mhurhangee/ep-ind-claims huggingface dataset:
Textile sheet in the form of a woven fabric with heat shrinkage properties and elastic properties wherein the textile sheet consists of a yarn system (2, 2a, 3, 3a) forming the textile sheet with a plurality of weft threads (2, 2a) and a plurality of warp threads (3, 3a), wherein the yarn system (2, 2a, 3, 3a) comprises or consists of at least one heat-shrinkable elastic plastic yarn which retains its elastic properties at least partially even after heat-shrinkage treatment, wherein the heat-shrinkable elastic plastic yarn is based on a heat-shrinkable elastomeric and thermoplastic polyester, wherein the yarn system (2, 2a, 3, 3a) is free of non-heatshrinkable elastic plastic yarns, and the textile sheet being elastic in the weft direction and in the warp direction, characterized in that the heat-shrinkable elastic plastic yarn has an elongation at break of more than 55% at 20 °C, determined in accordance with DIN EN ISO 2062:2010-04. wherein the textile sheet consists of a yarn system (2, 2a, 3, 3a) forming the textile sheet with a plurality of weft threads (2, 2a) and a plurality of warp threads (3, 3a), wherein the yarn system (2, 2a, 3, 3a) comprises or consists of at least one heat-shrinkable elastic plastic yarn which retains its elastic properties at least partially even after heat-shrinkage treatment, wherein the heat-shrinkable elastic plastic yarn is based on a heat-shrinkable elastomeric and thermoplastic polyester, wherein the yarn system (2, 2a, 3, 3a) is free of non-heatshrinkable elastic plastic yarns, and the textile sheet being elastic in the weft direction and in the warp direction, characterized in that the heat-shrinkable elastic plastic yarn has an elongation at break of more than 55% at 20 °C, determined in accordance with DIN EN ISO 2062:2010-04.
Stent for splinting a vein, whereas the stent consists of a braided tubular supporting member which has a length of at least 60 mm, whereas the supporting member is braided with one or more wires in such a manner that sections of the wire or the wires, resp., delimit rhombuses, and the stent comprises at least one reinforcement section and at least one hinge section, whereas the rhombuses in the reinforcement section are shorter in longitudinal direction than the rhombuses in the hinge region, characterized in that the stent comprises at least three and preferably at least five reinforcement sections, whereas between two adjacent reinforcement sections at least one hinge region is provided, and wherein the reinforcement sections and the hinge sections have an substantially equal diameter and the reinforcement sections and the hinge regions are arranged alternately.
Method for generating trapdoors in a searchable encryption system, said system defining a secret key and a public key, a trapdoor being associated with a keyword comprising l elementary data ( w,... w l), said trapdoor being generated by: - generation of l randoms ( v 1, v 2,...,v l), - generation of a polynomial in an element z, dependent on the secret key, and of degree l, a j -th coefficient of said polynomial, 1 ≤ j ≤ l, being dependent on an encoding of the j -th elementary data item ( w j) of the keyword, said encoding being defined for each of the elementary data in the secret key, and of a j -th random ( v j) of the 1-randoms, said trapdoor comprising said polynomial ( h V) associated with a random element of a group ( h) of a bilinear environment, and the l randoms ( h vi)associated with the random element of the group. - generation of l randoms ( v 1, v 2,...,v l), - generation of a polynomial in an element z, dependent on the secret key, and of degree l, a j -th coefficient of said polynomial, 1 ≤ j ≤ l, being dependent on an encoding of the j -th elementary data item ( w j) of the keyword, said encoding being defined for each of the elementary data in the secret key, and of a j -th random ( v j) of the 1-randoms, said trapdoor comprising said polynomial ( h V) associated with a random element of a group ( h) of a bilinear environment, and the l randoms ( h vi)associated with the random element of the group.
An electronic device system having a controlling device and a controlled device (1, 30, 100, 110) interconnected via a data bus which complies with a predetermined communication format and which allows data to be exchanged between the devices (60; 1, 30, 100, 110), said electronic device system comprising: transmitting means (61, S601) for causing said controlling device to transmit a command to said controlled device (1, 30, 100, 110) via said data bus in a transaction; receiving means (61, S602) for allowing said controlling device to receive, from said controlled device (1, 30, 100, 110) via said data bus in response to the transmitted command during said transaction, a final response for completing said transaction or an interim response indicating that said controlled device (1, 30, 100, 110) is incapable of transmitting, within a predetermined time, said final response of said command; and judging means (70, S604) for judging whether the response received by said receiving means (61, S602) is said interim response; characterized by controlling means (70, S605) adapted to terminate said transaction without waiting for reception of said final response from said controlled device (1, 30, 100, 110), if said judging means (70, S604) judges the response received by said receiving means (61, S602) to be said interim response. transmitting means (61, S601) for causing said controlling device to transmit a command to said controlled device (1, 30, 100, 110) via said data bus in a transaction; receiving means (61, S602) for allowing said controlling device to receive, from said controlled device (1, 30, 100, 110) via said data bus in response to the transmitted command during said transaction, a final response for completing said transaction or an interim response indicating that said controlled device (1, 30, 100, 110) is incapable of transmitting, within a predetermined time, said final response of said command; and judging means (70, S604) for judging whether the response received by said receiving means (61, S602) is said interim response; characterized by controlling means (70, S605) adapted to terminate said transaction without waiting for reception of said final response from said controlled device (1, 30, 100, 110), if said judging means (70, S604) judges the response received by said receiving means (61, S602) to be said interim response.
A rubber composition compounded with precipitated silica, characterized in that, in the precipitated silica, a cetyltrimethylammonium bromide-adsorbing specific surface area (CTAB) (m 2 /g) and the mode A ac (nm) in diameters of primary aggregates determined by an acoustic measurement of particle size distribution satisfy equation shown below: A ac ≥ − 0.76 × CTAB + 274 and an ignition loss and a heating loss satisfy equation shown below: ignition loss − heating loss ≤ 3 wherein the ignition loss is mass reduction % when heated at 750°C for 3 hours and the heating loss is mass reduction % when heated at 105°C for 2 hours.
Method for determining at least one firing temperature (T x) for controlling a gas turbine comprising at least one compressor, at least one combustion chamber and at least one turbine, wherein, for cooling the turbine, compressed air is extracted at the compressor and is fed to the turbine via at least one external cooling line and a controlling valve arranged in the cooling line, in which method a plurality of temperatures and pressures of the working medium are measured at various points in the gas turbine and the at least one firing temperature (T x) is derived from the measured temperatures and pressures, characterized in that, in addition, the cooling air mass flow rate through the external cooling line is determined and is taken into account when deriving the firing temperature (T x).
Trailer train with a towing vehicle and at least one towed trailer (2a, 2b), wherein two trailers (2a, 2b) are connected to one another by a multi-part drawbar, the multi-part drawbar has a first drawbar section and a second drawbar section which are coupled to one another at the ends facing one another so as to be pivotable about a vertical axis, characterized in that the first drawbar section has a coupling fork and the second drawbar section has a mounting bore for connection to the coupling fork and the coupling fork is mounted on the first drawbar section so as to be rotatable about a second axis, which extends horizontally in the longitudinal direction of the drawbar, wherein a pair of mounting flanges for connecting to one of the drawbar sections (30, 32) is provided on the towing vehicle and at least one of the trailers (2a, 2b), and the two drawbar sections (30, 32) each have a tubular or eyelet shaped mounting portion which can be coupled with a bolt between the mounting flanges and the mounting portions are coupled between the mounting flanges so as to be pivotable about a horizontal axis.
Method for producing a rotor for an electric motor, comprising a metal core and electrical conductors arranged thereon, in which a metallic corrosion protection layer (38, 44) is laid as a solid body around the metal core and the conductors and is fastened at least to the metal core, characterized in that the fastening is carried out by hot isostatic pressing, in that the corrosion protection layer is at least a part of a hot-pressing containment for isostatic pressing of the conductors in the metal core, wherein between the metal core and the corrosion protection layer (38, 44) there is a metallic interlayer which is applied diffused from the material by hot isostatic pressing into the metal core and the corrosion protection layer (38, 44) and holds them together.
Connecting device having a female part and a complementary male part, wherein the female part is realized as a sleeve able to receive at least partially the associated male part with a gap between the sleeve and the male part for receiving a brazing material, characterized in that said sleeve is designed at least partially with a conical shape comprising: - a first substantially conical part having a complementary shape to the male part, with a first inclination angle (α 1) with respect to a longitudinal axis of the sleeve, and - a second substantially conical part with a second inclination angle (α 2) with respect to said axis, the second inclination angle (α 2) being larger than the first inclination angle (α 1). - a first substantially conical part having a complementary shape to the male part, with a first inclination angle (α 1) with respect to a longitudinal axis of the sleeve, and - a second substantially conical part with a second inclination angle (α 2) with respect to said axis, the second inclination angle (α 2) being larger than the first inclination angle (α 1).
Method for optical distance measurement, wherein the method comprises emitting a plurality of measuring pulses, reflecting emitted measuring pulses at at least one object in a measuring range with a length, and receiving reflected measuring pulses, wherein N subgroups of measuring pulses are emitted, wherein each subgroup has a constant pulse spacing, wherein the constant pulse spacing of different subgroups differs, wherein the least common multiple of the constant pulse spacings of the N subgroups corresponds to at least twice the length of the measuring range, wherein the constant pulse spacings are prime to each other, characterized in that the method comprises determining possible object positions for each reflected and received measuring pulse on the basis of the determined transit times and accumulating all possible object positions in a histogram. wherein the method comprises emitting a plurality of measuring pulses, reflecting emitted measuring pulses at at least one object in a measuring range with a length, and receiving reflected measuring pulses, wherein N subgroups of measuring pulses are emitted, wherein each subgroup has a constant pulse spacing, wherein the constant pulse spacing of different subgroups differs, wherein the least common multiple of the constant pulse spacings of the N subgroups corresponds to at least twice the length of the measuring range, wherein the constant pulse spacings are prime to each other, characterized in that the method comprises determining possible object positions for each reflected and received measuring pulse on the basis of the determined transit times and accumulating all possible object positions in a histogram.
Method for establishing secure communication between a first user equipment (UE_A) and a second user equipment (UE_B), the method being characterized by the steps of: - the first user equipment (UE_A) transmitting a request to a first key management server (KMS_A), - the first user equipment (UE_A) receiving first key information and a voucher in response to the request; - storing said first key information at said first key management server (KMS_A), wherein said first key information is referenced by an identifier included in said voucher; - generating from the first key information a first session key; - sending the voucher to the second user equipment (UE_B); - forwarding from the second user equipment (UE_B) the voucher or parts thereof to a second key management server (KMS_B); - the second key management server (KMS_B) communicating with the first key management server (KMS_A) for resolving the voucher into second key information, said communicating including retrieving at the first key management server (KMS_A) the first key information using the identifier and providing the second key management server (KMS_B) with information based on the first key information; - the second user equipment (UE_B) receiving from the second key management server (KMS_B) the second key information and generating therefrom a second session key; - the first user equipment (UE_A) and the second user equipment (UE_B) using the first session key and second session key for the secure communication. - the first user equipment (UE_A) transmitting a request to a first key management server (KMS_A), - the first user equipment (UE_A) receiving first key information and a voucher in response to the request; - storing said first key information at said first key management server (KMS_A), wherein said first key information is referenced by an identifier included in said voucher; - generating from the first key information a first session key; - sending the voucher to the second user equipment (UE_B); - forwarding from the second user equipment (UE_B) the voucher or parts thereof to a second key management server (KMS_B); - the second key management server (KMS_B) communicating with the first key management server (KMS_A) for resolving the voucher into second key information, said communicating including retrieving at the first key management server (KMS_A) the first key information using the identifier and providing the second key management server (KMS_B) with information based on the first key information; - the second user equipment (UE_B) receiving from the second key management server (KMS_B) the second key information and generating therefrom a second session key; - the first user equipment (UE_A) and the second user equipment (UE_B) using the first session key and second session key for the secure communication.
An information processing terminal comprising: (a) a display input unit having a display screen and configured to receive a touch operation made to the display screen; (b) a detecting unit configured to detect a position at which the touch operation has been made on the display screen; and (c) a control unit, characterized in that (d) the control unit is configured to control the display input unit to display a plurality of operational objects on the display screen and, when the touch operation is performed, to move the plurality of operational objects to a detection area that includes, from among a plurality of setting areas (122, 122A, 122B) that are set up in the display screen, at least one setting area that includes the operated position detected by the detecting unit, (e) wherein the plurality of setting areas includes first areas set up for a case when the information processing terminal is held with both hands, wherein two of the first areas are touched, and one or more second areas set up for a case when the information processing terminal is held with one hand, wherein one of the one or more second areas is touched, the first areas being located at both sides of the information processing terminal and the second area or second areas being located near the center of gravity of the information processing terminal. (a) a display input unit having a display screen and configured to receive a touch operation made to the display screen; (b) a detecting unit configured to detect a position at which the touch operation has been made on the display screen; and (c) a control unit, (d) the control unit is configured to control the display input unit to display a plurality of operational objects on the display screen and, when the touch operation is performed, to move the plurality of operational objects to a detection area that includes, from among a plurality of setting areas (122, 122A, 122B) that are set up in the display screen, at least one setting area that includes the operated position detected by the detecting unit, (e) wherein the plurality of setting areas includes first areas set up for a case when the information processing terminal is held with both hands, wherein two of the first areas are touched, and one or more second areas set up for a case when the information processing terminal is held with one hand, wherein one of the one or more second areas is touched,
Apparatus comprising: a left-ventricular assist device configured to assist left-ventricular functioning of a subject, the left-ventricular assist device comprising: a tube configured such that a proximal portion of the tube traverses an aortic valve of the subject, and a distal portion of the tube is disposed within a left ventricle of the subject; a frame disposed within at least the distal portion of the tube; a pump disposed within the frame and configured to pump blood through the tube from the subject's left ventricle to the subject's aorta, by pumping the blood into the tube via at least one blood inlet opening that is defined by the tube and that is configured to be disposed within the subject's left ventricle, and by pumping blood out of the tube via at least one blood outlet opening that is defined by the tube and that is configured to be disposed within the subject's aorta; and a distal-tip element configured to define a straight proximal portion that defines a longitudinal axis, and a curved distal portion that is shaped such as to curve in a first direction with respect to the longitudinal axis of the straight proximal portion, characterized in that, after curving in the first direction with respect to the longitudinal axis of the straight proximal portion, the curved distal portion passes through an inflection point and curves in a second direction with respect to the longitudinal axis of the straight proximal portion, such that the curved distal portion defines a bulge on one side of the longitudinal axis of the straight proximal portion. a tube configured such that a proximal portion of the tube traverses an aortic valve of the subject, and a distal portion of the tube is disposed within a left ventricle of the subject; a frame disposed within at least the distal portion of the tube; a pump disposed within the frame and configured to pump blood through the tube from the subject's left ventricle to the subject's aorta, by pumping the blood into the tube via at least one blood inlet opening that is defined by the tube and that is configured to be disposed within the subject's left ventricle, and by pumping blood out of the tube via at least one blood outlet opening that is defined by the tube and that is configured to be disposed within the subject's aorta; and a distal-tip element configured to define a straight proximal portion that defines a longitudinal axis, and a curved distal portion that is shaped such as to curve in a first direction with respect to the longitudinal axis of the straight proximal portion, characterized in that, after curving in the first direction with respect to the longitudinal axis of the straight proximal portion, the curved distal portion passes through an inflection point and curves in a second direction with respect to the longitudinal axis of the straight proximal portion, such that the curved distal portion defines a bulge on one side of the longitudinal axis of the straight proximal portion.
Pharmaceutical composition comprising PRG4, or a lubricating fragment thereof, for use in the treatment, by topical application on the ocular surface, of an ocular lubrication deficiency or symptoms associated therewith.
A shifting tool for use in a subterranean well, the shifting tool comprising: a flow restrictor outwardly extendable in the well from a radially retracted position to a radially extended position, characterised by: at least one outwardly extendable key configured to engage a downhole profile (136a,b); a retainer that retains the at least one key in an inwardly retracted position; and a piston displaceable in response to a pressure differential between an exterior and an interior of the shifting tool, the at least one key being permitted to extend outward in response to displacement of the piston. at least one outwardly extendable key configured to engage a downhole profile (136a,b); a retainer that retains the at least one key in an inwardly retracted position; and a piston displaceable in response to a pressure differential between an exterior and an interior of the shifting tool, the at least one key being permitted to extend outward in response to displacement of the piston.
Chair with a base rack and a carrier hinged thereto, which is coupled to and supports a seat surface, wherein the seat surface is connected to the carrier so as to be rotatable or pivotable about an axis of rotation between a sitting position and an erected position and wherein the carrier has at least one receiving region (28, 29) for the aligned abutment of an aligned chair of identical construction, and wherein the seat surface in the erected position is pivoted out of and exposes the receiving region (28, 29) of the carrier, wherein the carrier has an outwardly open inner receiving region and has an outer receiving region, and that the seat surface in the erected position exposes the inner receiving region and the outer receiving region, wherein the carrier has two legs (21, 22), wherein the legs (21, 22) are connected at one end and wherein the facing portions of the legs (21, 22) form at least a portion of the inner receiving area and the regions of the legs (21, 22) facing away from each other form at least a portion of the outer receiving area, and wherein the outer receiving area of one chair engages in the inner receiving area of an adjacent chair and the chairs thus rest against each other with their supports. and wherein the seat surface in the erected position is pivoted out of and exposes the receiving region (28, 29) of the carrier, wherein the carrier has an outwardly open inner receiving region and has an outer receiving region, and that the seat surface in the erected position exposes the inner receiving region and the outer receiving region, wherein the carrier has two legs (21, 22), wherein the legs (21, 22) are connected at one end and wherein the facing portions of the legs (21, 22) form at least a portion of the inner receiving area and the regions of the legs (21, 22) facing away from each other form at least a portion of the outer receiving area, and wherein the outer receiving area of one chair engages in the inner receiving area of an adjacent chair and the chairs thus rest against each other with their supports.