mhurhangee/ep-ind-claims huggingface dataset:
A pressure-sensitive adhesive sheet comprising a pressure-sensitive adhesive layer formed of a pressure-sensitive adhesive composition containing an aqueous emulsion of an acrylic polymer and an aqueous emulsion of a tackifier resin, said aqueous emulsion of a tackifier resin being an aqueous emulsion of a tackifier resin having a softening point of 120 °C or higher and the emulsion is prepared with essentially no aromatic hydrocarbon solvents, said pressure-sensitive adhesive sheet meeting the following conditions (a) and (b): (a) when heated at 80 °C for 30 minutes, toluene emission is at most 20 μg per 1 g of the sheet; (b) when heated at 80 °C for 30 minutes, total volatile organic compound emission is at most 150 μg per 1 g of the sheet. (a) when heated at 80 °C for 30 minutes, toluene emission is at most 20 μg per 1 g of the sheet; (b) when heated at 80 °C for 30 minutes, total volatile organic compound emission is at most 150 μg per 1 g of the sheet.
An airfoil comprising: an airfoil body made of a first metal with a leading edge, trailing edge, pressure side and suction side; a sheath extending around the leading edge and having first and second flanks (44, 46) made of a second metal; a first shim of electrically non-conductive material arranged between a portion of an end of the first flank and the airfoil body, adhesively bonded to the pressure side of the airfoil body and extending beyond the end of the first flank on the pressure side; a second shim of electrically non-conductive material arranged between a portion of an end of the second flank and the airfoil body, adhesively bonded to the suction side of the airfoil body and extending beyond the end of the second flank on the suction side; whereby the first shim and the second shim are separate and distinct from one another; and an adhesive layer connecting the inside of the sheath to the first shim, the second shim and to a leading edge of the airfoil body. an airfoil body made of a first metal with a leading edge, trailing edge, pressure side and suction side; a sheath extending around the leading edge and having first and second flanks (44, 46) made of a second metal; a first shim of electrically non-conductive material arranged between a portion of an end of the first flank and the airfoil body, adhesively bonded to the pressure side of the airfoil body and extending beyond the end of the first flank on the pressure side; a second shim of electrically non-conductive material arranged between a portion of an end of the second flank and the airfoil body, adhesively bonded to the suction side of the airfoil body and extending beyond the end of the second flank on the suction side; whereby the first shim and the second shim are separate and distinct from one another; and an adhesive layer connecting the inside of the sheath to the first shim, the second shim and to a leading edge of the airfoil body.
A through-bore spool apparatus for use in deploying multiple spoolable media in a bore, the through-bore spool apparatus comprising: a first spool comprising a first spool axis and a first spoolable medium wound around the first spool axis; and a second spool comprising a second spool axis and a second spoolable medium wound around the second spool axis; wherein the first and second spoolable media (20, 22) are de-spoolable simultaneously from the respective first and second spools (14, 16) during movement of the through-bore spool apparatus along a bore, and wherein the first and second spoolable media (20, 22) are de-spoolable simultaneously from a common side of the through-bore spool apparatus. a first spool comprising a first spool axis and a first spoolable medium wound around the first spool axis; and a second spool comprising a second spool axis and a second spoolable medium wound around the second spool axis;
A fan assembly comprising a nozzle (16; 202; 302) and means (40, 44) for creating a primary air flow through the nozzle (16; 202; 302), the nozzle (16; 202; 302) comprising at least one outlet (18; 204; 304) for emitting the primary air flow, the nozzle defining an opening (70; 206; 306) through which a secondary air flow from outside the fan assembly is drawn by the primary air flow emitted from said at least one outlet (18; 204; 304) and which combines with the primary air flow to produce a combined air flow, the nozzle (16; 202; 302) comprising means (100; 226; 326) for adjusting at least one parameter of the combined air flow, characterised in that the adjusting means (100; 226; 326) is moveable relative to the at least one outlet (18; 204; 304).
An assembly for providing a contoured biological tissue, the assembly comprising: a first plate configured to receive a biological tissue; a second plate having a surface and being configured to apply a compressive force on the biological tissue disposed on the first plate; wherein one or both of the first and second plates (110, 120) comprise a defined shape (140a, b), and a contoured area within the defined shape, the contoured area comprising at least first and second elevations (142a, b, 144a, b) and a continuous transition between the first and second elevations (142a, b, 144a, b); and one or more energy sources associated with one or both of the first and second plates (110, 120), the one or more energy sources delivering energy to the biological tissue to influence collagen fiber restructuring while the second plate applies the compressive force on the biological tissue, wherein the defined shape (140a, b) is one or a plurality of heart valve leaflets and wherein the heart valve leaflets each have a substantially straight free edge (146a, b) and an arcuate cusp edge (148a, b), wherein the first elevation (142a, b) is defined along the arcuate cusp edge (148a, b) and the second elevation (144a, b) is located between the arcuate cusp edge (148a, b). a first plate configured to receive a biological tissue; a second plate having a surface and being configured to apply a compressive force on the biological tissue disposed on the first plate; wherein one or both of the first and second plates (110, 120) comprise a defined shape (140a, b), and a contoured area within the defined shape, the contoured area comprising at least first and second elevations (142a, b, 144a, b) and a continuous transition between the first and second elevations (142a, b, 144a, b); and one or more energy sources associated with one or both of the first and second plates (110, 120), the one or more energy sources delivering energy to the biological tissue to influence collagen fiber restructuring while the second plate applies the compressive force on the biological tissue, wherein the defined shape (140a, b) is one or a plurality of heart valve leaflets and wherein the heart valve leaflets each have a substantially straight free edge (146a, b) and an arcuate cusp edge (148a, b), wherein the first elevation (142a, b) is defined along the arcuate cusp edge (148a, b) and the second elevation (144a, b) is located between the arcuate cusp edge (148a, b).
A method of Bluetooth Low Energy advertisement filtering for an access control system, the method comprising: receiving Bluetooth Low Energy advertisements from each of a multiple of access controls on a mobile device; filtering the received Bluetooth Low Energy advertisements based on a credential on the mobile device such that the received Bluetooth Low Energy advertisements not associated with the credential on the mobile device are filtered out; comparing the filtered received Bluetooth Low Energy advertisements; sorting the filtered received Bluetooth Low Energy advertisements based on a received signal strength indicator, RSSI; and determining a particular access control of the multiple of access controls that is associated with a user's intent to access the particular access control in response to the comparing and sorting while the particular access control is closest to the mobile device and thus, the user's intent and opening the particular access control in response to the user's intent. receiving Bluetooth Low Energy advertisements from each of a multiple of access controls on a mobile device; filtering the received Bluetooth Low Energy advertisements based on a credential on the mobile device such that the received Bluetooth Low Energy advertisements not associated with the credential on the mobile device are filtered out; comparing the filtered received Bluetooth Low Energy advertisements; sorting the filtered received Bluetooth Low Energy advertisements based on a received signal strength indicator, RSSI; and determining a particular access control of the multiple of access controls that is associated with a user's intent to access the particular access control in response to the comparing and sorting while the particular access control is closest to the mobile device and thus, the user's intent and opening the particular access control in response to the user's intent.
A medical appliance having a slidable coating layer which moves in contact with an inner surface of a medical member or that of a lumen and has said slidable coating layer formed at a part thereof which contacts said medical member or said lumen, wherein said slidable coating layer is formed of a composition which does not contain solid fine particles and an organic tin compound, and contains a silicone-based resin which is a product of an addition reaction between an emulsion of silicone having at least two vinyl groups and an emulsion of silicone having at least two hydrogen groups bonded to silicon atoms, characterized in that said silicone having at least two vinyl groups is a polymer in which - a cyclic siloxane, and - a siloxane or silane having the vinyl group were emulsified and polymerized, wherein said siloxane having the vinyl groups is 1,3,5-trivinyl-1,3,5-trimethylcyclotrisiloxane, 1,3,5,7-tetravinyl-1,3,5,7-tetramethylcyclotetrasiloxane, pentavinylpentamethylcyclopentasiloxane, or said silane having the vinyl group is tetrakis(vinyldimethylsiloxy)silane, wherein said silicone-based resin of said composition is formed by hydrosilylation between said vinyl groups of said silicone and hydrogen groups bonded to said silicon atoms. - a cyclic siloxane, and - a siloxane or silane having the vinyl group were emulsified and polymerized,
A method for cancelling feedback digital-to-analog converter, DAC, errors in a multi-stage noise shaping analog-to-digital converter, MASH ADC, the MASH ADC includes a first stage with a first ADC and a feedback DAC and a second stage with a second ADC, the method comprises: a) generating, at the first stage, a digital output signal (V 1) and an analog signal (q 1) representing quantization noise of the first stage; b) adding, to the digital output signal (Vi), an estimated feedback DAC error (ê 1) for correcting an error of the feedback DAC in the first stage, and processing the result using a digital signal transfer function of the second stage (DSTF 2); c) quantizing, at the second stage, the analog signal representing the quantization noise of the first stage and generating, at the second stage, a digital output signal (v 2); d) processing the estimated feedback DAC error (ê 1) using the digital signal transfer function of the second stage and adding the result to the digital output of the second stage; e) shaping the result of step d) using a noise transfer function of the first stage (DNTF 1); and f) subtracting the result of e) from the result of step b). a) generating, at the first stage, a digital output signal (V 1) and an analog signal (q 1) representing quantization noise of the first stage; b) adding, to the digital output signal (Vi), an estimated feedback DAC error (ê 1) for correcting an error of the feedback DAC in the first stage, and processing the result using a digital signal transfer function of the second stage (DSTF 2); c) quantizing, at the second stage, the analog signal representing the quantization noise of the first stage and generating, at the second stage, a digital output signal (v 2); d) processing the estimated feedback DAC error (ê 1) using the digital signal transfer function of the second stage and adding the result to the digital output of the second stage; e) shaping the result of step d) using a noise transfer function of the first stage (DNTF 1); and f) subtracting the result of e) from the result of step b).
A method for providing near real-time IP streaming services to a plurality of mobile terminals, each installed on a corresponding vehicle and each comprising a delay buffer, the method comprising for each mobile terminal the steps of: - delivering by a service control center a main data stream to the mobile terminal through at least a first satellite logical or physical channel; - continuously storing a portion of said main data stream into the local delay buffer; - detecting at the mobile terminal missing data in the portion of the data stream stored in the delay buffer; - sending a retransmission request of said missing data to the service control center, through at least second satellite logical or physical channel; - transmitting to the mobile terminal buffer refilling data comprising said missing data, through at least a third satellite logical or physical channel; wherein in the transmitting step the transmission of said missing data is managed over time by said service control center based on an information correlated to the distance between the vehicle and a forthcoming obstacle along a track run by said vehicle; wherein the step of sending a retransmission request includes sending information correlated to the position and velocity of said vehicle; wherein the method further comprises: - a step of storing a geographical database comprising information about the position of obstacles along tracks that can be run by said vehicle; - a step of evaluating a distance between the vehicle and the position of forthcoming obstacle along the track; wherein, in the transmitting step, the transmission of said missing data is managed over time by the service control center based on said evaluated distance. - delivering by a service control center a main data stream to the mobile terminal through at least a first satellite logical or physical channel; - continuously storing a portion of said main data stream into the local delay buffer; - detecting at the mobile terminal missing data in the portion of the data stream stored in the delay buffer; - sending a retransmission request of said missing data to the service control center, through at least second satellite logical or physical channel; - transmitting to the mobile terminal buffer refilling data comprising said missing data, through at least a third satellite logical or physical channel; wherein in the transmitting step the transmission of said missing data is managed over time by said service control center based on an information correlated to the distance between the vehicle and a forthcoming obstacle along a track run by said vehicle; - a step of storing a geographical database comprising information about the position of obstacles along tracks that can be run by said vehicle; - a step of evaluating a distance between the vehicle and the position of forthcoming obstacle along the track;
An infant carrier apparatus comprising: a seat assembly; a backrest assembly, including a first and second backrest frame, wherein the first backrest frame includes at least one first side segment and a first transverse segment, the second backrest frame includes at least one second side segment and a second transverse segment, the first side segment being coupled with the seat assembly via a first pivot point; and a backrest holding mechanism movably assembled with the first and second transverse segment, wherein the backrest holding mechanism includes a latch element movable between a first and second position; wherein the first position of the latch element causes the backrest holding mechanism to be in locking engagement with the first transverse segment to prevent rotation of the backrest assembly relative to the seat assembly, and the second position of the latch element removes the locking engagement of the backrest holding mechanism with the first transverse segment to permit rotation of the backrest assembly relative to the seat assembly. a seat assembly; a backrest assembly, including a first and second backrest frame, wherein the first backrest frame includes at least one first side segment and a first transverse segment, the second backrest frame includes at least one second side segment and a second transverse segment, the first side segment being coupled with the seat assembly via a first pivot point; and a backrest holding mechanism movably assembled with the first and second transverse segment, wherein the backrest holding mechanism includes a latch element movable between a first and second position; wherein the first position of the latch element causes the backrest holding mechanism to be in locking engagement with the first transverse segment to prevent rotation of the backrest assembly relative to the seat assembly, and the second position of the latch element removes the locking engagement of the backrest holding mechanism with the first transverse segment to permit rotation of the backrest assembly relative to the seat assembly.
A container closure with - a flange made of plastic, which on a container side has a deformable securing section, comprising • a sealing bead lying radially outside with a groove running around in a cross-sectional plane, • a circumferential expanding gap, which runs between a wall portion of the flange located radially inside and the sealing bead located radially outside; - a lid, which is removably attached to a dispensing opening of the flange, comprising • a closure surface, • an outer sleeve adjoining the closure surface, with a cross section that permits an enclosing fitting onto the flange, and with a longitudinal extension which brings about an expanding element that is arranged on the free end of the outer sleeve to enter the expanding gap, wherein the expanding element is configured in such a manner that the sealing bead is radially pushed towards the outside in order to push the groove over the edge of an opening of a container when the container closure is inserted therein. - a flange made of plastic, which on a container side has a deformable securing section, comprising • a sealing bead lying radially outside with a groove running around in a cross-sectional plane, • a circumferential expanding gap, which runs between a wall portion of the flange located radially inside and the sealing bead located radially outside; • a sealing bead lying radially outside with a groove running around in a cross-sectional plane, • a circumferential expanding gap, which runs between a wall portion of the flange located radially inside and the sealing bead located radially outside; - a lid, which is removably attached to a dispensing opening of the flange, comprising • a closure surface, • an outer sleeve adjoining the closure surface, with a cross section that permits an enclosing fitting onto the flange, and with a longitudinal extension which brings about an expanding element that is arranged on the free end of the outer sleeve to enter the expanding gap, wherein the expanding element is configured in such a manner that the sealing bead is radially pushed towards the outside in order to push the groove over the edge of an opening of a container when the container closure is inserted therein. • a closure surface, • an outer sleeve adjoining the closure surface, with a cross section that permits an enclosing fitting onto the flange, and with a longitudinal extension which brings about an expanding element that is arranged on the free end of the outer sleeve to enter the expanding gap, wherein the expanding element is configured in such a manner that the sealing bead is radially pushed towards the outside in order to push the groove over the edge of an opening of a container when the container closure is inserted therein.
Operating fluid container for a motor vehicle made of thermoplastic material, wherein the container is composed of two shells so as to form a substantially closed hollow body, wherein a first shell forms a top of the container and a second shell forms a bottom of the container, said operating fluid container comprising at least one line, which is formed as an integral component part of a container wall over at least a partial length, characterized in that the line is formed over said partial length as a channel running in the container wall, the channel has an open, trough-shaped cross-sectional profile which forms a part of the line cross section, and the channel is closed by at least one cover, which complements the trough-shaped cross-sectional profile so as to form a closed cross section.
A cartridge detachably mountable to a main assembly of an image forming apparatus, said cartridge comprising: a frame (14, 27, 28, 18, 19); a photosensitive member rotatably supported by said a frame (14, 27, 28, 18, 19); and a discharging path configured to permit movement of a developer removed from said photosensitive member, said discharging path including a developer discharge opening and a movable portion through which the developer is movable toward said developer discharge opening, said movable portion being movably supported by a supporting portion of said frame (14, 27, 28, 18, 19) and being movable relative to said frame (14, 27, 28, 18, 19) between a retracted position in an upstream side with respect to a developer moving direction through said discharge opening and an advanced position in a downstream side with respect to the developer moving direction; characterized by a sealing portion (501, 1501, 2501) configured to prevent leakage of the developer from a clearance between said movable portion and said frame (14, 27, 28, 18, 19)by being sandwiched between said movable portion and said frame (14, 27, 28, 18, 19), when said movable portion is in the retracted position. a frame (14, 27, 28, 18, 19); a photosensitive member rotatably supported by said a frame (14, 27, 28, 18, 19); and a discharging path configured to permit movement of a developer removed from said photosensitive member, said discharging path including a developer discharge opening and a movable portion through which the developer is movable toward said developer discharge opening, said movable portion being movably supported by a supporting portion of said frame (14, 27, 28, 18, 19) and being movable relative to said frame (14, 27, 28, 18, 19) between a retracted position in an upstream side with respect to a developer moving direction through said discharge opening and an advanced position in a downstream side with respect to the developer moving direction; characterized by a sealing portion (501, 1501, 2501) configured to prevent leakage of the developer from a clearance between said movable portion and said frame (14, 27, 28, 18, 19)by being sandwiched between said movable portion and said frame (14, 27, 28, 18, 19), when said movable portion is in the retracted position.
MV/LV transformer substation, comprising an MV/LV transformer, said substation comprising a means for compensating for the homopolar capacitive current generated by an MV network portion of fixed length to which said transformer is likely to be connected, in the event of a fault between a phase and the earth on this network, characterized in that the primary windings of the transformer are coupled in star configuration and the magnetic circuit of the transformer comprises at least one flux feedback arm designed to channel the homopolar flux, said arm comprising at least one air gap to adjust the reluctance of the circuit taken by the homopolar flux.