mhurhangee/ep-ind-claims huggingface dataset:
Accommodation facility comprising a plurality of compact sleeping units having at least one standing region which has standing height at least in portions, and having at least one sleeping region, wherein the standing region is arranged on a lower level and the sleeping region is arranged on an upper level, wherein the upper level has at least one bed, wherein the bed is arranged so as to be raised relative to a floor of the upper level, wherein the standing region has standing height below the bed, wherein the standing height is undershot below the floor of the upper level such that the floor of the upper level is arranged laterally offset relative to the standing region of the lower level, wherein the upper level has a washing region which has standing height at least in portions, wherein the washing region of the upper level has at least one shower. comprising a plurality of compact sleeping units having at least one standing region which has standing height at least in portions, and having at least one sleeping region, wherein the standing region is arranged on a lower level and the sleeping region is arranged on an upper level, wherein the upper level has at least one bed, wherein the bed is arranged so as to be raised relative to a floor of the upper level, wherein the standing region has standing height below the bed, wherein the standing height is undershot below the floor of the upper level such that the floor of the upper level is arranged laterally offset relative to the standing region of the lower level, wherein the upper level has a washing region which has standing height at least in portions, wherein the washing region of the upper level has at least one shower.
A universal rapid diagnostics test reader, comprising: a smartphone, a digital camera component, and a housing component, wherein the smartphone is operatively engaged with the housing component, and the digital camera component is operatively located in the smartphone, the housing component comprising an illumination component comprising light emitting diodes, a set of control electronics for controlling the illumination component, and a rapid diagnostics test tray, wherein the tray can hold at least one rapid diagnostics test having a shape and a size in a fixed position relative to the digital camera component and the illumination component, and wherein said at least one rapid diagnostics test can have more than one different shape and size, characterised in that the smartphone comprises a wireless communication component comprising an optical connection that is operatively initiated and engaged by a flash (242, 1491, 1767) in the digital camera component and a photo-detector in the set of control electronics so that the flash controls light-emitting diode illumination or light-emitting diode selection. a smartphone, a digital camera component, and a housing component, wherein the smartphone is operatively engaged with the housing component, and the digital camera component is operatively located in the smartphone, the housing component comprising an illumination component comprising light emitting diodes, a set of control electronics for controlling the illumination component, and a rapid diagnostics test tray, wherein the tray can hold at least one rapid diagnostics test having a shape and a size in a fixed position relative to the digital camera component and the illumination component, and wherein said at least one rapid diagnostics test can have more than one different shape and size, characterised in that the smartphone comprises a wireless communication component comprising an optical connection that is operatively initiated and engaged by a flash (242, 1491, 1767) in the digital camera component and a photo-detector in the set of control electronics so that the flash controls light-emitting diode illumination or light-emitting diode selection.
A synthetic resin bearing as a journal bearing (122, 132, 163, 228, 234) fixed to an orbiting scroll (160, 240) or a main frame and relatively rotated with respect to a rotational shaft (143, 226) in a scroll compressor (100, 200), wherein the journal bearing (122, 132, 163, 228, 234) is made of a PEEK material, characterised in that a thickness t of the journal bearing (122, 132, 163, 228, 234) is smaller than a thickness t1 with which a temperature in a contact surface thereof with the rotational shaft (143, 226) during an operation of the scroll compressor (100, 200) corresponds to a glass transition temperature of the PEEK material.
A method comprising: determining, by a computing device, a working color space of a source content and a resulting content; performing analysis, by the computing device, of color saturation variations of different hues in the working color space with one or more properties of responses of a human vision system, HVS, to color stimulus, wherein the color saturation variations are analyzed with perceptually uniform color sets arranged in same-hue color sets of different hues having perceptually uniform color distances between neighboring color samples within each same-hue color set, the perceptually uniform color sets are generated based on measurements of visual responses to color stimulus; generating, by the computing device, one or more color saturation variation models based on the responses of the HVS to color stimulus in the analysis of color saturation variations of the different hues by: modeling variations of chromatic components in the working color space of same-hue color sets, each belonging to different hues with one or more mathematic expressions; wherein the variations of the chromatic components in the working color space of the perceptually uniform color sets are independently modeled in the working color space; and mapping an input color from the source content to an output color in the working color space using the one or more color saturation variation models. determining, by a computing device, a working color space of a source content and a resulting content; performing analysis, by the computing device, of color saturation variations of different hues in the working color space with one or more properties of responses of a human vision system, HVS, to color stimulus, wherein the color saturation variations are analyzed with perceptually uniform color sets arranged in same-hue color sets of different hues having perceptually uniform color distances between neighboring color samples within each same-hue color set, the perceptually uniform color sets are generated based on measurements of visual responses to color stimulus; generating, by the computing device, one or more color saturation variation models based on the responses of the HVS to color stimulus in the analysis of color saturation variations of the different hues by: modeling variations of chromatic components in the working color space of same-hue color sets, each belonging to different hues with one or more mathematic expressions; wherein the variations of the chromatic components in the working color space of the perceptually uniform color sets are independently modeled in the working color space; and modeling variations of chromatic components in the working color space of same-hue color sets, each belonging to different hues with one or more mathematic expressions; wherein the variations of the chromatic components in the working color space of the perceptually uniform color sets are independently modeled in the working color space; and mapping an input color from the source content to an output color in the working color space using the one or more color saturation variation models.
An antenna connection detection method, wherein the method is applied to a network side device, the network side device comprises a plurality of communications interfaces, one communications interface is connected to one antenna element, and the method comprises: receiving, by the network side device by using the antenna elements connected to the plurality of communications interfaces, reference signals sent by N terminal devices, wherein N is an integer greater than 0; determining, by the network side device, N channel correlation matrices based on the reference signals sent by the N terminal devices, wherein one channel correlation matrix is used to represent correlation between transmission channels between the network side device and one terminal device; and determining, by the network side device based on the N channel correlation matrices and a preset channel correlation matrix, whether a connection sequence between the plurality of communications interfaces and the antenna elements is incorrect. receiving, by the network side device by using the antenna elements connected to the plurality of communications interfaces, reference signals sent by N terminal devices, wherein N is an integer greater than 0; determining, by the network side device, N channel correlation matrices based on the reference signals sent by the N terminal devices, wherein one channel correlation matrix is used to represent correlation between transmission channels between the network side device and one terminal device; and determining, by the network side device based on the N channel correlation matrices and a preset channel correlation matrix, whether a connection sequence between the plurality of communications interfaces and the antenna elements is incorrect.
A computer program product for communicating data over a Peripheral Component Interconnect Express Non-Transparent Bridge, NTB,, comprising program code for performing the steps of: transmitting (301, 401) a first posted write message to a remote processor via the NTB, wherein the first posted write message indicates an intent to transfer data to the remote processor; and receiving (307, 403) a second posted write message in response to the first posted write message, wherein the second posted write message indicates a destination address list for the data. transmitting (301, 401) a first posted write message to a remote processor via the NTB, wherein the first posted write message indicates an intent to transfer data to the remote processor; and receiving (307, 403) a second posted write message in response to the first posted write message, wherein the second posted write message indicates a destination address list for the data.
An apparatus to measure a flow of fluid within an anatomical structure, comprising: at least one first arrangement which includes at least one probe coupled to a radiation source, wherein the at least one probe is structured to be insertable into a vessel and configured to direct at least one radiation from the radiation source to at least one portion of the anatomical structure; a reference path coupled to the radiation source; at least one second arrangement configured to detect an interference signal between a first radiation scattered by the fluid via the at least one probe and a second radiation provided from the reference path as a function of wavelength thereof; characterized in that the apparatus further comprises at least one third arrangement which includes a processor that is configured to determine at least one characteristic of the fluid as a function of an intensity of the interference signal as a function of time. at least one first arrangement which includes at least one probe coupled to a radiation source, wherein the at least one probe is structured to be insertable into a vessel and configured to direct at least one radiation from the radiation source to at least one portion of the anatomical structure; a reference path coupled to the radiation source; at least one second arrangement configured to detect an interference signal between a first radiation scattered by the fluid via the at least one probe and a second radiation provided from the reference path as a function of wavelength thereof; characterized in that the apparatus further comprises at least one third arrangement which includes a processor that is configured to determine at least one characteristic of the fluid as a function of an intensity of the interference signal as a function of time.
Method for calling a function block of a control program of an industrial controller, wherein - the industrial controller comprises an OPC UA server, - the industrial controller communicates with an OPC UA client, - and the function block is requested starting from an OPC UA call of the OPC UA client, wherein when the function block is requested - in a first step, an OPC UA call directed thereto is sent from the OPC UA client to the OPC UA server of the industrial control, characterized in that, that - in a second step, the OPC UA call is stored by the OPC UA server of the industrial controller, - in a third step, (IN1-par) IN parameters transferred together with the OPC UA call are copied (IN2-par) to corresponding IN parameters of the function block of the control program, and - in a fourth step, at a previously defined point within a control task of the industrial controller, the function block of the control program is called and the IN parameters of the function block are processed. - the industrial controller comprises an OPC UA server, - the industrial controller communicates with an OPC UA client, - and the function block is requested starting from an OPC UA call of the OPC UA client, wherein when the function block is requested - in a first step, an OPC UA call directed thereto is sent from the OPC UA client to the OPC UA server of the industrial control, characterized in that, that an OPC UA call directed thereto is sent from the OPC UA client to the OPC UA server of the industrial control, characterized in that, that - in a second step, the OPC UA call is stored by the OPC UA server of the industrial controller, - in a third step, (IN1-par) IN parameters transferred together with the OPC UA call are copied (IN2-par) to corresponding IN parameters of the function block of the control program, and - in a fourth step, at a previously defined point within a control task of the industrial controller, the function block of the control program is called and the IN parameters of the function block are processed.
A consumable polymeric based powder mixture, the mixture comprising a plurality of polymeric based particles, wherein at least 80% of the plurality of polymeric based particles have a generally cylindrical shape and wherein the plurality of polymeric based particles have a particle length distribution span (PLDS) of not greater than 1.2, where PLDS is equal to (L 80 - L 20)/L 50, determined as described in the description.
A method of capturing carbon dioxide, the method comprising the steps of: (a) providing a cellulosic material which carries an amino compound; and (b) contacting the cellulosic material with a composition comprising carbon dioxide; wherein a portion of the heat energy produced in step (b) is captured; wherein the amino compound is ammonia; and wherein the composition contacted with the material in step (b) comprises or is derived from the exhaust gas of a combustion system. (a) providing a cellulosic material which carries an amino compound; and (b) contacting the cellulosic material with a composition comprising carbon dioxide; wherein a portion of the heat energy produced in step (b) is captured; wherein the amino compound is ammonia; and wherein the composition contacted with the material in step (b) comprises or is derived from the exhaust gas of a combustion system.
An apparatus for transmitting sidelink information, the apparatus configured to be used in a second device and comprising: a memory that stores a plurality of instructions; and a processor (1201, 1202, 1203) coupled to the memory and configured to execute the instructions to: receive first sidelink data information and/or a reference signal transmitted by at least one first device; indicate sidelink feedback information for the first sidelink data information and/or reference signal by using an identifier; and transmit to the at least one first device the indicated sidelink feedback information, wherein indicating the sidelink feedback information by using an identifier includes: determining, according to the identifier, at least one of a sequence, an orthogonal cover code, a root sequence and a cyclic shift, that is used to indicate the sidelink feedback information. a memory that stores a plurality of instructions; and a processor (1201, 1202, 1203) coupled to the memory and configured to execute the instructions to: receive first sidelink data information and/or a reference signal transmitted by at least one first device; indicate sidelink feedback information for the first sidelink data information and/or reference signal by using an identifier; and transmit to the at least one first device the indicated sidelink feedback information, wherein indicating the sidelink feedback information by using an identifier includes: determining, according to the identifier, at least one of a sequence, an orthogonal cover code, a root sequence and a cyclic shift, that is used to indicate the sidelink feedback information. receive first sidelink data information and/or a reference signal transmitted by at least one first device; indicate sidelink feedback information for the first sidelink data information and/or reference signal by using an identifier; and transmit to the at least one first device the indicated sidelink feedback information, wherein indicating the sidelink feedback information by using an identifier includes: determining, according to the identifier, at least one of a sequence, an orthogonal cover code, a root sequence and a cyclic shift, that is used to indicate the sidelink feedback information.
A portable system for user-controlled audio output or display output, comprising a wearable physical activity monitoring device comprising: a wireless proximity detection module comprising at least one antenna a memory storing a detection database configured to store mapping information; a user interface configured to provide an audio output and a display output to a user of the portable system; wherein the wireless proximity detection module is configured to detect a proximity of an input control entity with respect to the physical activity monitoring device and to output a control signal as a response to the detection by performing: a) measuring the proximity of the input control entity by measuring a change in an antenna impedance or in an antenna resonance frequency caused by moving the input control entity with respect to the at least one antenna; b) mapping, by using the detection database, the measured proximity to the control signal, and c) outputting the control signal; a user interface controller configured to generate, as a response to the control signal from the wireless proximity detection module, an adjustment of an audio parameter or a display parameter of the user interface, wherein the proximity is a non-zero distance between the input control entity and the training computer. a wireless proximity detection module comprising at least one antenna a memory storing a detection database configured to store mapping information; a user interface configured to provide an audio output and a display output to a user of the portable system; wherein the wireless proximity detection module is configured to detect a proximity of an input control entity with respect to the physical activity monitoring device and to output a control signal as a response to the detection by performing: a) measuring the proximity of the input control entity by measuring a change in an antenna impedance or in an antenna resonance frequency caused by moving the input control entity with respect to the at least one antenna; b) mapping, by using the detection database, the measured proximity to the control signal, and c) outputting the control signal; a) measuring the proximity of the input control entity by measuring a change in an antenna impedance or in an antenna resonance frequency caused by moving the input control entity with respect to the at least one antenna; b) mapping, by using the detection database, the measured proximity to the control signal, and c) outputting the control signal; a user interface controller configured to generate, as a response to the control signal from the wireless proximity detection module, an adjustment of an audio parameter or a display parameter of the user interface, wherein the proximity is a non-zero distance between the input control entity and the training computer.
A vehicle stabilizer device including a stabilizer extending in a width direction of a vehicle, and a bush unit provided on a support portion of the stabilizer, the bush unit comprising: a bracket formed of metal; a rubber bush comprising a first bush piece and a second bush piece arranged inside the bracket, and including a hole through which the stabilizer passes, said first bush piece and said second bush piece formed of a material having rubber elasticity; and an adhesion layer provided between an inner surface (64, 65) of the hole of the rubber bush and the stabilizer, the adhesion layer being formed of an adhesion member including at least an adhesive formed on the inner surface (64, 65), and characterized by one bonding display portion formed of a part of the adhesion member, the bonding display portion being provided at a corner (C1, C3) on an end face (66, 68) of the first and second bush pieces (61, 62) near the inner surface (64, 65), and sticking to the end face (66, 68), and another bonding display portion formed of a part of the adhesion member, the other bonding display portion being provided at a corner (C2, C4) on the other end face (67, 69) of the first and second bush pieces (61, 62) near the inner surface (64, 65), and sticking to the other end face (67, 69). a bracket formed of metal; a rubber bush comprising a first bush piece and a second bush piece arranged inside the bracket, and including a hole through which the stabilizer passes, said first bush piece and said second bush piece formed of a material having rubber elasticity; and an adhesion layer provided between an inner surface (64, 65) of the hole of the rubber bush and the stabilizer, the adhesion layer being formed of an adhesion member including at least an adhesive formed on the inner surface (64, 65), and characterized by one bonding display portion formed of a part of the adhesion member, the bonding display portion being provided at a corner (C1, C3) on an end face (66, 68) of the first and second bush pieces (61, 62) near the inner surface (64, 65), and sticking to the end face (66, 68), and another bonding display portion formed of a part of the adhesion member, the other bonding display portion being provided at a corner (C2, C4) on the other end face (67, 69) of the first and second bush pieces (61, 62) near the inner surface (64, 65), and sticking to the other end face (67, 69).
A target launching system for sport shooting comprising, successively in an alignment direction, a first target projection machine, a second target projection machine and a third target projection machine, each of the first machine, the second machine and the third machine comprising: - a launching unit which is movable in rotation relative to a base, - a launching arm movable in rotation relative to the launching unit, characterised in that the base is a base common to the first target projection machine, the second target projection machine and the third target projection machine, and in that it includes a pedestal on which the common base is movable in rotation along a base axis. - a launching unit which is movable in rotation relative to a base, - a launching arm movable in rotation relative to the launching unit, characterised in that the base is a base common to the first target projection machine, the second target projection machine and the third target projection machine, and in that it includes a pedestal on which the common base is movable in rotation along a base axis.