mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for measuring changes in the circumference of a subject, in order for a front-end unit to determine the volume and rate of respiration of the subject, the apparatus comprising: an extensible band for location around the circumference of a subject provided with an intermeshed energisable conducting wire, the wire having a first end and a second end; and engagement means comprising a conducting connector, for securing the band around the subject; characterized in that: the apparatus further comprises: a single electrical connector, the single electrical connector having a first pin and a second pin, and a cable incorporating multiple wires, the cable connected to the single electrical connector, the cable for transferring signals indicative of movement of the wire to a front-end unit; the first end of the wire being in electrical communication with the first pin of the electrical connector; and the second end of the wire being in electrical communication with the second pin of the electrical connector, via an electrical connection and the conducting connector to form a gapless conducting loop. an extensible band for location around the circumference of a subject provided with an intermeshed energisable conducting wire, the wire having a first end and a second end; and engagement means comprising a conducting connector, for securing the band around the subject; the apparatus further comprises: a single electrical connector, the single electrical connector having a first pin and a second pin, and a cable incorporating multiple wires, the cable connected to the single electrical connector, the cable for transferring signals indicative of movement of the wire to a front-end unit; a single electrical connector, the single electrical connector having a first pin and a second pin, and a cable incorporating multiple wires, the cable connected to the single electrical connector, the cable for transferring signals indicative of movement of the wire to a front-end unit; the first end of the wire being in electrical communication with the first pin of the electrical connector; and the second end of the wire being in electrical communication with the second pin of the electrical connector, via an electrical connection and the conducting connector to form a gapless conducting loop.
System for selective laser melting having a process chamber in which there are provided a support for a workpiece that is to be produced and a powder distributor for generating a powder bed, wherein - the powder distributor and the support are arranged such that they can be made to rotate with respect to one another about a vertical axis, - the support is of pot-shaped construction, having a circular base plate as a base for the workpiece that is to be produced, and having a wall which, in the manner of a cylindrical jacket, bounds the rim of the base plate, - the support can be made to rotate about the vertical axis, and - the vertical axis runs through the centre point of the base plate, characterized in that the powder distributor extends horizontally from the vertical axis to the wall and extends from above into the opening of the pot-shaped support. - the powder distributor and the support are arranged such that they can be made to rotate with respect to one another about a vertical axis, - the support is of pot-shaped construction, having a circular base plate as a base for the workpiece that is to be produced, and having a wall which, in the manner of a cylindrical jacket, bounds the rim of the base plate, - the support can be made to rotate about the vertical axis, and - the vertical axis runs through the centre point of the base plate,
Vehicle seat, in particular motor vehicle seat, having an at least partially foldable seating surface part (1.3) and a backrest part (1.2) that is foldable on the seating surface part (1.3), and also a multi-link mechanism and a locking device which, when the seating surface part (1.3) of the unlocked vehicle seat is pivoted or folded beyond a defined limit angle (α), unlocks the multi-link mechanism by which the vehicle seat is guidable, in particular pivotable and longitudinally displaceable, in a controlled manner between an unlocked first position in which the multi-link mechanism is unfolded and an unlocked second position in which the multi-link mechanism is folded, or vice versa, wherein the multi-link mechanism is in the form of a four-link mechanism, the first fastening element (2.1) of which is fastenable on the floor or bodywork side and the fourth fastening element (2.4) of which is fastened on the seat side to the seating surface part (1.3) which is configured as an actuating element, wherein the first and the fourth fastening element (2.1, 2.4) couple together the second and third fastening elements (2.2, 2.3) that are mounted in a pivotable manner on the end side and are in the form of swing arms, characterized in that the first fastening element (2.1), as seen in the longitudinal direction (x), has a rear angled end on which a blocking element (2.1.1) is arranged or integrally formed, and the seating surface part (1.3) has a blocking device (1.3.1) which is in the form of a vertical slot or a vertical recess in which either, in a locked first position of the four-link mechanism, a pin (1.3.2) arranged on the bodywork side or the floor side or, in a locked second position of the four-link mechanism, the blocking element (2.1.1) in the form of a pin or peg is blockable.
A method, in a base station (eNB) of a 3GPP LTE-A-based communication system, of linking extended physical uplink control channel, PUCCH, resources for ACK/NACK implicitly to enhanced control channel elements, eCCEs, used by enhanced physical downlink control channel, EPDCCH, wherein the base station (eNB) serves user equipments, the EPDCCH uses the eCCEs for transmission, and the method comprises the steps of: a. numbering a plurality of extended PUCCH resources for the ACK/NACK, wherein each of the plurality of extended PUCCH resources corresponds to one user equipment; b. numbering the eCCEs used by all the EPDCCHs; c. determining a linkage between the numbering of the extended PUCCH resources and the numbering of the eCCEs; d. sharing with the user equipment the linkage and information associated with the numbering of the extended PUCCH resources; and e. transmitting number information associated with the eCCEs to the user equipment, wherein the step c further comprises: determining the linkage between the numbering of the extended PUCCH resources and the numbering of the eCCEs according to a boundary index, wherein said boundary index reflects an offset between legacy PUCCH resources and said extended PUCCH resources.
A water-discoloring wall adhering material comprising a non-woven fabric or a water-resistant paper, having a coating weight of from 40 to 150 g/m 2 and provided on the surface thereof a porous layer in an amount of from 5 to 50 g/m 2, the porous layer comprising a binder resin and a low-refractive-index pigment dispersed in the binder resin and firmly fixed thereto, and the wall adhering material having a gross weight of from 50 to 200 g/m 2 and a stockigt sizing degree measured from the side at which the porous layer is provided of from 5 to 3,600 seconds.
An esterified cellulose ether having i)as ester groups aliphatic monovalent acyl groups or groups of the formula - C - R - COOA or a combination of aliphatic monovalent acyl groups and groups of the formula -C - R - COOA, wherein R is a divalent aliphatic or aromatic hydrocarbon group and A is hydrogen or a cation, and ii) a content of not more than 0.85 weight percent acetone-insoluble esterified cellulose ether particles, when the esterified cellulose ether is present in a mixture of 12.5 weight parts of esterified cellulose ether and 87.5 weight parts of acetone at 21 °C, the weight percent acetone-insoluble esterified cellulose ether particles being based on the total weight of the esterified cellulose ether, wherein iii) not more than 14 percent of the acetone-insoluble esterified cellulose ether particles have a particle size of more than 90 micrometers, the percentage being based on the total number of acetone-insoluble esterified cellulose ether particles. i)as ester groups aliphatic monovalent acyl groups or groups of the formula - C - R - COOA or a combination of aliphatic monovalent acyl groups and groups of the formula -C - R - COOA, wherein R is a divalent aliphatic or aromatic hydrocarbon group and A is hydrogen or a cation, and ii) a content of not more than 0.85 weight percent acetone-insoluble esterified cellulose ether particles, when the esterified cellulose ether is present in a mixture of 12.5 weight parts of esterified cellulose ether and 87.5 weight parts of acetone at 21 °C, the weight percent acetone-insoluble esterified cellulose ether particles being based on the total weight of the esterified cellulose ether, wherein iii) not more than 14 percent of the acetone-insoluble esterified cellulose ether particles have a particle size of more than 90 micrometers, the percentage being based on the total number of acetone-insoluble esterified cellulose ether particles.
Method for reconstructing a three-dimensional result image data set, in particular from computed tomography, from a plurality of two-dimensional images, in particular X-ray images, that create an image of an object undergoing examination from a respective imaging angle, comprising the steps of: - providing a three-dimensional artifact-reduced image data set in dependence on the two-dimensional images, wherein in the context of this provision, the two-dimensional images or a processing result that is dependent on the two-dimensional images are processed by an algorithm for reducing artifacts, - reconstructing the result image data set using a reconstruction algorithm that processes both the artifact-reduced image data set or processing data that is generated from the artifact-reduced image data set, and also the two-dimensional images as input data, wherein the imaging angles of all the two-dimensional images lie within a restricted angular range, and the two-dimensional images or the processing result dependent on the two-dimensional images are processed by the algorithm for reducing artifacts resulting from the restriction on the angular range, characterised in that, for the purpose of reconstructing the result image data set, filtered back projection is used, wherein the filtered back projection processes processing data generated from the artifact-reduced image data set, which is suitable for the filtered back projection, as well as the two-dimensional images, as input data, wherein a synthetic two-dimensional image is generated as processing data generated from the artifact-reduced image data set, by simulating an image of the artifact-reduced image data set, wherein the result image data set is reconstructed in dependence on the synthetic image. - providing a three-dimensional artifact-reduced image data set in dependence on the two-dimensional images, wherein in the context of this provision, the two-dimensional images or a processing result that is dependent on the two-dimensional images are processed by an algorithm for reducing artifacts, - reconstructing the result image data set using a reconstruction algorithm that processes both the artifact-reduced image data set or processing data that is generated from the artifact-reduced image data set, and also the two-dimensional images as input data,
A system, comprising: a housing to be operated in a first well surrounded by a geological formation; and a processor configured to receive measured compressional wave velocity data associated with the first well, configured to determine corrected compressional wave velocities for the first well using a combination of the measured compressional wave velocity data and corrected compressional wave velocity data associated with one or more second wells different from the first well, and configured to generate predicted pore pressure data for the first well, using the corrected compressional wave velocities. a housing to be operated in a first well surrounded by a geological formation; and a processor configured to receive measured compressional wave velocity data associated with the first well, configured to determine corrected compressional wave velocities for the first well using a combination of the measured compressional wave velocity data and corrected compressional wave velocity data associated with one or more second wells different from the first well, and configured to generate predicted pore pressure data for the first well, using the corrected compressional wave velocities.
Profile arrangement for a refrigerator and/or freezer, comprising at least one base, at least one fastening arrangement, at least one coating element, and at least one sealing arrangement which comprises at least one cavity (30, 31, 32, 33) and is produced from a flexible polymer material having a Shore A hardness according to DIN EN ISO 868 of from approximately 60 to 90, wherein the coating arrangement is arranged on the sealing arrangement in a firmly bonded manner, wherein the coating element is arranged, in a firmly bonded manner, on at least one wall of the sealing arrangement that surrounds the cavity (30, 31, 32, 33), characterised in that the coating element comprises at least one top layer and at least one bottom layer that is connected thereto, in that the bottom layer of the coating element is based on the material from which the sealing arrangement is manufactured.
Method for determining an actual junction temperature (T j) of an IGBT device, wherein the IGBT device has a main emitter (E M) and an auxiliary emitter (E A), comprising the steps of: - measuring the characteristics of an emitter voltage drop (V EE') as a difference between a main emitter voltage (V E) at the main emitter (E M) and an auxiliary emitter voltage (V E') at the auxiliary emitter (E A) during a switching operation of the IGBT device; and - determining the junction temperature based on the characteristics of the emitter voltage drop (V EE'), - characterized in that the junction temperature (T j) is determined by the steps of: - assigning a reference peak voltage of the emitter voltage drop (V EE') during the switching operation to a provided collector emitter voltage (V DC) of the IGBT device and a determined collector current (I C), wherein the reference peak voltage corresponds to a peak voltage of the emitter voltage drop (V EE') during a switching operation at a reference temperature; - determining a peak voltage of the emitter voltage drop (V EE') during the switching operation; and - determining the actual junction temperature (T j) depending on the determined peak voltage and the reference peak voltage. - measuring the characteristics of an emitter voltage drop (V EE') as a difference between a main emitter voltage (V E) at the main emitter (E M) and an auxiliary emitter voltage (V E') at the auxiliary emitter (E A) during a switching operation of the IGBT device; and - determining the junction temperature based on the characteristics of the emitter voltage drop (V EE'), - characterized in that the junction temperature (T j) is determined by the steps of: - assigning a reference peak voltage of the emitter voltage drop (V EE') during the switching operation to a provided collector emitter voltage (V DC) of the IGBT device and a determined collector current (I C), wherein the reference peak voltage corresponds to a peak voltage of the emitter voltage drop (V EE') during a switching operation at a reference temperature; - determining a peak voltage of the emitter voltage drop (V EE') during the switching operation; and - determining the actual junction temperature (T j) depending on the determined peak voltage and the reference peak voltage. - assigning a reference peak voltage of the emitter voltage drop (V EE') during the switching operation to a provided collector emitter voltage (V DC) of the IGBT device and a determined collector current (I C), wherein the reference peak voltage corresponds to a peak voltage of the emitter voltage drop (V EE') during a switching operation at a reference temperature; - determining a peak voltage of the emitter voltage drop (V EE') during the switching operation; and - determining the actual junction temperature (T j) depending on the determined peak voltage and the reference peak voltage.
A communication control method for a mobile communication system using a random access for one of uplink channels from a mobile station to a base station, comprising the steps of: in said mobile station, transmitting a preamble signal for acquiring authorization of message signal transmission; in said base station, performing path detection by using a single preamble threshold for a path of said preamble signal from said mobile station, and, if a path exceeding said single preamble threshold is detected, determining whether the base station has enough processing ability to receive the message signal, and transmitting a signal indicating the authorization of message signal transmission to said mobile station based on said determination; subsequently to the transmission of said signal indicating the authorization of message signal transmission, performing path detection by using another preamble threshold for the paths of said previously received preamble signal; setting information of the paths detected by using said preamble thresholds for a receiver installed in said receiving station so as to perform a path diversity reception; and receiving the message signal transmitted from said mobile station by means of said receiver. in said mobile station, transmitting a preamble signal for acquiring authorization of message signal transmission; in said base station, performing path detection by using a single preamble threshold for a path of said preamble signal from said mobile station, and, if a path exceeding said single preamble threshold is detected, determining whether the base station has enough processing ability to receive the message signal, and transmitting a signal indicating the authorization of message signal transmission to said mobile station based on said determination; subsequently to the transmission of said signal indicating the authorization of message signal transmission, performing path detection by using another preamble threshold for the paths of said previously received preamble signal; setting information of the paths detected by using said preamble thresholds for a receiver installed in said receiving station so as to perform a path diversity reception; and receiving the message signal transmitted from said mobile station by means of said receiver.
A gas cylinder actuator with overtravel indicator device, comprising: - a tubular containment jacket, - an end face, - an opposite annular guiding portion for a stem-piston, which protrudes from said jacket in an axial direction, - a stem-piston arranged so as to pass through said annular portion, a chamber for pressurized gas being defined between said tubular jacket, said end face, said annular passage portion for a stem-piston and said stem-piston, - a device for indicating that overtravel for said stem-piston has occurred, characterized in that said indicator device comprises an annular body (18;118;218), which is inserted partially into a corresponding seat between said jacket (11;111;311) and said annular portion (13;213) so as to surround an outer lateral surface of an end portion (21;221) of said annular portion (13;213), said annular body (18;118;218) resting in an axial direction on an element that protrudes radially within the jacket (11;111;311) and is integral with said jacket, said element being constituted by an extraction-preventing ring, which has a first part thereof inside a seat defined on the inner surface of the jacket and a second part thereof that protrudes radially toward the inside of said jacket and abuts against an extraction-preventing shoulder of the opposite annular guiding portion. - a tubular containment jacket, - an end face, - an opposite annular guiding portion for a stem-piston, which protrudes from said jacket in an axial direction, - a stem-piston arranged so as to pass through said annular portion, a chamber for pressurized gas being defined between said tubular jacket, said end face, said annular passage portion for a stem-piston and said stem-piston, - a device for indicating that overtravel for said stem-piston has occurred, characterized in that said indicator device comprises an annular body (18;118;218), which is inserted partially into a corresponding seat between said jacket (11;111;311) and said annular portion (13;213) so as to surround an outer lateral surface of an end portion (21;221) of said annular portion (13;213), said annular body (18;118;218) resting in an axial direction on an element that protrudes radially within the jacket (11;111;311) and is integral with said jacket, said element being constituted by an extraction-preventing ring, which has a first part thereof inside a seat defined on the inner surface of the jacket and a second part thereof that protrudes radially toward the inside of said jacket and abuts against an extraction-preventing shoulder of the opposite annular guiding portion.
Gas turbine with a stator which concentrically surrounds a hot gas duct and is shielded with respect to the hot gas duct by means of an annular heat shield (15', 15"), which heat shield (15', 15") is composed of a multiplicity of segments which are arranged one behind the other in a circumferential direction and which in each case butt against one another in the circumferential direction so as to form a gap, seals (16', 16") being arranged for sealing off the gaps between the segments butting against one another, said seals comprising thin elongate sealing strips (23, 29) which are accommodated loosely in mutually corresponding sealing slots (19, 27) in the mutually opposite end faces of the segments, butting against one another, of the heat shield (15', 15"), and with their ends lie opposite a wall (25, 31) of the sealing slots (19, 27), in such a way that they would emerge from the slots into the hot gas duct if the wall (25, 31) were rubbed through, characterized in that, to avoid the frictionally induced piercing of the wall (25, 31) by the sealing strip (23, 29) lying in the sealing slot (19, 27), the frictional surface between the wall (25, 31) and the sealing strips (23, 29) is markedly enlarged with respect to the end face of the sealing strip (23, 29).
Arrangement, comprising - a circuit breaker with an actuating element configured to switch the circuit breaker on and off; and - a lock comprising a main body with a cutout configured to receive the actuating element of the circuit breaker and comprising at least one projection, which can be moved relative to the main body and corresponds to at least one opening or recess in the circuit breaker and can be brought into engagement with the opening or recess, characterised in that - the at least one projection is mounted in a slide which is displaceable relative to the main body and extends obliquely relative to its direction of displacement and to the direction of displacement of the projection or comprises at least one such portion. - a circuit breaker with an actuating element configured to switch the circuit breaker on and off; and - a lock comprising a main body with a cutout configured to receive the actuating element of the circuit breaker and comprising at least one projection, which can be moved relative to the main body and corresponds to at least one opening or recess in the circuit breaker and can be brought into engagement with the opening or recess, characterised in that - the at least one projection is mounted in a slide which is displaceable relative to the main body and extends obliquely relative to its direction of displacement and to the direction of displacement of the projection or comprises at least one such portion.