mhurhangee/patent-ind-claim-en huggingface dataset:
A connector interface comprising a first frame; a first fluid source; a first male valve assembly mounted to said first frame, said first male valve assembly having a hollow housing forming a central bore , said central bore having a proximal end connected said first fluid source and a distal end, said first male valve having a piston positioned within said central bore being retractable and extendable from said central bore's distal end, said piston having a central conduit having a proximal end in fluid communication with said central bore for receiving fluid from said central bore and a distal end projecting from the central bore's distal end; said first male valve assembly including a controllable valve to control the flow of fluid through said male valve assembly central bore and piston conduit; a second frame; a second fluid source; a first female valve assembly mounted to said second frame, said first female valve assembly having a hollow housing forming a central bore having a proximal end connected to a said second fluid source and a distal end forming a receptacle sized for receipt and a substantially fluid tight seal with the male valve assembly piston; said male and female valve assemblies include components that are electrically conductive to allow the transmission of power and data through said male and female valve assemblies; and one or more controllers for controlling the retraction and extension of said male valve assembly piston, for controlling the flow of fluid between said first and second fluid sources when said male valve assembly is connected to said female valve assembly, for controlling the expulsion of fluid from said male valve assembly piston distal end to provide propulsion when said male valve assembly is not connected to said female valve assembly, and for controlling the transmission of power and data through said male and female valve assemblies.
A method for transmitting a first physical uplink shared channel, PUSCH, or a second PUSCH in a wireless communication system, the method performed by a user equipment, UE , and comprising: transmitting the first PUSCH or the second PUSCH to a base station , wherein, based on that a transmission of the first PUSCH, which includes a report of semi-persistent channel state information, CSI, overlaps in time with a transmission of the second PUSCH, which includes an uplink shared channel, the UE transmits the second PUSCH, wherein at least one of the transmission of the first PUSCH or the transmission of the second PUSCH is in response to a downlink control information, DCI, detected by the UE , and wherein, for the report of the semi-persistent CSI, a periodicity is configured based on a higher layer parameter. transmitting the first PUSCH or the second PUSCH to a base station , wherein, based on that a transmission of the first PUSCH, which includes a report of semi-persistent channel state information, CSI, overlaps in time with a transmission of the second PUSCH, which includes an uplink shared channel, the UE transmits the second PUSCH, wherein at least one of the transmission of the first PUSCH or the transmission of the second PUSCH is in response to a downlink control information, DCI, detected by the UE , and wherein, for the report of the semi-persistent CSI, a periodicity is configured based on a higher layer parameter.
A method of producing a reinforced part of a plastic document pocket having a reinforced margin strip intended for perforation and attachment in a binder or briefcase, wherein said plastic document pocket is made of one sheet of polypropylene film, characterized in that said reinforced margin strip is formed as a result of double internal folding, of said sheet the first fold being at a margin of said sheet colored or colorless, on one side, and the second fold being made in the middle of said sheet, as a result of which said reinforced margin strip is formed from the triple layered part of the document pocket, thereby eliminating an additional film strip to strengthen the margin strip.
A transdermal therapeutic system, comprising a backing layer, which is not permeable for the active ingredient, and at least one matrix layer on one side of the backing layer, wherein the matrix layer contains at least one pressure sensitive adhesive and ketamine or a pharmaceutically acceptable salt or solvate thereof, characterized in that the at least one pressure sensitive adhesive comprises a silicone pressure sensitive adhesive and wherein the matrix layer comprises at least one penetration enhancer which comprises methyl laurate.
A vehicle radar system arranged to detect objects outside a vehicle , the radar system comprising a radar detector and a processing unit , the radar detector being arranged to detect at least one stationary object a plurality of times when moving in relation to the stationary object such that a plurality of detected positions is obtained in a local coordinate system that is fixed with respect to the radar detector , where the stationary object is stationary with respect to a global coordinate system that is fixed with respect to the environment outside the vehicle , the radar system also comprises a position detector that is arranged to detect its present movement conditions with reference to the global coordinate system , characterized in that , in order to estimate a vehicle radar system misalignment (Θ m ), the processing unit is arranged to: - apply a plurality of different correction factors on each detected position of the stationary object in the local coordinate system such that a plurality of corrected detected positions is obtained; - transform all corrected detected positions into the global coordinate system ; - calculate an error/cost value for each correction factor of said plurality of different correction factors; and choose the correction factor that results in the smallest error/cost value, where each error/cost value is obtained either by adding the distances between the transformed and corrected detected positions of successive radar cycles, or by variance or mean value calculations. - apply a plurality of different correction factors on each detected position of the stationary object in the local coordinate system such that a plurality of corrected detected positions is obtained; - transform all corrected detected positions into the global coordinate system ; - calculate an error/cost value for each correction factor of said plurality of different correction factors;
A data processing apparatus comprising: a frequency interleaver that includes an interleaver memory for writing and reading data, and an address producing portion configured to produce a write address and a read address, and that writes the data to the interleaver memory in accordance with the write address and reads out the data from the interleaver memory in accordance with the read address, thereby carrying out frequency interleave, wherein the address producing portion includes a first pseudo random number generating portion configured to produce a first random bit stream, a second pseudo random number generating portion configured to produce a second random bit stream, and a bit producing portion configured to alternately produce a bit as 0 and a bit as 1 as an additional bit, characterised in that the address producing portion further includes a calculating portion configured to produce the write address or the read address by obtaining an exclusive-OR combination between the first random bit stream supplemented by the additional bit as most significant bit and the second random bit stream, or an exclusive-OR combination between the first random bit stream and the second random bit stream and supplementing the result of the exclusive-OR combination by the additional bit as most significant bit. a frequency interleaver that includes an interleaver memory for writing and reading data, and an address producing portion configured to produce a write address and a read address, and that writes the data to the interleaver memory in accordance with the write address and reads out the data from the interleaver memory in accordance with the read address, thereby carrying out frequency interleave, wherein the address producing portion includes a first pseudo random number generating portion configured to produce a first random bit stream, a second pseudo random number generating portion configured to produce a second random bit stream, and a bit producing portion configured to alternately produce a bit as 0 and a bit as 1 as an additional bit, a first pseudo random number generating portion configured to produce a first random bit stream, a second pseudo random number generating portion configured to produce a second random bit stream, and a bit producing portion configured to alternately produce a bit as 0 and a bit as 1 as an additional bit, a calculating portion configured to produce the write address or the read address by obtaining an exclusive-OR combination between the first random bit stream supplemented by the additional bit as most significant bit and the second random bit stream, or an exclusive-OR combination between the first random bit stream and the second random bit stream and supplementing the result of the exclusive-OR combination by the additional bit as most significant bit.
Device for delaying the opening of a parachute , in particular a personel parachute or a cargo parachute, of a person exiting an aircraft or of a cargo dropped from an aircraft , wherein the device comprises a delaying means (3; 3a) designed to provide a connection between a drogue parachute connectable with a detachable connection to the aircraft and a parachute bridal line , wherein the delaying means (3; 3a) is designed such that it is movable from a delaying position, in which no deployment of the parachute takes place, to a deployment position, in which the parachute is deployed, wherein the delaying means (3; 3a) is of straped construction and comprises a connecting main strap and a delaying strap , wherein a distance between ends (4, 6; 4a, 6a) of the delaying means (3; 3a) in the delaying position is smaller than in the deployment position, wherein the delaying means (3; 3a) comprises a guiding means which is designed to deflect the delaying strap , wherein the guiding means for guiding the delaying strap is connected to the connecting main strap , characterized in that ends of the delaying strap are directly connected to the connecting main strap at a same end (6; 6a) of the connecting main strap .
Prosthesis for repositioning and fixating acetabulum fractures, comprising: a cup member formed and configured to be fixable into a portion of a fractured acetabular socket (A,C); a hook member formed and configured to be fixable onto an edge (D) of the other portion of the fractured acetabular socket (B,C); the prosthesis being characterized in that the cup member and the hook member are formed and configured to be retractable into one another; and in that the prosthesis comprises a hook retraction member comprising at least one cable arranged and configured for retracting the hook member into the cup member by which the portions of the fractured acetabular socket (A, B, C) are retracted towards one another. a cup member formed and configured to be fixable into a portion of a fractured acetabular socket (A,C); a hook member formed and configured to be fixable onto an edge (D) of the other portion of the fractured acetabular socket (B,C); the prosthesis being characterized in that the cup member and the hook member are formed and configured to be retractable into one another; and in that the prosthesis comprises a hook retraction member comprising at least one cable arranged and configured for retracting the hook member into the cup member by which the portions of the fractured acetabular socket (A, B, C) are retracted towards one another.
A piston for a liquid-pressure rotating device in which a plurality of pistons including the piston are arranged at a cylinder block in a circumferential direction of the cylinder block, the cylinder block being configured to rotate together with a rotating shaft , the liquid-pressure rotating device being used as a pump or a motor, the piston comprising: a cylindrical peripheral wall main body portion including a hollow portion , an opening portion being formed at one end of the peripheral wall main body portion and communicating with the hollow portion ; and a lid portion welded at an inner peripheral surface of the opening portion to seal the hollow portion and including an outer surface formed as a pressure receiving surface which receives liquid pressure; characterised by a stress reducing portion provided on an inner peripheral surface of the peripheral wall main body portion , the inner peripheral surface and an inner surface of the lid portion being in contact with or close to an end portion of a welded portion formed between the opening portion and the lid portion , the end portion being exposed at the hollow portion, the inner surface being located at the hollow portion side, wherein the stress reducing portion is an annular concave portion provided on the inner peripheral surface of the peripheral wall main body portion to reduce stress acting on the end portion of the welded portion , the annular concave portion having an arbitrary shape including a circular-arc shape or a polygonal shape ona cross section through which a center line (O) of the peripheral wall main body portion extends.. a cylindrical peripheral wall main body portion including a hollow portion , an opening portion being formed at one end of the peripheral wall main body portion and communicating with the hollow portion ; and a lid portion welded at an inner peripheral surface of the opening portion to seal the hollow portion and including an outer surface formed as a pressure receiving surface which receives liquid pressure; characterised by a stress reducing portion provided on an inner peripheral surface of the peripheral wall main body portion , the inner peripheral surface and an inner surface of the lid portion being in contact with or close to an end portion of a welded portion formed between the opening portion and the lid portion , the end portion being exposed at the hollow portion, the inner surface being located at the hollow portion side, wherein the stress reducing portion is an annular concave portion provided on the inner peripheral surface of the peripheral wall main body portion to reduce stress acting on the end portion of the welded portion , the annular concave portion having an arbitrary shape including a circular-arc shape or a polygonal shape ona cross section through which a center line (O) of the peripheral wall main body portion extends..
Waterproof-breathable film of a composition not comprising any polymer carrying polyether units and comprising one or more polymers, at least one of which is a copolymer of ethylene and of a comonomer carrying a carboxylic acid functional group or one of its derivatives, in which the amount by weight of comonomer carrying the carboxylic acid functional group or a derivative of this acid in the said copolymer is greater than or equal to 21%, for example from 21 to 40%, preferably from 23 to 30%, and also a slip additive chosen from fatty acids comprising from 8 to 80 carbon atoms and their derivatives comprising from 8 to 80 carbon atoms, such as the salts, esters or amides, or one of their mixtures, the film having a thickness ranging from 2 to 30 μm, preferably from 5 to 24 μm, for example from 10 to 20 μm.
Flexible pivot for space applications, comprising a first ring with a first axis, a second ring with a second axis, and at least one flexible set comprising a plurality of flexible legs (3.1, 3.2, 3.3) associated to both rings , the first axis and the second axis being the same axis and said axis being a central axis of the flexible pivot , the flexible legs (3.1, 3.2, 3.3) being arranged angularly homogeneously in respect of the central axis and the second ring being rotatable in respect of the central axis and of the first ring , wherein both rings are concentric, the diameter of one of said rings being larger than diameter of the other ring such that a gap between both rings is present for avoiding friction between both rings when the second ring rotates in respect of the first ring , the flexible legs (3.1, 3.2, 3.3) being arranged in series in the axial direction of the flexible pivot , such that they are arranged in different axial positions, one end of each flexible leg (3.1, 3.2, 3.3) being attached to the first ring and the other end of each flexible leg (3.1, 3.2, 3.3) being attached to the second ring , such that with the second ring in a rest position, each flexible leg (3.1, 3.2, 3.3) forms a straight line passing through the central axis , characterized in that the ring comprising the shorter diameter comprises an opening (2.0) for each flexible leg (3.1, 3.2, 3.3), for allowing the corresponding flexible leg (3.1, 3.2, 3.3) to be associated to the other ring , the flexible pivot comprising a first V-shaped joining member for associating one end of each flexible leg (3.1, 3.2, 3.3) to the first ring and a second V-shaped joining member for associating the other end of each flexible leg (3.1, 3.2, 3.3) to the second ring , each joining member comprising a vertex (4.3) and two members (4.1, 4.2), the end of each flexible leg (3.1, 3.2, 3.3) being connected to the vertex (4.3) of the corresponding joining member , and said vertex (4.3) being also connected to the corresponding ring in an intersection point (IP), the two members (4.1, 4.2) of each joining member extending from the intersection point (IP) of the corresponding vertex (4.3) towards the interior of the corresponding ring .
A shroud for a turbomachine comprising: an annular member extending along an axis from a first end to a second end , the annular member having an inside surface radially inward from an outside surface , the inside surface diverging from the first end towards the second end relative to the axis; a flange located at the second end and extending radially outward from the outside surface; and a recess located at the second end and extending radially outward from the inside surface and circumferentially about the axis, the recess comprising: a first portion extending a first radial depth into the annular member from the inside surface; and a second portion located axially between the first portion and the second end of the shroud, wherein the second portion extends a second radial depth into the annular member from the inside surface; characterised in that the axial extent of the recess at least partially coincides with an axial extent of the flange; the second radial depth is greater than the first radial depth; and wherein the second portion of the recess has an axial extent less than and entirely within the axial extent of the flange. an annular member extending along an axis from a first end to a second end , the annular member having an inside surface radially inward from an outside surface , the inside surface diverging from the first end towards the second end relative to the axis; a flange located at the second end and extending radially outward from the outside surface; and a recess located at the second end and extending radially outward from the inside surface and circumferentially about the axis, the recess comprising: a first portion extending a first radial depth into the annular member from the inside surface; and a second portion located axially between the first portion and the second end of the shroud, wherein the second portion extends a second radial depth into the annular member from the inside surface; characterised in that the axial extent of the recess at least partially coincides with an axial extent of the flange; the second radial depth is greater than the first radial depth; and a first portion extending a first radial depth into the annular member from the inside surface; and a second portion located axially between the first portion and the second end of the shroud, wherein the second portion extends a second radial depth into the annular member from the inside surface; characterised in that the axial extent of the recess at least partially coincides with an axial extent of the flange; the second radial depth is greater than the first radial depth; and wherein the second portion of the recess has an axial extent less than and entirely within the axial extent of the flange.
A carbon plate, characterized by comprising the following components in weight percentage: 31.5% to 91% of 30-150 mesh carbon powder, 3% to 25% of resin, 3% to 30% of plant fiber, 0.5% to 2.5% of fire retardant, 0.5% to 3% of dispersing agent, 1% to 3% of zeolite powder, and 1% to 5% of tea stem residue.
Self-cleaning brazier for a heating apparatus, preferably a pellet heating apparatus, comprising a containment body and a bottom rotating with respect to said containment body about an axis of rotation (R), in a configuration of cleaning of said brazier , to discard the combustion residues, wherein, in a configuration of combustion of said brazier , said bottom defines at least a lower surface (F) of a containment volume (V) suitable to receive an at least partially solid fuel, and said containment body defines at least partially a side surface (L) of the same containment volume (V), wherein said bottom has no through openings at least in its central area, wherein said brazier comprises at least a first pair and a second pair each of which comprising a protuberance belonging to said bottom , and a recess belonging to said containment body and at least partially counter-shaped to said protuberance , wherein, in said configuration of combustion of the brazier , the protuberance of each of said pairs extends along said side surface (L) and the respective recess is positioned at said side surface (L), so that said protuberance may be received in said respective recess , wherein, in said configuration of combustion of the brazier , said first pair defines a first air passage section , and said second pair defines a second air passage section , said first air passage section and second air passage section being positioned at said side surface (L) and by mutually opposing parts of said axis of rotation (R), respectively, wherein the brazier comprises a first plurality of pairs arranged along a first side of said bottom and comprises said first pair , and a second plurality of pairs arranged along a second side of said bottom , opposite to said first side and comprises said second pair , wherein each of said pairs belonging to said pluralities of pairs comprises a respective protuberance belonging to said bottom and a respective recess belonging to said containment body and at least partially counter-shaped to said protuberance , wherein, in the configuration of combustion of the brazier , the protuberance of each of said pairs belonging to said first and second pluralities of pairs extends along said side surface (L) and the respective recess of each pair is positioned at said side surface (L), so that said protuberance may be received in said respective recess , characterized in that , between a lower edge of the containment body and said bottom , at least one air passage opening is defined, which extends at least partially along at least one portion of the perimeter of said lower surface (F); said at least one opening being positioned along at least one of said first side and second side of said bottom and is interposed between at least two passage sections belonging to at least one of said first plurality of passage section and said second plurality of passage sections.