mhurhangee/ep-ind-claims huggingface dataset:
Electronic device comprising anode, cathode and at least one emitting layer arranged between anode and cathode, and - at least one hole-transport layer A, comprising at least one hole-transport material, - at least one p-doped hole-transport layer B, comprising at least one p-dopant and at least one hole-transport material matrix, - at least one hole-transport layer C, comprising at least one hole-transport material, where the hole-transport layers A, B and C are arranged between anode and emitting layer, and where the hole-transport layer B is arranged on the cathode side of the hole-transport layer A, and the hole-transport layer C is arranged on the cathode side of the hole-transport layer B, and where a p-doped hole-transport layer A', comprising at least one p-dopant and a hole-transport material matrix, is arranged between the anode and the hole-transport layer A, characterised in that the hole-transport layers A', A, B and C each comprise one or more identical or different triarylamine compounds, and the hole-transport layers A', A, B and C are directly adjacent to one another. - at least one hole-transport layer A, comprising at least one hole-transport material, - at least one p-doped hole-transport layer B, comprising at least one p-dopant and at least one hole-transport material matrix, - at least one hole-transport layer C, comprising at least one hole-transport material,
A reader device for reading information stored on a magnetic strip containing a plurality of polarized magnets, each providing a magnetic flux, said reader device comprising: a magnetoresistive sensor including a plurality of magnetoresistive elements and configured for reading the information stored on the magnetic strip and outputting a read signal; a processing module configured for decoding the read signal and extracting binary data; wherein the read signal comprises amplitude information of the magnetic flux; characterized in that the processing module is further configured for decoding the read signal using the amplitude information of the read signal by determining the absolute value signal from the read signal; from the absolute value signal, determining a threshold value; detecting peaks from the derivative of the absolute value signal; for each detected peak, comparing the absolute value signal with the threshold value; and assigning a bit "0" if the absolute voltage value is higher than the threshold value and assigning a bit "1" if the absolute voltage value is lower than the threshold value. a magnetoresistive sensor including a plurality of magnetoresistive elements and configured for reading the information stored on the magnetic strip and outputting a read signal; a processing module configured for decoding the read signal and extracting binary data; wherein the read signal comprises amplitude information of the magnetic flux; characterized in that the processing module is further configured for decoding the read signal using the amplitude information of the read signal by determining the absolute value signal from the read signal; from the absolute value signal, determining a threshold value; detecting peaks from the derivative of the absolute value signal; for each detected peak, comparing the absolute value signal with the threshold value; and assigning a bit "0" if the absolute voltage value is higher than the threshold value and assigning a bit "1" if the absolute voltage value is lower than the threshold value.
A coaxial cable, comprising: an inner conductor; a dielectric layer disposed on an outer circumferential surface of the inner conductor; a tape member having a band-shaped base and an electrical-field-shielding layer disposed on one surface of the base, the tape member being wrapped around an outer circumferential surface of the dielectric layer such that the base contacts the dielectric layer; and a plurality of leads for outer conductors disposed such that at least a portion of the leads contacts the electrical-field-shielding layer, wherein a resistance value of the electrical-field-shielding layer is 500Ω/m or higher. an inner conductor; a dielectric layer disposed on an outer circumferential surface of the inner conductor; a tape member having a band-shaped base and an electrical-field-shielding layer disposed on one surface of the base, the tape member being wrapped around an outer circumferential surface of the dielectric layer such that the base contacts the dielectric layer; and a plurality of leads for outer conductors disposed such that at least a portion of the leads contacts the electrical-field-shielding layer, wherein a resistance value of the electrical-field-shielding layer is 500Ω/m or higher.
A system for generating a key-image from a medical image, the key-image comprising an image area selected from the medical image, the system comprising: - an image interface for obtaining the medical image and metadata indicative of a content of the medical image; - a database interface for accessing anatomical information on a medical database, the anatomical information being indicative of anatomical landmarks associated with the content of the medical image; - an image analyzer for: i) detecting a lesion in the medical image; ii) based on the anatomical information, identifying an anatomical landmark which has an anatomical relation with the lesion; and iii) detecting the anatomical landmark in the medical image; and - a key-image generator for j) selecting an image area in the medical image which comprises the lesion and the anatomical landmark, and jj) generating the key-image so as to comprise said image area. - an image interface for obtaining the medical image and metadata indicative of a content of the medical image; - a database interface for accessing anatomical information on a medical database, the anatomical information being indicative of anatomical landmarks associated with the content of the medical image; - an image analyzer for: i) detecting a lesion in the medical image; ii) based on the anatomical information, identifying an anatomical landmark which has an anatomical relation with the lesion; and iii) detecting the anatomical landmark in the medical image; and i) detecting a lesion in the medical image; ii) based on the anatomical information, identifying an anatomical landmark which has an anatomical relation with the lesion; and iii) detecting the anatomical landmark in the medical image; and - a key-image generator for j) selecting an image area in the medical image which comprises the lesion and the anatomical landmark, and jj) generating the key-image so as to comprise said image area.
Transportable stage platform formed of a plurality of platform elements having an in particular rectangular peripheral contour, which elements comprise, in the region of a frame delimiting a plate core, respective connectors which hold the platform elements in the usage position and, as a result, the platform elements can be supported on the floor side by means of support feet which attach to said connector, such that the platform elements are constructed as a multipart assembly structure having a plate core, a support frame which receives said core, and a cover plate and bottom plate (5', 6'), the platform elements (1, 1'), which can be laid adjacently to one another, cooperating, as respective retaining units, with a plug and socket system which is hidden in the usage position and can be handled without tools during assembly or disassembly thereof, which system is integrated in respective side profile parts (7, 8, 9, 10) which form the support frame, characterised in that the plug and socket system is provided, in the region of the socket and/or the plug, with a retaining part which produces an additional press-in connection in the installation position.
A method comprising: storing a first set of message information corresponding to a first message; and generating a second message, said second message including at least a compressed message type indicator and at least one field having a value which is to replace a value of a corresponding field included in said first set of message information; wherein said first message is a mobile IP message, said second message is a mobility message, and said compressed message type indicator indicates that said second message is a compressed message which does not include at least one of a Home Agent address, a lifetime, and a Home Address. storing a first set of message information corresponding to a first message; and generating a second message, said second message including at least a compressed message type indicator and at least one field having a value which is to replace a value of a corresponding field included in said first set of message information;
A food processor for cutting a food ingredient 13, comprising: a motorized base for generating a rotational force; a processor bowl removably attached to the motorized base; a spindle within the processor bowl in which the spindle can be rotated by the rotational force from the motorized base; a spiralizer cutter attached to the spindle within the processor bowl, the spiralizer cutter having a blade (18, 19) along a radius of the spiralizer cutter: a lid for the processor bowl, the lid having a center position corresponding to the spindle and a radial position between the center position and an edge of the lid; characterized in that, the food processor comprises a feed tube for positioning at one of the center position and the radial position, wherein the feed tube can be repositioned between the center and radial positions. a motorized base for generating a rotational force; a processor bowl removably attached to the motorized base; a spindle within the processor bowl in which the spindle can be rotated by the rotational force from the motorized base; a spiralizer cutter attached to the spindle within the processor bowl, the spiralizer cutter having a blade (18, 19) along a radius of the spiralizer cutter: a lid for the processor bowl, the lid having a center position corresponding to the spindle and a radial position between the center position and an edge of the lid; characterized in that, the food processor comprises a feed tube for positioning at one of the center position and the radial position, wherein the feed tube can be repositioned between the center and radial positions.
Refrigeration appliance, in particular household refrigeration appliance, having a door leaf with a front-side outer wall, a rear-side inner wall and at least one side flank, wherein the door leaf is delimited on an end face by the side flank, and an interposed insulating layer and a grip tray with a recessed grip, which can be accessed via an opening in the side flank, characterised in that the opening in the side flank has a strip, which in an assembled position of the grip tray engages into a corresponding groove in the grip tray and the grip tray is held against the opening in the side flank by means of a latching connection, wherein the strip is embodied such that it protrudes inwardly in the direction of the insulating layer, starting from a peripheral edge of the opening in the side flank, and the strip extends all around the entire edge of the opening in the side flank and the grip tray has a side wall with an edge, on which the groove is embodied, wherein the groove is embodied such that it protrudes in the direction of the strip, starting from the edge of the side wall of the grip tray, and extends all around the entire edge of the side wall of the grip tray.
A 3GPP network node configured to operate in an unlicensed communication spectrum, the network node including a processor and a transceiver, the processor being configured to: determine an identifier d for a subframe for an uplink control channel transmission, the uplink control channel transmission comprising at least HARQ-ACK information, wherein the subframe for the uplink control transmission is a function of at least an index n of a subframe in a downlink control channel that is configured to transmit the identifier d, and the identifier d; and wherein the transceiver is configured to transmit the identifier d in the downlink control channel; wherein the processor is configured to associate the identifier d with a set of subframes for uplink control channel transmission according to the index n of the subframe in the downlink control channel in which the identifier d is transmitted, and identify the at least one subframe from the set of subframes for the uplink control channel transmission as the first subframe in which an listen-before-talk, LBT, procedure is successful. determine an identifier d for a subframe for an uplink control channel transmission, the uplink control channel transmission comprising at least HARQ-ACK information, wherein the subframe for the uplink control transmission is a function of at least an index n of a subframe in a downlink control channel that is configured to transmit the identifier d, and the identifier d; and wherein the transceiver is configured to transmit the identifier d in the downlink control channel; wherein the processor is configured to associate the identifier d with a set of subframes for uplink control channel transmission according to the index n of the subframe in the downlink control channel in which the identifier d is transmitted, and identify the at least one subframe from the set of subframes for the uplink control channel transmission as the first subframe in which an listen-before-talk, LBT, procedure is successful.
Disc rotor motor with a stator and a disc-shaped rotor arranged rotatably about an axis of rotation relative to the stator, wherein the stator has coils, each of which has a winding surrounding a core region, and wherein the rotor has magnets which cooperate with the coils and are arranged along a circular path, wherein the coils each extend over an angular region, within which a plurality of magnets are located on the rotor, and wherein a respective field-directing element is provided on the side of the respective coil facing the rotor, which field-directing element directs the magnetic field generated by the respective coil towards the plurality of magnets, the respective field-directing element having a rotor section facing the rotor and a core section parallel to the axis of rotation inserted into the core region of the respective coil, characterized in that the core sections extend only over a partial region of the height of the coils.
A method for controlling the activation of hotspot functionality at a first User Equipment, UE, the method performed at the first UE or at a server in communication with the first UE and comprising: obtaining a first primary score indicating the suitability of using the first UE as a hotspot; and assessing the first primary score to ascertain the suitability of using the first UE as a hotspot; and determining whether to activate the hotspot functionality of the first UE at least partially based on said assessment, wherein activation of the hotspot functionality of the first UE allows the first UE to act as a hotspot; and wherein the first primary score is obtained based on at least one factor indicating at least one of: movement of the first UE; the first UE is roaming outside its home network; and cellular connection data usage of the first UE for its own purpose. obtaining a first primary score indicating the suitability of using the first UE as a hotspot; and assessing the first primary score to ascertain the suitability of using the first UE as a hotspot; and determining whether to activate the hotspot functionality of the first UE at least partially based on said assessment, wherein activation of the hotspot functionality of the first UE allows the first UE to act as a hotspot; and wherein the first primary score is obtained based on at least one factor indicating at least one of: movement of the first UE; the first UE is roaming outside its home network; and cellular connection data usage of the first UE for its own purpose. movement of the first UE; the first UE is roaming outside its home network; and cellular connection data usage of the first UE for its own purpose.
(amended) A process for producing a carboxylic acid having a carbon number of "n+1" which comprises allowing an alcohol having a carbon number of "n" or a derivative thereof to continuously react with carbon monoxide in the presence of a catalyst system comprising a metal catalyst component, and an alkyl halide and/or hydrogen halide, and a limited amount of water, continuously withdrawing the reaction mixture from the reaction system, introducing the withdrawn reaction mixture into a distillation step, and separating a higher-boiling component at least containing the metal catalyst component and a lower-boiling component containing a carboxylic acid having a carbon number of "n+1", respectively, wherein the amount of carbon monoxide contained in a liquidphase of the reaction systemrelative to 1 kilogram of the liquid phase by weight is at least 2 mmol per 1 MPa of carbon monoxide partial pressure of the reaction system, and the carbonmonoxide partial pressure of the reaction system is 0.9 to 3 MPa.
A lithographic apparatus comprising: a support structure constructed to support a patterning device and associated pellicle, the patterning device being capable of imparting the radiation beam with a pattern in its cross-section to form a patterned radiation beam; and a projection system configured to project the patterned radiation beam onto a target portion of a substrate, wherein the support structure is located in a housing and wherein pressure sensors are located in the housing and wherein the pressure sensors are provided either side of an opening in the housing, the opening being between the pellicle and the projection system. a support structure constructed to support a patterning device and associated pellicle, the patterning device being capable of imparting the radiation beam with a pattern in its cross-section to form a patterned radiation beam; and a projection system configured to project the patterned radiation beam onto a target portion of a substrate, wherein the support structure is located in a housing and wherein pressure sensors are located in the housing and wherein the pressure sensors are provided either side of an opening in the housing, the opening being between the pellicle and the projection system.
A distributed heating and cooling network for installation in a single building comprising a plurality of individual units, each of the units having a plurality of rooms (101a - 101h), the network comprising one common liquid loop, a plurality of individual heat pumps (110a - 110h, 110) and a plurality of individual cold emitters, a first one of the plurality of heat pumps being located in a first one of the plurality of rooms of one of said units and being configured in a heating mode to provide heating to the first one of the plurality of rooms, a first one of the plurality of cold emitters being located in a second one of the plurality of rooms of the same unit and being configured in a cooling mode to provide cooling to the second one of the plurality of rooms, each heat pump and each cold emitter being directly and independently coupled to the common liquid loop of the network, that within each unit is provided at least one of said individual heat pumps to provide heating to that unit and at least one of said plurality of cold emitters to provide cooling to that unit, and wherein: in the cooling mode and during cooling operations, the first one of the plurality of individual cold emitters is coupled to the common liquid loop and is configured to extract heat from the room in which it is located and to transfer that heat to the common liquid loop; in the heating mode and during heating operations, the first one of the plurality of individual heat pumps is coupled to the common liquid loop and is configured to extract heat from the common liquid loop and to transfer that heat to the room in which it is located; and wherein during cooling operations, at least one of the plurality of heat pumps is also coupled to the common liquid loop and is configured to extract heat from the common liquid loop. in the cooling mode and during cooling operations, the first one of the plurality of individual cold emitters is coupled to the common liquid loop and is configured to extract heat from the room in which it is located and to transfer that heat to the common liquid loop; in the heating mode and during heating operations, the first one of the plurality of individual heat pumps is coupled to the common liquid loop and is configured to extract heat from the common liquid loop and to transfer that heat to the room in which it is located; and wherein during cooling operations, at least one of the plurality of heat pumps is also coupled to the common liquid loop and is configured to extract heat from the common liquid loop.
A cardiac rhythm management system, comprising: a sensing circuit to sense a cardiac signal; a heart rate variability measurement circuit, coupled to the sensing circuit, to measure an HRV being a variance in cardiac cycle lengths over a predetermined period of time based on the sensed cardiac signal and to produce an HRV parameter based on the HRV measurement; a pulse output circuit to deliver electrical stimulation pulses; and a stimulation control circuit coupled to the sensing circuit, the HRV measurement circuit, and the pulse output circuit, the stimulation control circuit including: a stimulation algorithm execution module to control the delivery of the electrical stimulation pulses by executing at least a first stimulation algorithm; a safety threshold generator to dynamically adjust the first safety threshold based on an indication, prediction, or estimation of an activity level. characterised by further comprising a safety check module which includes: a comparator to compare the HRV parameter to a first safety threshold and a second safety threshold; a switch circuit adapted to stop the execution of the first stimulation algorithm when the HRV parameter falls below the first safety threshold and to resume the execution of the first stimulation algorithm when the HRV parameter exceeds the second safety threshold; and a sensing circuit to sense a cardiac signal; a heart rate variability measurement circuit, coupled to the sensing circuit, to measure an HRV being a variance in cardiac cycle lengths over a predetermined period of time based on the sensed cardiac signal and to produce an HRV parameter based on the HRV measurement; a pulse output circuit to deliver electrical stimulation pulses; and a stimulation control circuit coupled to the sensing circuit, the HRV measurement circuit, and the pulse output circuit, the stimulation control circuit including: a stimulation algorithm execution module to control the delivery of the electrical stimulation pulses by executing at least a first stimulation algorithm; a safety threshold generator to dynamically adjust the first safety threshold based on an indication, prediction, or estimation of an activity level. characterised by further comprising a safety check module which includes: a stimulation algorithm execution module to control the delivery of the electrical stimulation pulses by executing at least a first stimulation algorithm; a safety threshold generator to dynamically adjust the first safety threshold based on an indication, prediction, or estimation of an activity level. characterised by further comprising a safety check module which includes: a comparator to compare the HRV parameter to a first safety threshold and a second safety threshold; a switch circuit adapted to stop the execution of the first stimulation algorithm when the HRV parameter falls below the first safety threshold and to resume the execution of the first stimulation algorithm when the HRV parameter exceeds the second safety threshold; and