mhurhangee/ep-ind-claims huggingface dataset:
A multiplexer comprising: a housing including an antenna connector connected to an antenna, and a plurality of input and output connectors configured to input or output a signal transmitted or received via the antenna according to a predetermined frequency band; a plurality of band pass filter units included in the housing, and configured to pass a signal of a predetermined frequency band between the antenna connector and the plurality of input and output connectors; and a coupling unit including a plurality of feeding units to couple the antenna connector and the plurality of band pass filter units with one another, wherein the band pass filter units comprise: a substrate coupled to a bottom surface of the housing to perform a ground operation; and a plurality of resonators coupled to the substrate and installed in a plurality of filtering cavities formed in the housing, and wherein each of the resonators comprises: a body formed of a dielectric material and including a through-hole formed in one direction; and a conductive film coupled to a wall surface of the through-hole and at least one of lengthwise end surfaces of the body. a housing including an antenna connector connected to an antenna, and a plurality of input and output connectors configured to input or output a signal transmitted or received via the antenna according to a predetermined frequency band; a plurality of band pass filter units included in the housing, and configured to pass a signal of a predetermined frequency band between the antenna connector and the plurality of input and output connectors; and a coupling unit including a plurality of feeding units to couple the antenna connector and the plurality of band pass filter units with one another, wherein the band pass filter units comprise: a substrate coupled to a bottom surface of the housing to perform a ground operation; and a plurality of resonators coupled to the substrate and installed in a plurality of filtering cavities formed in the housing, and wherein each of the resonators comprises: a body formed of a dielectric material and including a through-hole formed in one direction; and a conductive film coupled to a wall surface of the through-hole and at least one of lengthwise end surfaces of the body. a substrate coupled to a bottom surface of the housing to perform a ground operation; and a plurality of resonators coupled to the substrate and installed in a plurality of filtering cavities formed in the housing, and wherein each of the resonators comprises: a body formed of a dielectric material and including a through-hole formed in one direction; and a conductive film coupled to a wall surface of the through-hole and at least one of lengthwise end surfaces of the body. a body formed of a dielectric material and including a through-hole formed in one direction; and a conductive film coupled to a wall surface of the through-hole and at least one of lengthwise end surfaces of the body.
Gate valve with a housing, with two seat rings arranged in the housing and with two valve plates which are arranged between the seat rings and which can be brought into bearing contact with the two seat rings via an actuating device, the valve plates being arranged on a plate holder so as to form a wedge shape, each valve plate has, on the side facing the other valve plate in each case, a depression in which in each case a pressure piece (22a, 22b) is arranged, each pressure piece (22a, 22b) having a recess (34, 37) on the side facing the other pressure piece in each case, the two recesses (34, 37) together forming a space, characterized in that this space accommodates a cup spring assembly comprising a plurality of cup springs, in each case with a first spring force and with a first spring travel, and a plurality of cup springs, in each case with a second spring force and with a second spring travel, and the first spring force being higher than the second spring force and the first spring travel being shorter than the second spring travel.
An apparatus comprising: a gain transistor having a variable gain determined based on a bias current of the gain transistor; an inductor coupled between the source of the gain transistor and circuit ground; and an input matching circuit selectively coupled between the gate of the gain transistor and circuit ground based on the variable gain of the gain transistor, the input matching circuit comprising: a resistor for input matching of an amplifier, comprising the gain transistor and the inductor, when the input matching circuit is coupled to the gain transistor; a second transistor operable to couple the resistor to the gain transistor or decouple the resistor from the gain transistor; and a capacitor coupled in series with the resistor and the second transistor. a gain transistor having a variable gain determined based on a bias current of the gain transistor; an inductor coupled between the source of the gain transistor and circuit ground; and an input matching circuit selectively coupled between the gate of the gain transistor and circuit ground based on the variable gain of the gain transistor, the input matching circuit comprising: a resistor for input matching of an amplifier, comprising the gain transistor and the inductor, when the input matching circuit is coupled to the gain transistor; a second transistor operable to couple the resistor to the gain transistor or decouple the resistor from the gain transistor; and a capacitor coupled in series with the resistor and the second transistor. a resistor for input matching of an amplifier, comprising the gain transistor and the inductor, when the input matching circuit is coupled to the gain transistor; a second transistor operable to couple the resistor to the gain transistor or decouple the resistor from the gain transistor; and a capacitor coupled in series with the resistor and the second transistor.
A consumer product comprising a fragrance composition containing a sufficient amount of at least one musk compound, wherein the at least one musk compound is 1-(3,3-dimethylcyclohexyl)ethyl acetate, to provide a concentration of said at least one musk compound of at least 0.25 nanograms per litre of air (7 nanograms per cubic foot of air), preferably from about 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.989 nanograms per litre of air (28 nanograms per cubic foot of air), more preferably 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.978 nanograms per litre of air (27.7 nanograms per cubic foot of air), wherein said at least one musk compound is provided, at least in part, by a fragrance delivery system; and wherein said consumer product is a fabric and home care product, baby care product, beauty care product, family care product and/or a feminine care product. wherein the at least one musk compound is 1-(3,3-dimethylcyclohexyl)ethyl acetate, to provide a concentration of said at least one musk compound of at least 0.25 nanograms per litre of air (7 nanograms per cubic foot of air), preferably from about 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.989 nanograms per litre of air (28 nanograms per cubic foot of air), more preferably 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.978 nanograms per litre of air (27.7 nanograms per cubic foot of air), wherein said at least one musk compound is provided, at least in part, by a fragrance delivery system; and wherein said consumer product is a fabric and home care product, baby care product, beauty care product, family care product and/or a feminine care product.
A method for ensuring the integrity of data located in a rewritable memory of a chip card as a portable data carrier, having the step of checking the data for infestation with computer malware items in dependence on at least one specified condition, characterized in that the method is carried out by the data carrier, and that upon the step of checking the data are checked with the help of malware information about potential computer malware items, which is stored on the data carrier.
An electronic device comprising: a sensor panel included in one of a touch screen sensor, a fingerprint recognition sensor, or a pen recognition sensor, the sensor panel being configured to form an electric field based on a driving signal; and a sensor operation module configured to provide to the sensor panel the driving signal, which has a code sequence in which orthogonal codes of a code division multiplexing, CDM, scheme are applied to orthogonal carriers of an orthogonal frequency division multiplexing, OFDM, scheme and that has a peak to average power ratio, PAPR, of a specified value, wherein the sensor operation module is further configured to perform at least one of: peak reducing transmission signal composition of multiplying a signal generated by the code sequence by a PAPR reducing signal, PRS, such that the PAPR of the driving signal is the specified value, or amplitude clipping a signal such that a PAPR of the driving signal is the specified value and compensating a specified number of times a distorted orthogonal signal of the clipped signal a sensor panel included in one of a touch screen sensor, a fingerprint recognition sensor, or a pen recognition sensor, the sensor panel being configured to form an electric field based on a driving signal; and a sensor operation module configured to provide to the sensor panel the driving signal, which has a code sequence in which orthogonal codes of a code division multiplexing, CDM, scheme are applied to orthogonal carriers of an orthogonal frequency division multiplexing, OFDM, scheme and that has a peak to average power ratio, PAPR, of a specified value, wherein the sensor operation module is further configured to perform at least one of: peak reducing transmission signal composition of multiplying a signal generated by the code sequence by a PAPR reducing signal, PRS, such that the PAPR of the driving signal is the specified value, or amplitude clipping a signal such that a PAPR of the driving signal is the specified value and compensating a specified number of times a distorted orthogonal signal of the clipped signal
A method of manufacturing fabric with tear strength and flame resistant properties using 100% cotton fibers or blended cotton fibers, characterized in that it comprises, in succession, the steps of: performing compact spinning process of the fibers in to yarn to remove all hair and, in tandem, gassing and/or singeing to remove short fibers remaining after the compact spinning process and all hair, and weaving the yarn into fabric; and providing the fire retardant treatment using chemicals and lubricants, wherein the fibers in the yarn due to compact spinning are aligned among themselves to provide tear strength by preventing the surface fibers getting stretched and/or stressed and breaking during processing and/or subsequent washing which produces hairiness. performing compact spinning process of the fibers in to yarn to remove all hair and, in tandem, gassing and/or singeing to remove short fibers remaining after the compact spinning process and all hair, and weaving the yarn into fabric; and providing the fire retardant treatment using chemicals and lubricants, wherein the fibers in the yarn due to compact spinning are aligned among themselves to provide tear strength by preventing the surface fibers getting stretched and/or stressed and breaking during processing and/or subsequent washing which produces hairiness.
Variable track wheel comprising a rim suitable for receiving a tyre, and a disc through which said wheel is mountable on a hub, said disc being removably secured by fastenings to a connecting member provided in said rim, said connecting member projecting towards a rotation axis of said wheel, said wheel further comprising a plurality of spacers interposed between an annular perimeter zone of said disc and said connecting member of said rim, said disc and said rim being mountable in a plurality of reciprocal axial positions and in a plurality of reciprocal orientations to obtain a variation in the track of said wheel, said wheel further comprising at least one centring device (8; 9) for mutual positioning of said disc and of said rim, characterised in that said centring device (8; 9) comprises a hole (10; 10a; 10b) and a pin, said hole (10; 10a; 10b) or said pin is provided in said connecting member or in said disc, said centring device (8; 9) further comprises a coupling element so conformed as to cooperate with said hole (10; 10a; 10b) and with said pin for reciprocally coupling said pin and said hole (10; 10a; 10b), said coupling element, in addition to coupling the pin with the hole (10; 10a; 10b), compensates the distance imposed by the spacers between the disc and the connecting member.
Electrical assembly, having an electronic switching element, which is electrically contacted on its underside and is arranged on a flexible first wiring support of the electrical assembly and has at least one power semiconductor, wherein - the electronic switching element is additionally electrically contacted on an upper side lying opposite the underside, - the electrical assembly has a second wiring support, which is arranged lying opposite the first wiring support on the upper side electrical contacting area of the electronic switching element, - the first and the second wiring supports (3, 4) are each formed at least in part from a permanently elastic, electrically insulating, thermally conductive material, characterised in that - in all connection planes of the electrical assembly, in which in each case at least two components (2, 3, 4, 5, 6, 7, 8) are connected to one another, the respective components (2, 3, 4, 5, 6, 7, 8) are connected to each other by a force fit while foregoing an integrally bonded connection. - the electronic switching element is additionally electrically contacted on an upper side lying opposite the underside, - the electrical assembly has a second wiring support, which is arranged lying opposite the first wiring support on the upper side electrical contacting area of the electronic switching element, - the first and the second wiring supports (3, 4) are each formed at least in part from a permanently elastic, electrically insulating, thermally conductive material, characterised in that - in all connection planes of the electrical assembly, in which in each case at least two components (2, 3, 4, 5, 6, 7, 8) are connected to one another, the respective components (2, 3, 4, 5, 6, 7, 8) are connected to each other by a force fit while foregoing an integrally bonded connection.
A compressor comprising - a casing supporting the members therein and wherein the oil lubricating the movable components is placed, - an inlet pipe that is disposed on the casing and that provides the refrigerant coming from the evaporator to be received into the casing, - an opening arranged at the point where the inlet pipe is mounted to the casing, providing the fluid flowing from the inlet pipe to enter the casing, - a suction muffler disposed inside the casing, providing the noise originating from the refrigerant fluid to be attenuated, - a passage pipe disposed on the suction muffler, enabling the refrigerant fluid to be received into the suction muffler, - a resilient connection member providing the refrigerant fluid to be delivered directly into the suction muffler, with one end fixed to the passage pipe, - at least one fixing member providing the connection member to be fixed onto the passage pipe, - at least one stopper that is situated on the connection member, that bears against the fixing member when the fixing member is on the connection member, thereby preventing the connection member from moving by rotating characterized in that - the other end of the resilient connection member bears against the inner surface of the casing so as to surround the opening, - the fixing member is mounted to the part of the connection member fitted over the passage pipe, - the fixing member is a component separate from the passage pipe. - a casing supporting the members therein and wherein the oil lubricating the movable components is placed, - an inlet pipe that is disposed on the casing and that provides the refrigerant coming from the evaporator to be received into the casing, - an opening arranged at the point where the inlet pipe is mounted to the casing, providing the fluid flowing from the inlet pipe to enter the casing, - a suction muffler disposed inside the casing, providing the noise originating from the refrigerant fluid to be attenuated, - a passage pipe disposed on the suction muffler, enabling the refrigerant fluid to be received into the suction muffler, - a resilient connection member providing the refrigerant fluid to be delivered directly into the suction muffler, with one end fixed to the passage pipe, - at least one fixing member providing the connection member to be fixed onto the passage pipe, - at least one stopper that is situated on the connection member, that bears against the fixing member when the fixing member is on the connection member, thereby preventing the connection member from moving by rotating - the other end of the resilient connection member bears against the inner surface of the casing so as to surround the opening, - the fixing member is mounted to the part of the connection member fitted over the passage pipe, - the fixing member is a component separate from the passage pipe.
A computer-implemented method, comprising: mapping color information of a registered source image into a one dimensional luminosity channel and multi-dimensional chromatic channels; mapping color information of a registered destination image into a one dimensional luminosity channel and multi-dimensional chromatic channels; building a first voting table from the chromatic channels, where each table cell is indexed by the chromatic coordinates from a pixel in the source image and the chromatic coordinates from a corresponding pixel in the registered destination image, and wherein building the first voting table comprises: initialize each cell in the voting table to contain a count of zero; for each table cell, incrementing the count contained in the table cell indexed by the chromatic coordinates of the source pixel and the chromatic coordinates of the source pixel's related destination pixel when the chromatic coordinates from the pixel in the source image changed to the chromatic coordinates from the corresponding pixel of the destination image; identifying a transfer color for each pixel in the source image based on the first voting table; and using the identified transfer colors to adjust the colors of the source image. mapping color information of a registered source image into a one dimensional luminosity channel and multi-dimensional chromatic channels; mapping color information of a registered destination image into a one dimensional luminosity channel and multi-dimensional chromatic channels; building a first voting table from the chromatic channels, where each table cell is indexed by the chromatic coordinates from a pixel in the source image and the chromatic coordinates from a corresponding pixel in the registered destination image, and wherein building the first voting table comprises: initialize each cell in the voting table to contain a count of zero; for each table cell, incrementing the count contained in the table cell indexed by the chromatic coordinates of the source pixel and the chromatic coordinates of the source pixel's related destination pixel when the chromatic coordinates from the pixel in the source image changed to the chromatic coordinates from the corresponding pixel of the destination image; identifying a transfer color for each pixel in the source image based on the first voting table; and using the identified transfer colors to adjust the colors of the source image. initialize each cell in the voting table to contain a count of zero; for each table cell, incrementing the count contained in the table cell indexed by the chromatic coordinates of the source pixel and the chromatic coordinates of the source pixel's related destination pixel when the chromatic coordinates from the pixel in the source image changed to the chromatic coordinates from the corresponding pixel of the destination image; identifying a transfer color for each pixel in the source image based on the first voting table; and using the identified transfer colors to adjust the colors of the source image.
A method comprising: enabling, at a network apparatus, for all users in a cell or on a per-user basis use of a keep-awake message for a user equipment; determining (501, 801), as part of a discontinuous communication mechanism defining an on-period for permitting transmission of data over a network, whether a resource allocation has been made to the user equipment for communicating over the network; and generating, if the resource allocation has been made, the keep-awake message to instruct the user equipment to extend the on-period, wherein the keep-awake message is indicated by a single bit sent to the user equipment over a dedicated control channel. enabling, at a network apparatus, for all users in a cell or on a per-user basis use of a keep-awake message for a user equipment; determining (501, 801), as part of a discontinuous communication mechanism defining an on-period for permitting transmission of data over a network, whether a resource allocation has been made to the user equipment for communicating over the network; and generating, if the resource allocation has been made, the keep-awake message to instruct the user equipment to extend the on-period, wherein the keep-awake message is indicated by a single bit sent to the user equipment over a dedicated control channel.
Apparatus for testing an opto-switch, comprising: a first sense resistor coupled between a power source and an input side input of the opto-switch; a second sense resistor coupled to an input side output of the opto-switch; a test circuit, which is coupled to sense a first current flowing through the first sense resistor and a second current flowing through the second sense resistor and to generate a test signal responsively to a relation between the first and second currents; and a controller, which is coupled to receive the test signal and is configured to increment a counter upon determining that the test signal has exceeded a predetermined limit, and to decrement the counter upon determining that the test signal is below the limit, wherein the controller is configured to perform a protective action by disconnecting the opto-switch from the power source when the counter reaches a predetermined threshold.. a first sense resistor coupled between a power source and an input side input of the opto-switch; a second sense resistor coupled to an input side output of the opto-switch; a test circuit, which is coupled to sense a first current flowing through the first sense resistor and a second current flowing through the second sense resistor and to generate a test signal responsively to a relation between the first and second currents; and a controller, which is coupled to receive the test signal and is configured to increment a counter upon determining that the test signal has exceeded a predetermined limit, and to decrement the counter upon determining that the test signal is below the limit, wherein the controller is configured to perform a protective action by disconnecting the opto-switch from the power source when the counter reaches a predetermined threshold..