mhurhangee/ep-ind-claims huggingface dataset:
Insulating molded body for a hot gas conducting component of an internal combustion engine, having an insulating mat which is mixed with a binder, wherein color pigments are added to the binder, wherein the added color pigments are heat-reflecting and/or heat-absorbing color pigments; characterized in that the heat-absorbing color pigments comprise black color pigments which are of the type Black 30C965 and the heat-reflecting color pigments comprise yellow color pigments which are of the type YELLOW 193®.
A method of communicating with a first network and a second network using a mobile device having a single radio comprising a transmitter and a receiver, the method comprising: tuning the transmitter and the receiver to the first network using a first technology and a first account; transmitting to the first network with the transmitter; tuning away the receiver to the second network for a tune-away period using at least one of a second technology and a second account; transmitting to the first network with the transmitter during the tune-away period; characterized by determining whether the transmitter and the receiver will cause interference during the tune-away period; and delaying the tune-away or shortening the tune-away period, in response to determining that the transmitter and the receiver will cause interference during the tune-away period. tuning the transmitter and the receiver to the first network using a first technology and a first account; transmitting to the first network with the transmitter; tuning away the receiver to the second network for a tune-away period using at least one of a second technology and a second account; transmitting to the first network with the transmitter during the tune-away period; characterized by determining whether the transmitter and the receiver will cause interference during the tune-away period; and delaying the tune-away or shortening the tune-away period, in response to determining that the transmitter and the receiver will cause interference during the tune-away period.
Sensor for an electrical network with a high-side for connection with a positive pole (+) of a battery, a low-side for connection with a negative pole (-) of the battery and a chassis ground (GND CHASSIS), in particular for an electrical on-board network of an electrically driven vehicle, in particular in an electric car, comprising a) a measuring device for current measurement and/or for voltage measurement in the electrical network, in particular with a low-resistance current sense resistor for current measurement according to the four-wire technique, and b) an integrated insulation monitoring device (ME, IQ, Rk, S3) for monitoring electrical insulation of high-side and/or low-side of the electrical network, wherein the insulation monitoring device (ME, IQ, Rk, S3) b1) operates actively and impresses AC measurement pulses into the electrical network for insulation monitoring, and b2) is capacitively or resistively coupled to the electrical network, characterized in c) that the active insulation monitoring device (ME, IQ, Rk, S3) determines a leakage capacitance (Cy1, Cy2, Cy3, Cy4) between the low-side and/or the high-side of the electrical network on the one hand and the chassis ground (GND CHASSIS) of the electrical network on the other hand, and d) that the active insulation monitoring device (ME, IQ, Rk, S3) adapts the frequency of the measurement pulses as a function of the leakage capacitance (Cy1, Cy2, Cy3, Cy4) determined. a) a measuring device for current measurement and/or for voltage measurement in the electrical network, in particular with a low-resistance current sense resistor for current measurement according to the four-wire technique, and b) an integrated insulation monitoring device (ME, IQ, Rk, S3) for monitoring electrical insulation of high-side and/or low-side of the electrical network, wherein the insulation monitoring device (ME, IQ, Rk, S3) b1) operates actively and impresses AC measurement pulses into the electrical network for insulation monitoring, and b2) is capacitively or resistively coupled to the electrical network, characterized in b1) operates actively and impresses AC measurement pulses into the electrical network for insulation monitoring, and b2) is capacitively or resistively coupled to the electrical network, c) that the active insulation monitoring device (ME, IQ, Rk, S3) determines a leakage capacitance (Cy1, Cy2, Cy3, Cy4) between the low-side and/or the high-side of the electrical network on the one hand and the chassis ground (GND CHASSIS) of the electrical network on the other hand, and d) that the active insulation monitoring device (ME, IQ, Rk, S3) adapts the frequency of the measurement pulses as a function of the leakage capacitance (Cy1, Cy2, Cy3, Cy4) determined.
A disposable array-type micro injection needle head, comprising: a lower needle seat which is configured as a cylindrical column opening at one end and having a top cap at the other end and which is configured to be connected with an injection reservoir; an upper needle seat which is located above the top cap of the lower needle seat with a cavity formed between the upper needle seat and the top cap; a through-hole formed in the top cap which is configured for communicating the cylindrical column with the cavity, wherein a pipetting needle is mounted in the through-hole which has one end communicated with the cavity and the other end located in the cylindrical column and which is configured for extracting injection from the injection reservoir into the cavity; and at least two needle tubes mounted in the upper needle seat, each of which has one end comprising a needle tip for puncturing and for injecting the injection and the other end for mounting on the upper needle seat and for communicating with the cavity, characterized in that the lower needle seat is provided above its top cap with a positioning wall for fixing and sealing the upper needle seat and lower needle seat, the positioning wall being integrally formed with the lower needle seat. a lower needle seat which is configured as a cylindrical column opening at one end and having a top cap at the other end and which is configured to be connected with an injection reservoir; an upper needle seat which is located above the top cap of the lower needle seat with a cavity formed between the upper needle seat and the top cap; a through-hole formed in the top cap which is configured for communicating the cylindrical column with the cavity, wherein a pipetting needle is mounted in the through-hole which has one end communicated with the cavity and the other end located in the cylindrical column and which is configured for extracting injection from the injection reservoir into the cavity; and at least two needle tubes mounted in the upper needle seat, each of which has one end comprising a needle tip for puncturing and for injecting the injection and the other end for mounting on the upper needle seat and for communicating with the cavity, characterized in that the lower needle seat is provided above its top cap with a positioning wall for fixing and sealing the upper needle seat and lower needle seat, the positioning wall being integrally formed with the lower needle seat.
A compound of general formula wherein R 1, R 2 and R 3 are independently from each other hydrogen, lower alkyl, lower alkoxy, cycloalkyl, lower alkyl substituted by halogen or S-lower alkyl; or a pharmaceutically acceptable acid addition salt, a racemic mixture, or its corresponding enantiomer and/or optical isomer thereof, wherein the term "lower" denotes a straight-or branched-chain group containing from 1 to 7 carbon members.
A reduced-pressure system for providing reduced pressure and for receiving fluids, the reduced-pressure system (126, 200) comprising: a reservoir having an interior space operable to contain the fluids; a reduced-pressure delivery conduit in fluid communication with the interior space for delivering reduced pressure; a source conduit in fluid communication with the interior space; a pressure sensor conduit in fluid communication with the interior space and separate from the source conduit; a pressure sensor in fluid communication with the pressure sensor conduit; a reduced-pressure source in fluid communication with the source conduit and operable to deliver reduced pressure to the source conduit; a power sensor that produces supply data indicative of reduced pressure made available to the source conduit; and a reduced-pressure control unit associated with the pressure sensor and reduced-pressure source, the reduced-pressure control unit operable to receive pressure data from the pressure sensor and operable to receive the supply data from the power sensor and to determine when a reservoir-full/blockage condition exists. a reservoir having an interior space operable to contain the fluids; a reduced-pressure delivery conduit in fluid communication with the interior space for delivering reduced pressure; a source conduit in fluid communication with the interior space; a pressure sensor conduit in fluid communication with the interior space and separate from the source conduit; a pressure sensor in fluid communication with the pressure sensor conduit; a reduced-pressure source in fluid communication with the source conduit and operable to deliver reduced pressure to the source conduit; a power sensor that produces supply data indicative of reduced pressure made available to the source conduit; and a reduced-pressure control unit associated with the pressure sensor and reduced-pressure source, the reduced-pressure control unit operable to receive pressure data from the pressure sensor and operable to receive the supply data from the power sensor and to determine when a reservoir-full/blockage condition exists.
A process for preparing a solid polymer/biological entities alloy, comprising the following steps - selecting a polymer selected from polycaprolactone, polylactic acid, polyethylene terephthalate, poly(trimethylene terephthalate), a C 1 -C 6 polyhydroxyalkanoate, cellulose acetate, poly(butylene adipate-co-terephthalate), poly(butylene succinate) and polyamide PA11, and mixtures thereof; - selecting biological entities selected chosen from enzymes and microorganisms that degrade said polymer in aqueous conditions; - preparing the alloy by mixing the polymer and biological entities, during a heat treatment performed at a temperature T above room temperature, at which the polymer is in a partially or totally molten state, said biological entities being able to degrade said polymer in said alloy. - selecting a polymer selected from polycaprolactone, polylactic acid, polyethylene terephthalate, poly(trimethylene terephthalate), a C 1 -C 6 polyhydroxyalkanoate, cellulose acetate, poly(butylene adipate-co-terephthalate), poly(butylene succinate) and polyamide PA11, and mixtures thereof; - selecting biological entities selected chosen from enzymes and microorganisms that degrade said polymer in aqueous conditions; - preparing the alloy by mixing the polymer and biological entities, during a heat treatment performed at a temperature T above room temperature, at which the polymer is in a partially or totally molten state, said biological entities being able to degrade said polymer in said alloy.
A semiconductor component comprising - at least one optically active first region for emitting electromagnetic radiation in at least one emission direction, and - at least one optically active second region for emitting electromagnetic radiation in the at least one emission direction, wherein - the first region is arranged in a first layer and the second region is arranged in a second layer, wherein the second layer is arranged in the emission direction above the first layer and has a first passage region assigned to the first region, which is at least partially transmissive to the electromagnetic radiation of the first region, wherein between the first and second layers (110, 120) at least one layer of a metallic material is arranged, which comprises at least one cut-out in a second passage region assigned to the first region, and the second layer has at least one cut-out in the first passage region to allow passage of the electromagnetic radiation from the first layer. - at least one optically active first region for emitting electromagnetic radiation in at least one emission direction, and - at least one optically active second region for emitting electromagnetic radiation in the at least one emission direction, wherein - the first region is arranged in a first layer and the second region is arranged in a second layer, wherein the second layer is arranged in the emission direction above the first layer and has a first passage region assigned to the first region, which is at least partially transmissive to the electromagnetic radiation of the first region, wherein
Tearing strip (10; 10a) made of paper, for severing a paper web which moves from a plant for producing paper and which is wound onto drums, so as to hereby enable winding of the paper web onto an empty drum, wherein the tearing strip (10; 10a) is made of a paper strip (1; 1a), which is configured with two longitudinally running lateral folds (2, 3; 2a, 3a), along which the paper strip is folded on top of itself, wherein the central strip part (13; 13a) has a thickness at least 1.5 times greater than that of the lateral strip parts (11, 12; 11a, 12a), and the width of said central strip part is at least one fifth of the width of the paper strip (1; 1a), and the widths of the lateral strip parts (11, 12; 11a, 12a) are each at least one tenth of the width of the central strip part (13; 13a), characterised in that additionally the central strip part (13; 13a) is configured with at least one fold (4; 4a), whereby said central strip part is configured in at least four layers. (FIG. 1, FIG. 2)
A process for coating substrates for the production of exhaust gas purification catalysts, particularly for motor vehicles, which are cylindrical support bodies and each have two end faces, a circumferential surface and an axial length L and are traversed from the first end face to the second end face by a multiplicity of channels, with liquid coating media (washcoat), which has a cylinder filled with a liquid and having a piston, wherein the liquid-filled cylinder communicates with a tank, in the interior of which a displacement body is arranged in such a way that, when the piston is moved, the displacement body is moved proportionally by the liquid, and the tank communicates with the coating device for the substrate, wherein the displacement body acts on the liquid coating medium, with the result that a proportional change in the level of liquid coating medium in the coating device is brought about, wherein the movement of the piston, which leads to deflation of the displacement body is controlled in such a way that a velocity of the piston is not overshot thereby avoiding the appearance of bubbles in the washcoat.
A device comprising an applicator capable of dispensing a suspension of microorganisms on a culture medium which is itself deposited on a support, characterized in that, in its position of contact with the suspension of microorganisms, the applicator comprises at least two surfaces of contact with the suspension of microorganisms, each surface defines a plane, the at least two planes being parallel to one another and having a distance between them of a height h, the at least two parallel planes face the interface between said suspension of microorganisms and the culture medium and are also arranged parallel to said interface.
A method for operating an electronic device, the method comprising: obtaining additional information about an external environment of the electronic device; detecting a trigger for executing a first task from among one or more tasks that are configured in a semantic information-based task ontology, wherein the trigger is detected based on the additional information; identifying functions for each piece of device information corresponding to the first task; identifying functions corresponding to one or more devices by using a semantic information-based product information ontology; comparing the functions corresponding to the one or more devices with the functions for each piece of the device information corresponding to the first task based on semantic information; and selecting a first device to perform the first task from among the one or more devices based on the comparison result. obtaining additional information about an external environment of the electronic device; detecting a trigger for executing a first task from among one or more tasks that are configured in a semantic information-based task ontology, wherein the trigger is detected based on the additional information; identifying functions for each piece of device information corresponding to the first task; identifying functions corresponding to one or more devices by using a semantic information-based product information ontology; comparing the functions corresponding to the one or more devices with the functions for each piece of the device information corresponding to the first task based on semantic information; and selecting a first device to perform the first task from among the one or more devices based on the comparison result.
Moulding composition for the production of mouldings by means of a powder injection-moulding process, comprising at least one inorganic powder and also one binder system which comprises at least one polyolefin and also at least one wax, characterized in that at least one polyolefin is polar-modified polyolefin, where the polar-modified polyolefin is a polar-modified polypropylene.
A booklet processing unit comprising: a conveyance means for conveying a booklet (3, 3') containing an IC chip along a conveyance way (5, 8, 20); a printing means (9, 18) for printing a first peculiar information in the booklet (3, 3'); a recording means for recording a second peculiar information on the IC chip (3, 3'); and a distinguishing means for distinguishing the quality of a printing state of the booklet (3, 3') and a recording state of the IC chip; characterized in that the booklet processing unit further comprises a marking means which moves a marking component and marks the booklet when the booklet is identified as being in a poor state by the distinguishing means such that the IC chip is avoided by the marking, the marking component is set to move in a direction which intersects a conveyance direction of the booklet (3, 3'), the marking component is an edge type roller which includes a roller part and a cutting part attached to the roller part, and the edge type roller rotates on a shaft and moves along a direction of the shaft. a conveyance means for conveying a booklet (3, 3') containing an IC chip along a conveyance way (5, 8, 20); a printing means (9, 18) for printing a first peculiar information in the booklet (3, 3'); a recording means for recording a second peculiar information on the IC chip (3, 3'); and a distinguishing means for distinguishing the quality of a printing state of the booklet (3, 3') and a recording state of the IC chip; characterized in that the booklet processing unit further comprises a marking means which moves a marking component and marks the booklet when the booklet is identified as being in a poor state by the distinguishing means such that the IC chip is avoided by the marking, the marking component is set to move in a direction which intersects a conveyance direction of the booklet (3, 3'), the marking component is an edge type roller which includes a roller part and a cutting part attached to the roller part, and the edge type roller rotates on a shaft and moves along a direction of the shaft.
A transceiver, comprising: local oscillator signal circuitry configured to output an LO signal having an LO frequency, comprising: selection circuitry configured to select a pulse pattern and a gap duration based at least on a target harmonic of the LO frequency to be suppressed; and generation circuitry configured to generate an LO signal characterized by the selected pulse pattern and gap duration; and mixer circuitry configured to input the LO signal and an information signal that encodes communication data and output a shifted signal that corresponds to the information signal shifted to a desired frequency, wherein the pulse pattern comprises two pulses that occur during a single period of the LO signal and the two pulses are spaced apart by a gap having the gap duration. local oscillator signal circuitry configured to output an LO signal having an LO frequency, comprising: selection circuitry configured to select a pulse pattern and a gap duration based at least on a target harmonic of the LO frequency to be suppressed; and generation circuitry configured to generate an LO signal characterized by the selected pulse pattern and gap duration; and selection circuitry configured to select a pulse pattern and a gap duration based at least on a target harmonic of the LO frequency to be suppressed; and generation circuitry configured to generate an LO signal characterized by the selected pulse pattern and gap duration; and mixer circuitry configured to input the LO signal and an information signal that encodes communication data and output a shifted signal that corresponds to the information signal shifted to a desired frequency, wherein the pulse pattern comprises two pulses that occur during a single period of the LO signal and the two pulses are spaced apart by a gap having the gap duration.
A film for packaging a secondary battery by covering an entire outer surface of a secondary battery electrode assembly, the film comprising: a mechanical support layer; a reduced graphene oxide layer disposed on an outer side of the mechanical support layer, and including a plurality of reduced graphene oxide sheets; and a sealant layer disposed on an outer side of the reduced graphene oxide layer; characterized in that the plurality of reduced graphene oxide sheets in the reduced graphene oxide layer form electrostatic interaction between adjacent reduced graphene oxide sheets via a metal ion. a mechanical support layer; a reduced graphene oxide layer disposed on an outer side of the mechanical support layer, and including a plurality of reduced graphene oxide sheets; and a sealant layer disposed on an outer side of the reduced graphene oxide layer; characterized in that the plurality of reduced graphene oxide sheets in the reduced graphene oxide layer form electrostatic interaction between adjacent reduced graphene oxide sheets via a metal ion.
A bund system for the retention of solid or liquid or pourable waste material; bunds of the bund system comprising retaining structures; the retaining structures including at least one vertical structural element comprising double rows of spaced apart, substantially vertical panels relative a base; the base covering a portion of a ground surface; the bunds maintained in a selected position on the ground surface by interaction of retaining elements with a mass of compacted backfill material in the spacing between double row of panels; characterized in that the retaining elements extend from inward facing surfaces of the substantially vertical panels across only a portion of the spacing between the double row of panels; the retaining elements provided at a distal end with projections acting as soil anchors to lock the substantially vertical panels in the substantially vertical position.