mhurhangee/ep-ind-claims huggingface dataset:
Reciprocating compressor cylinder cover, comprising: at least a first expansion chamber and at least a second expansion chamber fluidly connected to each other by means of at least one communication duct; the first expansion chamber being defined, at least partially, by a first region of the cover and the counterparts of the compression cylinder; the second expansion chamber being defined, at least partially, by a second region of the cover and the counterparts of the discharge system; the reciprocating compressor cylinder cover being characterized in that: the first expansion chamber comprises a closing interface with the valve plate arranged at the end of the compression cylinder and the second expansion chamber comprises a closing interface with counterparts of the discharge system; and the closing interface of the first expansion chamber and the closing interface of the second expansion chamber are facing the same face; the first and second regions (4, 5) J of the cylinder cover comprise at least one restriction between them, said restriction being designed to reduce resonances in the excitation frequencies of the reciprocating compressor; and the first expansion chamber and the second expansion chamber are made of an integral metallic body. at least a first expansion chamber and at least a second expansion chamber fluidly connected to each other by means of at least one communication duct; the first expansion chamber being defined, at least partially, by a first region of the cover and the counterparts of the compression cylinder; the second expansion chamber being defined, at least partially, by a second region of the cover and the counterparts of the discharge system; the reciprocating compressor cylinder cover being characterized in that: the first expansion chamber comprises a closing interface with the valve plate arranged at the end of the compression cylinder and the second expansion chamber comprises a closing interface with counterparts of the discharge system; and the closing interface of the first expansion chamber and the closing interface of the second expansion chamber are facing the same face; the first and second regions (4, 5) J of the cylinder cover comprise at least one restriction between them, said restriction being designed to reduce resonances in the excitation frequencies of the reciprocating compressor; and the first expansion chamber and the second expansion chamber are made of an integral metallic body. the first expansion chamber comprises a closing interface with the valve plate arranged at the end of the compression cylinder and the second expansion chamber comprises a closing interface with counterparts of the discharge system; and the closing interface of the first expansion chamber and the closing interface of the second expansion chamber are facing the same face; the first and second regions (4, 5) J of the cylinder cover comprise at least one restriction between them, said restriction being designed to reduce resonances in the excitation frequencies of the reciprocating compressor; and the first expansion chamber and the second expansion chamber are made of an integral metallic body.
Mechatronic module having a hybrid circuit arrangement which is designed as a main interrupter of a circuit breaker, the hybrid circuit arrangement having at least one interrupter, which interrupter comprises at least one first mechanical switch and at least one first semiconductor circuit arrangement, the hybrid circuit arrangement being arranged on a first surface of a ceramic substrate, a second surface of the ceramic substrate lying opposite the first surface being connected to a metal plate, a housing shell being attached to the metal plate, said housing shell enclosing the ceramic substrate and the hybrid circuit arrangement, the metal plate and the housing shell forming a housing of the mechatronic module, gaps within the housing being filled, at least in regions, with a potting compound, characterized in that the first mechanical switch is designed as a bypass switch which is arranged in parallel to the first semiconductor circuit arrangement in terms of circuitry, the first switch is arranged on the ceramic substrate in the region of a center of the ceramic substrate, a predeterminable number of electrically conductive mounting blocks are arranged on the ceramic substrate, and the first mechanical switch is attached to the mounting blocks.
A method for incorporating a watermark in an audio output, the method comprising: detecting, by an embedded browser executable on a client device, an audio data stream from a network application accessed via the embedded browser; intercepting, by the embedded browser responsive to the detection, the audio data stream; determining, by the embedded browser using a policy based on a profile of the network application accessed via the embedded browser or a profile of a user of the network application, to incorporate a watermark into the audio data stream; incorporating, by the embedded browser responsive to the determination, a digital signal corresponding to the watermark into the audio data stream, prior to being produced as an audio output by an audio speaker; causing the watermark to be present in the audio output produced by the audio speaker, the watermark configured to be inaudible by a human and recordable by an audio recording device. detecting, by an embedded browser executable on a client device, an audio data stream from a network application accessed via the embedded browser; intercepting, by the embedded browser responsive to the detection, the audio data stream; determining, by the embedded browser using a policy based on a profile of the network application accessed via the embedded browser or a profile of a user of the network application, to incorporate a watermark into the audio data stream; incorporating, by the embedded browser responsive to the determination, a digital signal corresponding to the watermark into the audio data stream, prior to being produced as an audio output by an audio speaker; causing the watermark to be present in the audio output produced by the audio speaker, the watermark configured to be inaudible by a human and recordable by an audio recording device.
A network component configured to: - providing an analog communication service to at least one customer premises equipment via a subscriber line; and - setting at least one electrical parameter of the analog communication service based on a criterion of the subscriber line, wherein the electrical parameter is based on at least one coefficient of a digital signal processor, wherein the setting of the at least one electrical parameter is for reducing or preventing disturbance of the communication by modifying analog signaling towards the customer premises equipment; - wherein the network component is a multi-service-access-node or at least a component thereof; - wherein the network component comprises a subscriber line test component for determining the criterion of the subscriber line, - wherein the at least one coefficient is used to generate an analog signal for the analog communication service, - wherein the network component is further configured to provide at least one digital service to the at least one customer premises equipment via the subscriber line. - providing an analog communication service to at least one customer premises equipment via a subscriber line; and - setting at least one electrical parameter of the analog communication service based on a criterion of the subscriber line, wherein the electrical parameter is based on at least one coefficient of a digital signal processor, wherein the setting of the at least one electrical parameter is for reducing or preventing disturbance of the communication by modifying analog signaling towards the customer premises equipment; - wherein the network component is a multi-service-access-node or at least a component thereof; - wherein the network component comprises a subscriber line test component for determining the criterion of the subscriber line, - wherein the at least one coefficient is used to generate an analog signal for the analog communication service, - wherein the network component is further configured to provide at least one digital service to the at least one customer premises equipment via the subscriber line.
A laundry machine comprising: a casing having a hinged front door; a revolving perforated drum rotating about a rotation axis; a tub enclosing the drum; and an elastic annular bellows having a back end connected to a front end of the tub; a front end connected to the casing, around the door; and a vertical annular lip located close to a front end of the drum; the washing machine being characterized in that at least a bottom portion of the vertical annular lip of the bellows has an inner edge larger in diameter than the open front end of the drum, which is substantially coplanar with the open front end of the drum so as to surround the open front end of the drum radially. a casing having a hinged front door; a revolving perforated drum rotating about a rotation axis; a tub enclosing the drum; and an elastic annular bellows having a back end connected to a front end of the tub; a front end connected to the casing, around the door; and a vertical annular lip located close to a front end of the drum; the washing machine being characterized in that at least a bottom portion of the vertical annular lip of the bellows has an inner edge larger in diameter than the open front end of the drum, which is substantially coplanar with the open front end of the drum so as to surround the open front end of the drum radially.
A method of transmitting a wake up signal, WUS, by a base station, BS, in a wireless communication system, the method comprising: generating configuration information including first configuration for an extended discontinuous reception-short, e-DRX-short, and second configuration for an e-DRX-long; transmitting the configuration information; and transmitting a WUS based on the configuration information, wherein the first configuration includes information for grouping user equipment, UEs, related to the e-DRX-short into first groups based on a UE identifier, ID, wherein the second configuration includes information for grouping UEs related to e-DRX-long into second groups based on a LTE ID, wherein the eDRX-short is related to an eDRX operation that a time gap can be configured to 40ms or 240ms, wherein the eDRX-long is related to the eDRX operation that the time gap can be configured to 1s or 2s, and wherein the time gap relates to a time interval between an end of a WUS resource and a paging occasion, PO. generating configuration information including first configuration for an extended discontinuous reception-short, e-DRX-short, and second configuration for an e-DRX-long; transmitting the configuration information; and transmitting a WUS based on the configuration information, wherein the first configuration includes information for grouping user equipment, UEs, related to the e-DRX-short into first groups based on a UE identifier, ID, wherein the second configuration includes information for grouping UEs related to e-DRX-long into second groups based on a LTE ID, wherein the eDRX-short is related to an eDRX operation that a time gap can be configured to 40ms or 240ms, wherein the eDRX-long is related to the eDRX operation that the time gap can be configured to 1s or 2s, and wherein the time gap relates to a time interval between an end of a WUS resource and a paging occasion, PO.
A document body with tamper-proof edge-face identification (412, 423) comprising a flat lamination body formed of a plurality of thin layers laminated with their faces on each other, wherein the lamination body has an upper face and an opposite lower face and wherein between the upper face and the lower face at least one edge-face (13, 14, 16, 17) of the lamination body is formed between the upper face and the lower face, the areal extent of which is smaller than the areal extent of the upper face and of the lower face, wherein an identification is formed in the interior of the lamination body so that this can be optically detected at the at least one edge-face (13, 14, 16, 17), the identification being printed on a layer surface of one of the layers as an identification print, the one layer surface being arranged in the lamination body in the interior and the identification print extending on the layer surface as far as the at least one edge-face (13, 14, 16, 17), wherein the one of the layers and another of the layers laminated directly onto the layer surface printed with the identification print are produced on the basis of the same plastic material, characterized in that the print preparation with which the identification print is carried out is also produced on the basis of the same plastic material.
Retroreflective element, for example a retroreflector or a retroreflective film, comprising a regular arrangement of several reflective triples, each with three side surfaces (5, 7, 9, 35) which form an angle between 88° and 92°, preferably between 89° 50' and 90° 10', and particularly preferably are perpendicular to one another, wherein at least one selected triple in the arrangement has a security element (11, 41) with diffractive structures (13, 43) on at least one first side surface (5, 35), characterized in that a width between flats of the retroreflective element is between 50 μm and 500 μm and a modulation depth of the security element (11, 41) is selected such that the security element is imperceptible when the retroreflective element is illuminated at an illumination angle < 10°, the diffractive structures (13, 43) of the security element (11, 41) have a line spacing (15, 45) between 500 nm and 2.0 μm and the modulation depth is between 0.1% and 10% of the line spacing (15, 45).
A cyclin-dependent kinase 2 inhibitor composition for use in preventing hearing loss induced by noise or caused by cisplatin-chemotherapy, wherein said CDK2 inhibitor is or a pharmaceutically acceptable salt thereof.
An internal combustion engine comprising a variable compression ratio mechanism that is capable of continuously varying compression ratio of the internal combustion engine according to rotational position of a control shaft, and a body-side stopper (35, 36) that limits rotation of the control shaft, wherein the control shaft is equipped with a control-shaft-side stopper that is brought into abutment against the body-side stopper (35, 36), wherein the control-shaft-side stopper has a control-shaft-side stopper surface (40, 41) that is brought into abutment against the body-side stopper (35, 36), and wherein the body-side stopper (35, 36) has a body-side stopper surface (42, 43) that is brought into abutment against the control-shaft-side stopper, characterized in that when the control-shaft-side stopper is brought into abutment against the body-side stopper (35, 36), a distance between the body-side stopper surface (42, 43) and the control-shaft-side stopper surface (40, 41) is configured to become relatively longer as being closer to a rotation center of the control shaft when viewed in an axial direction of the control shaft.
A connector comprising: a first contact connected to an electric wire; and a housing including: a front end having a mating opening formed therein for plugging in a mating contact; a rear end having an assembly opening formed therein for plugging in the first contact; and characterised by a first confirmation window formed in the housing and through which the first contact is invisible prior to the first contact reaching a predetermined plug-in reference position upon the first contact being plugged in through the assembly opening, and through which a front end of the first contact becomes visible upon the first contact reaching the plug-in reference position. a first contact connected to an electric wire; and a housing including: a front end having a mating opening formed therein for plugging in a mating contact; a rear end having an assembly opening formed therein for plugging in the first contact; and characterised by a first confirmation window formed in the housing and through which the first contact is invisible prior to the first contact reaching a predetermined plug-in reference position upon the first contact being plugged in through the assembly opening, and through which a front end of the first contact becomes visible upon the first contact reaching the plug-in reference position. a front end having a mating opening formed therein for plugging in a mating contact; a rear end having an assembly opening formed therein for plugging in the first contact; and characterised by a first confirmation window formed in the housing and through which the first contact is invisible prior to the first contact reaching a predetermined plug-in reference position upon the first contact being plugged in through the assembly opening, and through which a front end of the first contact becomes visible upon the first contact reaching the plug-in reference position.
A hydraulic circuit comprising: (a) an actuator having first and second ports (22d, 22e); (b) a metering valve assembly for controlling hydraulic flow into and out of the first and second ports (22d, 22e); (c) an isolation valve assembly located between the actuator and the metering valve assembly, the isolation valve assembly including a first inlet port arranged in fluid communication with a pressure source of the hydraulic circuit, a second inlet port arranged in connection with a reservoir of the hydraulic circuit, and a pressure sensing port configured for connection with a pressure sensor; and (d) a pressure sensor connected to the pressure sensing port; wherein (a) the isolation valve assembly is movable between a first position, in which fluid flow between the metering valve and the actuator is enabled, and a second position, in which fluid flow between the metering valve and the actuator is blocked; and (b) when the isolation valve assembly is moved to one of the first and second positions, the first inlet port and the pressure sensing port are placed in fluid communication with each other and when the isolation valve assembly is moved to the other of the first or second position, the second inlet port and the pressure sensing port are placed in fluid communication, characterized in that the isolation valve assembly is spring biased into the second position. (a) an actuator having first and second ports (22d, 22e); (b) a metering valve assembly for controlling hydraulic flow into and out of the first and second ports (22d, 22e); (c) an isolation valve assembly located between the actuator and the metering valve assembly, the isolation valve assembly including a first inlet port arranged in fluid communication with a pressure source of the hydraulic circuit, a second inlet port arranged in connection with a reservoir of the hydraulic circuit, and a pressure sensing port configured for connection with a pressure sensor; and (d) a pressure sensor connected to the pressure sensing port; (a) the isolation valve assembly is movable between a first position, in which fluid flow between the metering valve and the actuator is enabled, and a second position, in which fluid flow between the metering valve and the actuator is blocked; and (b) when the isolation valve assembly is moved to one of the first and second positions, the first inlet port and the pressure sensing port are placed in fluid communication with each other and when the isolation valve assembly is moved to the other of the first or second position, the second inlet port and the pressure sensing port are placed in fluid communication, characterized in that the isolation valve assembly is spring biased into the second position.
An absorbent article having a first direction and a second direction orthogonal to the first direction, comprising: two sheet members, at least one of which is liquid permeable; and superabsorbent polymer particles interposed between facing surfaces of the two sheet members; wherein one of the facing surfaces of the two sheet members is coated with a first hot melt adhesive; the superabsorbent polymer particles are bonded to the one of the facing surfaces with the first hot melt adhesive in absorbing areas extending in the second direction and arranged at predetermined intervals in the first direction; the facing surfaces of the two sheet members are further bonded to each other with a second hot melt adhesive in sealing areas outside the absorbing areas, and the sealing areas are substantially free of the superabsorbent polymer particles; the absorbing areas adjacent to each other in the first direction have opposite edges by intermediary of the sealing areas, and at least one of the opposite edges is defined by a wavy line having crest portions and trough portions in the second direction. two sheet members, at least one of which is liquid permeable; and superabsorbent polymer particles interposed between facing surfaces of the two sheet members; one of the facing surfaces of the two sheet members is coated with a first hot melt adhesive; the superabsorbent polymer particles are bonded to the one of the facing surfaces with the first hot melt adhesive in absorbing areas extending in the second direction and arranged at predetermined intervals in the first direction; the facing surfaces of the two sheet members are further bonded to each other with a second hot melt adhesive in sealing areas outside the absorbing areas, and the sealing areas are substantially free of the superabsorbent polymer particles; the absorbing areas adjacent to each other in the first direction have opposite edges by intermediary of the sealing areas, and at least one of the opposite edges is defined by a wavy line having crest portions and trough portions in the second direction.