mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a formed article forming an upper surface of a forming material comprised of a thermosoftening substance into a desired shape by positioning the forming material on a forming surface of a mold and heating the forming material to a temperature permitting deformation to bring a lower surface of the forming material into tight contact with the forming surface, wherein as the mold, a mold having, on a forming surface thereof, a plurality of irregularities with a maximum height Rmax ranging from 0.1 to 100 micrometers is employed, characterized in that the mold has an average spacing S between local peaks of the irregularities ranging from 0.01 to 1.00 mm.
Transfer case comprising an input shaft having a primary axis of rotation, a first output shaft coaxially aligned with and rotatable about the primary axis, a second output shaft rotatable about a secondary axis parallel to the primary axis, a range shifting assembly and a clutch assembly located coaxial with respect to the primary axis and axially adjacent to one another, the range shifting assembly operably connected between the input shaft and the first output shaft for shifting between a low-range drive mode and a high-range drive mode, the clutch assembly located between the first output shaft and the second output shaft to axially move between an engaged position and a disengaged position to transfer into or out of a state creating driving continuity for transferring drive torque between the first output shaft and the second output shaft; characterised in that an actuating device including a rotatable concentric gear mounted coaxial with respect to the primary axis and axially interposed between the range shifting assembly and the clutch assembly is provided, the concentric gear actuating the range shifting assembly during a portion of angular rotation about the primary axis and actuating the clutch assembly during a mutually exclusive portion of angular rotation about the primary axis.
Cored wire, comprising: - in powder or grains compacted or embedded in a resin, at least one material chosen from among the group consisting of Ca, Bi, Nb, Mg, CaSi, C, Mn, Si, Cr, Ti, B, S, Se, Te, Pb, CaC2, Na2C03, CaC03, CaO, MgO, and rare earths, - a metallic sheath, and - at least one external thermal barrier layer surrounding the metallic sheath, said external thermal barrier layer being made of a material that pyrolizes upon contact with a metal bath, characterized in that the pyrolizing material is soaked with water or a chemical compound with a high latent heat of vaporization, in particular higher than 2 MJ/kg. - in powder or grains compacted or embedded in a resin, at least one material chosen from among the group consisting of Ca, Bi, Nb, Mg, CaSi, C, Mn, Si, Cr, Ti, B, S, Se, Te, Pb, CaC2, Na2C03, CaC03, CaO, MgO, and rare earths, - a metallic sheath, and - at least one external thermal barrier layer surrounding the metallic sheath, said external thermal barrier layer being made of a material that pyrolizes upon contact with a metal bath,
Shading device for shading a building opening having an alarm device which in the case of an unusual action generates an alarm signal, characterised in that the alarm device has a power supply, an acceleration sensor on a moving part or other suitable part of the shading device, a data store for storing acceleration profiles and a data processor for comparing measured acceleration values stored with acceleration profiles, wherein the data processor generates the alarm signal when the measured acceleration values have a deviation of one or several defined threshold values from a stored acceleration profile which is to be expected for the normal operation of the sun protection apparatus and/or when the measured acceleration values show correspondence with stored acceleration profiles which are typical for a break-in attempt or operational disturbance.
A composition comprising: at least 35% by weight polyfunctional polyurethane (meth)acrylate oligomer; at least 0.1% by weight pigment; 0.5% to 10% by weight thixotropic additive selected from the group consisting of organically-modified clay, organically-modified mixed mineral clay, and a mixture thereof; 0 to about 20% by weight non-reactive solvent; 0 to no more than 20% by weight film-forming polymer; 0.1 to 5% by weight photoinitiator; 0 to 5% by weight dispersant, and the balance to make 100% by weight of one or more mono-, di-tri-, and tetrafunctional acrylic or methacrylic monomers; wherein the ratio of oligomer to film forming polymer is greater than 2.5; and wherein the composition is a UV curable gel suitable for coating natural and artificial nails and forming a wear-resistant adornment, and wherein the composition has a low shear viscosity at 2/sec shear rate at 25°C of greater than 1.2 Pa.s and a high shear viscosity at 70/sec shear rate at 25°C of less than 2 Pa.s. at least 35% by weight polyfunctional polyurethane (meth)acrylate oligomer; at least 0.1% by weight pigment; 0.5% to 10% by weight thixotropic additive selected from the group consisting of organically-modified clay, organically-modified mixed mineral clay, and a mixture thereof; 0 to about 20% by weight non-reactive solvent; 0 to no more than 20% by weight film-forming polymer; 0.1 to 5% by weight photoinitiator; 0 to 5% by weight dispersant, and the balance to make 100% by weight of one or more mono-, di-tri-, and tetrafunctional acrylic or methacrylic monomers;
A reinforced electrospun fibrous membrane, characterized in that, the reinforced electrospun fibrous membrane comprises an electrospun fibrous membrane body and a plurality of parallel reinforcing thread sets fixed to the electrospun fibrous membrane body via through holes thereon, wherein each of the reinforcing thread sets comprises a starting end and a terminal end, both being connected to an edge of the electrospun fibrous membrane body; each of the reinforcing thread sets comprises at least one reinforcing fibrous thread comprising a main thread and an auxiliary thread respectively arranged at both sides of the electrospun fibrous membrane body and configured to interlace each other at the through hole; wherein the auxiliary thread has a twist of 10 to 100.
Process for obtaining a permanently polarized hydroxyapatite comprising the steps of: (a) obtaining sintered samples of crystalline hydroxyapatite and amorphous calcium phosphate; (b) heating the samples obtained in (a) at a temperature between at least 1000°C and 1200°C; (c) applying a constant DC voltage between 250 and 2500 V for at least 1 minute or an electrostatic discharge between 2500 and 1500000 V for less than 10 minutes; (d) cooling the samples maintaining the DC voltage. (a) obtaining sintered samples of crystalline hydroxyapatite and amorphous calcium phosphate; (b) heating the samples obtained in (a) at a temperature between at least 1000°C and 1200°C; (c) applying a constant DC voltage between 250 and 2500 V for at least 1 minute or an electrostatic discharge between 2500 and 1500000 V for less than 10 minutes; (d) cooling the samples maintaining the DC voltage.
A hot-carrier photodetector, comprising: a collector; an injector; a graded barrier that compositionally varies over a thickness of the graded barrier, the graded barrier disposed on the injector; an absorber disposed on the graded barrier opposite the injector; a second barrier disposed on the absorber opposite the graded barrier, the hot-carrier photodetector being characterized in that the second barrier is a constant barrier or a second graded barrier and the collector is on a side of the second barrier opposite the absorber; the hot-carrier photodetector further comprising a reverse bias applied between the collector and the injector, where a barrier offset ( δE v) is provided between a higher barrier height of the graded barrier and a lower barrier height of the second barrier on opposite sides of the absorber, and hot holes injected into the absorber over the higher barrier height of the graded barrier excite cold holes in the absorber to higher energy states thereby extending a photoresponse of the hot-carrier photodetector. a collector; an injector; a graded barrier that compositionally varies over a thickness of the graded barrier, the graded barrier disposed on the injector; an absorber disposed on the graded barrier opposite the injector; a second barrier disposed on the absorber opposite the graded barrier, the hot-carrier photodetector being characterized in that the second barrier is a constant barrier or a second graded barrier and the collector is on a side of the second barrier opposite the absorber; the hot-carrier photodetector further comprising a reverse bias applied between the collector and the injector, where a barrier offset ( δE v) is provided between a higher barrier height of the graded barrier and a lower barrier height of the second barrier on opposite sides of the absorber, and hot holes injected into the absorber over the higher barrier height of the graded barrier excite cold holes in the absorber to higher energy states thereby extending a photoresponse of the hot-carrier photodetector.
A method of producing a porous material which has continuous pores and comprises a polymethyl methacrylate as a main component, wherein said continuous pores have a diameter of 0.001 μm to 500 μm and at least one surface of said porous material has a porosity of 10% to 80%, the method comprising the step of removing, from a polymer alloy molded product obtained from a polymethyl methacrylate and an aliphatic polyester, said aliphatic polyester, wherein said aliphatic polyester is a polylactic acid; wherein said polymer alloy is obtained by phase separation induced by spinodal decomposition, and wherein the pore diameter is determined as the inverse number of the maximum wavenumber in a graph obtained from the Fourier-transformed electron micrograph of a cross section of the material as described in the description and the porosity is measured as the ratio of the area covered by the openings per unit area on an electron micrograph as described in the description.
Shoe upper for a shoe, in particular a sports shoe, having a. a first portion and a second portion which are jointly manufactured as a knitted fabric (11, 12, 13); b. wherein in only one (610, 650) of the first portion and the second portion the knitted fabric (11, 12, 13) is reinforced by a coating from a polymer material applied to the shoe upper; c. characterized in that the polymer material is applied to the inside of the shoe upper. a. a first portion and a second portion which are jointly manufactured as a knitted fabric (11, 12, 13); b. wherein in only one (610, 650) of the first portion and the second portion the knitted fabric (11, 12, 13) is reinforced by a coating from a polymer material applied to the shoe upper; c. characterized in that the polymer material is applied to the inside of the shoe upper.
A method for obtaining user location information, comprising: receiving, by a Serving Call Session Control Function, S-CSCF, a message sent proactively by a Home Subscriber Server, HSS, wherein the message carries a user access network type and user location information of a calling user; and obtaining the user access network type and the user location information of the calling user from the message; wherein the message is a CxDx interface protocol message, and the receiving the message sent by the HSS comprises: receiving, by the S-CSCF, the CxDx interface protocol message sent by the HSS after the HSS determines that the user access network type and the user location information of the calling user have changed, wherein the CxDx interface protocol message carries the changed user access network type and the user location information. receiving, by a Serving Call Session Control Function, S-CSCF, a message sent proactively by a Home Subscriber Server, HSS, wherein the message carries a user access network type and user location information of a calling user; and obtaining the user access network type and the user location information of the calling user from the message; receiving, by the S-CSCF, the CxDx interface protocol message sent by the HSS after the HSS determines that the user access network type and the user location information of the calling user have changed, wherein the CxDx interface protocol message carries the changed user access network type and the user location information.
A device for supporting and storing wound material thereon, comprising: a substantially cylindrical, hollow bobbin having a thickness defined by an inner and outer diameter for supporting and storing material wound around the exterior surface thereof, and a reinforcing apparatus (20, 120) located at one end of the bobbin, said apparatus having generally a cylindrical shape and a length comprising a first zone (21, 121) and a second separate zone (22, 122), the outside surface of the first zone being in contact with a portion of an inner surface of the bobbin, and the second zone of the apparatus extending beyond the end of the bobbin, the first and second zones being secured to one another through a releasable connection, wherein the first zone has an outer diameter such that the first zone fits within the inner surface of the bobbin and wherein the second zone has an outer diameter larger than the inner diameter of the bobbin, whereby the reinforcing apparatus provides strength and support to the bobbin. a substantially cylindrical, hollow bobbin having a thickness defined by an inner and outer diameter for supporting and storing material wound around the exterior surface thereof, and a reinforcing apparatus (20, 120) located at one end of the bobbin, said apparatus having generally a cylindrical shape and a length comprising a first zone (21, 121) and a second separate zone (22, 122), the outside surface of the first zone being in contact with a portion of an inner surface of the bobbin, and the second zone of the apparatus extending beyond the end of the bobbin, the first and second zones being secured to one another through a releasable connection, wherein the first zone has an outer diameter such that the first zone fits within the inner surface of the bobbin and wherein the second zone has an outer diameter larger than the inner diameter of the bobbin, whereby the reinforcing apparatus provides strength and support to the bobbin.
A pump housing comprising: a circumferential wall forming an outer wall of the pump housing; a pump casing which connects to the circumferential wall on a first outer side to form a first chamber, the pump casing comprising a central opening to form an axial supply of the pump housing for material to be pumped; a shaft cover which connects to the circumferential wall on a second outer side to form a second chamber, and pressurizing means to pressurize the first chamber and the second chamber, wherein the circumferential wall has a u-shaped or semicircular cross-section with a first side and a second side, wherein an outer side of each of the first side and second sides (42, 44), comprise circumferential grooves (46, 48), which form the first pressure chamber and the second pressure chamber, and wherein the first pressure chamber and second pressure chamber are formed when the pump casing and shaft cover are connected to the circumferential wall. a circumferential wall forming an outer wall of the pump housing; a pump casing which connects to the circumferential wall on a first outer side to form a first chamber, the pump casing comprising a central opening to form an axial supply of the pump housing for material to be pumped; a shaft cover which connects to the circumferential wall on a second outer side to form a second chamber, and pressurizing means to pressurize the first chamber and the second chamber, wherein the circumferential wall has a u-shaped or semicircular cross-section with a first side and a second side, wherein an outer side of each of the first side and second sides (42, 44), comprise circumferential grooves (46, 48), which form the first pressure chamber and the second pressure chamber, and wherein the first pressure chamber and second pressure chamber are formed when the pump casing and shaft cover are connected to the circumferential wall.
An anti-CD39 antibody comprising: - a variable light chain comprising the CDRs of the VL chain obtainable from hybridoma deposited as CNCM-I-3889; and - a variable heavy chain comprising the CDRs of the VH chain obtainable from hybridoma deposited as CNCM-I-3889, wherein said antibody inhibits T regulatory cell (Treg) activity. - a variable light chain comprising the CDRs of the VL chain obtainable from hybridoma deposited as CNCM-I-3889; and - a variable heavy chain comprising the CDRs of the VH chain obtainable from hybridoma deposited as CNCM-I-3889,
A hydraulic control device for liquid-conducting appliances or systems, the device being designed for connection between a source of a liquid and an appliance or system using the liquid, the hydraulic control device comprising: - a device body (2', 3') having a duct for the liquid (30a, 30b) that extends between an inlet connector and an outlet connector; - a flow meter on the device body (2', 3'); and - a valve arrangement (16, 31, 33-39) associated to the device body (2', 3'), including an electric actuator and a valve member, which is displaceable between an opening position and a closing position of the duct for the liquid (30a, 30b), characterized in that: - the valve arrangement (16, 31, 33-39) moreover comprises a control mechanism for controlling the valve member, wherein the control mechanism is switchable in function of a detection carried out by the flow meter (40, 50; 40'), for purposes of displacement of the valve member from the opening position to the closing position of the duct for the liquid (30a, 30b), - the flow meter is a non-mechanical flow meter (40, 50) which includes at least two electrical detection elements (42; 42 1, 42 2, 42 3) reachable by liquid that flows in the duct for the liquid (30a, 30b), the at least two electrical detection elements being within, or facing the inside of, the duct for the liquid (30a, 30b), and - the electric actuator is a thermoelectric actuator for driving the control mechanism. - a device body (2', 3') having a duct for the liquid (30a, 30b) that extends between an inlet connector and an outlet connector; - a flow meter on the device body (2', 3'); and - a valve arrangement (16, 31, 33-39) associated to the device body (2', 3'), including an electric actuator and a valve member, which is displaceable between an opening position and a closing position of the duct for the liquid (30a, 30b), - the valve arrangement (16, 31, 33-39) moreover comprises a control mechanism for controlling the valve member, wherein the control mechanism is switchable in function of a detection carried out by the flow meter (40, 50; 40'), for purposes of displacement of the valve member from the opening position to the closing position of the duct for the liquid (30a, 30b), - the flow meter is a non-mechanical flow meter (40, 50) which includes at least two electrical detection elements (42; 42 1, 42 2, 42 3) reachable by liquid that flows in the duct for the liquid (30a, 30b), the at least two electrical detection elements being within, or facing the inside of, the duct for the liquid (30a, 30b), and - the electric actuator is a thermoelectric actuator for driving the control mechanism.
A packaging apparatus comprising: a support platform for supporting packaging containers positioned thereon, the support platform comprising an adjustable height support portion moveable between a first position and a second position; and a belt transport arrangement for transporting packaging containers away from the support platform in a first transport direction; the belt transport arrangement comprising a belt arrangement comprising a pair of belts, (802a, 802b) the pair of belts defining opposing contacting surfaces for contacting packaging containers, the apparatus being operable between: a first configuration wherein the support portion is in the first position to support one or more packaging containers positioned thereon; and a second configuration wherein the support portion is in the second position and contacting surfaces of the belts engage the one or more packaging containers. a support platform for supporting packaging containers positioned thereon, the support platform comprising an adjustable height support portion moveable between a first position and a second position; and a belt transport arrangement for transporting packaging containers away from the support platform in a first transport direction; the belt transport arrangement comprising a belt arrangement comprising a pair of belts, (802a, 802b) the pair of belts defining opposing contacting surfaces for contacting packaging containers, the apparatus being operable between: a first configuration wherein the support portion is in the first position to support one or more packaging containers positioned thereon; and a second configuration wherein the support portion is in the second position and contacting surfaces of the belts engage the one or more packaging containers. a first configuration wherein the support portion is in the first position to support one or more packaging containers positioned thereon; and a second configuration wherein the support portion is in the second position and contacting surfaces of the belts engage the one or more packaging containers.
A packaging process, comprising the steps of - receiving distinct clusters (3, 4) of products, the sum of the products of said clusters (3, 4) being equal to the number of products that can be accommodated in a layer of the final package, and mutually stacking them so as to constitute respective layered groups (6, 7) that constitute a bundle, the stack being formed by lowering the previous cluster (3, 4) and placing said distinct cluster (3, 4) on top of the previous cluster (3, 4); - orienting the layered groups (6, 7) that constitute a bundle according to the correct alignment required for its entry into the final package; - moving mutually closer the layered groups (6, 7) that constitute a bundle up to mutual contact of the last product of one group (6, 7) with the first product of the contiguous group (6, 7); - inserting the bundle constituted by the compacted layered groups (6, 7) within a respective package; - the first step of reception providing for the products to be wrapped individually and oriented uniformly. - receiving distinct clusters (3, 4) of products, the sum of the products of said clusters (3, 4) being equal to the number of products that can be accommodated in a layer of the final package, and mutually stacking them so as to constitute respective layered groups (6, 7) that constitute a bundle, the stack being formed by lowering the previous cluster (3, 4) and placing said distinct cluster (3, 4) on top of the previous cluster (3, 4); - orienting the layered groups (6, 7) that constitute a bundle according to the correct alignment required for its entry into the final package; - moving mutually closer the layered groups (6, 7) that constitute a bundle up to mutual contact of the last product of one group (6, 7) with the first product of the contiguous group (6, 7); - inserting the bundle constituted by the compacted layered groups (6, 7) within a respective package; - the first step of reception providing for the products to be wrapped individually and oriented uniformly.