mhurhangee/ep-ind-claims huggingface dataset:
Arrangement of a liner on a lateral wall of a motor vehicle luggage compartment, comprising a relief corresponding to a wheel arch, and, above the relief, an armrest which is secured by means of a support, and - in the low part, a boss which is designed to match the relief of the lateral wall, characterized in that the liner comprises: - in an upper part of the boss, at least one cut-out which can allow the armrest support to pass through, and in that edges (25, 25s) of the cut-out are held between the armrest and the armrest support. - in the low part, a boss which is designed to match the relief of the lateral wall, - in an upper part of the boss, at least one cut-out which can allow the armrest support to pass through,
A mobile station, comprising: a memory; a location acquisition unit configured to acquire location information of the mobile station; a detection unit configured to detect a network ready for wireless communication; a determining unit configured, when the detecting unit detects the network ready for wireless communication, to determine whether location information in association with identification information of the network detected by the detecting unit is stored in the memory; a control unit configured, when the determining unit determines that location information in association with the detected network is stored in the memory, to perform a predetermined process using the stored location information, and when the determining unit determines that location information in association with the identification information of the detected network is not stored in the memory, to instruct the location acquisition unit to acquire the location information of the mobile station, to perform the predetermined process using the location information acquired by the location acquisition unit, and to cause the memory to store the location information acquired by the location acquisition unit in association with the identification information of the network detected by the detecting unit; wherein the mobile station is a terminal for voice communication and, if the mobile station communicates with a network for call connection, the predetermined process is a calling process during which the acquired location information is sent out in addition to voice data. a memory; a location acquisition unit configured to acquire location information of the mobile station; a detection unit configured to detect a network ready for wireless communication; a determining unit configured, when the detecting unit detects the network ready for wireless communication, to determine whether location information in association with identification information of the network detected by the detecting unit is stored in the memory; a control unit configured, when the determining unit determines that location information in association with the detected network is stored in the memory, to perform a predetermined process using the stored location information, and when the determining unit determines that location information in association with the identification information of the detected network is not stored in the memory, to instruct the location acquisition unit to acquire the location information of the mobile station, to perform the predetermined process using the location information acquired by the location acquisition unit, and to cause the memory to store the location information acquired by the location acquisition unit in association with the identification information of the network detected by the detecting unit; wherein the mobile station is a terminal for voice communication and, if the mobile station communicates with a network for call connection, the predetermined process is a calling process during which the acquired location information is sent out in addition to voice data.
Solvent-free, low-monomer polyisocyanate mixtures A) having a content of isocyanate groups of from 11 to 23% by weight, an average isocyanate functionality of at least 2.3 and a residual content of monomeric diisocyanates of less than 1% by weight, which consist to an extent of from 5 to 95% by weight of at least one polyisocyanate a-1) based on hexamethylene diisocyanate and having an NCO content of from 16 to 24% by weight and to an extent of from 5 to 95% by weight of at least one polyisocyanate a-2) based on araliphatic diisocyanates and having an NCO content of from 10 to 22% by weight.
A paintball loader adapted to be mounted on a paintball marker, said loader comprising: a paintball storage compartment for holding a supply of paintballs, an outlet through which a paintball may pass in a feeding direction into a paintball marker on which the loader is mounted, a frame supporting a paintball feeding arrangement (115, 116) for actively feeding paintballs in said compartment through said outlet, said feeding arrangement having one or several points of entry for receiving a paintball, and a supporting plate, having a front end, facing an intended firing direction, and a rear end opposite said front end, and at least two abutments (126, 128; 133), characterised by a suspension member having one end operatively connected to a central region of said supporting plate and a second end operatively connected to said frame, said suspension member being spring loaded to press said supporting plate against said abutments (126, 128; 133) in a direction substantially opposite said feeding direction, wherein said supporting plate is depressable against a force of said spring loaded suspension member, for moving said supporting plate in the feeding direction from a first position, in which said supporting plate is pressed against said abutments and serves to guide paintballs in said compartment towards said points of entry, to a second, depressed position. a paintball storage compartment for holding a supply of paintballs, an outlet through which a paintball may pass in a feeding direction into a paintball marker on which the loader is mounted, a frame supporting a paintball feeding arrangement (115, 116) for actively feeding paintballs in said compartment through said outlet, said feeding arrangement having one or several points of entry for receiving a paintball, and a supporting plate, having a front end, facing an intended firing direction, and a rear end opposite said front end, and at least two abutments (126, 128; 133), characterised by a suspension member having one end operatively connected to a central region of said supporting plate and a second end operatively connected to said frame, said suspension member being spring loaded to press said supporting plate against said abutments (126, 128; 133) in a direction substantially opposite said feeding direction, wherein said supporting plate is depressable against a force of said spring loaded suspension member, for moving said supporting plate in the feeding direction from a first position, in which said supporting plate is pressed against said abutments and serves to guide paintballs in said compartment towards said points of entry, to a second, depressed position.
Method for separating at least one fiber composite material, the at least one fiber composite material being subjected to at least one pressure wave in a dielectric liquid, which pressure wave has been generated by an electric spark discharge in the dielectric liquid, characterized in that the dielectric liquid can be polymerized and is polymerized after the fiber composite material has been subjected to the at least one pressure wave.
A method for controlling a fill level of a reductant buffer level in an exhaust gas aftertreatment device (100, 200) connectable downstream of an internal combustion engine, said method comprising the steps of. a. making an assumption of the fill level of the reductant buffer, the assumption being that the reductant buffer is empty or almost empty or that the reductant buffer is full, b. performing a first reductant injection of a first amount upstream said exhaust gas aftertreatment device, c. evaluating the NOx conversion, resulting from said first reductant injection, downstream said exhaust gas aftertreatment device to obtain a first result, d. performing a second reductant injection of a second amount upstream said exhaust gas aftertreatment device, which second amount is different to said first amount, e. evaluating the NOx conversion, resulting from said second reductant injection, downstream said exhaust gas aftertreatment device to obtain a second result, f. determining whether the assumption of the fill level of the reductant buffer is correct in dependence of the first and second results from said first and second NOx conversion evaluations, g. controlling at least one further reductant injection (340, 350) based on whether the assumption of the fill level of the reductant buffer was correct or not. a. making an assumption of the fill level of the reductant buffer, the assumption being that the reductant buffer is empty or almost empty or that the reductant buffer is full, b. performing a first reductant injection of a first amount upstream said exhaust gas aftertreatment device, c. evaluating the NOx conversion, resulting from said first reductant injection, downstream said exhaust gas aftertreatment device to obtain a first result, d. performing a second reductant injection of a second amount upstream said exhaust gas aftertreatment device, which second amount is different to said first amount, e. evaluating the NOx conversion, resulting from said second reductant injection, downstream said exhaust gas aftertreatment device to obtain a second result, f. determining whether the assumption of the fill level of the reductant buffer is correct in dependence of the first and second results from said first and second NOx conversion evaluations, g. controlling at least one further reductant injection (340, 350) based on whether the assumption of the fill level of the reductant buffer was correct or not.
A communication adaptor, comprising within a casing: - an NFC transmission antenna for wireless communication, - a DALI wired control interface connected to wired control interface terminals of the communication adaptor, - a control circuitry for converting wireless signals received at the NFC transmission antenna for wireless communication into wired control interface signals on the wired control interface terminals and optionally vice versa, wherein - the communication adaptor is designed such that when being brought in close contact with a reception antenna of a converter for lighting means, a wireless communication between the NFC transmission antenna of the communication adaptor and the reception antenna of the converter 12 is established, wherein the control circuitry and the DALI wired control interface are configured to be powered by means of a DC voltage at the wired control interface terminals, wherein the control circuitry is designed to convert received wired control interface signal blocks into NFC HF bursts having substantially a time duration of the respectively received wired control interface signal blocks. - an NFC transmission antenna for wireless communication, - a DALI wired control interface connected to wired control interface terminals of the communication adaptor, - a control circuitry for converting wireless signals received at the NFC transmission antenna for wireless communication into wired control interface signals on the wired control interface terminals and optionally vice versa, wherein - the communication adaptor is designed such that when being brought in close contact with a reception antenna of a converter for lighting means, a wireless communication between the NFC transmission antenna of the communication adaptor and the reception antenna of the converter 12 is established, - the communication adaptor is designed such that when being brought in close contact with a reception antenna of a converter for lighting means, a wireless communication between the NFC transmission antenna of the communication adaptor and the reception antenna of the converter 12 is established, wherein the control circuitry and the DALI wired control interface are configured to be powered by means of a DC voltage at the wired control interface terminals, wherein the control circuitry is designed to convert received wired control interface signal blocks into NFC HF bursts having substantially a time duration of the respectively received wired control interface signal blocks.
A medical fluid delivery system comprising: a medical fluid delivery machine including a pneumatic manifold having pump and valve actuation areas (52, 56) and a pumping gasket overlaying the pump and valve actuation areas, a source of positive pneumatic pressure, a source of negative pneumatic pressure, plural pneumatic valves located between the sources of positive and negative pneumatic pressure (24, 26) and the pump and valve actuation areas (52, 56), and a control unit in operable communication with the plural pneumatic valves; and a disposable cassette including a fluid pump chamber that aligns with the pump actuation area when the disposable cassette is mated with the pneumatic manifold, the disposable cassette including sheeting overlaying the fluid pump chamber, wherein the control unit is configured to operate the pneumatic valves to perform a conditioning routine that moves the pumping gasket and the cassette sheeting while mated in an attempt to remove small air pockets from between the pumping gasket and the cassette sheeting. a medical fluid delivery machine including a pneumatic manifold having pump and valve actuation areas (52, 56) and a pumping gasket overlaying the pump and valve actuation areas, a source of positive pneumatic pressure, a source of negative pneumatic pressure, plural pneumatic valves located between the sources of positive and negative pneumatic pressure (24, 26) and the pump and valve actuation areas (52, 56), and a control unit in operable communication with the plural pneumatic valves; and a pneumatic manifold having pump and valve actuation areas (52, 56) and a pumping gasket overlaying the pump and valve actuation areas, a source of positive pneumatic pressure, a source of negative pneumatic pressure, plural pneumatic valves located between the sources of positive and negative pneumatic pressure (24, 26) and the pump and valve actuation areas (52, 56), and a control unit in operable communication with the plural pneumatic valves; and a disposable cassette including a fluid pump chamber that aligns with the pump actuation area when the disposable cassette is mated with the pneumatic manifold, the disposable cassette including sheeting overlaying the fluid pump chamber, wherein the control unit is configured to operate the pneumatic valves to perform a conditioning routine that moves the pumping gasket and the cassette sheeting while mated in an attempt to remove small air pockets from between the pumping gasket and the cassette sheeting.
A display device comprising: a single display configured to emit display light (L, L1, L2, N1, N2); an imaging position adjustment unit configured to receive the display light, generate first and second display light (L1, L2), and set a distance from the imaging position adjustment unit per se to an imaging position in the second display light so as to be longer than a distance from the imaging position adjustment unit per se to the imaging position in the first display light; a first screen configured to be disposed at the imaging position in the first display light, the first screen comprising a microlens array; and a second screen configured to be disposed at the imaging position in the second display light, the second screen comprising a microlens array, characterized in that a pitch of the microlens array of the first screen is smaller than a pitch of the microlens array of the second screen and/or the radius of curvature of the microlens array of the second screen is smaller than the radius of curvature of the microlens array of the first screen, so that a light distribution angle (θy) of the second screen is set to be larger than a light distribution angle (θx) of the first screen. a single display configured to emit display light (L, L1, L2, N1, N2); an imaging position adjustment unit configured to receive the display light, generate first and second display light (L1, L2), and set a distance from the imaging position adjustment unit per se to an imaging position in the second display light so as to be longer than a distance from the imaging position adjustment unit per se to the imaging position in the first display light; a first screen configured to be disposed at the imaging position in the first display light, the first screen comprising a microlens array; and a second screen configured to be disposed at the imaging position in the second display light, the second screen comprising a microlens array, characterized in that a pitch of the microlens array of the first screen is smaller than a pitch of the microlens array of the second screen and/or the radius of curvature of the microlens array of the second screen is smaller than the radius of curvature of the microlens array of the first screen, so that a light distribution angle (θy) of the second screen is set to be larger than a light distribution angle (θx) of the first screen.
A misalignment calculation system comprising a misalignment calculator for calculating a misalignment amount occurring in butt welding of end portions of a first steel pipe and a second steel pipe by using profile data measured in a circumferential direction on the end portion of the first steel pipe by presetting a first angle datum, and profile data measured in a circumferential direction on the end portion of the second steel pipe by presetting a second angle datum, wherein the misalignment calculator calculates the misalignment amount in a state in which one of the following cases, or is satisfied: A) an angle formed between the first angle datum and the second angle datum is adjusted to an input angle, and in which the center of profile data showing an external surface geometry at the end portion of the first steel pipe is aligned with the center of the profile data showing an external surface geometry at the end portion of the second steel pipe; B) an angle formed between the first angle datum and the second angle datum is adjusted to an input angle, and in which the center of profile data showing an internal surface geometry at the end portion of the first steel pipe is aligned with the center of the profile data showing an internal surface geometry at the end portion of the second steel pipe; and C) the profile data of the end portion of the first steel pipe is rotated by a first angle as input and the profile data of the end portion of the second steel pipe is rotated by a second angle as input, and a bottom position of profile data showing an external surface geometry at the end portion of the first steel pipe is aligned with a bottom position of profile data showing an external surface geometry at the end portion of the second steel pipe. A) an angle formed between the first angle datum and the second angle datum is adjusted to an input angle, and in which the center of profile data showing an external surface geometry at the end portion of the first steel pipe is aligned with the center of the profile data showing an external surface geometry at the end portion of the second steel pipe; B) an angle formed between the first angle datum and the second angle datum is adjusted to an input angle, and in which the center of profile data showing an internal surface geometry at the end portion of the first steel pipe is aligned with the center of the profile data showing an internal surface geometry at the end portion of the second steel pipe; and C) the profile data of the end portion of the first steel pipe is rotated by a first angle as input and the profile data of the end portion of the second steel pipe is rotated by a second angle as input, and a bottom position of profile data showing an external surface geometry at the end portion of the first steel pipe is aligned with a bottom position of profile data showing an external surface geometry at the end portion of the second steel pipe.
A plate for a heat-exchanging plate of a condenser, the plate being constituted by a metallic flat plate having irregularities formed on a surface thereof, the heat-exchanging plate being obtained through press-working, which is implemented as a post-process, of the flat plate to yield thereafter the heat-exchanging plate, wherein the irregularities include a plurality of projections that are formed at a predetermined spacing; the plurality of projections includes first ridges disposed at an angle +θ with respect to a width direction of the plate and second ridges disposed at an angle -θ with respect to the width direction of the plate, the projections being formed into V-shapes by the first ridges and the second ridges, and respective tops being formed at portions at which the ends of the first ridges and the ends of the second ridges intersect each other; the height of the projections is set to be 0.02 mm or greater and 0.1 mm or less; the width of the projections is set to be 0.08 mm or greater and 1 mm or less; the value of θ is set to be 10° or greater and 80° or less; the width of recesses between the projections is set to be 0.1 mm or greater and 1 mm or less; and the pitch P 1 between adjacent projections is set to be 0.2 mm or greater and 2 mm or less, wherein a groove portion is formed along a longitudinal direction of the plate, at respective tops of the V-shapes.
A method of determining the acute rejection status of a heart transplant in a subject using a biomarker panel comprising nucleic acid markers, the method comprising the steps of: a. determining the nucleic acid expression profile of nucleic acid markers in a biological sample from the subject, wherein the nucleic acid markers comprise or consist of CD177, CPA3, HEBP1, ORM1, VNN 1 and CNTNAP3, b. comparing the nucleic acid expression profile to a control profile, c. determining whether expression of the nucleic acid markers is increased or decreased relative to the control profile, wherein the increased or decreased expression of the nucleic acid markers is indicative of the acute rejection status of the subject. a. determining the nucleic acid expression profile of nucleic acid markers in a biological sample from the subject, wherein the nucleic acid markers comprise or consist of CD177, CPA3, HEBP1, ORM1, VNN 1 and CNTNAP3, b. comparing the nucleic acid expression profile to a control profile, c. determining whether expression of the nucleic acid markers is increased or decreased relative to the control profile, wherein the increased or decreased expression of the nucleic acid markers is indicative of the acute rejection status of the subject.