mhurhangee/patent-ind-claim-en huggingface dataset:
Windscreen wiper for a motor vehicle, which comprises at least one wiper blade secured to at least one stiffening device of the wiper blade and to which is fixed at least one mechanical connector that is able to connect the windscreen wiper to an arm , said stiffening device being formed by a metal blade extending along the windscreen wiper , the windscreen wiper comprising at least one element in which is formed at least one duct that is able to channel a liquid and a hydraulic connector that is in communication at least with the duct and immediately adjacent to the mechanical connector , the hydraulic connector comprising at least one securing means engaged at least over the stiffening device , the hydraulic connector and the mechanical connector being separate components, the hydraulic connector extending on either side of the mechanical connector along a longitudinal axis of the windscreen wiper , the windscreen wiper comprising at least one support housing at least the stiffening device , the support being perforated next to a first leg of the hydraulic connector and to a second leg of the hydraulic connector in order to allow a coupling device of the securing means of the hydraulic connector to be engaged with the stiffening device .
Laser cutting equipment, comprising a table along which a band of sheet-metal unwound from a coil moves continuously, a gate assembly equipped with a laser head , and a control system , wherein the gate assembly is slidably moved over the table surface in two perpendicular table plane axes, and the table comprises a plurality of supporting rolls , deployed perpendicular to the sheet-metal transport direction at preset distances, not larger than the diameter of a single support roll , wherein the supporting rolls are bearing mounted in such a way that they can freely rotate around their own axes, and there is a follow-up table equipped with a slot to evacuate material subject to laser machining in the table between the supporting rolls , while the movement of the follow-up table along the axis of the sheet-metal movement is coordinated with the gate assembly movement, characterized in that the supporting rolls are seated in the table guide and are slidably moved in it along the axis of the sheet-metal transport direction, wherein the supporting rolls are connected with one another by means of flexible connectors , wherein supporting rolls are made of material resistant to high temperatures, wherein the movable slot of the follow-up table has a variable width.
A method of transmitting, by a first user equipment, UE, a physical sidelink feedback channel, PSFCH, in a wireless communication system, the method comprising: receiving (S1101), from a second UE, a first physical sidelink control channel, PSCCH, including first sidelink control information, SCI; receiving (S1102), from a third UE, a second PSCCH including second SCI; determining (S1103), based on a first resource reserved by the first SCI overlapping a second resource reserved by the second SCI, a resource conflict in the first resource reserved by the first SCI using a difference value between a first reference signal received power, RSRP, measured based on the first PSCCH and a second RSRP measured based on the second PSCCH; receiving (S1104), from the second UE, third SCI including source identifier, ID, information through a physical sidelink shared channel, PSSCH, scheduled by the first SCI; determining (S1105) a third resource for the PSFCH based on the source ID information; and transmitting (S1106), through the third resource, the PSFCH including conflict information indicating the resource conflict in the first resource. receiving (S1101), from a second UE, a first physical sidelink control channel, PSCCH, including first sidelink control information, SCI; receiving (S1102), from a third UE, a second PSCCH including second SCI; determining (S1103), based on a first resource reserved by the first SCI overlapping a second resource reserved by the second SCI, a resource conflict in the first resource reserved by the first SCI using a difference value between a first reference signal received power, RSRP, measured based on the first PSCCH and a second RSRP measured based on the second PSCCH; receiving (S1104), from the second UE, third SCI including source identifier, ID, information through a physical sidelink shared channel, PSSCH, scheduled by the first SCI; determining (S1105) a third resource for the PSFCH based on the source ID information; and transmitting (S1106), through the third resource, the PSFCH including conflict information indicating the resource conflict in the first resource.
A composition in unit dose form comprising: asiaticosides in an amount of 20-80 mg, wherein the asiaticosides are derived from Centella asiatica extract; d-α-tocopherol succinate in an amount of 40-200 mg; ginsenosides in an amount of 4-20 mg, wherein the ginsenosides are derived from Ginseng root extract; L-selenomethionine in an amount of 10-50 mcg, and; α-lipoic acid in an amount of 25-200 mg; wherein the asiaticosides are present in an amount of 20% w/w or less of the composition. asiaticosides in an amount of 20-80 mg, wherein the asiaticosides are derived from Centella asiatica extract; d-α-tocopherol succinate in an amount of 40-200 mg; ginsenosides in an amount of 4-20 mg, wherein the ginsenosides are derived from Ginseng root extract; L-selenomethionine in an amount of 10-50 mcg, and; α-lipoic acid in an amount of 25-200 mg;
A microporous polymeric membrane obtainable in a process comprising casting a polymeric solution on the surface of a substrate having parallel abrasions in a machine direction in the form of grooves, said grooves having a depth in the range from 1.27 μm (50 μin) to 4.45 μm (175 μin) and a spacing between grooves in the range of from 7.62 μm (300 μin) to 61 μm (2400 μin), forming a microporous membrane, and peeling the membrane from the substrate; said membrane comprising (a) a first surface, comprising a microporous surface, (b) a second surface comprising a microporous surface; and (c) a microporous bulk between the first surface and the second surface; wherein the membrane has said machine direction and a cross machine direction, and the first surface has a plurality of parallel channels in the machine direction, wherein the channels have side walls and bottom walls, the side walls comprising rough surfaces, the rough surfaces having an arithmetic average of the absolute roughness profile ordinates (Ra) in the range of from 0.1 μm (4.5 μin) to 0.5 μm (19.0 μin); and wherein the first surface of the membrane has a pore diameter in the range of 100 nm to 450 nm in the channel side walls and in the range of 50 nm to 300 nm in the channel bottom walls. (a) a first surface, comprising a microporous surface, (b) a second surface comprising a microporous surface; and (c) a microporous bulk between the first surface and the second surface;
An object path prediction method for predicting paths of a plurality of objects by a computer having a storage unit (108; 210) that stores at least positions of the plurality of objects and an internal state including a speed of each object, comprising: a trajectory generation step (S32; S62) of generating a trajectory in a space-time constituted by time and space from changes of the position that can be taken by each of the plurality of objects with a passage of time based on, after reading the positions and the internal states of the plurality of objects from the storage unit (108; 210), the read positions and the internal states of the objects; a prediction step (S33; S63) of probabilistically predicting the paths of the plurality of objects by using the trajectories generated in the trajectory generation step (S32; S62); and an interference level calculation step (S34; S64) of calculating, based on results of prediction in the prediction step (S33; S63), a level of interference quantitatively showing an extent of interference between the paths that can be taken by a specific object and those that can be taken by other objects, characterized in that the interference level calculation step (S34; S64) increases or decreases a value of the level of interference between the specific object and each of the other objects by a specified quantity in accordance with a number of times that the specific object and each of the other objects move closer than an interference distance, which is a maximal value of a spatial distance that allows considering that the specific object and the other object have collided. a trajectory generation step (S32; S62) of generating a trajectory in a space-time constituted by time and space from changes of the position that can be taken by each of the plurality of objects with a passage of time based on, after reading the positions and the internal states of the plurality of objects from the storage unit (108; 210), the read positions and the internal states of the objects; a prediction step (S33; S63) of probabilistically predicting the paths of the plurality of objects by using the trajectories generated in the trajectory generation step (S32; S62); and an interference level calculation step (S34; S64) of calculating, based on results of prediction in the prediction step (S33; S63), a level of interference quantitatively showing an extent of interference between the paths that can be taken by a specific object and those that can be taken by other objects, characterized in that the interference level calculation step (S34; S64) increases or decreases a value of the level of interference between the specific object and each of the other objects by a specified quantity in accordance with a number of times that the specific object and each of the other objects move closer than an interference distance, which is a maximal value of a spatial distance that allows considering that the specific object and the other object have collided.
A phosphorylcholine group-containing polysiloxane monomer represented by the formula : wherein a represents an integer of 20 to 500, b represents an integer of 1 to 70, c represents an integer of 1 to 70, d represents 0 or 1, p and q each represent 0 or 1, X represents -CH 2 - or -CH 2 CH 2 -, and R represents an alkyl group having 2 to 18 carbon atoms.
Apparatus for controlling access to restricted content on or via a device , the apparatus comprising: at least one motion sensor configured to detect movement of the apparatus and to provide a corresponding output; and a processor configured to process an output of the or each motion sensor ; wherein: the motion sensor comprises an altitude sensor, the altitude sensor being arranged to measure movement of the apparatus through a vertical distance and to provide a corresponding output, the processor being arranged to process the output of the altitude sensor such that: (i) if the vertical distance is greater than a threshold value, access to the restricted content is allowed, and (ii) if the vertical distance is less than the threshold value, access to the restricted content is denied; and/or: the motion sensor comprises an acceleration sensor, the acceleration sensor being arranged to measure an acceleration of the apparatus and to provide a corresponding output, the processor being arranged to process the output of the acceleration sensor such that: (i) if the acceleration is greater than a threshold acceleration value, access to the restricted content is allowed, and (ii) if the acceleration is less than the threshold acceleration value, access to the restricted content is denied. at least one motion sensor configured to detect movement of the apparatus and to provide a corresponding output; and a processor configured to process an output of the or each motion sensor ; wherein: the motion sensor comprises an altitude sensor, the altitude sensor being arranged to measure movement of the apparatus through a vertical distance and to provide a corresponding output, the processor being arranged to process the output of the altitude sensor such that: (i) if the vertical distance is greater than a threshold value, access to the restricted content is allowed, and (ii) if the vertical distance is less than the threshold value, access to the restricted content is denied; and/or: the motion sensor comprises an acceleration sensor, the acceleration sensor being arranged to measure an acceleration of the apparatus and to provide a corresponding output, the processor being arranged to process the output of the acceleration sensor such that: (i) if the acceleration is greater than a threshold acceleration value, access to the restricted content is allowed, and (ii) if the acceleration is less than the threshold acceleration value, access to the restricted content is denied.
A lithium-ion secondary battery electrode comprising: a current collector made of a porous metal foam; and an electrode layer including an electrode material mixture filling the current collector, the electrode layer having a material mixture-free region therein where the current collector is not filled with the electrode material mixture, wherein the material mixture-free region is filled with an electrolytic solution, wherein the material mixture-free region penetrates through the electrode layer, and has a quadrilateral prism shape or a cylinder shape, and the material mixture-free region comprises a plurality of material-free regions that are arranged substantially perpendicular to each other. a current collector made of a porous metal foam; and an electrode layer including an electrode material mixture filling the current collector, the electrode layer having a material mixture-free region therein where the current collector is not filled with the electrode material mixture, wherein the material mixture-free region is filled with an electrolytic solution, wherein the material mixture-free region penetrates through the electrode layer, and has a quadrilateral prism shape or a cylinder shape, and the material mixture-free region comprises a plurality of material-free regions that are arranged substantially perpendicular to each other.
An image sensor comprising: a plurality of light detection elements arranged to correspond to a plurality of pixel regions; a color filter layer arranged on the plurality of light detection elements, the color filter layer comprising a plurality of color filters arranged to correspond to the plurality of light detection elements; and a photodiode device portion arranged on the color filter layer , the photodiode device portion comprising a plurality of curved convex structures respectively corresponding to the plurality of color filters, wherein each of the curved convex structures comprises: an organic material-based photodiode layer (P100); a first electrode : (EE10) arranged between the photodiode layer and the color filter layer; and a second electrode (E200) arranged on the photodiode layer. a plurality of light detection elements arranged to correspond to a plurality of pixel regions; a color filter layer arranged on the plurality of light detection elements, the color filter layer comprising a plurality of color filters arranged to correspond to the plurality of light detection elements; and a photodiode device portion arranged on the color filter layer , the photodiode device portion comprising a plurality of curved convex structures respectively corresponding to the plurality of color filters, wherein each of the curved convex structures comprises: an organic material-based photodiode layer (P100); a first electrode : (EE10) arranged between the photodiode layer and the color filter layer; and a second electrode (E200) arranged on the photodiode layer. an organic material-based photodiode layer (P100); a first electrode : (EE10) arranged between the photodiode layer and the color filter layer; and a second electrode (E200) arranged on the photodiode layer.
A gymnastics balance beam comprising a rigid elongate member of specific cross-section covered with a cover , the elongate member of specific cross-section comprising a planar upper surface on which is provided an elastic multilayer composite . characterized in that the elastic multilayer composite is constituted by two layers, namely: an upper layer , and a lower layer in contact with the planar surface of the elongate member of specific cross-section, the upper layer being a layer of rubbery material and the lower layer being a layer of an elastic material of stiffness less than the stiffness of said rubbery material of the upper layer . an upper layer , and a lower layer in contact with the planar surface of the elongate member of specific cross-section, the upper layer being a layer of rubbery material and the lower layer being a layer of an elastic material of stiffness less than the stiffness of said rubbery material of the upper layer .
An element of a photo-acoustic sensor (100; 700; 800; 900; 1000) including: - a measuring chamber (110; 1010), able to receive a gas or liquid medium; and - a source for emitting an excitation light beam (131; 831; 931; 1031) amplitude modulated at a so-called excitation frequency; the element of a photo-acoustic sensor being arranged so that the excitation light beam (131; 831; 931; 1031) propagates in the measuring chamber, and the excitation light beam having a spectral component able to generate a pressure wave in the measuring chamber (110; 810; 1010) in the presence of a predetermined characteristic of the gas or liquid medium, the pressure wave being called an acoustic wave; characterised in that it further comprises: - an optical resonator (120; 720; 820; 920; 1020), located in the measuring chamber, and comprising at least one mechanical element (122; 860; 1020) which is mounted movably and/or deformably around a spring back position or a spring back shape; and - a source (140; 740) for emitting a measuring light beam (141; 741; 841; 941; 1041), distinct from or identical to the source for emitting the excitation light beam; wherein the element of a photo-acoustic sensor (100; 700; 800; 900; 1000) is arranged so that the measuring light beam (141; 741; 841; 941; 1041) performs several passages in the optical resonator (120; 720; 820; 920; 1020) by passing through the movable and/or deformable mechanical element (122; 860; 1020), and wherein the movable and/or deformable mechanical element is able to be oscillated both by an optical signal confined in the optical resonator and by the acoustic wave generated in the measuring chamber, said optical signal confined in the optical resonator being formed by the measuring light beam (141; 841; 941; 1041) or by a pump beam distinct from the measuring light beam. - a measuring chamber (110; 1010), able to receive a gas or liquid medium; and - a source for emitting an excitation light beam (131; 831; 931; 1031) amplitude modulated at a so-called excitation frequency; - an optical resonator (120; 720; 820; 920; 1020), located in the measuring chamber, and comprising at least one mechanical element (122; 860; 1020) which is mounted movably and/or deformably around a spring back position or a spring back shape; and - a source (140; 740) for emitting a measuring light beam (141; 741; 841; 941; 1041), distinct from or identical to the source for emitting the excitation light beam;
A tank for liquids comprising: - a chamber for receiving liquids, - a shell at least partially surrounding the chamber , and at least one electrical resistor which can be positioned at least partially inside the chamber , the tank comprising, for receiving the or at least one of the electrical resistors , two opposite holes , one provided in the chamber and the other provided in the shell , the holes being connected by a housing body comprising a bottom and a peripheral lateral wall , the housing body and the chamber being made of synthetic material, the housing body , the bottom of which is pierced, forming a sheath for connecting said holes therebetween, the hole in the bottom of the housing body being bordered externally by a rim , the electrical resistor , which can be positioned inside the housing body coaxially with the drilled hole in the bottom of the housing body so as to protrude through said drilled hole into the chamber , being in the form of an elongated body , characterized in that the rim forms a tubular protrusion inserted into the hole of the chamber , and in that the elongated body is provided with a gasket slipped onto the electrical resistance , the gasket pressing in sealing contact with the electrical resistor being configured to gasket, in cooperation with the electrical resistor , the drilled hole of the bottom of the housing body in the inserted state of the electrical resistor in the drilled hole . - a chamber for receiving liquids, - a shell at least partially surrounding the chamber , and at least one electrical resistor which can be positioned at least partially inside the chamber ,
A surgical tilt anvil assembly comprising: a rod ; a head assembly including an anvil plate having staple deforming pockets , the head assembly being pivotally secured to the rod and pivotal in relation to the rod between a first tilted position, a non-tilted position and a second different tilted position, wherein the head assembly passes from the first tilted position, through the non-tilted position to the second tilted position; and characterised in that the head assembly further includes a pivotal cam latch member which engages a backup member to urge the head assembly from the first tilted position to the non-tilted position. a rod ; a head assembly including an anvil plate having staple deforming pockets , the head assembly being pivotally secured to the rod and pivotal in relation to the rod between a first tilted position, a non-tilted position and a second different tilted position, wherein the head assembly passes from the first tilted position, through the non-tilted position to the second tilted position; and characterised in that the head assembly further includes a pivotal cam latch member which engages a backup member to urge the head assembly from the first tilted position to the non-tilted position.
A device for safe and easy removal of a rigid needle shield from a syringe , said device comprising a wall with an inner and an outer surface , the inner surface of the wall defining a tubular hollow portion along a longitudinal axis of a rigid needle shield, said device being characterized by the fact that said inner wall comprises a recess adapted to receive a compressible gasket movable within said recess along said longitudinal axis from a portion of the recess, wherein said gasket is in a relatively uncompressed state to a portion of said recess, wherein said gasket is in a relatively compressed state compared to the relatively uncompressed state, wherein said recess is arranged so that the gasket grips the rigid needle shield in the compressed state, and wherein said recess is shaped to compress the gasket by reduction of the space between the interior wall surface of the hollow tubular portion and a surface of the rigid needle shield when the gasket is moved along the longitudinal axis of the rigid needle shield by action of a user pulling the device.