mhurhangee/ep-ind-claims huggingface dataset:
A refrigerating device comprising: a compressor compressing a refrigerant; a temperature detector detecting a temperature (T t) of the refrigerant discharged from the compressor on the outside of the compressor; characterized in that the refrigerating device further comprises a protection control section judging that a transition following a starting of the compressor is in effect and that a steady state following an end of the transition in which a state of the refrigerant is stable is in effect, performing protection control on the compressor when a detected temperature (T t) detected by the temperature detector exceeds a first determination temperature (T L1, T H1) during the transition, and performing the protection control on the compressor when the detected temperature (T t) exceeds a second determination temperature (T L2, T H2) during the steady state, and in that the protection control section judges that the transition is in effect until a predetermined time (t 1) elapses after the starting of the compressor, and judges that the steady state is in effect after the predetermined time (t 1) has elapsed. a compressor compressing a refrigerant; a temperature detector detecting a temperature (T t) of the refrigerant discharged from the compressor on the outside of the compressor; characterized in that the refrigerating device further comprises a protection control section judging that a transition following a starting of the compressor is in effect and that a steady state following an end of the transition in which a state of the refrigerant is stable is in effect, performing protection control on the compressor when a detected temperature (T t) detected by the temperature detector exceeds a first determination temperature (T L1, T H1) during the transition, and performing the protection control on the compressor when the detected temperature (T t) exceeds a second determination temperature (T L2, T H2) during the steady state, and in that the protection control section judges that the transition is in effect until a predetermined time (t 1) elapses after the starting of the compressor, and judges that the steady state is in effect after the predetermined time (t 1) has elapsed.
Switchgear cabinet having a cabinet frame, and having a first and a second current converter device (3a, 3b) which are arranged in the switchgear cabinet and are supported by the cabinet frame, and having an electrical connection clamping device, wherein the first current converter device has first power semiconductor components (T1, D1) and, for electrical connection of the first current converter device, a first DC voltage positive potential connection element (DC1+) and a first DC voltage negative potential connection element (DC1-), wherein an electrically non-conductive first insulation element is arranged between the first DC voltage positive potential connection element (DC1+) and the first DC voltage negative potential connection element (DC1-), wherein the second current converter device has second power semiconductor components (T2, D2) and, for electrical connection of the second current converter device 3a, a second DC voltage positive potential connection element (DC2+) and a second DC voltage negative potential connection element (DC2-), wherein an electrically non-conductive second insulation element is arranged between the second DC voltage positive potential connection element (DC2+) and the second DC voltage negative potential connection element (DC2-), wherein the connection clamping device has an electrically conductive first clamping element and an electrically conductive second clamping element, which is arranged such that it is electrically insulated from the first clamping element, and a pressure-generating device which is designed to generate a pressure which pushes the second clamping element in the direction of the first clamping element, wherein the pressure-generating device pushes the second clamping element against the first and second DC voltage positive potential connection elements (DC1+, DC2+) and, by means of the first DC voltage positive potential connection element (DC1+) and the first insulation element, pushes the first DC voltage negative potential connection element (DC1-) against the first clamping element and, by means of the second DC voltage positive potential connection element (DC2+) and the second insulation element, pushes the second DC voltage negative potential connection element (DC2-) against the first clamping element, wherein the first clamping element is mechanically connected to the cabinet frame by means of an electrically non-conductive insulation body such that it is electrically insulated from the cabinet frame.
A crop residue spreader comprising: - a housing; - at least one spreader element, rotatable about an axis in a predetermined direction within said housing for driving a flow of crop residue (A,C) through a discharge opening of said housing; and - a flow guide adjacent said discharge opening, said flow guide comprising at least two elongate elements characterised in that said at least two elongate elements comprise axially spaced finger-portions. - a housing; - at least one spreader element, rotatable about an axis in a predetermined direction within said housing for driving a flow of crop residue (A,C) through a discharge opening of said housing; and - a flow guide adjacent said discharge opening, said flow guide comprising at least two elongate elements
A capping member, configured to be coupled to a flexible display panel, the flexible display panel supported by a connecting member and a coupling member, the coupling member facing the connecting member to support the connecting member, the capping member characterized by covering the end of the connecting member, and the capping member comprising: a first side wall configured to be coupled to a side of the flexible display panel; a second side wall opposite to the first side wall; a plurality of holes located between the first side wall and the second side wall; wherein the first side wall and the second side wall are bendable with the side of the flexible display panel and a shape of each of the plurality of holes is changeable during bending the first side wall and the second side wall; the capping member further characterised by defining a positioning groove, wherein the coupling member is configured to be slidably coupled to the positioning groove. a first side wall configured to be coupled to a side of the flexible display panel; a second side wall opposite to the first side wall; a plurality of holes located between the first side wall and the second side wall; wherein the first side wall and the second side wall are bendable with the side of the flexible display panel and a shape of each of the plurality of holes is changeable during bending the first side wall and the second side wall; the capping member further characterised by defining a positioning groove, wherein the coupling member is configured to be slidably coupled to the positioning groove.
A departure/destination location extraction apparatus, comprising: a travel history accumulation unit configured to store a travel history of a vehicle, including a plurality of parking positions of the vehicle, characterized by a position extraction unit configured to: extract, among the parking positions stored in the travel history accumulation unit, those pairs of the parking positions where a distance between the parking positions in each of the pairs of the parking positions is less than or equal to a predetermined threshold, each of said pairs being treated as a set of candidate points, extract a collection comprising all neighbouring points resulting from considering one said set of candidate points and including those further candidate points connected as a whole to said set via successive sets of candidate points, and set an area that includes all parking positions in the extracted collection and has outer edges constituted with lines that connect neighboring points in the collection, as at least one of a departure location and a destination location. a travel history accumulation unit configured to store a travel history of a vehicle, including a plurality of parking positions of the vehicle, characterized by a position extraction unit configured to: extract, among the parking positions stored in the travel history accumulation unit, those pairs of the parking positions where a distance between the parking positions in each of the pairs of the parking positions is less than or equal to a predetermined threshold, each of said pairs being treated as a set of candidate points, extract a collection comprising all neighbouring points resulting from considering one said set of candidate points and including those further candidate points connected as a whole to said set via successive sets of candidate points, and set an area that includes all parking positions in the extracted collection and has outer edges constituted with lines that connect neighboring points in the collection, as at least one of a departure location and a destination location. extract, among the parking positions stored in the travel history accumulation unit, those pairs of the parking positions where a distance between the parking positions in each of the pairs of the parking positions is less than or equal to a predetermined threshold, each of said pairs being treated as a set of candidate points, extract a collection comprising all neighbouring points resulting from considering one said set of candidate points and including those further candidate points connected as a whole to said set via successive sets of candidate points, and set an area that includes all parking positions in the extracted collection and has outer edges constituted with lines that connect neighboring points in the collection, as at least one of a departure location and a destination location.
A first load-handling device with a first section which, in operation, is oriented essentially horizontally and which has an expansion in the horizontal longitudinal direction x, an expansion in the vertical thickness direction y, and an expansion in the width direction z, and a second section which is arranged essentially perpendicularly to the first section, whereby the first load-handling device has an integrated image-recording optical system which records an image in the opposite direction to the second section of the first load-carrying device, characterized in that the width direction z of the first section of the first load-carrying device tapers in the opposite direction to the second section of the first load-carrying device via a ramp, the image-capturing optics being integrated in the ramp.
An apparatus for transmitting data in a frequency division multiple access based communication system, comprising: a symbol block generator configured to generate a plurality of symbol blocks within one Transmission Time Interval, TTI, when control information to be transmitted exists in the TTI, wherein a predetermined symbol block of the plurality of symbol blocks comprises the control information and data to be transmitted, wherein the remaining symbol blocks of the plurality of symbol blocks comprise a predetermined symbol block only for a pilot signal and symbol blocks only for data without control information; and a transmitter configured to generate a transmission symbol for each of the plurality of symbol blocks at a corresponding symbol block period, wherein the transmission symbol is generated based on an Interleaved Frequency Division Multiple Access, IFDMA, multi-carrier mapping or a Localized Frequency Division Multiple Access, LFDMA, multi-carrier mapping. a symbol block generator configured to generate a plurality of symbol blocks within one Transmission Time Interval, TTI, when control information to be transmitted exists in the TTI, wherein a predetermined symbol block of the plurality of symbol blocks comprises the control information and data to be transmitted, wherein the remaining symbol blocks of the plurality of symbol blocks comprise a predetermined symbol block only for a pilot signal and symbol blocks only for data without control information; and a transmitter configured to generate a transmission symbol for each of the plurality of symbol blocks at a corresponding symbol block period, wherein the transmission symbol is generated based on an Interleaved Frequency Division Multiple Access, IFDMA, multi-carrier mapping or a Localized Frequency Division Multiple Access, LFDMA, multi-carrier mapping.
A snowboard attachment for a standard snowboard, for riding under powder snow conditions, the snowboard attachment comprising: a nose part that is operable to attach to the standard snowboard for providing lift and float while riding on powder snow; an elongate passage in the snowboard attachment having walls extending between an opening in a top surface of the snowboard attachment and an opening in a bottom surface of the snowboard attachment, said elongate passage being orientated transverse to the longitudinal axis of the snowboard attachment and having walls configured to surround the standard snowboard; and a body part that is attached in operation to the nose part, wherein the body part has clamp through openings (1510, 1512) arranged to receive fastenings of a binding clamp of the standard snowboard, such that the clamp through openings lie in operation between the binding clamp and the standard snowboard. a nose part that is operable to attach to the standard snowboard for providing lift and float while riding on powder snow; an elongate passage in the snowboard attachment having walls extending between an opening in a top surface of the snowboard attachment and an opening in a bottom surface of the snowboard attachment, said elongate passage being orientated transverse to the longitudinal axis of the snowboard attachment and having walls configured to surround the standard snowboard; and a body part that is attached in operation to the nose part, wherein the body part has clamp through openings (1510, 1512) arranged to receive fastenings of a binding clamp of the standard snowboard, such that the clamp through openings lie in operation between the binding clamp and the standard snowboard.
An external storage device comprising: (a) a substrate; (b) a controller electrically coupled to the substrate; (c) a plurality of memory die stacks electrically coupled to the substrate; and, (d) a connector electrically coupled to the substrate; (e) wherein the external storage device is configured to support at least two USB standards with interfaces that are mechanically different; (f) wherein the connector comprises springs and connection fingers electrically coupled to the substrate; (g) characterized in that the connector comprises a cover having a plurality of apertures positioned adjacent and/or behind the connection fingers; (h) each spring having a coupling projection that extends through each aperture when the springs are in an uncompressed position; characterised in that the connection fingers are embedded within the cover. (a) a substrate; (b) a controller electrically coupled to the substrate; (c) a plurality of memory die stacks electrically coupled to the substrate; and, (d) a connector electrically coupled to the substrate; (e) wherein the external storage device is configured to support at least two USB standards with interfaces that are mechanically different; (f) wherein the connector comprises springs and connection fingers electrically coupled to the substrate; (g) characterized in that the connector comprises a cover having a plurality of apertures positioned adjacent and/or behind the connection fingers; (h) each spring having a coupling projection that extends through each aperture when the springs are in an uncompressed position;
A vector comprising a nucleic acid sequence which is selected from the group consisting of SEQ ID NOs: 1-94, wherein (i) the nucleic acid sequence further comprises a trans-activating CRISPR RNA (tracrRNA) sequence or (ii) the vector is a sgRNA expression vector. (i) the nucleic acid sequence further comprises a trans-activating CRISPR RNA (tracrRNA) sequence or (ii) the vector is a sgRNA expression vector.
Optical device, intended to be arranged on a detector equipped with an infrared sensor in order to increase the angle of the field of view of the detector, comprising: - a primary mirror of circular overall shape, comprising a circular opening at its centre, - a secondary mirror of circular overall shape and of diameter smaller than the diameter of the primary mirror, comprising a circular opening at its centre, - at least one connecting means for connecting the primary mirror and the secondary mirror, so as to arrange the reflective surface of the primary mirror facing the reflective surface of the secondary mirror, the primary and secondary mirrors being designed to reflect radiation in the infrared; and the primary mirror and the secondary mirror being configured to form an afocal system and to form a continuous very wide-angle image with the centre of the image obtained by the central circular openings, the angle (α) of the field of view of the device being greater than 90°. - a primary mirror of circular overall shape, comprising a circular opening at its centre, - a secondary mirror of circular overall shape and of diameter smaller than the diameter of the primary mirror, comprising a circular opening at its centre, - at least one connecting means for connecting the primary mirror and the secondary mirror, so as to arrange the reflective surface of the primary mirror facing the reflective surface of the secondary mirror, the primary and secondary mirrors being designed to reflect radiation in the infrared; and the primary mirror and the secondary mirror being configured to form an afocal system and to form a continuous very wide-angle image with the centre of the image obtained by the central circular openings, the angle (α) of the field of view of the device being greater than 90°.
A replaceable jaw cartridge (203,301, 400, 1403, 1503) that is preloaded with suture (460, 560, 1005, 1031, 1103), for use with a suture passer device (200, 300, 1501), the jaw cartridge comprising: a jaw housing configured to releasably engage the suture passer device, wherein the jaw housing comprises a keyed connector configured for releasably coupling with the suture passer device; a tissue penetrator (403, 503, 703, 803, 903, 1001, 1013,1105, 3615) configured to slide distally and proximally within the jaw housing; a suture (460, 560, 1005, 1031, 1103) within the jaw housing, the suture comprising a first bight region (561, 761, 861, 1031a, 1088) loaded in a suture engagement region (513, 713, 1067, 1766) at a distal end region of the tissue penetrator, and a second bight region (563, 763, 863, 1031b, 1088') loaded in a suture holding region (421, 722, 1803, 3605, 4901) within the jaw housing; and said jaw cartridge being characterized in that it further comprises a releasable hold (470, 570, 870, 1001, 1055, 1189) on the tissue penetrator that releasably secures a first end region of the suture (865, 1095, 1035) against the tissue penetrator; wherein the releasable hold is configured to hold a portion of the suture between the first end region and the second bight region in tension when the tissue penetrator is withdrawn proximally so that the second bight region is loaded into the suture engagement region after the first bight region has been removed from the suture engagement region. a jaw housing configured to releasably engage the suture passer device, wherein the jaw housing comprises a keyed connector configured for releasably coupling with the suture passer device; a tissue penetrator (403, 503, 703, 803, 903, 1001, 1013,1105, 3615) configured to slide distally and proximally within the jaw housing; a suture (460, 560, 1005, 1031, 1103) within the jaw housing, the suture comprising a first bight region (561, 761, 861, 1031a, 1088) loaded in a suture engagement region (513, 713, 1067, 1766) at a distal end region of the tissue penetrator, and a second bight region (563, 763, 863, 1031b, 1088') loaded in a suture holding region (421, 722, 1803, 3605, 4901) within the jaw housing; and said jaw cartridge being characterized in that it further comprises a releasable hold (470, 570, 870, 1001, 1055, 1189) on the tissue penetrator that releasably secures a first end region of the suture (865, 1095, 1035) against the tissue penetrator; wherein the releasable hold is configured to hold a portion of the suture between the first end region and the second bight region in tension when the tissue penetrator is withdrawn proximally so that the second bight region is loaded into the suture engagement region after the first bight region has been removed from the suture engagement region.
A method of producing a fuel cell separator made of a resin composition comprising a carbonaceous material and a resin containing from 0.5 to 30 % by weight, based on the weight of the separator, of one or more components selected from 1,2-polybutadiene, 3,4-polyisoprene, polyethylene, polypropylene and polybutene-1, the fuel cell separator having a recess for gas flow path on a surface of the separator; comprising the steps of roughening a surface of the recess for gas flow path to an arithmetic mean roughness Ra of 0.5 to 10 μm; and hydrophilizing the recess for gas flow path; characterized in that the step of hydrophilizing the recess for gas flow path is carried out by immersing the separator in an atmosphere of a fluorine-containing gas.
Composite strip that extends in a main direction between first and second ends (10a, 10b), the said composite strip comprising a main strip comprising first fibres embedded in a matrix, the said first fibres being made of carbon, a material that conducts electricity, and the said matrix being made of at least one polymer, and said composite strip further comprising a junction layer formed of an electrically conducting junction material, the said composite strip being characterized in that the said junction layer is placed on the main strip, only at the first and second ends (10a, 10b) of the composite strip.
A battery module, comprising: a plurality of battery cells arranged consecutively in one direction; and a barrier (150, 250, 350, 450, 550, 650) interposed between a first one of the battery cells and a second one of the battery cells, wherein the barrier has two sub-elements that cross at a central region of a surface of the battery cell, wherein the barrier includes a plurality of protruding portions (151, 251, 351, 451, 551, 651) thereon, characterized in that the protruding portions are on a surface of the barrier that comes in contact with the battery cell. a plurality of battery cells arranged consecutively in one direction; and a barrier (150, 250, 350, 450, 550, 650) interposed between a first one of the battery cells and a second one of the battery cells, wherein the barrier has two sub-elements that cross at a central region of a surface of the battery cell, wherein the barrier includes a plurality of protruding portions (151, 251, 351, 451, 551, 651) thereon, characterized in that the protruding portions are on a surface of the barrier that comes in contact with the battery cell.