mhurhangee/patent-ind-claim-en huggingface dataset:
A cooled electronic circuit board comprising: - a support circuit board equipped with sockets mutually alongside each other for DIMM storage modules ; - DIMM storage modules each equipped with a plug which can be couple with one of the sockets ; - two supports , having respective channels for the passage of a cooling liquid; - heat diffusers each equipped with two walls each covering a side of one of the storage modules for absorbing heat; the heat diffusers having two opposite longitudinal ends each in thermal contact with one of the supports ; characterized in that the heat diffusers having side faces and being designed in such a way that, in use, each two adjacent heat diffusers are in thermal contact by means of the respective side faces ; the cooled circuit electronic board further comprises thermal conduits which are in thermal contact with the supports , each thermal conduit located between two adjacent sockets of the support circuit board ; the heat diffusers also having a lower face which is in contact with the thermal conduits , the lower face being adjacent to the sockets of the support circuit board to which the storage module is coupled. - a support circuit board equipped with sockets mutually alongside each other for DIMM storage modules ; - DIMM storage modules each equipped with a plug which can be couple with one of the sockets ; - two supports , having respective channels for the passage of a cooling liquid; - heat diffusers each equipped with two walls each covering a side of one of the storage modules for absorbing heat; the heat diffusers having two opposite longitudinal ends each in thermal contact with one of the supports ; characterized in that the heat diffusers having side faces and being designed in such a way that, in use, each two adjacent heat diffusers are in thermal contact by means of the respective side faces ; the cooled circuit electronic board further comprises thermal conduits which are in thermal contact with the supports , each thermal conduit located between two adjacent sockets of the support circuit board ; the heat diffusers also having a lower face which is in contact with the thermal conduits , the lower face being adjacent to the sockets of the support circuit board to which the storage module is coupled.
Semi-crystalline semi-aromatic polyamide consisting of 95 - 100 mole% of monomeric units derived from diamine and dicarboxylic acid, and 0 - 5 mole% of one or more other monomeric units, the mole% being relative to the total mole % of monomeric units, wherein a) the diamine comprises at least 90 mole% of aliphatic diamine comprising 5 - 40 mole%, relative to the total molar amount of diamine, of a cycloaliphatic diamine chosen from the group consisting of 1,4-diaminocyclohexane, 4,4'-methylene-bis(cyclohexylamine) (PAC), 3,3'-dimethyl-4,4'-di(aminocyclohexyl)methane (MAC); 3,3',5,5'-tetramethyl-4,4'-di(aminocyclohexyl)methane; 2,2',3,3'-tetramethyl-4,4'-di(aminocyclohexyl)methane; norbornanediamine; and isophoronediamine (IPD), and any mixtures thereof; b) the dicarboxylic acid comprises at least 95 mole% of an aromatic dicarboxylic acid comprising 50 - 100 mole%, relative to the total molar amount of dicarboxylic acid, of naphthalene dicarboxylic acid (N), or biphenyl dicarboxylic acid (B), or a combination thereof. a) the diamine comprises at least 90 mole% of aliphatic diamine comprising 5 - 40 mole%, relative to the total molar amount of diamine, of a cycloaliphatic diamine chosen from the group consisting of 1,4-diaminocyclohexane, 4,4'-methylene-bis(cyclohexylamine) (PAC), 3,3'-dimethyl-4,4'-di(aminocyclohexyl)methane (MAC); 3,3',5,5'-tetramethyl-4,4'-di(aminocyclohexyl)methane; 2,2',3,3'-tetramethyl-4,4'-di(aminocyclohexyl)methane; norbornanediamine; and isophoronediamine (IPD), and any mixtures thereof; b) the dicarboxylic acid comprises at least 95 mole% of an aromatic dicarboxylic acid comprising 50 - 100 mole%, relative to the total molar amount of dicarboxylic acid, of naphthalene dicarboxylic acid (N), or biphenyl dicarboxylic acid (B), or a combination thereof.
A roll-to-roll reverse offset printing apparatus that performs printing on a substrate, the apparatus comprising: an ink supply member configured to supply a printing ink (K); a blanket cylinder configured to transfer part of the ink (K), which has been supplied from the ink supply member and applied on the surface of the blanket cylinder , onto the substrate (B); a roller mold configured to remove part of the ink (K) applied on the surface of the blanket cylinder according to a pattern; a base on which the blanket cylinder is fixed; a slider configured to support the roller mold , the slider being configured to be provided linearly moveable on the base so as to move to and away from the blanket cylinder ; characterized in that the printing apparatus further comprises a moving resistance reduction device that comprises an air blowing device which blows the air for floating the slider above the base , the moving resistance reduction device being configured to reduce the moving resistance of the slider relative to the base ; and a roller mold nip device configured to apply to the roller mold a nip pressure against the blanket cylinder , by moving the slider toward the blanket cylinder and pressing the roller mold against the blanket cylinder , and further configured to control the printing pressure so as to reduce variations in the printing pressure when the pattern removal of part of the ink (K) is performed by the roller mold . an ink supply member configured to supply a printing ink (K); a blanket cylinder configured to transfer part of the ink (K), which has been supplied from the ink supply member and applied on the surface of the blanket cylinder , onto the substrate (B); a roller mold configured to remove part of the ink (K) applied on the surface of the blanket cylinder according to a pattern; a base on which the blanket cylinder is fixed;
A bone treatment system comprising a placement device comprising: a bone filling material (c) a shaft that has a lumen which enables the bone filling material (C) to be placed on a bone treatment site to flow therethrough; a filling balloon that is filled with the bone filling material (C) via the lumen and is disposed on a distal portion of the shaft ; a fixing member that fixes the filling balloon to the shaft ; and a gas discharge portion (46F to 46H) that causes gas inside the lumen to flow in a direction toward a proximal end rather than the balloon, when the lumen is filled with the bone filling material (C), characterized in that the fixing member surrounds the proximal portion of the filling balloon and in that the gas discharge portion (46F to 46H) is configured to be formed between an outer surface of the shaft and an inner side of the fixing member . a filling balloon that is filled with the bone filling material (C) via the lumen and is disposed on a distal portion of the shaft ; a fixing member that fixes the filling balloon to the shaft ; and a gas discharge portion (46F to 46H) that causes gas inside the lumen to flow in a direction toward a proximal end rather than the balloon, when the lumen is filled with the bone filling material (C), characterized in that the fixing member surrounds the proximal portion of the filling balloon and in that the gas discharge portion (46F to 46H) is configured to be formed between an outer surface of the shaft and an inner side of the fixing member .
A vehicle seat structure, comprising: a blower apparatus that conditions air around a seating surface of a vehicle seat ; a flow-path-forming member that forms a flow path that circulates air between the seating surface and the blower apparatus ; and a covering material that adheres to the flow-path-forming member and covers an opening part of the flow path , the flow-path-forming member including: an adhesion surface to which the covering material adheres via an adhesion layer formed by an adhesive agent; and a first recessed part positioned between the flow path and the adhesion surface and disposed to be adjacent to the adhesion surface ; characterized in that : the adhesion surface and the first recessed part extend so as to surround the opening part of the flow path ; and a center in a cross section of the adhesion layer in a width direction is positioned between both end parts of the adhesion surface in a width direction. a blower apparatus that conditions air around a seating surface of a vehicle seat ; a flow-path-forming member that forms a flow path that circulates air between the seating surface and the blower apparatus ; and a covering material that adheres to the flow-path-forming member and covers an opening part of the flow path , the flow-path-forming member including: an adhesion surface to which the covering material adheres via an adhesion layer formed by an adhesive agent; and a first recessed part positioned between the flow path and the adhesion surface and disposed to be adjacent to the adhesion surface ; characterized in that : the adhesion surface and the first recessed part extend so as to surround the opening part of the flow path ; and a center in a cross section of the adhesion layer in a width direction is positioned between both end parts of the adhesion surface in a width direction. an adhesion surface to which the covering material adheres via an adhesion layer formed by an adhesive agent; and a first recessed part positioned between the flow path and the adhesion surface and disposed to be adjacent to the adhesion surface ; characterized in that : the adhesion surface and the first recessed part extend so as to surround the opening part of the flow path ; and a center in a cross section of the adhesion layer in a width direction is positioned between both end parts of the adhesion surface in a width direction. the adhesion surface and the first recessed part extend so as to surround the opening part of the flow path ; and a center in a cross section of the adhesion layer in a width direction is positioned between both end parts of the adhesion surface in a width direction.
A wafer container for holding a spaced stack of wafers (W), the stack having an axis (a) extending through the centers of the wafers (W), each wafer (W) having a circular peripheral edge and a thickness, the container comprising: a base portion for receiving the stack of wafers (W), the base portion having a plurality of walls defining an open interior and four of said walls defining an opening perimeter; a cover portion that cooperatively connects with the base portion to form a closed interior for containing the stack of wafers (W), the cover portion having an inside surface with attachment structure ; a wafer cushion attached to the inside surface of the cover portion at the attachment structure , the wafer cushion having a length and a width, the length extending in a direction parallel to the axis (a) of the stack of wafers (W), the wafer cushion comprising generally rectangular support structure defining a central elongate cushion window (53.2) with a pair of opposing side support structures, a central row of wafer engaging finger portions extending from the opposing side support structures down lengthwise in the window (53.2), each wafer engaging finger portion for engaging a single one of the stack of wafers (W), characterized in that each wafer engaging finger portion comprises a pair of legs extending from one of the two side support structures, the pair of legs extending to a mid-portion of the wafer engaging finger portion , the wafer engaging finger portion having a distal portion comprising a wafer engaging pad . a base portion for receiving the stack of wafers (W), the base portion having a plurality of walls defining an open interior and four of said walls defining an opening perimeter; a cover portion that cooperatively connects with the base portion to form a closed interior for containing the stack of wafers (W), the cover portion having an inside surface with attachment structure ; a wafer cushion attached to the inside surface of the cover portion at the attachment structure , the wafer cushion having a length and a width, the length extending in a direction parallel to the axis (a) of the stack of wafers (W), the wafer cushion comprising generally rectangular support structure defining a central elongate cushion window (53.2) with a pair of opposing side support structures, a central row of wafer engaging finger portions extending from the opposing side support structures down lengthwise in the window (53.2), each wafer engaging finger portion for engaging a single one of the stack of wafers (W), characterized in that each wafer engaging finger portion comprises a pair of legs extending from one of the two side support structures, the pair of legs extending to a mid-portion of the wafer engaging finger portion , the wafer engaging finger portion having a distal portion comprising a wafer engaging pad .
An information processing method for shared spectrum, the method comprising: receiving (S701), by a terminal device , position indication information sent by a network device , wherein the position indication information comprises a plurality of bits, and each bit of a part of the plurality of bits represents a first set, or each bit of all of the plurality of bits represents a first set, wherein the first set comprises a plurality of synchronization signal block, SSB, position indexes, and the position indication information indicates position where SSB measurement needs to be performed in a measurement window, wherein the position indication information is a bitmap.
A distribution unit for granular material, such as seed grains , fertilisers, or the like, in particular, a sowing unit of a distribution machine or sowing machine, the distribution unit comprising a housing with an inner cover surface approximately in the form of a circular path and/or of a circle segment, with at least one inlet opening for granular material or seed grains being conveyed, with a conveying means for the granular material or, as applicable, for the seed grains being conveyed, which conveying means rotates concentrically in the housing , as well as with at least one outlet opening connecting approximately tangentially to the inner cover surface , wherein the conveying means on its outer area has one or more apertures and drivers forming a conveyor pocket with the housing's inner cover surface in a first housing section and/or conveying section, in which conveyor pocket the grains are pushed and conveyed circularly by centrifugal forces supported by the conveying means , and, by means of a modified contour of the inner cover surface of the housing in a second housing section and/or separation section, and under the influence of centrifugal forces, in each case only one single grain continues to remain in the aperture or, as applicable, at the driver of the conveying means , and excess grains are discharged and fed back into the first housing section for being in turn conveyed again, characterised in that the inner cover surface of the housing at least in the vicinity of the outlet opening has a groove-shaped structure the dimensions of which correspond to the size of the individual grains , wherein parts of the separating groove are replaceable, and wherein a suchlike separating groove is insertable into the inner cover surface as part of the housing .
A method of validating a Service Level Agreement, SLA, for a user terminal , the method being performed in a home network of the user terminal and comprising: obtaining Service level related Performance Data, SPD, that have been collected by the user terminal while roaming in a visited network, wherein the SPD pertain to circuit-switched services provided in the visited network; obtaining subscription information associated with the user terminal and indicative of an SLA; and validating the SLA based on a comparison of the SPD, or data derived therefrom, with the subscription information. obtaining Service level related Performance Data, SPD, that have been collected by the user terminal while roaming in a visited network, wherein the SPD pertain to circuit-switched services provided in the visited network; obtaining subscription information associated with the user terminal and indicative of an SLA; and validating the SLA based on a comparison of the SPD, or data derived therefrom, with the subscription information.
A method at a base station to determine a status of a radio resource control, RRC, connection between a mobile terminal and the base station , the method comprising: transmitting (S402) a first message to the mobile terminal , the first message comprising instructions which, upon being executed by the mobile terminal , would cause the establishment, the modification, or the release of the RRC connection between the mobile terminal and the base station ; upon transmitting (S402) the first message, starting a first timer; determining whether at least one first condition is met, wherein the at least one first condition comprises a reception of an acknowledgement of a reception of the first message or wherein the at least one first condition comprises an expiration of the first timer; after it is determined that the at least one first condition is met, transmitting (S406) a second message to the mobile terminal , the second message comprising instructions which, upon being executed by the mobile terminal , would force the mobile terminal to transmit a response to the base station ; and determining (S410) the status of the RRC connection between the mobile terminal and the base station based, at least in part, on an absence or a presence of the response from the mobile terminal . transmitting (S402) a first message to the mobile terminal , the first message comprising instructions which, upon being executed by the mobile terminal , would cause the establishment, the modification, or the release of the RRC connection between the mobile terminal and the base station ; upon transmitting (S402) the first message, starting a first timer; determining whether at least one first condition is met, wherein the at least one first condition comprises a reception of an acknowledgement of a reception of the first message or wherein the at least one first condition comprises an expiration of the first timer; after it is determined that the at least one first condition is met, transmitting (S406) a second message to the mobile terminal , the second message comprising instructions which, upon being executed by the mobile terminal , would force the mobile terminal to transmit a response to the base station ; and determining (S410) the status of the RRC connection between the mobile terminal and the base station based, at least in part, on an absence or a presence of the response from the mobile terminal .
A light emitting device comprising: a first light transmissive supportive substrate that comprises a first light transmissive insulator and a first conductive circuitry layer provided on a surface of the first light transmissive insulator ; a second light transmissive supportive substrate which comprises a second light transmissive insulator , and which is disposed so as to have a predetermined gap from the first light transmissive supportive substrate ; a third light transmissive insulator formed in a space between the first light transmissive supportive substrate and the second light transmissive supportive substrate , and a light emitting diode which comprises a light emitting diode main body , characterised in that the light emitting device further comprises an electrode electrically connecting the light emitting diode main body to the first conductive circuitry layer via a conductive bump , and in that the light emitting diode is laid out between the first light transmissive supportive substrate and the second light transmissive supportive substrate . a first light transmissive supportive substrate that comprises a first light transmissive insulator and a first conductive circuitry layer provided on a surface of the first light transmissive insulator ; a second light transmissive supportive substrate which comprises a second light transmissive insulator , and which is disposed so as to have a predetermined gap from the first light transmissive supportive substrate ; a third light transmissive insulator formed in a space between the first light transmissive supportive substrate and the second light transmissive supportive substrate , and a light emitting diode which comprises a light emitting diode main body , characterised in that the light emitting device further comprises an electrode electrically connecting the light emitting diode main body to the first conductive circuitry layer via a conductive bump , and in that the light emitting diode is laid out between the first light transmissive supportive substrate and the second light transmissive supportive substrate .
A configurable automatic test infrastructure adapted for characterization adjustment of filters (A) having at least one screw for tuning the filter wherein each screw has a slot , the configurable automatic test infrastructure comprises a tip for rotating the at least one screw on the filter (A); an image scanner comprising a light curtain ; a robot arm having a work field; a linear guideway configured to bring the filter (A) to the work field and away from the work field; wherein the automatic test infrastructure is configured to perform the following steps • carrying the filter by the robot arm onto the linear guideway in the work field; • moving the filter by the linear guide way through the light curtain such that the image scanner scans the at least one screw of the filter; • determining by the image scanner the respective angle for each of the at least one screw; • carrying the filter by the linear guide way to the work field; • approximating by the robot arm the tip to a respective screw of the at least one screw in accordance with the respective angle determined by the image scanner; • mounting by the robot arm the tip in the respective slot; • transmitting rotational motion to the respective screw by means of the tip. the configurable automatic test infrastructure comprises a tip for rotating the at least one screw on the filter (A); an image scanner comprising a light curtain ; a robot arm having a work field; a linear guideway configured to bring the filter (A) to the work field and away from the work field; wherein the automatic test infrastructure is configured to perform the following steps • carrying the filter by the robot arm onto the linear guideway in the work field; • moving the filter by the linear guide way through the light curtain such that the image scanner scans the at least one screw of the filter; • determining by the image scanner the respective angle for each of the at least one screw; • carrying the filter by the linear guide way to the work field; • approximating by the robot arm the tip to a respective screw of the at least one screw in accordance with the respective angle determined by the image scanner; • mounting by the robot arm the tip in the respective slot; • transmitting rotational motion to the respective screw by means of the tip. • carrying the filter by the robot arm onto the linear guideway in the work field; • moving the filter by the linear guide way through the light curtain such that the image scanner scans the at least one screw of the filter; • determining by the image scanner the respective angle for each of the at least one screw; • carrying the filter by the linear guide way to the work field; • approximating by the robot arm the tip to a respective screw of the at least one screw in accordance with the respective angle determined by the image scanner; • mounting by the robot arm the tip in the respective slot; • transmitting rotational motion to the respective screw by means of the tip.