mhurhangee/patent-ind-claim-en huggingface dataset:
A system for conducting performance analysis on a frame of a multi-frame video sequence generated during execution of an application, comprising: (i) a hardware engine configured to execute the application; (ii) a library capture module being configured to obtain command buffer ('push buffer') data from the hardware engine, the push buffer data being for the frame of the multi-frame video sequence; (iii) a graphical user interface for presenting an interactive display of contents of the push buffer data, the contents defining a plurality of commands and data associated with each of the plurality of commands, the graphical user interface enabling access to make changes to the contents of the push buffer,; and (iv) a replay module enabling re-execution of the push buffer data with any changes made through the graphical user interface; wherein the graphical user interface provides a plurality of performance analysis measurements that quantify differences in execution of the push buffer when changes to the push buffer are made, char acterised in that the graphical user interface enables access to an option for the removal of off-screen objects from the push buffer; and wherein push buffer data with any changes made may be used as the reference point for performance analysis measurements when making additional modifications to push buffer data. (i) a hardware engine configured to execute the application; (ii) a library capture module being configured to obtain command buffer ('push buffer') data from the hardware engine, the push buffer data being for the frame of the multi-frame video sequence; (iii) a graphical user interface for presenting an interactive display of contents of the push buffer data, the contents defining a plurality of commands and data associated with each of the plurality of commands, the graphical user interface enabling access to make changes to the contents of the push buffer,; and (iv) a replay module enabling re-execution of the push buffer data with any changes made through the graphical user interface; wherein the graphical user interface provides a plurality of performance analysis measurements that quantify differences in execution of the push buffer when changes to the push buffer are made, char acterised in that the graphical user interface enables access to an option for the removal of off-screen objects from the push buffer; and wherein push buffer data with any changes made may be used as the reference point for performance analysis measurements when making additional modifications to push buffer data.
An electronic device , comprising: multiple microphones (110-1, 110-2, 110-3, 110-4) configured to receive sounds generated by multiple sound sources; a communication unit configured to communicate with a voice recognition server ; and a processor configured to: identify a direction in which each of the multiple sound sources is located with reference to the electronic device, on the basis of multiple audio signals received from the multiple microphones, identify at least one target sound source among the multiple sound sources on the basis of a duration for which the identified direction of each of the multiple sound sources is maintained, and control the communication unit to transmit, to the voice recognition server, an audio signal of a target sound source from which a predetermined voice is generated among the at least one target sound source, wherein the electronic device is characterized in that the processor is configured to identify at least one sound source of which the duration is less than a predetermined time among the multiple sound sources as the at least one target sound source. multiple microphones (110-1, 110-2, 110-3, 110-4) configured to receive sounds generated by multiple sound sources; a communication unit configured to communicate with a voice recognition server ; and a processor configured to: identify a direction in which each of the multiple sound sources is located with reference to the electronic device, on the basis of multiple audio signals received from the multiple microphones, identify at least one target sound source among the multiple sound sources on the basis of a duration for which the identified direction of each of the multiple sound sources is maintained, and control the communication unit to transmit, to the voice recognition server, an audio signal of a target sound source from which a predetermined voice is generated among the at least one target sound source, identify a direction in which each of the multiple sound sources is located with reference to the electronic device, on the basis of multiple audio signals received from the multiple microphones, identify at least one target sound source among the multiple sound sources on the basis of a duration for which the identified direction of each of the multiple sound sources is maintained, and control the communication unit to transmit, to the voice recognition server, an audio signal of a target sound source from which a predetermined voice is generated among the at least one target sound source, wherein the electronic device is characterized in that the processor is configured to identify at least one sound source of which the duration is less than a predetermined time among the multiple sound sources as the at least one target sound source.
A rotor for an electric machine, wherein the rotor comprises a plurality of stack elements (100, 100', 100", 100"') and each of the stack elements comprises material of first magnetic conductance; each of the stack elements (100, 100', 100", 100"') comprises a plurality of sectorial sections (102, 102', 102", 102"') distributed round a rotational axis of the rotor; each of the sectorial sections (102, 102', 102", 102'") comprises one or more flux barriers , characterized in that at least one of said one or more flux barriers is configured to have an electrically conductive material of a third magnetic conductance at least approximately in only one sectorial half and a difference associated with filling of the electrically conductive material in different sectorial halves of a common sectorial section (102, 102', 102", 102'"), a numeric value of the first magnetic conductance being larger than that of the third magnetic conductance.
Silica particles characterized by : (i) a d50 median particle size in a range from about 8 to 20 μm; (ii) a sphericity factor (S 80 ) of greater than or equal to 0.9; (iii) a BET surface area in a range from 0.1 to 6 m 2 /g: (iv) a total mercury intrusion pore volume in a range from 0.35 to 0.7 cc/g; and (v) a loss on ignition (LOI) in a range from 3 to 7 wt. % (i) a d50 median particle size in a range from about 8 to 20 μm; (ii) a sphericity factor (S 80 ) of greater than or equal to 0.9; (iii) a BET surface area in a range from 0.1 to 6 m 2 /g: (iv) a total mercury intrusion pore volume in a range from 0.35 to 0.7 cc/g; and (v) a loss on ignition (LOI) in a range from 3 to 7 wt. %
An encoding apparatus for encoding a time-series sound signal for each of predetermined time sections in a frequency domain, wherein a parameter η is a positive number, and any of a plurality of parameters η is selectable for each of the predetermined time sections; the encoding apparatus comprises an encoding portion configured foi encoding a frequency domain sample sequence corresponding to the time-series sound signal to obtain and output codes by an encoding process in which bit allocation is changed or bit allocation substantially changes based on values of the spectral envelope estimated by spectral envelope estimation regarding the η-th power of absolute values of the frequency domain sample sequence corresponding to the time-series sound signal as a power spectrum, for each of the predetermined time sections; the encoding portion is configured to obtain a plurality of codes by performing the encoding process for the frequency domain sample sequence corresponding to the time-series sound signal in the same predetermined time section using each of the plurality of the selectable parameters η; and the encoding apparatus further comprises a parameter determining portion configured to select one code among the plurality of codes based on at least one of code amounts of the obtained codes and encoding distortion corresponding to the obtained codes and to output the selected code and a parameter code indicating the corresponding parameter η.
Cooktop having a control device , which has a trough-shaped receptacle , which has a concave surface at least in sections, and comprises a separate control element , which has a convex lower side at least in sections, and with this can be positioned detachably in the receptacle and in order to set operating conditions of the cooktop relative to the receptacle can be moved in a freely rocking and rotatable manner in the receptacle , characterised in that optical display regions are embodied adjacent to the receptacle on a top side , by means of which, as a function of an actuation in the form of a rocking movement and/or rotational movement of the control element in the receptacle , a selection of a functional subunit of the cooktop and/or a selected function of the cooktop can be displayed visually, wherein the display regions with the light sources provided to illuminate the display regions are embodied integrated in a support part , in which the receptacle is embodied, and the cooktop has a hotplate made from glass ceramic or glass, in which an opening is embodied as a cut-out in which the support part is arranged.
Motor vehicle (101; 201; 301) with a body structure (103; 203; 303) having a floor with a rear portion forming a backstroke and two beams (107; 207; 307) extending lengthwise on both sides of the said floor , at least one of the said beams ; 207; 307) including: - an inner longeron (115; 215; 315) and an exterior longeron assembled to each other and delimiting an inner volume; and - a longitudinal reinforcement (121; 221; 321) disposed of in the domestic volume; longitudinal reinforcement (121; 221; 321) extending aft beyond the spring ; and at least one beam ; 207; 307), including: - a compression reinforcement, or inner reinforcement (123; 223; 323), positioned lengthwise at the spring level , and placed in a hollow section of the inner longeron (115; 215; 315) to be used as support for longitudinal reinforcement (121; 221; 321) in the case of a side impact against a rear end of the beam (107; 207; 307), characterized as the vehicle (101; 201; 301) also includes a rear profile (125; 225; 325) extending from each of the rear ends of the two beams (107; 207; 307), backward and inclined towards the inside of the vehicle (101; 201; 301), and for each of at least one beam (107; 207; 307), the vehicle (101; 201; 301) includes a compression reinforcement, known as the rear profile reinforcement , positioned lengthwise at the interior reinforcement (123; 223; 323), and placed in the rear profile (125; 225; 325) corresponding. - an inner longeron (115; 215; 315) and an exterior longeron assembled to each other and delimiting an inner volume; and - a longitudinal reinforcement (121; 221; 321) disposed of in the domestic volume; - a compression reinforcement, or inner reinforcement (123; 223; 323), positioned lengthwise at the spring level , and placed in a hollow section of the inner longeron (115; 215; 315) to be used as support for longitudinal reinforcement (121; 221; 321) in the case of a side impact against a rear end of the beam (107; 207; 307), characterized as the vehicle (101; 201; 301) also includes a rear profile (125; 225; 325) extending from each of the rear ends of the two beams (107; 207; 307), backward and inclined towards the inside of the vehicle (101; 201; 301), and for each of at least one beam (107; 207; 307), the vehicle (101; 201; 301) includes a compression reinforcement, known as the rear profile reinforcement , positioned lengthwise at the interior reinforcement (123; 223; 323), and placed in the rear profile (125; 225; 325) corresponding.
A synthetic nutritional composition comprising 2'-Fucosyllactose (2'FL), Di-fucosyllactose (DiFL), Lacto-N-tetraose (LNT), Lacto-N-neotetraose (LNnT), 3'-Sialyllactose (3'SL) and 6'-Sialyllactose (6'SL) for use in a therapeutic method of improving the gastrointestinal barrier in an infant aged under 12 months or a young child aged between 1 year and less than 3 years; or a synthetic nutritional composition in the form of a growing-up milk comprising 2'-Fucosyllactose (2'FL), Di-fucosyllactose (DiFL), Lacto-N-tetraose (LNT), Lacto-N-neotetraose (LNnT), 3'-Sialyllactose (3'SL) and 6'-Sialyllactose (6'SL) for use in a therapeutic method of improving the gastrointestinal barrier in a child aged from 3 years to less than 8 years.
A 3D-printed scaffold comprising a peptide-polymer conjugate, the peptide-polymer conjugate having the structure: X-Y-Z-Y-X wherein X is a biologically active peptide; Y is a linker moiety comprising a maleimide functionalized compound and at least one of a hydroxyl-reactive group, an aromatic group, or an aliphatic chain; and Z is a biocompatible and biodegradable polymer.
A manufacturing device for a membrane electrode assembly with subgasket that adds a subgasket base material including a subgasket film to an electrode layer base material including a membrane electrode assembly with a catalyst layer provided on a surface of an electrolyte membrane , the manufacturing device comprising: a first bonding roller having an outer peripheral surface on which said electrode layer base material is to be held; a second bonding roller to hold said subgasket base material ; a suction mechanism that sucks a holding target on an outer peripheral surface of one bonding roller that is either said first bonding roller or said second bonding roller ; and an axis direction drive part that moves said one bonding roller in an axis direction. a first bonding roller having an outer peripheral surface on which said electrode layer base material is to be held; a second bonding roller to hold said subgasket base material ; a suction mechanism that sucks a holding target on an outer peripheral surface of one bonding roller that is either said first bonding roller or said second bonding roller ; and an axis direction drive part that moves said one bonding roller in an axis direction.
An applicator , comprising: a solution container having an opening and a columnar brush member , wherein the columnar brush member is disposed at the opening of the solution container , wherein a tip portion of the columnar brush member outside the solution container has a fan shape extending in a perpendicular lateral direction against a pillar axial lengthwise direction, and a thickness of the fan-shaped tip portion of the columnar brush member in a perpendicular lengthwise direction decreases against the pillar axial lengthwise direction toward the tip portion of the columnar brush member , and the columnar brush member is formed by bundling synthetic fibers in a columnar shape, the synthetic fibers being 7 to 50μm in diameter, so that the density ranges from 0.15 to 0.65, characterized in that a bottomed tubular holder having a tubular body and a bottom portion is provided between the solution container and the columnar brush member , the bottomed tubular holder is inserted into the opening of the solution container , the bottom portion of the bottomed tubular holder has at least one pore , and the columnar brush member is inserted into the inside of the tubular body of the bottomed tubular holder . a solution container having an opening and a columnar brush member , wherein the columnar brush member is disposed at the opening of the solution container , wherein a tip portion of the columnar brush member outside the solution container has a fan shape extending in a perpendicular lateral direction against a pillar axial lengthwise direction, and a thickness of the fan-shaped tip portion of the columnar brush member in a perpendicular lengthwise direction decreases against the pillar axial lengthwise direction toward the tip portion of the columnar brush member , and the columnar brush member is formed by bundling synthetic fibers in a columnar shape, the synthetic fibers being 7 to 50μm in diameter, so that the density ranges from 0.15 to 0.65, characterized in that a bottomed tubular holder having a tubular body and a bottom portion is provided between the solution container and the columnar brush member , the bottomed tubular holder is inserted into the opening of the solution container , the bottom portion of the bottomed tubular holder has at least one pore , and the columnar brush member is inserted into the inside of the tubular body of the bottomed tubular holder .
A method for transmitting data by a terminal, comprising: sending a first data transmission request to a server, the first data transmission request including information indicating a first data compression method, comprising indication of a specific data format, for the server to decode content of a message body of the first data transmission request according to the first data compression method, when the server supports the first data compression method, and receiving a first data transmission response from the server; when the server does not support the first data compression method, receiving a second data transmission response from the server, the second data transmission response including information indicating a second data compression method, comprising indication of a specific data format, that the server supports: encoding the content of the message body of the first data transmission request according to the second data compression method to generate a second data transmission request; and sending the second data transmission request to the server, the second data transmission request including the second data compression method. sending a first data transmission request to a server, the first data transmission request including information indicating a first data compression method, comprising indication of a specific data format, for the server to decode content of a message body of the first data transmission request according to the first data compression method, when the server supports the first data compression method, and receiving a first data transmission response from the server; when the server does not support the first data compression method, receiving a second data transmission response from the server, the second data transmission response including information indicating a second data compression method, comprising indication of a specific data format, that the server supports: encoding the content of the message body of the first data transmission request according to the second data compression method to generate a second data transmission request; and sending the second data transmission request to the server, the second data transmission request including the second data compression method.
An apparatus for transferring thermal energy to a fluid, comprising a fluid inlet and a fluid outlet , a fluid channel arrangement in fluid communication with the fluid inlet and the fluid outlet , a plurality of n thermoelectric assemblies and a control unit for providing current control to the plurality of n thermoelectric assemblies , characterised by a converter block having the fluid channel arrangement , the converter block comprising a plurality of n contact surfaces , each of the plurality of n thermoelectric assemblies being in thermal contact with an associated one of the plurality of n contact surfaces , a plurality of n heat sink elements , each of the plurality of n heat sink elements being in thermal contact with an associated one of the plurality of n thermoelectric assemblies , wherein each thermoelectric assembly comprises a stack of m thermoelectric heat transfer elements (6a; 6b; 6c), m being equal to two or more, wherein thermoelectric heat transfer elements (6a; 6b; 6c) in a corresponding layer in the stacks of the n thermoelectric assemblies are series connected, and the control unit is arranged to provide a current control to each of the series connected thermoelectric heat transfer elements (6a; 6b; 6c) to obtain a predetermined temperature difference for each of the layers in the stacks of the n thermoelectric assemblies . the converter block comprising a plurality of n contact surfaces , each of the plurality of n thermoelectric assemblies being in thermal contact with an associated one of the plurality of n contact surfaces , a plurality of n heat sink elements , each of the plurality of n heat sink elements being in thermal contact with an associated one of the plurality of n thermoelectric assemblies , wherein each thermoelectric assembly comprises a stack of m thermoelectric heat transfer elements (6a; 6b; 6c), m being equal to two or more, wherein thermoelectric heat transfer elements (6a; 6b; 6c) in a corresponding layer in the stacks of the n thermoelectric assemblies are series connected, and the control unit is arranged to provide a current control to each of the series connected thermoelectric heat transfer elements (6a; 6b; 6c) to obtain a predetermined temperature difference for each of the layers in the stacks of the n thermoelectric assemblies .
Imaging device for a shelf support , wherein the shelf support is installed on a shelf edge and comprises a receiving section configured to receive electronic labels on the shelf support, the imaging device comprising: - a back side configured to be removably fitted in the receiving section , - a front side opposite to the back side , - an optical sensor configured to acquire an image of shelves facing the front side , - a memory configured to save the image, and a processing unit configured to transmit the image to an image server, characterized by that it further comprises an actuator to rotate the optical sensor around one or more axes of rotation. - a back side configured to be removably fitted in the receiving section , - a front side opposite to the back side , - an optical sensor configured to acquire an image of shelves facing the front side , - a memory configured to save the image, and a processing unit configured to transmit the image to an image server,
A solid composition comprising an amorphous poorly water-soluble polyphenol having two or more phenolic hydroxy groups in the same molecule, wherein the solubility of the polyphenol in crystalline form is 0.1 mass% or less at 25°C in pure water, a hydrophilic polymer, which is a homopolymer or a copolymer of N-vinyllactam, a cellulose ester or a cellulose ether, and a nonionic surfactant selected from the group consisting of polyglycerol fatty acid esters and sucrose fatty acid esters. an amorphous poorly water-soluble polyphenol having two or more phenolic hydroxy groups in the same molecule, wherein the solubility of the polyphenol in crystalline form is 0.1 mass% or less at 25°C in pure water, a hydrophilic polymer, which is a homopolymer or a copolymer of N-vinyllactam, a cellulose ester or a cellulose ether, and a nonionic surfactant selected from the group consisting of polyglycerol fatty acid esters and sucrose fatty acid esters.
An assembly of a platform assembly and a support structure , the platform assembly comprising a flexible platform , a plurality of support straps arranged to support the platform, and a plurality of tensioning devices attached to the support straps at attachment locations and arranged to tension the support straps, characterized in that said platform assembly comprises a plurality of clamps supported by the support structure, the plurality of clamps provided along a side of the platform and clamping a side section of the platform and in that the attachment locations of the tensioning devices are positionable independently of the position of the clamps.