mhurhangee/ep-ind-claims huggingface dataset:
An airbag for a vehicle occupant restraint system, comprising an airbag panel which defines an inflatable airbag volume, a tether which extends in the interior of the airbag through the inflatable airbag volume, a discharge port which is formed in the airbag panel, and a discharge port closure for closing the discharge port, wherein the tether extends from a first tether end tightly connected to the airbag panel in the direction of the discharge port to an opposite second tether end, wherein the discharge port closure is connected both to the second tether end and the airbag panel, and wherein the tether has a two-ply design and includes two strap layers (36, 38) between a first branching point and a second branching point, wherein the first strap layer and the second strap layer are not connected between the two branching points (50, 52), characterized in that a control strap is provided which extends transversely to the tether through the inflatable airbag volume and includes two control strap portions (42, 44), wherein a first control strap portion is fastened to the airbag panel as well as to the first strap layer and a second control strap portion is fastened to the airbag panel as well as to the second strap layer. an airbag panel which defines an inflatable airbag volume, a tether which extends in the interior of the airbag through the inflatable airbag volume, a discharge port which is formed in the airbag panel, and a discharge port closure for closing the discharge port, wherein the tether extends from a first tether end tightly connected to the airbag panel in the direction of the discharge port to an opposite second tether end, wherein the discharge port closure is connected both to the second tether end and the airbag panel, and wherein the tether has a two-ply design and includes two strap layers (36, 38) between a first branching point and a second branching point, wherein the first strap layer and the second strap layer are not connected between the two branching points (50, 52), characterized in that a control strap is provided which extends transversely to the tether through the inflatable airbag volume and includes two control strap portions (42, 44), wherein a first control strap portion is fastened to the airbag panel as well as to the first strap layer and a second control strap portion is fastened to the airbag panel as well as to the second strap layer.
A communication method, wherein the method comprises: mapping, by a first device, a phase tracking reference signal, PTRS, pattern to one or more symbols, wherein the PTRS pattern comprises multiple non-consecutive PTRS chunks in time domain, and each PTRS chunk of the multiple non-consecutive PTRS chunks comprises multiple consecutive PTRS samples in time domain; the multiple non-consecutive PTRS chunks of the PTRS pattern are in one symbol; and sending, by the first device, the one or more symbols; wherein: a quantity of PTRS chunks in one symbol and a quantity of PTRS samples in one PTRS chunk are determined by a scheduled bandwidth mapping, by a first device, a phase tracking reference signal, PTRS, pattern to one or more symbols, wherein the PTRS pattern comprises multiple non-consecutive PTRS chunks in time domain, and each PTRS chunk of the multiple non-consecutive PTRS chunks comprises multiple consecutive PTRS samples in time domain; the multiple non-consecutive PTRS chunks of the PTRS pattern are in one symbol; and sending, by the first device, the one or more symbols; wherein: a quantity of PTRS chunks in one symbol and a quantity of PTRS samples in one PTRS chunk are determined by a scheduled bandwidth
A method of predicting a likelihood of a clinical outcome selected from cancer recurrence, upgrading or upstaging of cancer, adverse pathology, non-organ-confined disease, high-grade disease, and/or high-grade non-organ-confined disease for a patient with prostate cancer, comprising: determining a level of RNA transcripts, or expression products thereof, normalized relative to the mean of one or more reference genes in a biological sample containing cancer cells obtained from said patient, wherein the RNA transcripts, or expression products thereof, comprise BGN and COL1A1; calculating a recurrence score for the patient using any one of algorithms RS0, RS1, RS2, RS3, RS4, RS17, RS18, RS19, RS20, RS21, RS22, RS23, RS24, RS25, RS26, or RS27 shown in Table 4; and predicting the likelihood of cancer recurrence, upgrading or upstaging of cancer, adverse pathology, non-organ-confined disease, high-grade disease, and/or high-grade non-organ-confined disease for the patient based on the recurrence score. determining a level of RNA transcripts, or expression products thereof, normalized relative to the mean of one or more reference genes in a biological sample containing cancer cells obtained from said patient, wherein the RNA transcripts, or expression products thereof, comprise BGN and COL1A1; calculating a recurrence score for the patient using any one of algorithms RS0, RS1, RS2, RS3, RS4, RS17, RS18, RS19, RS20, RS21, RS22, RS23, RS24, RS25, RS26, or RS27 shown in Table 4; and predicting the likelihood of cancer recurrence, upgrading or upstaging of cancer, adverse pathology, non-organ-confined disease, high-grade disease, and/or high-grade non-organ-confined disease for the patient based on the recurrence score.
An apparatus for controlling network traffic, the apparatus comprising: a data object service providing module generating a data check service frame; a message service providing module generating a data transmission service frame; a frame delay module adjusting a generation period of the data check service frame generated by the data object service providing module; a traffic analysis module comparing a data transmission amount of the data transmission service frame generated by the message service providing module with a reference data transmission amount, wherein the traffic analysis module determines a generation period of the data check service frame according to a comparison result, and controls the operation of the frame delay module according to a determined generation period; and a transmit queue transmitting a service frame transmitted from the traffic analysis module to a control area network open, CANopen, network, characterized in that the traffic analysis module adds a delay time to a generation period of the data check service frame to determine the generation period of the data check service frame when the data transmission amount of the data transmission service frame exceeds the reference data transmission amount, and wherein the traffic analysis module calculates a data amount that the CANopen network may further transmit and shorten the generation period of the data check service frame when the data transmission amount of the data transmission service frame is less than the reference data amount. a data object service providing module generating a data check service frame; a message service providing module generating a data transmission service frame; a frame delay module adjusting a generation period of the data check service frame generated by the data object service providing module; a traffic analysis module comparing a data transmission amount of the data transmission service frame generated by the message service providing module with a reference data transmission amount, wherein the traffic analysis module determines a generation period of the data check service frame according to a comparison result, and controls the operation of the frame delay module according to a determined generation period; and a transmit queue transmitting a service frame transmitted from the traffic analysis module to a control area network open, CANopen, network, characterized in that the traffic analysis module adds a delay time to a generation period of the data check service frame to determine the generation period of the data check service frame when the data transmission amount of the data transmission service frame exceeds the reference data transmission amount, and wherein the traffic analysis module calculates a data amount that the CANopen network may further transmit and shorten the generation period of the data check service frame when the data transmission amount of the data transmission service frame is less than the reference data amount.
A data transmission method comprising: receiving, by a first device, a request message from a second device regularly, wherein the request message carries a timestamp corresponding to the request message that is currently received; determining, by the first device, whether a value of the timestamp is less than a preset threshold; and synchronizing, by the first device according to a corresponding relationship between timestamps and fragmented data locally cached by the first device, fragmented data corresponding to the timestamp to the second device when the value of the timestamp is less than the preset threshold, wherein the fragmented data is obtained by fragmenting full amount of data recorded by the first device. receiving, by a first device, a request message from a second device regularly, wherein the request message carries a timestamp corresponding to the request message that is currently received; determining, by the first device, whether a value of the timestamp is less than a preset threshold; and synchronizing, by the first device according to a corresponding relationship between timestamps and fragmented data locally cached by the first device, fragmented data corresponding to the timestamp to the second device when the value of the timestamp is less than the preset threshold, wherein the fragmented data is obtained by fragmenting full amount of data recorded by the first device.
An information processing apparatus, comprising: a requesting unit configured to request information regarding whether a registration destination of data is a P2P database or a storage unit other than the P2P database, to a plurality of targets which is different from each other; and an output control unit configured to control output of information obtained as a result of the request to a user. a requesting unit configured to request information regarding whether a registration destination of data is a P2P database or a storage unit other than the P2P database, to a plurality of targets which is different from each other; and an output control unit configured to control output of information obtained as a result of the request to a user.
A catheter system for deploying a Y-shaped stent in a bifurcation, comprising: a catheter shaft having a proximal end and a distal end; first and second expandable members (91,92) attached to the distal end of said catheter shaft, said expandable members (91,92) having a first configuration wherein said expandable members (91,92) reside side by side and a second configuration wherein said expandable members (91,92) spring apart; a guide wire lumen extending at least through a portion of the catheter shaft, the guide wire lumen including a first distal section extending through a distal end of the first expandable member and a second distal section extending through the second expandable member; and a guide wire slidably received in the guide wire lumen and extending through said first and second distal sections (98A, 98B) to hold said first and second expandable members (91,92) in said first configuration, the catheter system being adapted such that as the guide wire is pulled back proximally and a distal end of the guide wire is pulled out of the first distal section, the first and second expandable members (91,92), which are normally biased apart, are released and spring apart into said second configuration. a catheter shaft having a proximal end and a distal end; first and second expandable members (91,92) attached to the distal end of said catheter shaft, said expandable members (91,92) having a first configuration wherein said expandable members (91,92) reside side by side and a second configuration wherein said expandable members (91,92) spring apart; a guide wire lumen extending at least through a portion of the catheter shaft, the guide wire lumen including a first distal section extending through a distal end of the first expandable member and a second distal section extending through the second expandable member; and a guide wire slidably received in the guide wire lumen and extending through said first and second distal sections (98A, 98B) to hold said first and second expandable members (91,92) in said first configuration, the catheter system being adapted such that as the guide wire is pulled back proximally and a distal end of the guide wire is pulled out of the first distal section, the first and second expandable members (91,92), which are normally biased apart, are released and spring apart into said second configuration.
A Liquid Crystal Display, LCD, module, the module comprising: a light guide plate having an upper surface; an optical sheet disposed on the upper surface of the light guide plate, wherein the first layer of the optical sheet on the upper surface of the light guide plate comprises a diffusion sheet; an LED Flexible Printed Circuit Board, FPCB, on a mounting surface of which a light emitting diode, LED, for emitting light to the light guide plate is mounted; and a double-sided tape attaching the LED FPCB to the upper surface of the light guide plate such that there is a gap between the LED FPCB and the optical sheet, characterised in that the double sided tape has a portion protruding toward the optical sheet further than the LED FPCB and being adhered to the mounting surface of the LED FPCB; in that the portion of the double-sided tape protruding toward the optical sheet contacts the optical sheet without overlapping the optical sheet or at least the first layer of the optical sheet on the upper surface of the light guide plate is overlapped with the portion of the double-sided tape protruding toward the optical sheet, and in that the double-sided tape comprises an opaque material. a light guide plate having an upper surface; an optical sheet disposed on the upper surface of the light guide plate, wherein the first layer of the optical sheet on the upper surface of the light guide plate comprises a diffusion sheet; an LED Flexible Printed Circuit Board, FPCB, on a mounting surface of which a light emitting diode, LED, for emitting light to the light guide plate is mounted; and a double-sided tape attaching the LED FPCB to the upper surface of the light guide plate such that there is a gap between the LED FPCB and the optical sheet, characterised in that the double sided tape has a portion protruding toward the optical sheet further than the LED FPCB and being adhered to the mounting surface of the LED FPCB; in that the portion of the double-sided tape protruding toward the optical sheet contacts the optical sheet without overlapping the optical sheet or at least the first layer of the optical sheet on the upper surface of the light guide plate is overlapped with the portion of the double-sided tape protruding toward the optical sheet, and in that the double-sided tape comprises an opaque material.
A system for removing space debris from near Earth orbit, comprising: a satellite configured to be positioned at an entry point of a polar cusp, the satellite further configured to receive parameters of a solar electromagnetic, EM, wave and parameters of a solar plasma from a solar plasma sensor, and to receive parameters of targeted space debris from a space debris sensor; the satellite comprising: an antenna configured to direct a local EM wave to interact with the solar EM wave at the entry point of the polar cusp; and control systems (321, 322) configured to control an orientation of the antenna and to select parameters of the local EM wave to convert a turbulent magnetic flux of the solar EM wave to a laminar magnetic flux, wherein a component of solar plasma is directed into the polar cusp in a uniform flow that maximizes a plasma flux at an exit point of the polar cusp to intercept the targeted space debris. an antenna configured to direct a local EM wave to interact with the solar EM wave at the entry point of the polar cusp; and control systems (321, 322) configured to control an orientation of the antenna and to select parameters of the local EM wave to convert a turbulent magnetic flux of the solar EM wave to a laminar magnetic flux, wherein a component of solar plasma is directed into the polar cusp in a uniform flow that maximizes a plasma flux at an exit point of the polar cusp to intercept the targeted space debris.
A comestible dosage form article for administration to a target subject, the dosage form comprising: an outer capsule comprising a first cap telescopically engageable with a first body; and an inner capsule, within the outer capsule, comprising a second cap telescopically engageable with a second body, characterized in that the inner capsule is inverted with respect to the outer capsule such that, in an assembled state, the second cap is proximal to the first body and distal to the first cap. an outer capsule comprising a first cap telescopically engageable with a first body; and an inner capsule, within the outer capsule, comprising a second cap telescopically engageable with a second body, characterized in that the inner capsule is inverted with respect to the outer capsule such that, in an assembled state, the second cap is proximal to the first body and distal to the first cap.
A machining center with fixed portal for machining wood beams, comprising a loading roller conveyor, an unloading roller conveyor and a central frame that supports the working tools (14, 15), characterized in that said loading roller conveyor, said unloading roller conveyor and said central frame are preassembled so as to form a monolithic footing comprising, preassembled so as to form a single block, a horizontal structural longitudinal element, supports made of folded metal plate (20, 21) for rollers (18, 19) that form the roller conveyors (11, 12), shoulders for connection between the structural longitudinal element and said supports made of folded metal plate (20, 21), and said central frame fixed to said structural longitudinal element and to said supports (20, 21) made of folded metal plate, said structural longitudinal element extending over the entire length of the monolithic footing and providing a connection between the supports made of folded metal plate (20, 21) which form the loading roller conveyor and the unloading roller conveyor, and between said central frame and the roller conveyors, the rollers (18, 19) of the roller conveyors (11, 12) being supported by said supports made of folded metal plate (20, 21), which also form the guides (22, 23) for a loading grab and an unloading grab.
A hot stamped product consisting of: carbon: 0.05∼0.14% by weight (wt%), silicon (Si): 0.01∼0.55 wt%, manganese (Mn): 1.0∼2.3 wt%, chromium (Cr): 0.01∼0.38 wt%, molybdenum (Mo): 0.05∼0.30 wt%, aluminum (Al): 0.01∼0.10 wt%, titanium (Ti): 0.03∼0.10 wt%, niobium (Nb): 0.02∼0.10 wt%, vanadium: 0.05 wt% or less, boron: 0.001 wt% or less, phosphorus: 0.04 wt% of less, sulfur: 0.015% or less and the balance of iron (Fe) and unavoidable impurities, the hot stamped product having a tensile strength of 700 MPa to 1,200 MPa and an elongation of 12.0% to 17.0% after hot stamping.
Method of treating fruit or vegetables, of a kind comprising the steps consisting of: - providing a bath of a treatment composition, - placing the fruit or vegetables in retaining means, - lowering the retaining means down to a bottom position so that the fruit or vegetables are completely immersed in the bath, - raising the retaining means so that the fruit or vegetables are completely withdrawn from the bath, the method comprising, after complete immersion of the fruit or vegetables and before their withdrawal from the bath, the intermediate steps consisting of: - raising the retaining means up to an intermediate position so that a portion of the fruit or vegetables contained therein emerge from the bath, and - lowering the retaining means so that the fruit or vegetables contained therein are completely re-immersed in the bath, characterised in that the density of the treatment composition is greater than that of the fruit or vegetables being treated. - providing a bath of a treatment composition, - placing the fruit or vegetables in retaining means, - lowering the retaining means down to a bottom position so that the fruit or vegetables are completely immersed in the bath, - raising the retaining means so that the fruit or vegetables are completely withdrawn from the bath, - raising the retaining means up to an intermediate position so that a portion of the fruit or vegetables contained therein emerge from the bath, and - lowering the retaining means so that the fruit or vegetables contained therein are completely re-immersed in the bath,
A method for manufacturing a basic dough for baked products by using fermented residual dough, comprising the following steps: a) inoculating a sour dough substrate with a starter culture and obtaining a starting material, b) comminution and/or separation of a residual dough, c) mixing 20 to 70 parts of residual dough from step b) with 5 to 40 parts of water and 15 to 50 parts of the starting material from step a) and obtaining a mixture, d) fermenting, possibly homogenizing, the mixture at a temperature of 20 to 38 °C over the time interval of 6 - 20 h (hours) and obtaining a fermented residual dough having a pH value of less than pH 4.5; e) mixing 15 to 35 parts of the fermented residual dough with 65 to 85 parts of a raw dough and obtaining a basic dough. a) inoculating a sour dough substrate with a starter culture and obtaining a starting material, b) comminution and/or separation of a residual dough, c) mixing 20 to 70 parts of residual dough from step b) with 5 to 40 parts of water and 15 to 50 parts of the starting material from step a) and obtaining a mixture, d) fermenting, possibly homogenizing, the mixture at a temperature of 20 to 38 °C over the time interval of 6 - 20 h (hours) and obtaining a fermented residual dough having a pH value of less than pH 4.5; e) mixing 15 to 35 parts of the fermented residual dough with 65 to 85 parts of a raw dough and obtaining a basic dough.
A method of forming a component using electro-chemical machining comprising the steps of: providing a shield (132,134,140) in a current distribution path between a workpiece and an electrode, with said shield concentrating current distribution upon an end of the workpiece; wherein the shield includes two parallel shields that are spaced on sides of said workpiece; or the shield sits between said end of said workpiece and said electrode and said shield including an aperture for concentrating said current distribution on said one end of said workpiece; the method characterized in that said workpiece forms an airfoil, and said shield concentrating current distribution upon said ends of the workpiece which are to form a leading edge and a trailing edge of the airfoil; wherein said shield is utilized to concentrate the current distribution on both the leading edge and the trailing edge; and wherein ends of said parallel shields deflect current at said ends of said workpiece.