mhurhangee/ep-ind-claims huggingface dataset:
Pin staple (100, 100'), for the temporary assembly of at least two penetrated structural parts (200a, 200b), consisting of a tubular main body extending along a longitudinal X axis and a bearing face intended to come in contact with a first face of the structural parts, a clamp capable of passing through the facing piercings, made in said parts, the clamp being mobile in translation following the longitudinal axis, driven by the rotation around the centreline of the pull rod with a tapped bore cooperating with a threaded end of said clamp, the clamp consisting of flexible branches each of which end with a snapping spout intended to come into contact with a final face of the structural parts, the said branches being capable of moving apart radially and progressively along a spacer, placed between the said branches and fixed to the main body, under the effect of the clamp backing up, the spacer having a transverse end locked against rotation in a locking groove formed in an element fixed relative to the main body, the clamp comprising at least one longitudinal groove capable of sliding over said transverse end when the clamp is moved relative to the main body and capable of blocking the rotation of said clamp relative to said transverse end, in which at least one slot separating two adjacent branches communicates with at least the longitudinal groove of the clamp, the clip being characterised in that the locking groove is formed in an internal part housed in an end portion of the main body, said internal part being fixed relative to said main body, and in that the inner part comprises a multi-fluted outer surface and the end part comprises a multi-fluted inner surface. the spacer having a transverse end locked against rotation in a locking groove formed in an element fixed relative to the main body, the clamp comprising at least one longitudinal groove capable of sliding over said transverse end when the clamp is moved relative to the main body and capable of blocking the rotation of said clamp relative to said transverse end, in which at least one slot separating two adjacent branches communicates with at least the longitudinal groove of the clamp, the clip being characterised in that the locking groove is formed in an internal part housed in an end portion of the main body, said internal part being fixed relative to said main body, and in that the inner part comprises a multi-fluted outer surface and the end part comprises a multi-fluted inner surface.
An analysis device, comprising: a membrane having a thickness in the range of from 0.2 nm to 100 nm, wherein the membrane having a thickness in the range of from 0.2 nm to 100 nm has a locally thinned area; at least one pore extending through the locally thinned area of the membrane, wherein the at least one pore has a characteristic cross-sectional dimension in the range of from 1 nm to 1000 nm; and a supporting layer adjacent to the membrane. a membrane having a thickness in the range of from 0.2 nm to 100 nm, wherein the membrane having a thickness in the range of from 0.2 nm to 100 nm has a locally thinned area; at least one pore extending through the locally thinned area of the membrane, wherein the at least one pore has a characteristic cross-sectional dimension in the range of from 1 nm to 1000 nm; and a supporting layer adjacent to the membrane.
A repeater system comprising: repeater circuitry configured to repeat signals between a device and a first base station, the repeater circuitry including receiver circuitry (33, 35) configured to receive downlink signals from the first base station and a second base station and to receive uplink signals from the device, and transmitter circuitry configured to transmit uplink signals to the first base station; controller circuitry configured to monitor at least one downlink signal parameter from the first base station and the second base station and at least one uplink signal parameter from the device, the controller circuitry configured to compare the monitored downlink signal parameters from the first base station and the second base station to each other to determine a comparison value; the controller circuitry further configured to determine whether transmitted uplink signals from the repeater system will desensitize the operation of a receiver of the second base station based on the monitored downlink signal parameters and the determined comparison value and operable to adjust the power level of the transmitted uplink signals from the repeater system when it is determined that transmitted uplink signals from the repeater system will desensitize the operation of the receiver of the second base station. repeater circuitry configured to repeat signals between a device and a first base station, the repeater circuitry including receiver circuitry (33, 35) configured to receive downlink signals from the first base station and a second base station and to receive uplink signals from the device, and transmitter circuitry configured to transmit uplink signals to the first base station; controller circuitry configured to monitor at least one downlink signal parameter from the first base station and the second base station and at least one uplink signal parameter from the device, the controller circuitry configured to compare the monitored downlink signal parameters from the first base station and the second base station to each other to determine a comparison value; the controller circuitry further configured to determine whether transmitted uplink signals from the repeater system will desensitize the operation of a receiver of the second base station based on the monitored downlink signal parameters and the determined comparison value and operable to adjust the power level of the transmitted uplink signals from the repeater system when it is determined that transmitted uplink signals from the repeater system will desensitize the operation of the receiver of the second base station.
A photovoltaic cell comprising: a photovoltaic layer configured to convert light energy to electrical energy; a front conductive layer disposed on a front side of the photovoltaic layer; a back conductive layer disposed on a back side of the photovoltaic layer, wherein said front conductive layer and said back conductive layer are configured to conduct electrical current originated from the photovoltaic layer to external circuitry; and a substrate layer disposed under said photovoltaic layer, wherein said substrate layer comprises a via structure comprising: a primary via filled with a conductive material forming an electrical contact with said back conductive layer; and an overflow capture region having at least one recess formed on a back surface of said substrate layer proximate to said primary - via and configured to capture an overflow of said conductive material from said primary via. a photovoltaic layer configured to convert light energy to electrical energy; a front conductive layer disposed on a front side of the photovoltaic layer; a back conductive layer disposed on a back side of the photovoltaic layer, wherein said front conductive layer and said back conductive layer are configured to conduct electrical current originated from the photovoltaic layer to external circuitry; and a substrate layer disposed under said photovoltaic layer, wherein said substrate layer comprises a via structure comprising: a primary via filled with a conductive material forming an electrical contact with said back conductive layer; and an overflow capture region having at least one recess formed on a back surface of said substrate layer proximate to said primary - via and configured to capture an overflow of said conductive material from said primary via. a primary via filled with a conductive material forming an electrical contact with said back conductive layer; and an overflow capture region having at least one recess formed on a back surface of said substrate layer proximate to said primary - via and configured to capture an overflow of said conductive material from said primary via.
A method comprising; providing a polyamide polymer component comprising one or more branched polyamide and is a reaction product of: a first compound having at least three carboxylic groups or amine groups; and a second compound comprising a cyclic amide, an amino acid, or a combination thereof; and forming a laser-sinterable powder that comprises at least 20 weight percent of the polyamide polymer component, wherein the one or more branched polyamide of the polyamide component comprise at least 5 weight percent of the laser-sinterable powder. a first compound having at least three carboxylic groups or amine groups; and a second compound comprising a cyclic amide, an amino acid, or a combination thereof; and
A solid composition comprising: (i) an iron salt which is ferric pyrophosphate, in an amount comprised from 30 to 70%; (ii) sucrose esters or sucresters E473, in an amount comprised from 10 to 30%; (iii) lecithin which is a lecithin E322, wherein said lecithin is selected from the group comprising maize, sunflower or soya lecithin, and is in an amount comprised from 0.1% to 1.5% by weight. (i) an iron salt which is ferric pyrophosphate, in an amount comprised from 30 to 70%; (ii) sucrose esters or sucresters E473, in an amount comprised from 10 to 30%; (iii) lecithin which is a lecithin E322, wherein said lecithin is selected from the group comprising maize, sunflower or soya lecithin, and is in an amount comprised from 0.1% to 1.5% by weight.
A rotor for a multipolar synchronous rotating machine comprising: - a plurality of salient poles including a pole body, each salient pole being surrounded by an induction coil comprising a plurality of layers of coiled wire, said plurality of salient poles being integral with a ring, said ring including a recess, located between two salient poles, able to cool the rotor; - a plurality of spacers (14, 15a, 15b), so that each spacer of the said plurality of spacers (14, 15a, 15b) creates a first spacing between two successive layers of coiled wire of said plurality of layers for flowing a coolant fluid between each layer of coiled wire of said plurality of layers, said rotor including a second spacing between said pole body and each layer of coiled wire of said plurality of layers for flowing said coolant fluid between said induction coil and said pole body; said rotor being characterized in that: - said plurality of layers of coiled wire forming the induction coil is held radially by means of a support sheet; - said rotor includes a fan creating an axial flow stream of said coolant fluid in said recess located between two salient poles and beneath said support sheet; - said support sheet includes at least one duct for flowing a coolant fluid from said recess towards said second spacing; said first and said second spacing are arranged so that said coolant fluid flows from said second spacing to said first spacing between two layers of coiled wire. - a plurality of salient poles including a pole body, each salient pole being surrounded by an induction coil comprising a plurality of layers of coiled wire, said plurality of salient poles being integral with a ring, said ring including a recess, located between two salient poles, able to cool the rotor; - a plurality of spacers (14, 15a, 15b), so that each spacer of the said plurality of spacers (14, 15a, 15b) creates a first spacing between two successive layers of coiled wire of said plurality of layers for flowing a coolant fluid between each layer of coiled wire of said plurality of layers, said rotor including a second spacing between said pole body and each layer of coiled wire of said plurality of layers for flowing said coolant fluid between said induction coil and said pole body; - said plurality of layers of coiled wire forming the induction coil is held radially by means of a support sheet; - said rotor includes a fan creating an axial flow stream of said coolant fluid in said recess located between two salient poles and beneath said support sheet; - said support sheet includes at least one duct for flowing a coolant fluid from said recess towards said second spacing;
An organic electroluminescent device with a matrix of rows and columns, comprising a lighting region, a wiring region, and a bonding region (104, 205), wherein the lighting region comprises an anode, an organic functional layer, and a cathode; the wiring region comprises wirings connecting the anode and the cathode with a driving chip or a circuit board; the bonding region is a region in which the wirings are bonded with the driving chip or the circuit board; the device further comprises a wiring extending region, in which ends of the wirings are located, wherein the portions of the wirings between the lighting region and the bonding region constitute the wiring region and the portions of the wirings between the bonding region and a lower edge of a substrate constitute the wiring extending region; characterised in that the wirings are bonded with chip pins in the bonding region, the ends thereof go beyond the chip pins and extend in the wiring extending region with an angle larger than 0° and less than 90° from the vertical direction, the vertical direction being perpendicular to the lower edge of the substrate; all the wirings are arranged to a single edge of the substrate and are connected to one chip, wherein the wirings comprises odd-number row wirings (401), even-number row wirings (401), left column wirings (401), and right column wirings (401), the column wirings (401, 401) are disposed at the middle, and the odd-number and even number row (401, 401) wirings are respectively disposed at one of the both sides of the column wirings.
A clothes dryer comprising: a case forming an external appearance thereof; a drum rotatably mounted in the case; an intake duct to guide external air so that the air is supplied to the drum; an exhaust duct to guide air in the drum so that the air is discharged to an outside, and a blower mounted in the exhaust duct characterized in that said cloth dryer further comprises a collection unit mounted between the drum and the blower, the collection unit comprising a filter to filter lint, a rectilinear blade configured to be rectilinearly moved by a drive source to collect the lint, and a rotary blade connected to the rectilinear blade to perform a rotary motion interlocking with the rectilinear motion to collect the lint of the rectilinear blade. a case forming an external appearance thereof; a drum rotatably mounted in the case; an intake duct to guide external air so that the air is supplied to the drum; an exhaust duct to guide air in the drum so that the air is discharged to an outside, and a blower mounted in the exhaust duct characterized in that said cloth dryer further comprises a collection unit mounted between the drum and the blower, the collection unit comprising a filter to filter lint, a rectilinear blade configured to be rectilinearly moved by a drive source to collect the lint, and a rotary blade connected to the rectilinear blade to perform a rotary motion interlocking with the rectilinear motion to collect the lint of the rectilinear blade.
A therapeutically effective amount of -2-amino-4,5,6,7-tetrahydro-6-(propylamino)benzothiazole or a pharmaceutically acceptable salt thereof, for use in the treatment of amyotrophic lateral sclerosis in a subject, wherein the subject is a subject with definite ALS, amyotrophic lateral sclerosis symptom onset duration of less than about 18 months, a creatinine value of greater than 72.0 μmol/L, and concomitant riluzole administration; and wherein the amyotrophic lateral sclerosis is treated.
A catheter tube, comprising a distal portion, at least one zone along a portion of the length of the tube, the zone comprising a plurality of units, and a lumen extending through said zone and into said distal portion, wherein the units of the zone are distributed circumferentially around the tube in at least one first band, each unit of the zone comprises at least one cutout segment that is oriented around a centre of symmetry, wherein the centre of symmetry of each unit in the band is positioned equally from the centre of symmetry of an adjacent unit in the same band and the centre of symmetry of each unit is positioned at the same point on the circumference of the tube as the centre of symmetry of a second unit in a third band which is separated by a second band from the first band, wherein said distal portion has a proximal end and a distal end, a skeletal tubular frame, comprising a plurality units of at least one cutout segment that is oriented with a rotational symmetry around a centre of symmetry, an outer jacket, an inner liner and a distal tip, in that said outer jacket and said inner liner encapsulate said skeletal tubular frame and enclose said lumen, and in that the distal tip has a proximal end and a distal end, characterized in that said distal end forms an inwardly bending curve forming an opening that has a diameter (Dt) smaller than a diameter (Dc) of said lumen of said catheter tube and said cutout segment being oriented with a three-fold rotational symmetry.
A side airbag (1, 30) for side collision, which is deployed between two seats in a width direction of a vehicle to prevent occupants (01, 02) siting on the two seats from colliding with each other, the side airbag (1, 30) comprising: a chest protective area to protect a chest of an occupant; a head protective area extending upward from the chest protective area to protect a head of the occupant; and a support area extending rearward from the head protective area and making contact with a head rest, which is provided on an upper portion of a back of the seat, so as to be supported by the head rest, characterized in that the support area of the airbag (1, 30) is supported by the head rest when the vehicle collision occurs to prevent a head of an occupant who sits near a crashed side from moving rearward of the head protective area, thereby preventing the head of the occupant sitting near the crashed side from colliding with a head of a counterparty occupant who faces the occupant sitting near the crashed side in the width direction of the vehicle and wherein the side airbag (1, 30) further comprises a supplementary chamber area provided at a side of the support area facing the head rest and protruding toward the head rest. a chest protective area to protect a chest of an occupant; a head protective area extending upward from the chest protective area to protect a head of the occupant; and a support area extending rearward from the head protective area and making contact with a head rest, which is provided on an upper portion of a back of the seat, so as to be supported by the head rest, characterized in that the support area of the airbag (1, 30) is supported by the head rest when the vehicle collision occurs to prevent a head of an occupant who sits near a crashed side from moving rearward of the head protective area, thereby preventing the head of the occupant sitting near the crashed side from colliding with a head of a counterparty occupant who faces the occupant sitting near the crashed side in the width direction of the vehicle and wherein the side airbag (1, 30) further comprises a supplementary chamber area provided at a side of the support area facing the head rest and protruding toward the head rest.
A computer readable medium including program instructions for implementing a force sensation design interface, said program instructions performing steps of: receiving input from a user on a host computer, said input selecting a force sensation to be commanded by a host computer and output by a force feedback interface device comprising actuators, said force feedback interface device including a user manipulable object graspable by a user and moveable in a degree of freedom; receiving in real time input from a user to manipulate parameters which define characteristics of said selected force sensation; displaying in real time a graphical representation of said selected force sensation in said design interface, wherein said graphical representation includes visual representations of said parameters such that said user can view an effect of said parameters on said force sensation, and commanding said selected force sensation on said force feedback interface device coupled to said host computer such that actuators of said force feedback interface device output said force sensation on said user manipulable object in real time, and interactively modifying the parameters until the sensations are at a desired characterization. receiving input from a user on a host computer, said input selecting a force sensation to be commanded by a host computer and output by a force feedback interface device comprising actuators, said force feedback interface device including a user manipulable object graspable by a user and moveable in a degree of freedom; receiving in real time input from a user to manipulate parameters which define characteristics of said selected force sensation; displaying in real time a graphical representation of said selected force sensation in said design interface, wherein said graphical representation includes visual representations of said parameters such that said user can view an effect of said parameters on said force sensation, and commanding said selected force sensation on said force feedback interface device coupled to said host computer such that actuators of said force feedback interface device output said force sensation on said user manipulable object in real time, and interactively modifying the parameters until the sensations are at a desired characterization.
A transmission system for a treadmill, comprising: a primary transmission wheel, a secondary transmission wheel, a metal disk and a magnetic assembly; wherein the primary transmission wheel is rotated coaxially with a chain wheel of the treadmill; the secondary transmission wheel is connected with the primary transmission wheel through a first belt; the metal disk is connected with the secondary transmission wheel through a second belt; the magnetic assembly is rotatably connected to a frame of the treadmill, and the magnetic assembly is movably close to or away from a center of the metal disk, to provide a resistance to the metal disk; and the magnetic assembly is connected with a handle of the treadmill, the handle is configured to control the magnetic assembly to rotate relative to the frame, wherein a second rotating shaft is provided on the secondary transmission wheel, wherein the second rotating shaft is connected with the secondary transmission wheel through a one-way bearing, wherein the secondary transmission wheel is provided with an axle hole, the second rotating shaft passes through the axle hole, the axle hole has a first inner diameter and a first end of the axle hole has a second inner diameter, the second inner diameter is larger than the first inner diameter, the first end of the axle hole having the second inner diameter forms a first groove, and the one-way bearing is positioned into the first groove; and the second rotating shaft is provided passing through the one-way bearing and the axle hole.