mhurhangee/ep-ind-claims huggingface dataset:
A method for making a tissue scaffold, comprising: dissolving a polymer in a solvent to make a solution; mixing the solution with a particulate acellular tissue matrix to create a mixture; placing the mixture in a mold; and drying the mixture to form a tissue scaffold with a stable three-dimensional shape, wherein the tissue scaffold has a reduced immunological or inflammatory response when implanted in a human than the polymer alone. dissolving a polymer in a solvent to make a solution; mixing the solution with a particulate acellular tissue matrix to create a mixture; placing the mixture in a mold; and drying the mixture to form a tissue scaffold with a stable three-dimensional shape, wherein the tissue scaffold has a reduced immunological or inflammatory response when implanted in a human than the polymer alone.
A pharmaceutic or dietary food composition comprising the combination of the active ingredients orthosilicic acid, vitamin K2, polydatin, Curcuma longa extract and quercetin.
A composite laminate body, comprising: a plurality of polyurethane elastic fibers arranged in parallel in one direction, interposed between two sheets of cloth; and resin for bonding the elastic fibers and the two sheets of cloth, provided in a plurality of strands arranged to be parallel in one direction that intersects with the elastic fibers; wherein the two sheets of cloth and the elastic fibers are separated between locations where adjacent resin strands and elastic fibers intersect in the longitudinal direction of the elastic fibers; the fineness of the elastic fibers is 350 dtex or less; a ratio of fineness of the elastic fibers with regard to the fineness of the fibers that compose the cloths is 0.5 or higher and 300 or lower; and when two cycles of 130% elongation and return are performed according to the test method defined in the description, the following Formula 1 is satisfied, where is the return stress at 30% elongation in the second cycle, and is the return stress at 100% elongation in the second cycle. A / B × 100 % ≥ 50 % a plurality of polyurethane elastic fibers arranged in parallel in one direction, interposed between two sheets of cloth; and resin for bonding the elastic fibers and the two sheets of cloth, provided in a plurality of strands arranged to be parallel in one direction that intersects with the elastic fibers; wherein the two sheets of cloth and the elastic fibers are separated between locations where adjacent resin strands and elastic fibers intersect in the longitudinal direction of the elastic fibers; the fineness of the elastic fibers is 350 dtex or less; a ratio of fineness of the elastic fibers with regard to the fineness of the fibers that compose the cloths is 0.5 or higher and 300 or lower; and when two cycles of 130% elongation and return are performed according to the test method defined in the description, the following Formula 1 is satisfied, where is the return stress at 30% elongation in the second cycle, and is the return stress at 100% elongation in the second cycle. A / B × 100 % ≥ 50 % is the return stress at 30% elongation in the second cycle, and is the return stress at 100% elongation in the second cycle. A / B × 100 % ≥ 50 %
Pharmaceutical composition for use in treating infertility in a female subject, comprising or substantially consisting of: - local anesthetic of amide type selected from the group consisting of articaine, bupivacaine, cinchocaine, etidocaine, levobupivacaine, lidocaine, mepivacaine, oxetacine, prilocaine, ropivacaine, tolycaine, and trimecaine, - human albumin; - viscosity controlling agent selected from the group consisting of recombinant hyaluronic acid and combination of recombinant hyaluronic acid and water-soluble cellulose ether; - water optionally comprising one or more ions selected from the group consisting of sodium, potassium, magnesium, calcium, acetate, chloride, sulfate. - local anesthetic of amide type selected from the group consisting of articaine, bupivacaine, cinchocaine, etidocaine, levobupivacaine, lidocaine, mepivacaine, oxetacine, prilocaine, ropivacaine, tolycaine, and trimecaine, - human albumin; - viscosity controlling agent selected from the group consisting of recombinant hyaluronic acid and combination of recombinant hyaluronic acid and water-soluble cellulose ether; - water optionally comprising one or more ions selected from the group consisting of sodium, potassium, magnesium, calcium, acetate, chloride, sulfate.
A fluid control device, in particular an air intake shifter, comprising a housing with one first port having a first main axis and with at least one second port (16, 18) having at least one second main axis (25, 26), wherein (i) the first main axis and the at least one second main axis (25, 26) are aligned off-axis to one another, (ii) a control means is arranged within the housing to control a fluid flow between the first port and the at least one second port (16, 18), (iii) the control means comprising a valve body being rotatable around the first main axis of the first port, the valve body comprising a fluid path for guiding the fluid through the valve body, wherein valve body has at least one outer surface section having a spherical shape, wherein at least a section of an inner surface of the housing has a spherical shape corresponding to the outer surface section of the valve body, wherein the housing comprises at least a first shell and a second shell, wherein the first shell and finally both shells are closed and tightened by welding, wherein the valve body is two-dimensionally sealed by gaskets to the first port and the at least one second port (16, 18), wherein the housing and the valve body are made of plastics materials, wherein the sealing area is two-dimensional, wherein the gasket around the two-dimensional plane of the opening of the fluid path in the valve body has a cylinder shape and is sealed to the spherical inner surface of the housing around the first port or second port (16, 18), wherein a groove for a gasket is formed around a two-dimensional plane by the valve body. (i) the first main axis and the at least one second main axis (25, 26) are aligned off-axis to one another, (ii) a control means is arranged within the housing to control a fluid flow between the first port and the at least one second port (16, 18), (iii) the control means comprising a valve body being rotatable around the first main axis of the first port, the valve body comprising a fluid path for guiding the fluid through the valve body,
Pliers, of the type that consist of a first male handle and a second female handle, forming the jaws of the pliers and that are joined together by a joint bolt; where the male handle defines a slotted window, of straight or curved configuration, whose walls carry teeth or grooves, along which slotted window the female handle can reach various working positions to vary the clamping capacity of the mouth; and where the joint bolt presents a reduced zone in correspondence with the teeth or grooves of the slotted window; and where the joint bolt is mounted on the female handle and there are means to prevent turning of the bolt with respect to the female handle, and means to prevent axial movement of the bolt with respect to the female handle, characterized in that the means to prevent turning of the bolt with respect to the female handle consist of an eccentric spline and an orifice-housing, combined; provided, indistinctly, one on the bolt and the other on the female handle; thus preventing the bolt from turning with respect to the female handle that carries it and because the means to prevent axial movement of the bolt with respect to the female handle consists of a stud bolt in a threaded orifice of the eccentric spline to prevent axial movement of the bolt with respect to the female handle that carries it.
An optical waveguide comprising: a slab waveguide and an arrayed waveguide, characterized in that the slab waveguide has a plurality of phase gratings (GP1-1, GP1-2, GP1-3) arranged at a distance from each other in a direction substantially parallel to a light propagation direction and diffracting propagated light, and a plurality of interference regions (IF-1, IF-2, IF-3) arranged alternately to the plurality of phase gratings (GP1-1, GP1-2, GP1-3) in the direction substantially parallel to the light propagation direction, the light diffracted by the plurality of phase gratings (GP1-1, GP1-2, GP1-3) interfering in the interference regions (IF-1, IF-2, IF-3); and an end of the arrayed waveguide is connected to an end of the slab waveguide at a position of a constructive interference portion of a self-image formed by the plurality of phase gratings (GP1-1, GP1-2, GP1-3) as an integrated phase grating, wherein the plurality of phase gratings (GP1-1, GP1-2, GP1-3) comprises refractive index difference regions arranged in the slab waveguide at a distance from each other in a direction substantially perpendicular to the light propagation direction and having a refractive index lower than the refractive indices of the plurality of interference regions (IF-1, IF-2, IF-3). the slab waveguide has a plurality of phase gratings (GP1-1, GP1-2, GP1-3) arranged at a distance from each other in a direction substantially parallel to a light propagation direction and diffracting propagated light, and a plurality of interference regions (IF-1, IF-2, IF-3) arranged alternately to the plurality of phase gratings (GP1-1, GP1-2, GP1-3) in the direction substantially parallel to the light propagation direction, the light diffracted by the plurality of phase gratings (GP1-1, GP1-2, GP1-3) interfering in the interference regions (IF-1, IF-2, IF-3); and an end of the arrayed waveguide is connected to an end of the slab waveguide at a position of a constructive interference portion of a self-image formed by the plurality of phase gratings (GP1-1, GP1-2, GP1-3) as an integrated phase grating, wherein the plurality of phase gratings (GP1-1, GP1-2, GP1-3) comprises refractive index difference regions arranged in the slab waveguide at a distance from each other in a direction substantially perpendicular to the light propagation direction and having a refractive index lower than the refractive indices of the plurality of interference regions (IF-1, IF-2, IF-3).
A method for generating a structured surface on a substrate, whereby surface structures with dimensions in the sub-micrometre range are generated by treatment with an intense pulsed laser beam, characterized in - that an inhomogeneous substrate is used, which has intrinsic structure variants in the sub-millimetre range, and - that, in the method, at first the surface of the substrate is analysed, and the method parameters focus diameter, pulse peak power, pulse energy, point spacing, pulse length, pulse spacing, and/or pulse sequence are selected in dependence of the surface nature, - so that, by the treatment with the intense pulsed laser beam, a multiscale surface structure, which is adapted to the intrinsically inhomogeneous properties of the substrate surface in the sub-millimetre range, is generated by partly removing treatment in the sub-micrometre and micrometre range, wherein the material ablated by the laser beam can be deposited again partially outside the laser beam area. - that an inhomogeneous substrate is used, which has intrinsic structure variants in the sub-millimetre range, and - that, in the method, at first the surface of the substrate is analysed, and the method parameters focus diameter, pulse peak power, pulse energy, point spacing, pulse length, pulse spacing, and/or pulse sequence are selected in dependence of the surface nature, - so that, by the treatment with the intense pulsed laser beam, a multiscale surface structure, which is adapted to the intrinsically inhomogeneous properties of the substrate surface in the sub-millimetre range, is generated by partly removing treatment in the sub-micrometre and micrometre range, wherein the material ablated by the laser beam can be deposited again partially outside the laser beam area.
A multiplatform gaming system comprising: - a mobile communication device provided with circuitry for communicating over one or more communication channels, wherein the mobile communication device is configured for running software for receiving inputs from one or more sensors of the mobile communication device, and for transmitting control data based on the inputs over a communication channel; and - a gaming platform provided with a display, wherein the gaming platform is configured for running software for receiving the control data and for controlling the behaviour of a game according to the control data; wherein the gaming platform is configured for running gaming software representing a synthetic reality; wherein the mobile communication device is configured for running gaming software corresponding to the gaming software run on the gaming platform; and wherein the mobile communication device is configured for running the gaming software when no communication channel is available between the mobile communication device and the gaming platform, and the gaming platform is configured for running the gaming software when a communication channel is available between the mobile communication device and the gaming platform. - a mobile communication device provided with circuitry for communicating over one or more communication channels, wherein the mobile communication device is configured for running software for receiving inputs from one or more sensors of the mobile communication device, and for transmitting control data based on the inputs over a communication channel; and - a gaming platform provided with a display, wherein the gaming platform is configured for running software for receiving the control data and for controlling the behaviour of a game according to the control data; wherein the gaming platform is configured for running gaming software representing a synthetic reality; wherein the mobile communication device is configured for running gaming software corresponding to the gaming software run on the gaming platform; and wherein the mobile communication device is configured for running the gaming software when no communication channel is available between the mobile communication device and the gaming platform, and the gaming platform is configured for running the gaming software when a communication channel is available between the mobile communication device and the gaming platform.
Head or side shower for installation in a ceiling or wall, having - a pivotable jet former unit (10a, 10b) -- which, by means of a ball joint (55a, 55b) through which water flows, -- is mounted in a ball housing (51 a, 51 b) which --- surrounds the jet former unit (10a, 10b), --- is arranged so as to be tiltable and displaceable perpendicular to the ceiling or wall and --- has an outer flange (58a, 58b), ---- which extends as far as the surface of the ceiling or wall, wherein a connecting element is provided between a water connection and the ball housing (51 a, 51 b), characterised in that the ball housing (51 a, 51 b) is attached by means of screws to an annular disc rotatably mounted on the connecting element. - a pivotable jet former unit (10a, 10b) -- which, by means of a ball joint (55a, 55b) through which water flows, -- is mounted in a ball housing (51 a, 51 b) which --- surrounds the jet former unit (10a, 10b), --- is arranged so as to be tiltable and displaceable perpendicular to the ceiling or wall and --- has an outer flange (58a, 58b), ---- which extends as far as the surface of the ceiling or wall, wherein a connecting element is provided between a water connection and the ball housing (51 a, 51 b), characterised in that the ball housing (51 a, 51 b) is attached by means of screws to an annular disc rotatably mounted on the connecting element. -- which, by means of a ball joint (55a, 55b) through which water flows, -- is mounted in a ball housing (51 a, 51 b) which --- surrounds the jet former unit (10a, 10b), --- is arranged so as to be tiltable and displaceable perpendicular to the ceiling or wall and --- has an outer flange (58a, 58b), ---- which extends as far as the surface of the ceiling or wall, wherein a connecting element is provided between a water connection and the ball housing (51 a, 51 b), characterised in that the ball housing (51 a, 51 b) is attached by means of screws to an annular disc rotatably mounted on the connecting element. --- surrounds the jet former unit (10a, 10b), --- is arranged so as to be tiltable and displaceable perpendicular to the ceiling or wall and --- has an outer flange (58a, 58b), ---- which extends as far as the surface of the ceiling or wall, wherein a connecting element is provided between a water connection and the ball housing (51 a, 51 b), characterised in that the ball housing (51 a, 51 b) is attached by means of screws to an annular disc rotatably mounted on the connecting element. ---- which extends as far as the surface of the ceiling or wall,
An electrolyte element comprising a perforated sheet of non-reactive metal, and a non-permeable layer of sodium-ion-conducting ceramic bonded indirectly to one face of the perforated sheet by being bonded to a porous ceramic sub-layer that is bonded to the face of the perforated sheet.
A unitary saddle-shaped pedicle screw tulip head converter, the converter comprising: a first portion and a second portion extending from the first portion, the first portion having a surface parallel to a first portion plane, and a first portion opening defining a first portion axis perpendicular to the first portion plane, wherein the first portion opening is, in operation, associated with the longitudinal axis of a tulip head set screw, the second portion comprising at least one lobe extending downwardly from the first portion, the at least one lobe having a surface parallel to a second portion plane, the second portion plane being perpendicular to the first portion plane, the at least one lobe having a shaped surface for contacting and additional securement of a spinal fixation rod which is reducible into the pedicle screw tulip head, the spinal fixation rod defining a second portion axis, the second portion axis being perpendicular to and coplanar with the first portion axis, characterized in that the shaped surface of the at least one lobe comprises a closed perimeter defining an enclosed opening through which the spinal fixation rod can be inserted and secured. the first portion having a surface parallel to a first portion plane, and a first portion opening defining a first portion axis perpendicular to the first portion plane, wherein the first portion opening is, in operation, associated with the longitudinal axis of a tulip head set screw,
A method in controlling a system for hydraulic drive transmission in a working machine, the system comprising a control system for controlling the function; a pump for producing a volume flow and a feed pressure; a motor for receiving the volume flow and utilizing the feed pressure for moving the working machine; and which method comprises: - controlling the system with a control signal having a value given by the control system, and supplying the motor with a volume flow that is dependent on said control signal; characterized in that the method also comprises: - measuring the inclination of the working machine in the direction of the driving movement, the inclination being dependent on the terrain on which the working machine is located; and - giving said control signal a new value which is dependent on the magnitude of said inclination. - controlling the system with a control signal having a value given by the control system, and supplying the motor with a volume flow that is dependent on said control signal; - measuring the inclination of the working machine in the direction of the driving movement, the inclination being dependent on the terrain on which the working machine is located; and - giving said control signal a new value which is dependent on the magnitude of said inclination.
A method of treating production fluid in a wellbore, comprising: deploying a capillary string into the wellbore; and pumping treatment fluid through the capillary string and into the wellbore; characterised in that the capillary string comprises a plurality of injection valves (100a, 100b, 100c) through which the treatment fluid is pumped into the wellbore, the injection valves having a cumulative set pressure greater than or equal to a hydrostatic pressure of the treatment fluid and an individual set pressure of each injection valve is greater than or equal to 6.895 MPa (1 ksi). deploying a capillary string into the wellbore; and pumping treatment fluid through the capillary string and into the wellbore; characterised in that the capillary string comprises a plurality of injection valves (100a, 100b, 100c) through which the treatment fluid is pumped into the wellbore, the injection valves having a cumulative set pressure greater than or equal to a hydrostatic pressure of the treatment fluid and an individual set pressure of each injection valve is greater than or equal to 6.895 MPa (1 ksi).
A method for stabilizing properties of shape memory alloy wires in a plurality of optical image stabilization suspensions of the type having a support section and a moving section coupled with respect to one another by a plurality of SMA wires, the method comprising: mounting a plurality of moving sections of the plurality of optical image stabilization suspensions that each include a plurality of SMA wires to a moving plate of a system; mounting a plurality of support sections of the plurality of optical image stabilization suspensions to a stationary plate of the system, each of the plurality of support sections coupled with a respective one of the plurality of moving sections by a plurality of SMA wires; heating the plurality of SMA wires of the optical image stabilization suspensions; and cyclically mechanically straining and de-straining the SMA wires by moving the moving plate with the plurality of moving sections and stationary plate with the plurality of support sections with respect to one another. mounting a plurality of moving sections of the plurality of optical image stabilization suspensions that each include a plurality of SMA wires to a moving plate of a system; mounting a plurality of support sections of the plurality of optical image stabilization suspensions to a stationary plate of the system, each of the plurality of support sections coupled with a respective one of the plurality of moving sections by a plurality of SMA wires; heating the plurality of SMA wires of the optical image stabilization suspensions; and cyclically mechanically straining and de-straining the SMA wires by moving the moving plate with the plurality of moving sections and stationary plate with the plurality of support sections with respect to one another.