mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: transmitting a different sequence of pilot signals over each of a plurality of communication connections, each communication connection comprising a plurality of communication channels, wherein said transmitting comprises transmitting, at the same time, the respective sequence on each communication channel of a communication connection, characterized in that the elements of the sequences for at least two communication channels of a communication connection are shifted in time with respect to each other. transmitting a different sequence of pilot signals over each of a plurality of communication connections, each communication connection comprising a plurality of communication channels, wherein said transmitting comprises transmitting, at the same time, the respective sequence on each communication channel of a communication connection, characterized in that the elements of the sequences for at least two communication channels of a communication connection are shifted in time with respect to each other.
A method for quantifying at least one microorganism group via at least one mass spectrometry analysis comprising at least one separation and fragmentation step, the method comprising, moreover, a step consisting in measuring the amount of at least one peptide representative of the microorganism group which the amount produced or expressed does not vary according to the growth phase in which said microorganism group is situated, or as a function of the type of culture having been subjected to said microorganism group, or as a function of the strains used that are part of a single one and the same microorganism group, the at least one representative peptide being obtained after the separation and fragmentation step and serving as quantification marker(s), the amount of the quantification marker(s) being directly correlatable to the amount of the microorganism group, and wherein: - the microorganism group consists of Pseudomonas aeruginosa species and said representative peptide is sequence SEQ ID NO: 6, and/or - the microorganism group consists of Escherichia coli species and said representative peptide is sequence SEQ ID NO: 2, and/or - the microorganism group consists of Staphilococcus aureus species and said representative peptide is sequence SEQ ID NO: 4, and/or - the microorganism group consists of the Enterobacteria family and said representative peptide is sequence SEQ ID NO: 8. - the microorganism group consists of Pseudomonas aeruginosa species and said representative peptide is sequence SEQ ID NO: 6, and/or - the microorganism group consists of Escherichia coli species and said representative peptide is sequence SEQ ID NO: 2, and/or - the microorganism group consists of Staphilococcus aureus species and said representative peptide is sequence SEQ ID NO: 4, and/or - the microorganism group consists of the Enterobacteria family and said representative peptide is sequence SEQ ID NO: 8.
An injectable composition comprising an acidic pharmaceutical compound, sodium carbonate and arginine, wherein at least the acidic pharmaceutical compound is solid, wherein the acidic pharmaceutical compound is an organic acid salt, an inorganic acid salt, an organic acid adduct or an inorganic acid adduct of cefotiam, or a compound represented by the formula: wherein the total amount of sodium carbonate and arginine is 0.3 to 6.2 equivalents per 1 equivalent of the acidic pharmaceutical compound, wherein the amount of sodium carbonate is 0.1 to 3.4 equivalents per 1 equivalent of the acidic pharmaceutical compound.
A polymer electrolyte membrane for a fuel cell comprising: - a polymer matrix; and - nano-sized proton conductive polymer particles in the polymer matrix, wherein the polymer matrix consists of a curable oligomer that has been cured and cross-linked, said curable oligomer having unsaturated functional groups at each end of a chain; and wherein the nano-sized proton conductive polymer particles comprise a fluorine-based proton conductive polymer with a cation exchange group at a side chain selected from the group consisting of a sulfonic acid group, a carboxylic acid group, a phosphoric acid group, a phosphonic acid group, and derivatives thereof. - a polymer matrix; and - nano-sized proton conductive polymer particles in the polymer matrix, wherein the polymer matrix consists of a curable oligomer that has been cured and cross-linked, said curable oligomer having unsaturated functional groups at each end of a chain; and wherein the nano-sized proton conductive polymer particles comprise a fluorine-based proton conductive polymer with a cation exchange group at a side chain selected from the group consisting of a sulfonic acid group, a carboxylic acid group, a phosphoric acid group, a phosphonic acid group, and derivatives thereof.
Method for establishing a vehicle network from at least two access points and a WLAN client, characterized by the following steps: a) the WLAN client acquires connection data of an access point of a first vehicle and of an access point of a second vehicle, in each case comprising a radio network identifier of the relevant access point, b) the WLAN client connects to the access point of the second vehicle, c) the WLAN client sends the connection data of the access point of the first vehicle, including the radio network identifier of the access point of the first vehicle, to the access point of the second vehicle, d) the access point of the second vehicle accepts the radio network identifier of the access point of the first vehicle, connects to the access point of the first vehicle via WDS and thus forms a single network visible to the WLAN client with the access point of the first vehicle. a) the WLAN client acquires connection data of an access point of a first vehicle and of an access point of a second vehicle, in each case comprising a radio network identifier of the relevant access point, b) the WLAN client connects to the access point of the second vehicle, c) the WLAN client sends the connection data of the access point of the first vehicle, including the radio network identifier of the access point of the first vehicle, to the access point of the second vehicle, d) the access point of the second vehicle accepts the radio network identifier of the access point of the first vehicle, connects to the access point of the first vehicle via WDS and thus forms a single network visible to the WLAN client with the access point of the first vehicle.
A heat pump water heater comprising a refrigerant circuit which is formed by annularly connecting a compressor, a radiator, an expansion device and an evaporator to one another through a pipe and through which refrigerant circulates, a heat pump unit in which at least the evaporator of the refrigerant circuit is disposed, and a hot water tank unit including a hot water tank in which warm water produced by the radiator is stored, wherein the heat pump unit is disposed above the hot water tank unit, and heat resistance R1 between the hot water tank and the heat pump unit is greater than heat resistance R2 between the hot water tank and a side of the hot water tank unit, and wherein the heat resistance R1 between the hot water tank and the evaporator of the heat pump unit is greater than the heat resistance R1 in the other regions characterized in that the heat pump water heater further comprises a partition which partitions the heat pump unit and the hot water tank unit from each other, wherein the heat resistance of a first region of the partition located below the evaporator is set greater than the heat resistance of a second region of the partition where the evaporator is not located.
A pharmaceutical composition comprising brivaracetam and lacosamide or/and a pharmaceutically acceptable salt thereof, optionally together with a pharmaceutically acceptable carrier, diluent or/and adjuvant.
A method of signal processing in a user equipment in a wireless communication system, the method comprising: receiving a first type subframe set and a second type subframe set from a serving cell; receiving first Channel Status Information, CSI, configuration information and second CSI configuration information from the serving cell; in a subframe designated in the first type subframe set, measuring CSI based on the first CSI configuration information and reporting the CSI to the serving cell; and in a subframe designated in the second type subframe set, measuring the CSI based on the second CSI configuration information and reporting the CSI to the serving cell, wherein the subframe designated in the first type subframe set is configured, by a neighbor cell, as an Almost Blank Subframe, ABS, and/or a Multicast Broadcast Single Frequency Network, MBSFN, subframe, and the neighbor cell performs joint processing for the user equipment together with the serving cell, wherein the subframe designated in the second type subframe set is configured such that the neighbor cell does not perform joint processing transmission for the user equipment together with the serving cell receiving a first type subframe set and a second type subframe set from a serving cell; receiving first Channel Status Information, CSI, configuration information and second CSI configuration information from the serving cell; in a subframe designated in the first type subframe set, measuring CSI based on the first CSI configuration information and reporting the CSI to the serving cell; and in a subframe designated in the second type subframe set, measuring the CSI based on the second CSI configuration information and reporting the CSI to the serving cell, wherein the subframe designated in the first type subframe set is configured, by a neighbor cell, as an Almost Blank Subframe, ABS, and/or a Multicast Broadcast Single Frequency Network, MBSFN, subframe, and the neighbor cell performs joint processing for the user equipment together with the serving cell, wherein the subframe designated in the second type subframe set is configured such that the neighbor cell does not perform joint processing transmission for the user equipment together with the serving cell
A method for determining a touch panel to object distance, TOD, in X-ray imaging, comprising: obtaining a three-dimensional image of a to-be-detected subject that comprises an object; determining a source to image distance, SID, and a touch panel to detector distance, TDD,; determining, based on the three-dimensional image, a distance between a light source of a camera assembly that captures the three-dimensional image and a predetermined key point located on a surface of the to-be-detected subject, wherein the predetermined key point corresponds to an X-ray imaging protocol; and determining the TOD based on the SID, the TDD, and the distance between the light source and the predetermined key point. obtaining a three-dimensional image of a to-be-detected subject that comprises an object; determining a source to image distance, SID, and a touch panel to detector distance, TDD,; determining, based on the three-dimensional image, a distance between a light source of a camera assembly that captures the three-dimensional image and a predetermined key point located on a surface of the to-be-detected subject, wherein the predetermined key point corresponds to an X-ray imaging protocol; and determining the TOD based on the SID, the TDD, and the distance between the light source and the predetermined key point.
A molded case circuit breaker having a load-side terminal for being connected to an external connection device, comprising: an insulating cover coupled to an enclosure of the molded case circuit breaker, in which the insulating cover includes an insulating wall for being interposed between the enclosure and the external connection device, wherein a gap occurs between the load-side terminal and the insulating wall, characterized by it additionally comprises an insertion part is formed where the insulating wall and a partition wall of the insulating wall are in contact, wherein the insertion part is configured to receive a coupling part protruding to the front of the external connection device. an insulating cover coupled to an enclosure of the molded case circuit breaker, in which the insulating cover includes an insulating wall for being interposed between the enclosure and the external connection device, wherein a gap occurs between the load-side terminal and the insulating wall, characterized by it additionally comprises an insertion part is formed where the insulating wall and a partition wall of the insulating wall are in contact, wherein the insertion part is configured to receive a coupling part protruding to the front of the external connection device.
A valve assembly (39, 47), comprising: a housing configured for receipt into a cylinder head of an engine, the housing having an internal cavity, an open top, an open bottom, and first and second spaced-apart and axially aligned apertures (104, 106), the open top, open bottom and axially aligned apertures (104, 106) being in fluid communication with the internal cavity; a valve barrel (38, 46) positioned in the internal cavity by sliding through the axially aligned apertures (104, 106) and adapted for rotation therein, the valve barrel (38, 46) having an annular peripheral surface and an aperture (40, 48) extending transversely therethrough communicating with the peripheral surface on opposite sides; a first seal assembly positioned in the open top and a second seal assembly positioned in the open bottom, wherein the first and second seal assemblies each include a seal having a sealing surface in mating engagement with the peripheral surface and an aperture extending therethrough, the aperture having a size and shape substantially equal to the aperture (40, 48) in the valve barrel (38, 46) to permit flow therethrough; and wherein when the aperture (40, 48) of the valve barrel (38, 46) is in alignment with the apertures of the first and second seal assemblies, gas is permitted to flow through the valve assembly (39, 47). a housing configured for receipt into a cylinder head of an engine, the housing having an internal cavity, an open top, an open bottom, and first and second spaced-apart and axially aligned apertures (104, 106), the open top, open bottom and axially aligned apertures (104, 106) being in fluid communication with the internal cavity; a valve barrel (38, 46) positioned in the internal cavity by sliding through the axially aligned apertures (104, 106) and adapted for rotation therein, the valve barrel (38, 46) having an annular peripheral surface and an aperture (40, 48) extending transversely therethrough communicating with the peripheral surface on opposite sides; a first seal assembly positioned in the open top and a second seal assembly positioned in the open bottom, wherein the first and second seal assemblies each include a seal having a sealing surface in mating engagement with the peripheral surface and an aperture extending therethrough, the aperture having a size and shape substantially equal to the aperture (40, 48) in the valve barrel (38, 46) to permit flow therethrough; and wherein when the aperture (40, 48) of the valve barrel (38, 46) is in alignment with the apertures of the first and second seal assemblies, gas is permitted to flow through the valve assembly (39, 47).
A tunneling diode comprising: an n+ doped layer; an n- doped layer on said n+ doped layer; a barrier layer on said n- doped layer, opposite said n+ layer; and a metal layer on said barrier layer, opposite said n- doped layer, wherein said n+ doped and n-doped layers are made from GaN and said barrier layer is made from AlGaN, and wherein said n+ doped layer, said n- doped layer, and said barrier layer have a spontaneous and piezoelectric polarization. an n+ doped layer; an n- doped layer on said n+ doped layer; a barrier layer on said n- doped layer, opposite said n+ layer; and a metal layer on said barrier layer, opposite said n- doped layer, wherein said n+ doped and n-doped layers are made from GaN and said barrier layer is made from AlGaN, and wherein said n+ doped layer, said n- doped layer, and said barrier layer have a spontaneous and piezoelectric polarization.
Dishwasher, in particular a domestic dishwasher, with a wash container which has a loading hatch and can be closed by a door, wherein in the interior of the dishwasher at least one passive illuminant (6a - 6m) is provided, which emits light as a result of illumination by means of at least one light source (9a - 9e), in particular at least when the door is open, characterised in that the light-emitting passive illuminant (6a - 6m) is provided on at least one receptacle basket (7, 7') for items to be washed, which can be moved out from and into the front of the wash container, and/or wherein in the interior of the dishwasher at least one passive illuminant (6a - 6m), which emits light as a result of illumination by means of at least one light source (9a - 9e), in particular at least when the door is open, is provided by a spray arm, which is at least partially formed by a passive illuminant or provided with a passive illuminant, in the wash container.
Device for dispensing a predetermined, heated amount of liquid at a removal station comprising a liquid reservoir, a supply line from the liquid reservoir to the removal station, and an operating device for triggering a removal of liquid, wherein the supply line is adapted in terms of its internal volume to the predetermined amount of liquid, and the supply line is equipped over its length or else in sections with a heating device, wherein a control device for the heating device is designed, characterized in that the control device is designed in such a way that a heating power for heating the liquid from a supply temperature to a comfort temperature within a heating interval is determined on the basis of constraints which are selected from the group which comprises a use interval for the removal station, a number of activation repetitions of the removal station per use interval, liquid volume removed per activation of the removal station, volume of the liquid reservoir, and daily use time.
Combined front-rear braking system of a motor vehicle, including a hydraulically controlled front brake and a mechanically controlled rear brake, comprising: a first control member of the front brake and a second control member of the rear brake, both the control members being movable between a rest position and an operative position; a hydraulic actuator of the front brake, hydraulically controlled through said first control member; a mechanical actuator of the rear brake controlled through said second control member; a transmission cable connected at a first end for actuating the front brake and at a second end to a mechanical actuator for actuating the rear brake, the transmission cable being inserted in a sheath, the transmission cable and the sheath having at least a curved portion, at which said transmission cable and said sheath rub together, characterized in that said second control member is connected to the sheath so as to apply thereto a force that is transmitted to the ends (61,62) of the transmission cable, thus causing the combined actuation of the front brake and of the rear brake (107, 109). a first control member of the front brake and a second control member of the rear brake, both the control members being movable between a rest position and an operative position; a hydraulic actuator of the front brake, hydraulically controlled through said first control member; a mechanical actuator of the rear brake controlled through said second control member; a transmission cable connected at a first end for actuating the front brake and at a second end to a mechanical actuator for actuating the rear brake, the transmission cable being inserted in a sheath, the transmission cable and the sheath having at least a curved portion, at which said transmission cable and said sheath rub together, characterized in that said second control member is connected to the sheath so as to apply thereto a force that is transmitted to the ends (61,62) of the transmission cable, thus causing the combined actuation of the front brake and of the rear brake (107, 109).
A method for producing an adhesive tape comprising a tape-shaped carrier and at least one adhesive strip (4; 4a, 4b) applied onto the carrier on at least one face, comprising the following method steps: 1.1) a carrier web is fed from a supply unit to at least one coating unit (9, 10); 1.2) the coating unit (9, 10) generates on the carrier web in the longitudinal extent thereof the at least one adhesive strip (4; 4a, 4b) by coating with an adhesive, wherein 1.3) the adhesive is applied onto the carrier web in a contactless manner; 1.4) the carrier web is cut in the longitudinal direction into individual adhesive tapes, wherein the steps 1.2) and 1.4) can also be carried out in reverse order; characterized in that 1.5) the carrier web is guided substantially vertically or almost vertically in the area of the coating unit (9, 10). 1.1) a carrier web is fed from a supply unit to at least one coating unit (9, 10); 1.2) the coating unit (9, 10) generates on the carrier web in the longitudinal extent thereof the at least one adhesive strip (4; 4a, 4b) by coating with an adhesive, wherein 1.3) the adhesive is applied onto the carrier web in a contactless manner; 1.4) the carrier web is cut in the longitudinal direction into individual adhesive tapes, wherein the steps 1.2) and 1.4) can also be carried out in reverse order; 1.5) the carrier web is guided substantially vertically or almost vertically in the area of the coating unit (9, 10).
Extrusion-blow-moulded tube, which is a tube that is filled or can be filled via its rear end, whose body, shoulder and neck are produced in one piece by extrusion blow moulding, and the tube has an LLDPE-rich layer and comprises at least two layers wherein all layers are produced by extrusion blow moulding and an inner space of the tube is bounded by the LLDPE-rich layer, characterized in that the LLDPE-rich layer has an LLDPE content of at least 50 wt. % and the average wall thickness of the tube in the region of the body is 0.3 to 0.85 mm, wherein the LLDPE-rich layer contains HDPE and/or LDPE, which alone or together have a weight percentage of between 5 weight percent and 50 weight percent.