mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning device for a motor vehicle, comprising - a refrigerant circuit with a refrigerant main circuit having a compressor, a capacitor/gas cooler, a first expansion organ and an air/refrigerant heat exchanger operable as a first evaporator that are arranged in the direction of flow of the refrigerant in this sequence in the refrigerant main circuit, as well as - a cooling agent circuit with a cooling agent pump and a receiver heat exchanger thermally coupled with a heat source, wherein the refrigerant circuit and the cooling agent circuit are thermally intercoupled by means of a coupling heat exchanger configured as cooling agent/refrigerant-heat exchanger that is downstream refrigerant-side in the direction of flow of the first evaporator and also operable as evaporator, characterised in that a branch line branching before the first expansion organ in the flow of direction of the refrigerant off the refrigerant main circuit, opens up between the first evaporator and the coupling heat exchanger into the refrigerant main circuit, and having a controllable branch line expansion organ. - a refrigerant circuit with a refrigerant main circuit having a compressor, a capacitor/gas cooler, a first expansion organ and an air/refrigerant heat exchanger operable as a first evaporator that are arranged in the direction of flow of the refrigerant in this sequence in the refrigerant main circuit, as well as - a cooling agent circuit with a cooling agent pump and a receiver heat exchanger thermally coupled with a heat source,
An extractor, in particular a laboratory extractor, for sucking off gaseous media with an inflow opening for sucking in air and an actuating opening closable by means of a front slide, wherein at least one outflow device (19, 29, 33) is provided for generating an air barrier extending into a surrounding space, wherein the air barrier is directed in the direction of the surrounding space and away from the inflow opening for deflecting disturbing room air and/or supply air flows.
Hob device with at least one hotplate (12a-c), which is provided to set down at least one item of cookware in at least one set-down area (14a-c) for heating, and with at least one temperature compensation unit (16a-c), which is provided to essentially reduce at least one temperature gradient of the hotplate (12a-c) between the set-down area (14a-c) and at least one area (18a-c) surrounding the set-down area (14a-c), characterised in that the temperature compensation unit (16a-b) is provided to heat the hotplate (12a-b) in the surrounding area (18a-b).
Method for guiding a vehicle at least in part automatically, wherein - gaze tracking data is generated by tracking a gaze direction of a user of the vehicle for a predefined time interval; and - the gaze tracking data is analyzed by a computing unit with respect to a lane change intention of the user; characterized in that - depending on a result of the analysis, an at least partially automatic lane change maneuver is proposed to the user or the at least partially automatic lane change maneuver is initiated by the computing unit. - gaze tracking data is generated by tracking a gaze direction of a user of the vehicle for a predefined time interval; and - the gaze tracking data is analyzed by a computing unit with respect to a lane change intention of the user; characterized in that - depending on a result of the analysis, an at least partially automatic lane change maneuver is proposed to the user or the at least partially automatic lane change maneuver is initiated by the computing unit.
A thermal recording material having a thermosensitive layer disposed on a solid substrate having a color, the thermosensitive layer comprising single phase diffuser polymer particles, each of which has a center, a surface, a refractive index at the center thereof (RI center) different from a refractive index at the surface thereof (RI surface), and a continuous refractive index gradient, the thermosensitive layer further comprising heat deformable particles and a binder, wherein single phase means that the as made diffuser particles exhibit a gradual increase or decrease in refractive index from the center to the surface, and wherein RI center refers to the refractive index measured at the center of the diffuser polymer particles in glycerol using a Zeiss Jenaval Interphako Interference Microscope, and RI surface refers to the refractive index measured at the surface of the diffuser polymer particles in glycerol using a Zeiss Jenaval Interphako Interference Microscope.
Method for carbonitriding at least one component in a treatment chamber, in which at least one process gas (28; 30) is introduced into the treatment chamber, characterized in that a hydrogen fraction in a resulting atmosphere in the treatment chamber is detected and is at least temporarily held in a desired range (55; 57) by influencing the quantity of supplied process gas (28; 30).
A heavy duty tire comprising: a tread portion provided with a plurality of main grooves extending continuously in the tire circumferential direction and a plurality of annular land zones defined by the main grooves, wherein the land zones include at least one first land zone which is defined as being provided with first recesses disposed at one of the edges of the first land zone, second recesses disposed at the other edge of the first land zone, sipes and shallow grooves, wherein the sipes have a depth and the shallow grooves have a depth less than the depth of the sipes, characterized in that the sipes extend from the first recesses to the second recesses, and the shallow grooves extend from non-recessed portions of one edge of the first land zone to non-recessed portions of the other edge. a tread portion provided with a plurality of main grooves extending continuously in the tire circumferential direction and a plurality of annular land zones defined by the main grooves, wherein the land zones include at least one first land zone which is defined as being provided with first recesses disposed at one of the edges of the first land zone, second recesses disposed at the other edge of the first land zone, sipes and shallow grooves, wherein the sipes have a depth and the shallow grooves have a depth less than the depth of the sipes, characterized in that the sipes extend from the first recesses to the second recesses, and the shallow grooves extend from non-recessed portions of one edge of the first land zone to non-recessed portions of the other edge.
A pressure measuring device for a bicycle, the pressure measuring device comprising: a housing; and a pressure chamber disposed in the housing, characterized in that the pressure measuring device further comprises: a valve disposed in a first opening of the pressure chamber, the valve operable to allow addition or removal of fluid along a flow path between the first opening and a second opening of the pressure chamber into or out of a tire assembly volume of a tire assembly; a sense element in pressure communication with the pressure chamber between the first opening and the second opening along the flow path; and a variable sealing arrangement configured to facilitate relative rotation of the tire assembly and the housing while maintaining a sealing interaction therebetween. a housing; and a pressure chamber disposed in the housing, characterized in that the pressure measuring device further comprises: a valve disposed in a first opening of the pressure chamber, the valve operable to allow addition or removal of fluid along a flow path between the first opening and a second opening of the pressure chamber into or out of a tire assembly volume of a tire assembly; a sense element in pressure communication with the pressure chamber between the first opening and the second opening along the flow path; and a variable sealing arrangement configured to facilitate relative rotation of the tire assembly and the housing while maintaining a sealing interaction therebetween. a valve disposed in a first opening of the pressure chamber, the valve operable to allow addition or removal of fluid along a flow path between the first opening and a second opening of the pressure chamber into or out of a tire assembly volume of a tire assembly; a sense element in pressure communication with the pressure chamber between the first opening and the second opening along the flow path; and a variable sealing arrangement configured to facilitate relative rotation of the tire assembly and the housing while maintaining a sealing interaction therebetween.
A method for communication, the method comprising: in an integrated optical communication system comprising: an electronics die (601, 701) bonded to a first surface of a photonic interposer (605, 705); and a substrate (407, 515, 607, 707) coupled to a second surface of said photonic interposer (405, 500, 605, 705) opposite to said first surface, wherein an optical fiber (409, 509, 609, 709) and a light source assembly (621, 721) are coupled to said second surface of said interposer (605, 705) in one or more cavities formed in the substrate (607, 707): receiving a continuous wave optical signal in said photonic interposer (605, 705) from said light source assembly (621, 721); and communicating a modulated optical signal to said optical fiber (609, 709) from said photonic interposer (605, 705). an electronics die (601, 701) bonded to a first surface of a photonic interposer (605, 705); and a substrate (407, 515, 607, 707) coupled to a second surface of said photonic interposer (405, 500, 605, 705) opposite to said first surface, wherein an optical fiber (409, 509, 609, 709) and a light source assembly (621, 721) are coupled to said second surface of said interposer (605, 705) in one or more cavities formed in the substrate (607, 707): receiving a continuous wave optical signal in said photonic interposer (605, 705) from said light source assembly (621, 721); and communicating a modulated optical signal to said optical fiber (609, 709) from said photonic interposer (605, 705). receiving a continuous wave optical signal in said photonic interposer (605, 705) from said light source assembly (621, 721); and communicating a modulated optical signal to said optical fiber (609, 709) from said photonic interposer (605, 705).
A method for configuring, by an evolved NodeB, eNB, (11, 800), user equipment, UE, (12, 900) capability in a wireless communication system, the method comprising: configuring a first UE for a first release of 3rd generation partnership project, 3GPP, long-term evolution, LTE, which does not support 256 quadrature amplitude modulation, QAM, with a first category, X; and configuring a second UE for a second release of 3GPP LTE, which supports 256QAM, with a second category, Y, wherein the first release is 3GPP LTE release 11 or before release, wherein the second release is 3GPP LTE release 12 or after release, wherein the second UE of the second category Y supports 4 component carriers, CCs, for the maximum data rate in downlink, DL, wherein the first UE of the first category, X, does not support the second category, Y, according to the requirements of LTE release 11 or before release, and wherein the method further comprises, if the same first category, X, for the same maximum data rate is defined in the first release and the second release: if the second UE supports both the first category, X, and the second category, Y, explicitly signaling, by the second UE, both the first category, X, and the second category, Y; or if the second UE supports both the first category, X, and the second category, Y, signaling, by the second UE, only the first category, X, along with the 256QAM capability. configuring a first UE for a first release of 3rd generation partnership project, 3GPP, long-term evolution, LTE, which does not support 256 quadrature amplitude modulation, QAM, with a first category, X; and configuring a second UE for a second release of 3GPP LTE, which supports 256QAM, with a second category, Y, wherein the first release is 3GPP LTE release 11 or before release, wherein the second release is 3GPP LTE release 12 or after release, wherein the second UE of the second category Y supports 4 component carriers, CCs, for the maximum data rate in downlink, DL, wherein the first UE of the first category, X, does not support the second category, Y, according to the requirements of LTE release 11 or before release, and wherein the method further comprises, if the same first category, X, for the same maximum data rate is defined in the first release and the second release: if the second UE supports both the first category, X, and the second category, Y, explicitly signaling, by the second UE, both the first category, X, and the second category, Y; or if the second UE supports both the first category, X, and the second category, Y, signaling, by the second UE, only the first category, X, along with the 256QAM capability. if the second UE supports both the first category, X, and the second category, Y, explicitly signaling, by the second UE, both the first category, X, and the second category, Y; or if the second UE supports both the first category, X, and the second category, Y, signaling, by the second UE, only the first category, X, along with the 256QAM capability.
A method for determining a precoding matrix indicator, comprising: receiving a reference signal set sent by a base station; based on the reference signal set, selecting a precoding matrix from a codebook, the codebook at least comprising a non-constant modulus precoding matrix, the non-constant modulus precoding matrix at least comprising a non-constant modulus column vector, amplitude values of at least two elements of the non-constant modulus column vector forming a symmetrical sequence, wherein the non-constant modulus precoding matrix is a product of a diagonal matrix and a constant modulus matrix, and diagonal elements of the diagonal matrix consist of amplitude values of elements of the non-constant modulus column vector; sending a precoding matrix indicator to the base station, the precoding matrix indicator corresponding to the selected precoding matrix. receiving a reference signal set sent by a base station; based on the reference signal set, selecting a precoding matrix from a codebook, the codebook at least comprising a non-constant modulus precoding matrix, the non-constant modulus precoding matrix at least comprising a non-constant modulus column vector, amplitude values of at least two elements of the non-constant modulus column vector forming a symmetrical sequence, wherein the non-constant modulus precoding matrix is a product of a diagonal matrix and a constant modulus matrix, and diagonal elements of the diagonal matrix consist of amplitude values of elements of the non-constant modulus column vector; sending a precoding matrix indicator to the base station, the precoding matrix indicator corresponding to the selected precoding matrix.
A neural network system implemented by one or more computers, the neural network system being configured for image generation, wherein the neural network system is configured to receive a neural network input and to generate an output image from the neural network input, the output image being generated based on images on which the system was trained, the output image comprising a plurality of pixels arranged in a two-dimensional map, each pixel having a respective color value for each of a plurality of color channels, and the neural network system comprising: one or more initial neural network layers configured to receive the neural network input and to process the neural network input to generate an alternative representation of the neural network input, wherein the neural network input comprises an image; and one or more output layers, wherein the output layers are configured to receive the alternative representation and to generate color values in the output image pixel by pixel in accordance with a sequence of pixels of the output image thereby to generate the output image, wherein generating the color values comprises, for each pixel in the output image, generating a respective score distribution comprising a probability distribution over a discrete set of possible color values for each of the plurality of color channels wherein during training, the neural network input comprises an input image and the output image comprises a reconstruction of the input image. one or more initial neural network layers configured to receive the neural network input and to process the neural network input to generate an alternative representation of the neural network input, wherein the neural network input comprises an image; and one or more output layers, wherein the output layers are configured to receive the alternative representation and to generate color values in the output image pixel by pixel in accordance with a sequence of pixels of the output image thereby to generate the output image, wherein generating the color values comprises, for each pixel in the output image, generating a respective score distribution comprising a probability distribution over a discrete set of possible color values for each of the plurality of color channels wherein during training, the neural network input comprises an input image and the output image comprises a reconstruction of the input image.
A method for identifying a device, comprising: acquiring, by a control device, device description information of a multimedia device; acquiring, by the control device, an appearance image of the multimedia device according to the device description information; displaying, by the control device, the appearance image of the multimedia device; wherein in response to a user selection, the control device establishes a connection with the multimedia device; wherein the acquiring, by the control device, the appearance image of the multimedia device according to the device description information, comprises: acquiring, by the control device, the appearance image of the multimedia device from a network according to the device description information; wherein the control device is a mobile phone. acquiring, by a control device, device description information of a multimedia device; acquiring, by the control device, an appearance image of the multimedia device according to the device description information; displaying, by the control device, the appearance image of the multimedia device; wherein in response to a user selection, the control device establishes a connection with the multimedia device; wherein the acquiring, by the control device, the appearance image of the multimedia device according to the device description information, comprises: acquiring, by the control device, the appearance image of the multimedia device from a network according to the device description information; wherein the control device is a mobile phone. acquiring, by the control device, the appearance image of the multimedia device from a network according to the device description information; wherein the control device is a mobile phone.
Rimless sanitary article, in particular a toilet or urinal, which has a connection pipe for supplying flushing water, a bowl and a wall portion with openings, wherein the openings serve for the through-passage of the flushing water into the bowl, characterized in that the wall portion with the openings is a wall element which can be removed upwards from the bowl and has two sides, wherein the two sides can be connected in a form-fitting manner to the bowl.
A method for assessing quality of a transmission channel in a wireless network, the method comprising the steps of a) a first station transmitting a first unicast message (RESPONSE 1) to a second station by said transmission channel; b) if no acknowledgement of the first unicast message (RESPONSE 1) is received from the second station, the first station transmitting a further unicast message (RESPONSE 2,RESPONSE 3,...) at a higher power level, and c) if an acknowledgment of the first or any further unicast message (RESPONSE 1, RESPONSE 2,RESPONSE 3,...) is received from the second station, assessing the quality of the transmission channel based on the power level or the number (n) of unicast messages that were needed to trigger the acknowledgment. a) a first station transmitting a first unicast message (RESPONSE 1) to a second station by said transmission channel; b) if no acknowledgement of the first unicast message (RESPONSE 1) is received from the second station, the first station transmitting a further unicast message (RESPONSE 2,RESPONSE 3,...) at a higher power level, and c) if an acknowledgment of the first or any further unicast message (RESPONSE 1, RESPONSE 2,RESPONSE 3,...) is received from the second station, assessing the quality of the transmission channel based on the power level or the number (n) of unicast messages that were needed to trigger the acknowledgment.
Transport star for conveying bottles or like containers on a container transport section (8, 10) connecting container handling machines or assemblies (3, 4, 5), comprising a rotor-like transport element that can be rotationally driven around a vertical machine axis (MA1 - MA4), and comprising a plurality of transport positions (14.1) on the transport element, each provided with a container carrier for holding a container, wherein, in order to form a laminar flow system above the container carriers, and thus above the trajectory of the containers arranged at the transport positions (14.1), which system avoids contamination of the containers, a plurality of discharge openings for a sterile vaporous and/or gaseous medium or fluid are provided, specifically for forming a fluid stream, an air stream from the top down along a container outer surface of the containers, characterised in that the discharge openings are provided on a panel in the form of a perforated or laminator sheet, circulating with the transport element, at a channel for delivering and distributing the sterile fluid, wherein the discharge openings form in each case groups of several discharge openings and/or the discharge openings or their group are provided in each case exclusively above the transport positions (14.1).
A detergent composition for automatic dishwashing machines, comprising particles comprising 0.05 to 10% by mass of (a) a polymer compound having a monomer unit with a cationic group and another monomer unit with an anionic group at a molar ratio [the total number of moles of cationic groups]/[the total number of moles of anionic groups] of 30/70 to 90/10, the content of the polymer compound (a) in the detergent composition being 0.05 to 1.5% by mass, and wherein the molar ratio of the monomer unit /[monomer unit + monomer unit] is 0.65 to 0.90.
A reinforced composite having an unplasticized polyvinyl chloride matrix reinforced by means of elongated steel element, wherein said elongated steel element is coated with a layer of acrylate based polymer.