mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving system information at a user equipment, UE, in a wireless communication system, the method comprising: receiving a subframe; and performing blind decoding for a physical broadcast channel, PBCH, in a predetermined resource region of the subframe, based on a plurality of sequences masked on CRC parity bits, wherein, when a cell-specific reference signal, CRS is not present in the subframe, each of the plurality of sequences indicates one of a plurality of demodulation reference signal, DMRS antenna port sets, or each of the plurality of sequences indicates one of a plurality of diversity scheme sets, or each of the plurality of sequences indicates one of a tracking reference signal, TRS and a DMRS as a type of a reference signal. receiving a subframe; and performing blind decoding for a physical broadcast channel, PBCH, in a predetermined resource region of the subframe, based on a plurality of sequences masked on CRC parity bits, wherein, when a cell-specific reference signal, CRS is not present in the subframe, each of the plurality of sequences indicates one of a plurality of demodulation reference signal, DMRS antenna port sets, or each of the plurality of sequences indicates one of a plurality of diversity scheme sets, or each of the plurality of sequences indicates one of a tracking reference signal, TRS and a DMRS as a type of a reference signal.
A cleaning blade configured to be in contact with a cleaning target member and clean a surface of the cleaning target member, the cleaning blade comprising a contact surface configured to be in contact with the cleaning target member, wherein the cleaning blade comprises a cut surface serving as a tip portion of the cleaning blade, and an edge portion connecting the cut surface and the contact surface is configured to be in pressure contact with the cleaning target member, characterized in that the cleaning blade is formed such that (i) Young's modulus of the cleaning blade reaches a peak value at a peak position inside of the contact surface in a thickness direction of the cleaning blade wherein the thickness direction of the cleaning blade refers to a direction vertical to the contact surface of the cleaning blade, and (ii) a relationship of Ym > Yc > Yb holds, where Yc is a value of Young's modulus at the contact surface, Ym is the peak value of Young's modulus at the peak position, and Yb is a value of Young's modulus at a position separated from the contact surface more than the peak position in the thickness direction. wherein the cleaning blade comprises a cut surface serving as a tip portion of the cleaning blade, and an edge portion connecting the cut surface and the contact surface is configured to be in pressure contact with the cleaning target member, characterized in that the cleaning blade is formed such that (i) Young's modulus of the cleaning blade reaches a peak value at a peak position inside of the contact surface in a thickness direction of the cleaning blade wherein the thickness direction of the cleaning blade refers to a direction vertical to the contact surface of the cleaning blade, and (ii) a relationship of Ym > Yc > Yb holds, where Yc is a value of Young's modulus at the contact surface, Ym is the peak value of Young's modulus at the peak position, and Yb is a value of Young's modulus at a position separated from the contact surface more than the peak position in the thickness direction. (i) Young's modulus of the cleaning blade reaches a peak value at a peak position inside of the contact surface in a thickness direction of the cleaning blade wherein the thickness direction of the cleaning blade refers to a direction vertical to the contact surface of the cleaning blade, and (ii) a relationship of Ym > Yc > Yb holds, where Yc is a value of Young's modulus at the contact surface, Ym is the peak value of Young's modulus at the peak position, and Yb is a value of Young's modulus at a position separated from the contact surface more than the peak position in the thickness direction.
Use, in a treatment room (1, 201), of a directed sound source (5, 6, 7, 205, 206, 207), which is part of a combination of media devices, in conjunction with a patient treatment station (2, 3, 4, 202, 203, 204) at which the patient spends a period of several hours, a plurality of these treatment stations being set up in the treatment room and the sound source (5, 6, 7, 205, 206, 207) for the combination of media devices being individually assigned to each of the individual treatment stations (2, 3, 4, 202, 203, 204).
An apparatus for inflating a mailer comprising a pouch and an inner inflatable liner having at least one inflation means (17, 23) through which a portion of gas can be introduced into said liner, wherein said apparatus comprises an inflation assembly comprising: a. upper and lower inflation assembly support arms (116, 118) that form a mouth for inserting said mailer, wherein said upper and lower inflation assembly support arms are positioned respectively above and below said mouth; b. at least one inflation nozzle (112, 114) positioned on at least one of said inflation assembly support arms (116, 118), said inflation nozzle comprising an inlet port connected to a gas source and an outlet port (101, 103) configured to be positioned adjacent to said at least one inflation means when said mailer is inserted into said mouth, wherein said inflation nozzle (112, 114) is capable of initiating inflation without direct contact with said inflation means (17, 23); wherein the introduction of gas into the mailer causes outward expansion of the liner, resulting in a seal being created against the inflation means, characterized in that said apparatus further comprises: a sealing assembly comprising: i. upper and lower sealing assembly support arms (160, 162) positioned respectively above and below said mouth and adjacent to said mouth of said inflation assembly; ii. an upper heat seal jaw positioned on said upper sealing assembly support arm; iii. a lower heat seal jaw positioned on said lower sealing assembly support arm; iv. a heat seal element on at least one of the heat seal jaws (126, 128). a. upper and lower inflation assembly support arms (116, 118) that form a mouth for inserting said mailer, wherein said upper and lower inflation assembly support arms are positioned respectively above and below said mouth; b. at least one inflation nozzle (112, 114) positioned on at least one of said inflation assembly support arms (116, 118), said inflation nozzle comprising an inlet port connected to a gas source and an outlet port (101, 103) configured to be positioned adjacent to said at least one inflation means when said mailer is inserted into said mouth, wherein said inflation nozzle (112, 114) is capable of initiating inflation without direct contact with said inflation means (17, 23); a sealing assembly comprising: i. upper and lower sealing assembly support arms (160, 162) positioned respectively above and below said mouth and adjacent to said mouth of said inflation assembly; ii. an upper heat seal jaw positioned on said upper sealing assembly support arm; iii. a lower heat seal jaw positioned on said lower sealing assembly support arm; iv. a heat seal element on at least one of the heat seal jaws (126, 128). i. upper and lower sealing assembly support arms (160, 162) positioned respectively above and below said mouth and adjacent to said mouth of said inflation assembly; ii. an upper heat seal jaw positioned on said upper sealing assembly support arm; iii. a lower heat seal jaw positioned on said lower sealing assembly support arm; iv. a heat seal element on at least one of the heat seal jaws (126, 128).
A stand-up inflatable paddle board which comprises: (i) a deck; (ii) a valve for enabling the stand-up inflatable paddle board to be inflated and deflated; (iii) indicator means for indicating that the stand-up inflatable paddle board requires at least one fold which is longitudinal when the stand-up inflatable paddle board is to be placed in a deflated condition; (iv) at least one pair of deck pads (8, 10) for receiving a user of the stand-up inflatable paddle board, and wherein the deck pads (8, 10) extend longitudinally of the deck, and the stand-up inflatable paddle board being such that: (v) the deck has a top side and an underside; (vi) the top side and the underside are such that water cannot pass through the deck from the underside to the top side; (vii) the deck has a front portion which curves upwardly in use of the stand-up inflatable paddle board; (viii) the deck pads (8, 10) are spaced apart by a longitudinal gap which permits the fold to be effected about the gap; (ix) wherein the valve is positioned such that it does not hinder the fold, and is positioned on a left side of the deck or on a right side of the deck; and (x) including a pair of fins (16, 18) which are off-set from the fold, positioned such that they do not hinder the fold. (i) a deck; (ii) a valve for enabling the stand-up inflatable paddle board to be inflated and deflated; (iii) indicator means for indicating that the stand-up inflatable paddle board requires at least one fold which is longitudinal when the stand-up inflatable paddle board is to be placed in a deflated condition; (iv) at least one pair of deck pads (8, 10) for receiving a user of the stand-up inflatable paddle board, and wherein the deck pads (8, 10) extend longitudinally of the deck, (v) the deck has a top side and an underside; (vi) the top side and the underside are such that water cannot pass through the deck from the underside to the top side; (vii) the deck has a front portion which curves upwardly in use of the stand-up inflatable paddle board; (viii) the deck pads (8, 10) are spaced apart by a longitudinal gap which permits the fold to be effected about the gap; (ix) wherein the valve is positioned such that it does not hinder the fold, and is positioned on a left side of the deck or on a right side of the deck; and (x) including a pair of fins (16, 18) which are off-set from the fold, positioned such that they do not hinder the fold.
A method for preserving and reusing intermediate data of a render setup graph in computer animation, using one or more processors and memory, the method comprising: receiving a request from a first node of a render setup graph to preserve intermediate data generated by the first node; receiving the intermediate data generated by the first node; storing the received intermediate data generated by the first node in a file associated with the first node; receiving a request from a second node of the render setup graph to reuse the intermediate data stored in the file associated with the first node, wherein the request from the second node is independent from processing of input data performed by the first node; retrieving the file associated with the first node from storage; and sending the retrieved file to the second node for rendering a scene. receiving a request from a first node of a render setup graph to preserve intermediate data generated by the first node; receiving the intermediate data generated by the first node; storing the received intermediate data generated by the first node in a file associated with the first node; receiving a request from a second node of the render setup graph to reuse the intermediate data stored in the file associated with the first node, wherein the request from the second node is independent from processing of input data performed by the first node; retrieving the file associated with the first node from storage; and sending the retrieved file to the second node for rendering a scene.
An electric connector accessory for a bundle of electric wires, the accessory being constituted by an accessory body and by a nut, the accessory body being suitable for being applied laterally against the bundle of wires, and for being held by locking the nut on the connector, the accessory body comprising a ring of generally cylindrical shape, presenting a side opening characterized in that the nut is constituted by two half-nuts (15,16) that are separated by an axial plane, and in that each half-nut (15,16) presents at each end a notch (17, 19) and an arm (18,20); during a relative pivoting movement about a radial pivot axis, the arm(18,20) of a half-nut slides in the notch (19,17) of the other half-nut; and the two half-nuts are assembled together by clip fastening.
Method for quantitatively evaluating a colour filter, comprising the following steps: /1/ measuring a transmission spectrum of the filter in a visible-light interval using a spectrophotometer; /2/ obtaining, from the transmission spectrum of the filter and from a reflection spectrum of a reference colour sample, optical data relating to a simulation of an observation of the colour sample through the filter; /3/ introducing, into a numerical colour-appearance model, the optical data relating to the simulation of the observation of the colour sample through the filter, so as to obtain, for said sample, a value of at least one visual perceptive attribute; and /4/ calculating a difference between the perceptive-attribute value obtained for the simulation of the observation of the colour sample through the filter and a value of said perceptive attribute for an observation of the same sample without the filter, said difference forming an evaluation of the rendering of the colour of the reference sample by the colour filter, said numerical colour-appearance model taking into account subjective and physiological effects that are involved in the visual perception of colours by a human being, these including variations in the sensitivity of the human eye as a function of colour or environmental parameters, and differences in the appreciation of colours that result from psychological factors. /1/ measuring a transmission spectrum of the filter in a visible-light interval using a spectrophotometer; /2/ obtaining, from the transmission spectrum of the filter and from a reflection spectrum of a reference colour sample, optical data relating to a simulation of an observation of the colour sample through the filter; /3/ introducing, into a numerical colour-appearance model, the optical data relating to the simulation of the observation of the colour sample through the filter, so as to obtain, for said sample, a value of at least one visual perceptive attribute; and /4/ calculating a difference between the perceptive-attribute value obtained for the simulation of the observation of the colour sample through the filter and a value of said perceptive attribute for an observation of the same sample without the filter,
Probe carrier arrangement, especially for an exhaust system of an internal combustion engine, comprising a probe socket (14; 14a) provided at a probe carrier body (12; 12a) with at least one insert-receiving opening (24; 24a) extending in the direction of an insert-receiving opening longitudinal axis and a probe carrier insert (28; 28a) arranged in the insert-receiving opening (24; 24a) with at least one probe-receiving opening (36; 36a) extending in the direction of a probe-receiving opening longitudinal axis, wherein an internal thread (38; 38a) is provided at an inner circumference of the probe-receiving opening (36; 36a) and a probe support surface (44; 44a) enclosing the insert-receiving opening (24; 24a) is formed at the probe socket (14; 14a) at an axial end (46; 46a) located at a distance from the probe carrier body (12; 12a), characterized in that the probe carrier insert (28; 28a) at an axial end (34; 34a) remote from the probe carrier body (12; 12a) does not axially protrude over the insert-receiving opening (24; 24a) formed in the probe socket (14; 14a).
A method for producing a catheter comprising a FPCB, having at least one electrode segment (21, 21') at its distal end portion and a FPCB tail (24, 24', 31) leading to a connector at its proximal portion, said method comprising the following steps or a subset of these steps: - a mandrel inserting step, wherein a temporary mandrel is inserted into a catheter tube, - a FPCB preshaping step, wherein the electrode segment (21, 21') of the FPCB is preshaped in a round hollow cylindrical shape, - a FPCB positioning step, wherein the preshaped FPCB is positioned on the catheter tube, - a shrink tube contracting step wherein the assembly including the shrink tube is preheated to the point that the shrink tube has fully contracted and directly contacts and closes the FPCB around the catheter tube, - a reflow step, wherein the assembly is heated above the melting temperature of the catheter tube to allow the catheter tube material to flow around the FPCB inside the shrink tube, - a cooling step, wherein the assembly rests until solidification of the assembly material, - a mandrel removing step, wherein the mandrel is removed from the inner lumen of the re-solidified catheter tube, and - a shrink tube removal step, wherein the shrink tube is removed. - a mandrel inserting step, wherein a temporary mandrel is inserted into a catheter tube, - a FPCB preshaping step, wherein the electrode segment (21, 21') of the FPCB is preshaped in a round hollow cylindrical shape, - a FPCB positioning step, wherein the preshaped FPCB is positioned on the catheter tube, - a shrink tube contracting step wherein the assembly including the shrink tube is preheated to the point that the shrink tube has fully contracted and directly contacts and closes the FPCB around the catheter tube, - a reflow step, wherein the assembly is heated above the melting temperature of the catheter tube to allow the catheter tube material to flow around the FPCB inside the shrink tube, - a cooling step, wherein the assembly rests until solidification of the assembly material, - a mandrel removing step, wherein the mandrel is removed from the inner lumen of the re-solidified catheter tube, and - a shrink tube removal step, wherein the shrink tube is removed.
An ice-maker comprising: a cold-air hole for receiving cold air; an upper tray having a plurality of hemispherical upper chambers defined therein; a lower tray pivotably disposed below the upper tray, wherein the lower tray has a plurality of lower chambers defined therein and is pivotable, with respect to the upper tray, between an open position and a closed position respectively, wherein in the closed position the lower tray is connected to the upper tray to define a plurality of ice chambers (111, 111a, 111b, 111c), wherein each ice chamber is configured to form spherical ice therein and comprises one lower chamber and one upper chamber connected with each other; a driver for pivoting the lower tray; characterized by at least one shield formed at an upper face of the upper tray and corresponding to at least one of the ice chambers (111, 111a, 111b, 111c), wherein the shield is configured to reduce a flow of the cold-air towards the at least one corresponding ice chamber; wherein the corresponding ice chamber at which the shield is formed is located closest to the cold-air hole; and wherein the plurality of ice chambers (111, 111a, 111b, 111c) comprises at least one ice chamber corresponding to which none of the at least one shield is formed, and wherein the one ice chamber corresponding to which none of the at least one shield is formed is located farther away from the cold-air hole than the ice chamber corresponding to which the shield is formed. a cold-air hole for receiving cold air; an upper tray having a plurality of hemispherical upper chambers defined therein; a lower tray pivotably disposed below the upper tray, wherein the lower tray has a plurality of lower chambers defined therein and is pivotable, with respect to the upper tray, between an open position and a closed position respectively, wherein in the closed position the lower tray is connected to the upper tray to define a plurality of ice chambers (111, 111a, 111b, 111c), wherein each ice chamber is configured to form spherical ice therein and comprises one lower chamber and one upper chamber connected with each other; a driver for pivoting the lower tray; characterized by at least one shield formed at an upper face of the upper tray and corresponding to at least one of the ice chambers (111, 111a, 111b, 111c), wherein the shield is configured to reduce a flow of the cold-air towards the at least one corresponding ice chamber; wherein the corresponding ice chamber at which the shield is formed is located closest to the cold-air hole; and wherein the plurality of ice chambers (111, 111a, 111b, 111c) comprises at least one ice chamber corresponding to which none of the at least one shield is formed, and wherein the one ice chamber corresponding to which none of the at least one shield is formed is located farther away from the cold-air hole than the ice chamber corresponding to which the shield is formed.
Fuel cell stack which is formed from a plurality of stacked fuel cell units and at least one stack terminating element, wherein the stacked fuel cell units are enclosed by a housing, characterised by a frame element which is arranged on the end side of the at least one stack terminating element and the housing, wherein at least one seal is arranged between the stack terminating element and the housing in the region of the frame element.
A dispensing box for a drug-containing ampoule, the dispensing box comprising: a storage unit in which at least two partition members are vertically stacked on each other to form a multilayer structure, each partition member comprising partition walls for partitioning a plurality of unit cells in which ampoules are stored; a shutter opening or closing a lower portion of each of the unit cells partitioned by the partition member; a driving unit operating the shutter; a conveyer which receives the ampoules dropped from the plurality of unit cells when the lower portion of each of the unit cells is opened; a discharge hole adjacent to an end of the conveyer to dispense the ampoule seated on the conveyer when the conveyer is operated; a first detection part disposed on an end of the conveyer in the dispensing direction configured to detect whether an ampoule does not exist on the end of the conveyer in the dispensing direction by using an infrared sensor or a proximity sensor; a supplement determination unit determining whether an ampoule does not exist on the conveyer when the supplement determination unit receives a signal from the first detection part informing that an ampoule does not exist on the end of the conveyer in the dispensing direction; an ampoule supplement control unit controlling the driving unit to allow the ampoules to drop onto the conveyer from the storage unit when it is determined that an ampoule does not exist on the conveyer by the supplement determination unit. a storage unit in which at least two partition members are vertically stacked on each other to form a multilayer structure, each partition member comprising partition walls for partitioning a plurality of unit cells in which ampoules are stored; a shutter opening or closing a lower portion of each of the unit cells partitioned by the partition member; a driving unit operating the shutter; a conveyer which receives the ampoules dropped from the plurality of unit cells when the lower portion of each of the unit cells is opened; a discharge hole adjacent to an end of the conveyer to dispense the ampoule seated on the conveyer when the conveyer is operated; a first detection part disposed on an end of the conveyer in the dispensing direction configured to detect whether an ampoule does not exist on the end of the conveyer in the dispensing direction by using an infrared sensor or a proximity sensor; a supplement determination unit determining whether an ampoule does not exist on the conveyer when the supplement determination unit receives a signal from the first detection part informing that an ampoule does not exist on the end of the conveyer in the dispensing direction; an ampoule supplement control unit controlling the driving unit to allow the ampoules to drop onto the conveyer from the storage unit when it is determined that an ampoule does not exist on the conveyer by the supplement determination unit.