mhurhangee/ep-ind-claims huggingface dataset:
A sensor to determine the pressure in at least one part of a milk transport system of an installation for milking animals, more particularly to determine to what extent a vacuum is present in the at least one part of the milk transport system, provided with a first space, bounded by at least a first wall, which, in use, is in open communication with the at least one part of the milk transport system or is part of the milk transport system so that, in use, a pressure in the first space is at least substantially equal to a pressure in the at least one part of the milk transport system, wherein at least one part of the first wall is designed to be movable under the influence of a pressure prevailing in the first space, wherein the sensor is further provided with a measuring unit for determining a parameter which depends at least on a position of said part of the first wall so that the parameter is a measure of the pressure prevailing in the first space, wherein, within a predetermined range of the possible positions of said part of the first wall, a gradual change of the position of the movable part of the first wall involves a gradual change of the parameter, characterized in that the measuring unit is provided with a first electrode which is mechanically in contact with the movable part of the first wall and with a second electrode, wherein the second electrode is positioned at a distance from the first electrode, wherein the measuring unit is further provided with a second space outside the first space and with an electronic measuring circuit, for at least measuring a capacity formed by the first and second electrode (8, 12) and for determining the parameter on the basis of the measurement, wherein the sensor is designed such that a distance between the first and second electrode (8,12) varies as a function of a difference in pressure between the first space and the second space so that the parameter is a measure of the pressure prevailing in the first space relative to the pressure prevailing in the second space.
A method for wireless communication performed in a wireless device, comprising: receiving a plurality of downlink resource grants related to a plurality of carriers for data transmission; obtaining a downlink assignment index, DAI, related to each of the plurality of downlink resource grants; determining one or more lost downlink resource grants based at least in part on the DAI related to each of the plurality of downlink resource grants; and transmitting an acknowledgement, ACK, over a feedback resource related to a last downlink resource grant that indicates ACK before a first downlink resource grant that indicates a non-acknowledgement, NACK. receiving a plurality of downlink resource grants related to a plurality of carriers for data transmission; obtaining a downlink assignment index, DAI, related to each of the plurality of downlink resource grants; determining one or more lost downlink resource grants based at least in part on the DAI related to each of the plurality of downlink resource grants; and transmitting an acknowledgement, ACK, over a feedback resource related to a last downlink resource grant that indicates ACK before a first downlink resource grant that indicates a non-acknowledgement, NACK.
Device for the additive production of three-dimensional objects by successive layer-by-layer selective exposure and concomitant successive layer-by-layer selective solidification of building material layers from a building material solidifiable by means of laser radiation in a processing chamber on the device side, comprising an illuminating device which is set up to generate laser radiation for the selective exposure and concomitant selective solidification of respective building material layers, comprising a detection device comprising at least one detection element, which, in order to increase the safety of the apparatus, is set up to detect the penetration of reflected secondary radiation into a process chamber boundary element bounding the process chamber at least in sections and/or to detect the penetration of reflected secondary radiation through a process chamber boundary element bounding the process chamber at least in sections, wherein the at least one detection element is arranged or formed on or in a process chamber boundary element, characterized in that the at least one detection element is arranged or formed in a process chamber boundary element having, at least in sections, a multilayer structure, it being arranged or formed as an intermediate layer between two outer layers of the process chamber boundary element in the process chamber boundary element, or in that the at least one detection element is arranged or formed on or in a support structure arranged as a separate component group on or in a process chamber delimiting element and having a multilayer structure, the at least one detection element being arranged or formed as an intermediate layer between two outer layers of the support structure in the support structure. a detection device comprising at least one detection element, which, in order to increase the safety of the apparatus, is set up to detect the penetration of reflected secondary radiation into a process chamber boundary element bounding the process chamber at least in sections and/or to detect the penetration of reflected secondary radiation through a process chamber boundary element bounding the process chamber at least in sections, wherein the at least one detection element is arranged or formed on or in a process chamber boundary element, characterized in that the at least one detection element is arranged or formed in a process chamber boundary element having, at least in sections, a multilayer structure, it being arranged or formed as an intermediate layer between two outer layers of the process chamber boundary element in the process chamber boundary element, or in that the at least one detection element is arranged or formed on or in a support structure arranged as a separate component group on or in a process chamber delimiting element and having a multilayer structure, the at least one detection element being arranged or formed as an intermediate layer between two outer layers of the support structure in the support structure.
Use as a deodorant agent of a mixture of compounds having formula for treating body odor, particularly underarm odor: where R denotes a saturated or unsaturated linear or branched hydrocarbon radical comprising from 12 to 20 carbon atoms, where said radical R may comprise one or a plurality of ethylene unsaturations (of the double bond type) and Cat+ represents a cation or a mixture of cations, organic or inorganic, suitable for obtaining electroneutrality of the compound or mixture of compounds having formula, characterized in that a mixture of at least 4 compounds having formula, denoted compounds,,, is used, wherein: - the radicals R of each of the compounds,,, denote a linear hydrocarbon radical comprising from 12 to 18 carbon atoms, and preferably having the same number of carbon atoms for each of the compounds,,,: - the compound, having a saturated radical R; and - the compound, having a mono-unsaturated radical R; and - the compound, having a di-unsaturated radical R; and - the compound, having a tri-unsaturated radical R; and - Cat+ having the same meaning for each of the compounds,,. where R denotes a saturated or unsaturated linear or branched hydrocarbon radical comprising from 12 to 20 carbon atoms, where said radical R may comprise one or a plurality of ethylene unsaturations (of the double bond type) and Cat+ represents a cation or a mixture of cations, organic or inorganic, suitable for obtaining electroneutrality of the compound or mixture of compounds having formula, characterized in that a mixture of at least 4 compounds having formula, denoted compounds,,, is used, wherein: - the radicals R of each of the compounds,,, denote a linear hydrocarbon radical comprising from 12 to 18 carbon atoms, and preferably having the same number of carbon atoms for each of the compounds,,,: - the compound, having a saturated radical R; and - the compound, having a mono-unsaturated radical R; and - the compound, having a di-unsaturated radical R; and - the compound, having a tri-unsaturated radical R; and - Cat+ having the same meaning for each of the compounds,,. - the radicals R of each of the compounds,,, denote a linear hydrocarbon radical comprising from 12 to 18 carbon atoms, and preferably having the same number of carbon atoms for each of the compounds,,,: - the compound, having a saturated radical R; and - the compound, having a mono-unsaturated radical R; and - the compound, having a di-unsaturated radical R; and - the compound, having a tri-unsaturated radical R; and - Cat+ having the same meaning for each of the compounds,,.
A method for stimulating absorption of iron present in the soil in a plant which is not in an iron-deficient condition, characterized in that it comprises supplying an effective quantity of silicon to said plant or to soils, characterized in that it also comprises supplying an effective quantity of iron in the form of "EDTA, 2NaFe, H 2 O " to said plant or to soils.
An elongated strain relief grommet, the strain relief grommet comprising: a grommet body formed from a compressible material, the body including a first grommet end portion and a second grommet end portion; a first conductor passage extending longitudinally through a first grommet end portion; and a second conductor passage extending longitudinally through a second grommet portion; wherein the grommet body also includes a reduced diameter grommet portion; a first conductor portion is received in the first conductor passage; a second conductor portion is received in the second conductor passage; characterized in that: the first and second conductor passages extend longitudinally through at least the first and the second grommet end portions respectively, in that the reduced diameter portion is disposed between the first and the second end portions, and in that: a wound conductor portion is wrapped at least once around the reduced diameter grommet portion; and wherein an outer surface of the reduced diameter grommet portion includes at least one spiral recess retaining the wound conductor portion between the first and second grommet end portions. a grommet body formed from a compressible material, the body including a first grommet end portion and a second grommet end portion; a first conductor passage extending longitudinally through a first grommet end portion; and a second conductor passage extending longitudinally through a second grommet portion; wherein the grommet body also includes a reduced diameter grommet portion; a first conductor portion is received in the first conductor passage; a second conductor portion is received in the second conductor passage; characterized in that: the first and second conductor passages extend longitudinally through at least the first and the second grommet end portions respectively, in that the reduced diameter portion is disposed between the first and the second end portions, and in that: a wound conductor portion is wrapped at least once around the reduced diameter grommet portion; and wherein an outer surface of the reduced diameter grommet portion includes at least one spiral recess retaining the wound conductor portion between the first and second grommet end portions. the first and second conductor passages extend longitudinally through at least the first and the second grommet end portions respectively, in that the reduced diameter portion is disposed between the first and the second end portions, and in that: a wound conductor portion is wrapped at least once around the reduced diameter grommet portion; and wherein an outer surface of the reduced diameter grommet portion includes at least one spiral recess retaining the wound conductor portion between the first and second grommet end portions. a wound conductor portion is wrapped at least once around the reduced diameter grommet portion; and wherein an outer surface of the reduced diameter grommet portion includes at least one spiral recess retaining the wound conductor portion between the first and second grommet end portions.
A process for the preparation of a completely amorphous poly(α-olefin) polymer comprising polymerizing at least one α-olefin in the presence of hydrogen and a catalytically effective amount of a catalyst which is the product obtained by combining a metallocene catalyst with a cocatalyst, the metallocene catalyst being selected from the group consisting of: meso -Me 2 Si(2-Et-Ind) 2 ZrCl 2, meso -Et(Ind) 2 ZrCl 2, meso -Et(IndH 4) 2 ZrCl 2, meso -Me 2 Si(Ind) 2 ZrCl 2, meso -Me 2 Si(IndH 4) 2 ZrCl 2, meso -Me 2 Si(2-Me-Ind) 2 ZrCl 2, and meso -Me 2 Si(2-Me-4-Ph-Ind) 2 ZrCl 2; and wherein the α-olefin is 1-hexene, 1-octene, 1-decene or 1-dodecene. meso -Me 2 Si(2-Et-Ind) 2 ZrCl 2, meso -Et(Ind) 2 ZrCl 2, meso -Et(IndH 4) 2 ZrCl 2, meso -Me 2 Si(Ind) 2 ZrCl 2, meso -Me 2 Si(IndH 4) 2 ZrCl 2, meso -Me 2 Si(2-Me-Ind) 2 ZrCl 2, and meso -Me 2 Si(2-Me-4-Ph-Ind) 2 ZrCl 2;
An acrylic elastomer, comprising iodine groups as crosslinking groups and having an iodine content of 0.1 to 2 mass % with respect to the total mass of the elastomer as determined according to JIS K0102: 2013 (36.1 Iodine extraction absorptiometry), wherein the acrylic elastomer is a copolymer of a (meth)acrylic acid alkyl ester and an iodine group-containing crosslinkable monomer, and is capable of being copolymerized with other monomers or with a crosslinkable monomer containing a crosslinking group other than iodine group; the iodine group-containing crosslinkable monomer is at least one compound selected from the group consisting of 1-iodomethane, 1-iodoethane, 1-iodopropane, 2-iodopropane, 1-iodobutane, 2-iodobutane, 1-iodopentane, 1-iodohexane, 1-iodononane, 1-iodooctane, 1-iododecane, 1-iodododecane, diiodomethane, 1,2-diiodoethane, 1,3-diiodopropane, 1,4-diiodobutane, 1,5-diiodopentane, 1,6-diiodohexane, 1,8-diiodooctane, 1,9-diiodononane, 1,10-diiododecane, 1,12-diiodododecane, and iodoform.
An elevator door frame, comprising: a sill member (34; 42); a header member (32; 40) a plurality of jamb members (36; 38; 44; 46) between the sill member and the header member; a plurality of guide rail brackets supported on at least one of the sill member (34; 42), header member (32; 40) or one of the jamb members (36; 38; 44; 46), the guide rail brackets being configured to receive a portion of a guide rail; and at least one guide rail section secured in a desired position relative to the door frame by the guide rail brackets; characterized in that the guide rail section comprises a first portion that remains in a fixed position relative to the door frame and a second portion that is moveable relative to the first portion. a sill member (34; 42); a header member (32; 40) a plurality of jamb members (36; 38; 44; 46) between the sill member and the header member; a plurality of guide rail brackets supported on at least one of the sill member (34; 42), header member (32; 40) or one of the jamb members (36; 38; 44; 46), the guide rail brackets being configured to receive a portion of a guide rail; and at least one guide rail section secured in a desired position relative to the door frame by the guide rail brackets; characterized in that the guide rail section comprises a first portion that remains in a fixed position relative to the door frame and a second portion that is moveable relative to the first portion.
A token device for authenticating users, said token device comprising a user interface with a display, a processing unit, a memory for storing secret values, a memory for storing one or more applications, one or more batteries, and a USB connector for connecting the device to a user's personal computer; said token device being adapted to generate one-time passwords or responses to challenges or signatures and being further adapted to be operable in both a connected or non-connected mode whereby the token device gets electrical power from the USB connection when in connected mode and from said one or more batteries when in non-connected mode; said token device further comprising a smart card reader (104, 150) adapted to communicate with an inserted smart card (105, 154), and a firewall-like filter that is adapted to accept specific commands for said smart card (105, 154) that is operative when said token device is operating in connected mode; said token device being further adapted to generate said one-time passwords, responses to challenges or signatures using said smart card and to do this when said token device is operating in non-connected mode.
A spoke for a tire, said tire being attached to a hub comprising: an outer tread band; a first spoke element; a second spoke element; and a joint body connecting said first spoke element and said second spoke element, characterised in that said joint body comprises an elastic material arranged such that said first spoke element and said second spoke element is deflectable in at least a first plane of bending, where in the first spoke element and second spoke element are disposed between said hub and said outer tread band, and in that said first spoke element and said second spoke element are comprised of an elastomer surrounding a fiber reinforced plastic. an outer tread band; a first spoke element; a second spoke element; and a joint body connecting said first spoke element and said second spoke element, characterised in that said joint body comprises an elastic material arranged such that said first spoke element and said second spoke element is deflectable in at least a first plane of bending, where in the first spoke element and second spoke element are disposed between said hub and said outer tread band, and in that said first spoke element and said second spoke element are comprised of an elastomer surrounding a fiber reinforced plastic.
A first communication apparatus, not capable of concurrently providing a first service (service Y) and a second service (service X), comprising: a receiving unit configured to receive (S401, F506), from a second communication apparatus, a search signal which the second communication apparatus uses for searching for an apparatus to provide the first service to the second communication apparatus, characterized in that the first communication apparatus further comprises: a detection unit configured to detect, within the first communication apparatus, an execution state of the second service in a case where the receiving unit receives the search signal; and a controller configured to transmit a response signal to the search signal in a case where the detection unit does not detect that the second service is being executed, and not to transmit response signals to the search signal in a case the detection unit detects that the second service is being executed; wherein the first service is set as a service which is incapable of operating in parallel with the second service. a receiving unit configured to receive (S401, F506), from a second communication apparatus, a search signal which the second communication apparatus uses for searching for an apparatus to provide the first service to the second communication apparatus, characterized in that the first communication apparatus further comprises: a detection unit configured to detect, within the first communication apparatus, an execution state of the second service in a case where the receiving unit receives the search signal; and a controller configured to transmit a response signal to the search signal in a case where the detection unit does not detect that the second service is being executed, and not to transmit response signals to the search signal in a case the detection unit detects that the second service is being executed; wherein the first service is set as a service which is incapable of operating in parallel with the second service. a detection unit configured to detect, within the first communication apparatus, an execution state of the second service in a case where the receiving unit receives the search signal; and a controller configured to transmit a response signal to the search signal in a case where the detection unit does not detect that the second service is being executed, and not to transmit response signals to the search signal in a case the detection unit detects that the second service is being executed; wherein the first service is set as a service which is incapable of operating in parallel with the second service.
A protection device comprising: a managing unit configured to acquire a list of file paths of predetermined protection target files; and an operating unit configured to perform an operation of protecting data of a file, corresponding to a file path included in the list, from deletion by another process, by opening the file. a managing unit configured to acquire a list of file paths of predetermined protection target files; and an operating unit configured to perform an operation of protecting data of a file, corresponding to a file path included in the list, from deletion by another process, by opening the file.
A processing machine for the production of dental workpieces from a blank, comprising - a housing in which a first chamber and a second chamber which is separate from the first chamber are formed, - a first holding device for a blank with the first holding device being arranged in the first chamber and being movable relative to the housing, - a second holding device for a blank with the second holding device being arranged in the second chamber and being movable relative to the housing, and - a processing device being movable relative to the housing, wherein a blank held in the first holding device and a blank held in the second holding device can be processed with the processing device, characterized in that the housing has a limiting wall with a first access opening to the first chamber and a second access opening to the second chamber, wherein the processing device is movably mounted on the limiting wall. - a housing in which a first chamber and a second chamber which is separate from the first chamber are formed, - a first holding device for a blank with the first holding device being arranged in the first chamber and being movable relative to the housing, - a second holding device for a blank with the second holding device being arranged in the second chamber and being movable relative to the housing, and - a processing device being movable relative to the housing,
A method performed by a wireless device for compactly configuring a Tracking Reference Signal, TRS, Information Element, IE, the method comprising: receiving a compact TRS IE from higher layer signaling of a network, wherein the compact TRS IE is received without a Channel State Information Reference Signal, CSI-RS, configuration, and wherein the compact TRS IE is received when the wireless device is in one of an idle mode or an inactive mode; and configuring at least one TRS in accordance with the compact TRS IE, wherein configuring the at least one TRS in accordance with the compact TRS IE comprises configuring a frequency location of TRS occasions within an initial bandwidth part, BWP, of the idle mode or the inactive mode. receiving a compact TRS IE from higher layer signaling of a network, wherein the compact TRS IE is received without a Channel State Information Reference Signal, CSI-RS, configuration, and wherein the compact TRS IE is received when the wireless device is in one of an idle mode or an inactive mode; and configuring at least one TRS in accordance with the compact TRS IE, wherein configuring the at least one TRS in accordance with the compact TRS IE comprises configuring a frequency location of TRS occasions within an initial bandwidth part, BWP, of the idle mode or the inactive mode.