a liquid-absorbent polymer that absorbs the liquid, and a lyophilic polymer having lyophilicity to the liquid, characterised in that the liquid-absorbent polymer is conjugated by the lyophilic polymer in the absorbent member, and voids (12a, 12b) are formed in the absorbent member.
A method, comprising: determining that an application attempts to access a resource on an electronic device; determining whether the application is operating in a foreground of an operating system, OS, on the electronic device or in a background of the OS on the electronic device; and in response to determining that the application is operating in the background, generating a notification indicating that the background application attempts to access the resource. determining that an application attempts to access a resource on an electronic device; determining whether the application is operating in a foreground of an operating system, OS, on the electronic device or in a background of the OS on the electronic device; and in response to determining that the application is operating in the background, generating a notification indicating that the background application attempts to access the resource.
Device for multiplying two-bit sequences, comprising - a control unit that is configured to select and activate exactly one multiplication unit for performing the multiplication from a plurality of parallel multiplication units as a function of a random signal applied to the input side, - a sub-multiplying unit shared by all multiplication units, which is configured to receive operands formed by the respectively activated multiplication unit and to multiply the received operands with one another, wherein - each of the multiplication units implements a different multiplication method for performing a multiplication and for this purpose has a selection unit configured according to the implemented multiplication method and an accumulation unit configured according to the implemented multiplication method, wherein - the respective selection unit is configured to select, step by step, segments of the bit sequences to be multiplied according to a selection plan adapted to the respective multiplication method, to form operands from one or several segments and to output said operands to the sub-multiplying unit, and wherein - the respective accumulation unit is configured to receive sub-products output from the sub-multiplying unit step by step, to accumulate said sub-products according to an accumulation plan corresponding to the implemented multiplication method and matching the selection plan, and to output the thus determined product of the bit sequences after completion of the accumulation. - a control unit that is configured to select and activate exactly one multiplication unit for performing the multiplication from a plurality of parallel multiplication units as a function of a random signal applied to the input side, - a sub-multiplying unit shared by all multiplication units, which is configured to receive operands formed by the respectively activated multiplication unit and to multiply the received operands with one another, wherein - each of the multiplication units implements a different multiplication method for performing a multiplication and for this purpose has a selection unit configured according to the implemented multiplication method and an accumulation unit configured according to the implemented multiplication method, wherein - the respective selection unit is configured to select, step by step, segments of the bit sequences to be multiplied according to a selection plan adapted to the respective multiplication method, to form operands from one or several segments and to output said operands to the sub-multiplying unit, and wherein - the respective accumulation unit is configured to receive sub-products output from the sub-multiplying unit step by step, to accumulate said sub-products according to an accumulation plan corresponding to the implemented multiplication method and matching the selection plan, and to output the thus determined product of the bit sequences after completion of the accumulation.
A method for wireless communication by a user equipment, UE, comprising: obtaining a burst of transmission control protocol, TCP, packets conveying packet data convergence protocol, PDCP, protocol data units, PDUs, by an application protocol TCP layer of a communication protocol stack of the UE; determining, based on an amount of data acknowledged in the burst of TCP packets, a first number of a first plurality of acknowledge, ACK tokens to transmit in a first transmission time interval, TTI, wherein the first plurality of ACK tokens corresponds to first data in one or more TCP packets of the burst of TCP packets, and wherein determining the first number of first ACK tokens comprises: determining a minimum of: a first threshold number of ACK tokens; and a quotient of one-half of the amount of data divided by a size of each ACK token; transmitting the first plurality of ACK tokens in the first TTI; and transmitting a single ACK token in a second TTI subsequent to the first TTI, wherein the single ACK token corresponds to second data in one or more TCP packets of the burst of TCP packets. obtaining a burst of transmission control protocol, TCP, packets conveying packet data convergence protocol, PDCP, protocol data units, PDUs, by an application protocol TCP layer of a communication protocol stack of the UE; determining, based on an amount of data acknowledged in the burst of TCP packets, a first number of a first plurality of acknowledge, ACK tokens to transmit in a first transmission time interval, TTI, wherein the first plurality of ACK tokens corresponds to first data in one or more TCP packets of the burst of TCP packets, and wherein determining the first number of first ACK tokens comprises: determining a minimum of: a first threshold number of ACK tokens; and a quotient of one-half of the amount of data divided by a size of each ACK token; transmitting the first plurality of ACK tokens in the first TTI; and transmitting a single ACK token in a second TTI subsequent to the first TTI, wherein the single ACK token corresponds to second data in one or more TCP packets of the burst of TCP packets. determining a minimum of: a first threshold number of ACK tokens; and a quotient of one-half of the amount of data divided by a size of each ACK token; a first threshold number of ACK tokens; and a quotient of one-half of the amount of data divided by a size of each ACK token; transmitting the first plurality of ACK tokens in the first TTI; and transmitting a single ACK token in a second TTI subsequent to the first TTI, wherein the single ACK token corresponds to second data in one or more TCP packets of the burst of TCP packets.
Intermediate piece and pressure piece for a shut-off valve, in particular a membrane valve, for fluids, it being possible to connect the intermediate piece to an assigned valve body, it being possible to arrange the pressure piece inside the intermediate piece, characterized in that the pressure piece comprises at least two locking slides for locking a locking member of a locking element, the intermediate piece comprising a cylinder in which the pressure piece can be axially guided, the cylinder comprising a recess that is arranged such that, in an assembly position of the pressure piece, the locking slides shift into the recess and thereby release the locking member, and the recess being arranged and formed such that the pressure piece can only be moved into the assembly position when the intermediate piece is not connected to an assigned valve body in order to operate the shut-off valve.