mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensor for measuring the pressures to which an anthropomorphic dummy is subjected in an abdominal or thoracic section of the trunk of said dummy, of the type including a sealed flexible pressure-measuring chamber disposed in the trunk of said dummy, said pressure-measuring chamber being filled with an incompressible fluid the pressure of which varies depending on the intensity of the forces exerted on said chamber which includes a pressure-measuring cell capable of delivering at its output an electrical signal representing the pressure of said fluid in said pressure-measuring chamber, characterized in that it includes at least two sealed flexible pressure-measuring chambers disposed in the abdominal or thoracic section of the trunk of said dummy on either side of a sagittal median plane of said abdominal or thoracic section, said pressure-measuring chambers being filled with an incompressible fluid, the pressure of which varies depending on the intensity of the forces exerted on said chambers, each including at least one pressure-measuring cell capable of delivering at its output an electrical signal representing the pressure of said fluid in said pressure-measuring chambers, and in that the pressure-measuring chambers are integrated into a support block composed of foam, by each being accommodated in a cavity provided in the support block, the connection between the pressure-measuring chambers and the foam of the support block at the walls of the cavities being left sliding.
A pharmaceutical composition for use in a method of treatment of cancer, which comprises an antibody against a peptide consisting of any one amino acid sequence selected from the group consisting of SEQ ID NO: 3, SEQ ID NO: 4 and SEQ ID NO: 21.
Method for control of at least one temperature T exhaust of an exhaust treatment system in a vehicle; wherein said method comprises - determination of said at least one temperature T exhaust for said exhaust treatment system, characterized by - determination of an order of priority for the use of brakes in said vehicle, wherein said brakes comprise at least service brakes and auxiliary brakes, wherein said auxiliary brakes comprise at least one engine fitted auxiliary brake, which is fitted in connection to an exhaust stream through said exhaust treatment system, and wherein said order of priority is determined based on said at least one temperature T exhaust for said exhaust treatment system; and - use of said order of priority at braking of said vehicle. - determination of said at least one temperature T exhaust for said exhaust treatment system, characterized by - determination of an order of priority for the use of brakes in said vehicle, wherein said brakes comprise at least service brakes and auxiliary brakes, wherein said auxiliary brakes comprise at least one engine fitted auxiliary brake, which is fitted in connection to an exhaust stream through said exhaust treatment system, and wherein said order of priority is determined based on said at least one temperature T exhaust for said exhaust treatment system; and - use of said order of priority at braking of said vehicle.
A bistable electromagnetic clutch, characterized by comprising: a first part, a second part and an spring part; the first part comprises a yoke, the yoke is provided thereon with a plurality of iron cores, and an electromagnetic coil is provided on each of the iron cores; the second part comprises a moving carrier disc and a magnetic conductive disc, the magnetic conductive disc is fixed on a side of the moving carrier disc that is away from the yoke, several magnets are fixed on the moving carrier disc, and the iron cores and the magnets are provided in a correspondence relation; the spring part is configured to keep the moving carrier disc and the yoke in normally separated positions; characterized in that, two adjacent electromagnetic coils form a group, two electromagnetic coils in a same group are wound to form a group of windings with identical magnetic polarities, and corresponding two magnets form a group of magnetomotive forces with identical magnetic polarities. the first part comprises a yoke, the yoke is provided thereon with a plurality of iron cores, and an electromagnetic coil is provided on each of the iron cores; the second part comprises a moving carrier disc and a magnetic conductive disc, the magnetic conductive disc is fixed on a side of the moving carrier disc that is away from the yoke, several magnets are fixed on the moving carrier disc, and the iron cores and the magnets are provided in a correspondence relation; the spring part is configured to keep the moving carrier disc and the yoke in normally separated positions; characterized in that, two adjacent electromagnetic coils form a group, two electromagnetic coils in a same group are wound to form a group of windings with identical magnetic polarities, and corresponding two magnets form a group of magnetomotive forces with identical magnetic polarities.
An adjustable pointing device that comprises a base, a grip portion installed on the base, and an adjusting mechanism to define a separation distance between the base and the grip portion, the adjusting mechanism characterised by: • a column intermediate to the base and the grip portion, the column thereby defining the separation distance, the column comprising an elastic member to bias the grip portion away from the base; • a locking assembly having a primary toothed element with several teeth and a secondary toothed element with at least one tooth complementary to the teeth of the primary toothed element; wherein the locking assembly is attached to the column so that a modification of the separation distance causes a relative movement between the primary toothed element and the secondary toothed element, and wherein the adjusting mechanism further comprises a switch to lock the relative position between the primary toothed element and the secondary toothed element and prevent the elastic member from biasing the grip portion away from the base. • a column intermediate to the base and the grip portion, the column thereby defining the separation distance, the column comprising an elastic member to bias the grip portion away from the base; • a locking assembly having a primary toothed element with several teeth and a secondary toothed element with at least one tooth complementary to the teeth of the primary toothed element; wherein the locking assembly is attached to the column so that a modification of the separation distance causes a relative movement between the primary toothed element and the secondary toothed element, and wherein the adjusting mechanism further comprises a switch to lock the relative position between the primary toothed element and the secondary toothed element and prevent the elastic member from biasing the grip portion away from the base.
A method for displaying video signals on a display screen of a display apparatus, wherein the video signals are received by the display apparatus from a plurality of input sources, the method comprising: determining whether a medium input from a first input source of the display apparatus is in a loading process during which certain video segments besides a main video are output; if the medium is in the loading process, displaying in a sub-window on the display screen the video segments output from the first input source of the display apparatus; and if the medium is in the loading process, displaying in a main window on the display screen a video signal output from a second input source of the display apparatus; determining whether the loading process of the medium input from the first input source is complete; and if the loading process of the medium input from the first input source is complete, a signal is transmitted that the loading is complete, and the main video signal output from the first input source of the display apparatus is displayed in the main window. determining whether a medium input from a first input source of the display apparatus is in a loading process during which certain video segments besides a main video are output; if the medium is in the loading process, displaying in a sub-window on the display screen the video segments output from the first input source of the display apparatus; and if the medium is in the loading process, displaying in a main window on the display screen a video signal output from a second input source of the display apparatus; determining whether the loading process of the medium input from the first input source is complete; and if the loading process of the medium input from the first input source is complete, a signal is transmitted that the loading is complete, and the main video signal output from the first input source of the display apparatus is displayed in the main window.
A power backup system, comprising a first uninterruptible power supply and a second uninterruptible power supply configured to drive a load (110, 110) in parallel, wherein the first uninterruptible power supply and the second uninterruptible power supply are both connected through a direct connection to at least two power sources (102, 104), and wherein the direct connection comprises a connection (C1-C10) between the first and second uninterruptible power supplies and the at least two power sources without an active device for switching interposed therebetween, characterised in that the first uninterruptible power supply (106) and the second uninterruptible power supply (106) each comprise a primary feed (106, 106) and a maintenance bypass feed (106, 106), wherein the primary feed (106) of the first uninterruptible power supply and the primary feed (106) of the second uninterruptible power supply are connected to different power sources, and wherein the maintenance bypass feed (106) of the first uninterruptible power supply and the maintenance bypass feed (106) of the second uninterruptible power supply are connected to different power sources, wherein the primary feed of the first uninterruptible power supply and the maintenance bypass feed of the second uninterruptible power supply are both connected to a first power source of the at least two power sources; and the primary feed of the second uninterruptible power supply and the maintenance bypass feed of the first uninterruptible power supply are both connected to a second power source of the at least two power sources.
A personal care composition comprising: a surfactant system; taurine; and a deposition aid comprising a vinylimidazolium vinyl pyrrolidone copolymer. a surfactant system; taurine; and a deposition aid comprising a vinylimidazolium vinyl pyrrolidone copolymer.
Anchor rail for anchoring in concrete, having a substantially C-shaped cross-section, wherein the anchor rail comprises a base body, which is substantially U-shaped in cross-section, two free legs (4, 24, 34) and at least one anchor, wherein the two free legs (4, 24, 34) are arranged at the base body opposite the anchor, wherein a slot is formed between the free legs (4, 24, 34) in the longitudinal direction of the anchor rail, characterised in that the base body at least partially has a profiling on its outside facing the concrete, in that the profiling is realised by recesses in the base body, and in that the base body is thickened in the region of the profiling, wherein a first thickness (s 1) of the base body in the region of the thickened profiling corresponds to the maximum wall thickness of the base body in the region of the thickened profiling, wherein a thickness (s 2) of the base body in the non-thickened region of the base body corresponds to the wall thickness of the base body in the non-thickened region of the base body, and wherein the thickness (s 1) of the base body in the region of the thickened profiling is greater than the thickness (s 2) of the base body in the non-thickened region of the base body.
Apparatus (10, 10'), including a valve, comprising a cover configured with a biased-pin mounted therein, and at least one inner housing component (20, 20') configured with a hole or slot (22, 22', 22") formed at a predetermined location where the biased-pin is at when the valve is calibrated to be at a final position; and the cover configured to rotate and cause an axial translation between the cover and the at least one inner housing component (20, 20') so that the biased-pin engages the hole or slot (22, 22', 22") when the valve is at the final position so as to stop any further axial and rotational movement, characterized in that the at least one inner housing component (20, 20') comprises a circumferential surface (21, 21') configured with the hole or slot (22, 22', 22") formed therein to receive the biased-pin.
A repair device for repairing a hole in a part, the device comprising a resin tank, and an injector endpiece connected to the tank, the endpiece being designed to be inserted in the hole, the endpiece including at least one injection orifice enabling resin to be injected into at least one cavity situated around the endpiece, characterized in that the endpiece is configured to be extracted from the hole after the resin has hardened, the means for enabling extraction of the endpiece from the hole after the resin has hardened comprising at least one of the following features: - the endpiece comprises a bladder including at least one of said at least one injection orifice; - the at least one injection orifice has a thinned edge; - the endpiece comprises a hollow body and a skin for single use, placed around the hollow body; - the endpiece comprises a hollow body and a porous screen or filter surrounding the endpiece. - the endpiece comprises a bladder including at least one of said at least one injection orifice; - the at least one injection orifice has a thinned edge; - the endpiece comprises a hollow body and a skin for single use, placed around the hollow body; - the endpiece comprises a hollow body and a porous screen or filter surrounding the endpiece.
A walking assist car having a pair of wheels, at least one first driving unit that drives the pair of wheels, a main body that rotatably supports the pair of wheels, and a grip that is disposed at one end of the main body to be able to be gripped, the walking assist car comprising: a sensor unit configured to detect an angular change in inclination angle of the main body in a pitch direction; and characterised by a first control unit configured to control an operation of the at least one first driving unit, on the basis of an output of the sensor unit, such that the angular change of the main body is zero. a sensor unit configured to detect an angular change in inclination angle of the main body in a pitch direction; and characterised by a first control unit configured to control an operation of the at least one first driving unit, on the basis of an output of the sensor unit, such that the angular change of the main body is zero.
A floor nozzle for a vacuum cleaner comprising a first operating position for vacuuming broad floor areas and a second operating position for vacuuming narrow floor areas, comprising a suction head, which encompasses a base area, which is defined by two broad sides (3a, 3b) as well as by narrow sides, wherein, based on the operating direction (x) of the floor nozzle, the broad sides (3a, 3b) run approximately in transverse direction (y) and the narrow sides run approximately in longitudinal direction (x) in the first operating position, a suction channel, which is connected to the suction head, a swivel/tilt joint comprising a connecting piece for a suction tube or a vacuum cleaner housing, at least one support element, which is arranged in the area of the swivel/tilt joint, wherein the swivel/tilt joint encompasses a joint piece, which is connected to the suction channel so as to be capable of being rotated about an axis of rotation of the swivel/tilt joint, wherein the connecting piece is connected to the joint piece so as to be movable about a tilt axis of the swivel/tilt joint, wherein, in the first operating position, the support element receives the vertical forces introduced via the suction tube or the vacuum cleaner housing in response to moving the floor nozzle, wherein, in the second operating position, the connecting piece is oriented approximately vertically to the longitudinal direction (x), and the support element is raised in relation to the bottom side of the suction head and does not contribute in supporting the suction head, and wherein provision is made for a rotatable roller as support element or for two support elements, which are embodied as runners, characterized in that the axis of rotation of the swivel/tilt joint extends in operating direction (x) of the floor nozzle and that the axis of rotation of the roller or of the runners, respectively, coincides with the tilt axis of the swivel/tilt joint, which is oriented vertically to the axis of rotation.
A skin patch sheet comprising a carrier sheet, an adhesive patch and a release liner laminated in this order, wherein (a) the adhesive patch comprises two layers of a backing and an adhesive layer having the same shape, (b) the carrier sheet is adjacent to the backing of the adhesive patch, characterized in that, (c) the skin patch sheet comprises a grip section (a) and a body section (b), (d) in the body section, the area of the release liner is larger than the area of the adhesive patch, (e) the boundary between the grip section and the body section is a slit line formed by a slit (x), and (f) the slit cuts into the skin patch sheet from the release liner side, penetrating into the adhesive patch, to a position at which at least half or more of the thickness of the carrier sheet on the adhesive patch is left uncut. (a) the adhesive patch comprises two layers of a backing and an adhesive layer having the same shape, (b) the carrier sheet is adjacent to the backing of the adhesive patch, characterized in that, (c) the skin patch sheet comprises a grip section (a) and a body section (b), (d) in the body section, the area of the release liner is larger than the area of the adhesive patch, (e) the boundary between the grip section and the body section is a slit line formed by a slit (x), and (f) the slit cuts into the skin patch sheet from the release liner side, penetrating into the adhesive patch, to a position at which at least half or more of the thickness of the carrier sheet on the adhesive patch is left uncut.
A Ti 3 SiC 2 based electrode material for a spark plug, comprising Ti 3 SiC 2 as a main phase, wherein a TiC content is 0.5 mass% or less and open porosity is 0.5% or less characterized in that the TiSi 2 content is 3 mass% or less.
An intershaft seal assembly for sealing a high pressure fluid cavity from a low pressure fluid cavity in a turbine machine, said cavities at least partially disposed between a higher speed hollow rotating shaft and a lower speed co-axial rotating shaft at least partially disposed within the hollow rotating shaft, the intershaft seal assembly comprising and characterised by: a pair of annular axially-spaced runners attached to an outer surface of the hollow rotating shaft, the runners having opposed axially-facing radially-extending side surfaces; and an annular seal ring positioned between said runners, the annular seal ring having a radially-outward facing surface wherein rotation of the hollow rotating shaft effects engagement of said radially-outward facing surface with a radially-inward-facing surface of an annular retaining arm that extends radially from and is connected to the co-axial rotating shaft. a pair of annular axially-spaced runners attached to an outer surface of the hollow rotating shaft, the runners having opposed axially-facing radially-extending side surfaces; and an annular seal ring positioned between said runners, the annular seal ring having a radially-outward facing surface wherein rotation of the hollow rotating shaft effects engagement of said radially-outward facing surface with a radially-inward-facing surface of an annular retaining arm that extends radially from and is connected to the co-axial rotating shaft.
Inductive power transfer flux coupling apparatus, comprising: a first coil (15, 20, 21, 41) of at least one turn arranged in a first layer, the first coil configured to generate or receive a magnetic coupling flux in a flux coupling region (25, 64), wherein the flux coupling region (25, 64) is on one side of the first coil; and a second coil (16, 22, 23, 50, 80) of at least one turn provided on a side of the first coil (15, 20, 21, 41) opposite to the flux coupling region (25, 64) and at least part of the second coil (16, 22, 23, 50, 80) being arranged in a second layer, the second coil (16, 22, 23, 50, 80) configured to generate a magnetic flux opposing the flux produced from or received by the first coil (15, 20, 21, 41), characterised in that: either option A: the second coil is shorted (50, 80), or option B: the second coil (16, 22, 23) is connected to the first coil (15, 20, 21) but wound in the opposite direction to the first coil (16, 22, 23). a first coil (15, 20, 21, 41) of at least one turn arranged in a first layer, the first coil configured to generate or receive a magnetic coupling flux in a flux coupling region (25, 64), wherein the flux coupling region (25, 64) is on one side of the first coil; and a second coil (16, 22, 23, 50, 80) of at least one turn provided on a side of the first coil (15, 20, 21, 41) opposite to the flux coupling region (25, 64) and at least part of the second coil (16, 22, 23, 50, 80) being arranged in a second layer, the second coil (16, 22, 23, 50, 80) configured to generate a magnetic flux opposing the flux produced from or received by the first coil (15, 20, 21, 41), characterised in that: either option A: the second coil is shorted (50, 80), or option B: the second coil (16, 22, 23) is connected to the first coil (15, 20, 21) but wound in the opposite direction to the first coil (16, 22, 23). option A: the second coil is shorted (50, 80), or option B: the second coil (16, 22, 23) is connected to the first coil (15, 20, 21) but wound in the opposite direction to the first coil (16, 22, 23).