mhurhangee/patent-ind-claim-en huggingface dataset:
Loading device for a coating system with at least one holding device which comprises at least one rack-like frame and at least one carrier made of a rod-like or wire-like continuous material, which can be or is secured with one end to the frame and on which at least one hook-like holding section is formed, on which a workpiece to be coated can be arranged, with at least one detection device which comprises a detection means , by which at least the dimensions of the frame and of the workpiece can be detected, and which comprises at least one control unit , by which, on the basis of the dimensions of the frame and the workpiece , the dimensions of the at least one hook-like holding section and of a minimum distance between two hook-like holding sections on the carrier for contact-free arrangement of the workpiece and by which the total length of the continuous material for forming the carrier can be determined, and with at least one provisioning device which interacts functionally with the detection device , by which the carrier can be produced, which provides a continuous material carrier , which provides the continuous material forming the carrier , which provides a deformation unit , by which a hook-like holding section can be moulded by a region-wise plastic deformation of the provided continuous material in accordance with the determined dimensions and the determined minimum distance, and which provides a cutting means , with which the provided continuous material can be cut once the total length of the remaining continuous material carrier is achieved.
A silicone elastomer cured product having radical reactivity obtained by curing a composition comprising the following component: (A) a chain organopolysiloxane having at least two curing reactive groups in the molecule, and optionally (B) an organohydrogenpolysiloxane, (C1) a curing agent for component (A) and component (B) above, and (D) an organopolysiloxane resin in an amount of 10 to 1000 parts by mass per 100 parts by mass component (A), and by having an unreacted (C2) radical initiator in the cured product or on the surface of the cured product, wherein component (D) is a resinous or reticulated organopolysiloxane resin (D1) which is an organopolysiloxane resin comprising a combination of M units and Q units, the molar ratio of M units to Q units being in a range from 0.5 to 1.2, and wherein the silicone elastomer cured product also contains a reinforcing filler in a range from 1.0 to 10.0 parts by mass per 100 parts by mass of silicone elastomer cured product. (A) a chain organopolysiloxane having at least two curing reactive groups in the molecule, and optionally (B) an organohydrogenpolysiloxane, (C1) a curing agent for component (A) and component (B) above, and (D) an organopolysiloxane resin in an amount of 10 to 1000 parts by mass per 100 parts by mass component (A), and by having an unreacted (C2) radical initiator in the cured product or on the surface of the cured product, wherein component (D) is a resinous or reticulated organopolysiloxane resin (D1) which is an organopolysiloxane resin comprising a combination of M units and Q units, the molar ratio of M units to Q units being in a range from 0.5 to 1.2, and wherein the silicone elastomer cured product also contains a reinforcing filler in a range from 1.0 to 10.0 parts by mass per 100 parts by mass of silicone elastomer cured product.
An integrated power stage comprising: a common die comprising a driver stage and power switches, said power switches including a control transistor and a sync transistor ; characterised by a drain of said control transistor receiving an input voltage (V I ) of said common die on a top side of said common die ; a source of said control transistor coupled to a drain of said sync transistor and providing an output voltage (V S ) of said common die on a bottom side of said common die . a common die comprising a driver stage and power switches, said power switches including a control transistor and a sync transistor ; characterised by a drain of said control transistor receiving an input voltage (V I ) of said common die on a top side of said common die ; a source of said control transistor coupled to a drain of said sync transistor and providing an output voltage (V S ) of said common die on a bottom side of said common die .
Assembly for a turbine engine, said assembly including at least a first part and a second part , and at least one bolt including a screw cooperating with a nut , said screw extending throughout an orifice of the first part and an orifice of the second part , the bolt further including a bearing member comprising an annular flange mounted between the screw or the nut , on the one hand, and the first part , on the other hand, said flange including a bearing surface bearing, at least partially, on a complementary bearing surface of the first part , said bearing surface of the flange being frustoconical, characterized in that said bearing surface of the flange forms an angle (α) with the complementary bearing surface of the first part so that only an outer peripheral area of said bearing surface of the flange comes into contact with the complementary bearing surface of the first part , in an untightened state of the bolt , said flange being deformable so that, when tightening said nut on the screw , a larger area of the bearing surface of the flange bears on the complementary bearing surface of the first part , said bearing member including a recessed annular groove extending at the inner periphery of the flange.
A self-sealing article comprising a porous layer at least partially impregnated with a polymeric material wherein a first major surface of the porous layer is covered with the polymeric material, wherein the polymeric material comprises a polyoxyalkylene polymer having at least one end group derived from an alkoxy silane, wherein the porous layer is a nonwoven comprising at least one of polyester, polyolefin, polyamide, or rayon, wherein the self-sealing article passes Modified Test 1 of ASTM D-1970/D-1970M-13, Modified Test 2 of ASTM D-1970/D-1970M-13, or Modified Test 3 of ASTM D-1970/D-1970M-13 as described in the Nail Sealability test methods in the examples of the description, and wherein the self-sealing article has a moisture vapor transmission rate of greater than or equal to 57 nanograms/second*square meter*Pascal (1 perm) as determined by ASTM E 96 Procedure A and is an air and water barrier determined as defined in the description.
A method of manufacturing building-wall flexible cladding for a wall of a building so that a cladding outer surface of the building-wall flexible cladding matches or substantially matches a textured wall surface of the wall of the building, the method comprising the steps: a. selecting at least part of the textured wall surface to be modelled (S101); b. forming an impression of said selected part of the textured wall surface (S102); c. providing an absorbent flexible substrate (18, S103); d. creating a wet mixture comprising a powdered aggregate and a binding agent (S104); e. applying the wet mixture to the flexible substrate to form one or more tiles (24a, S106); h. applying a further powdered aggregate to the wet mixture for better matching the cladding outer surface to the textured wall surface of the wall (S107); f. texturing the wet mixture by applying the impression so that the cladding outer surface corresponds or substantially corresponds to the said textured wall surface (S108); and g. curing said textured wet mixture to form building-wall flexible cladding (12, S109), wherein the curing of said textured wet mixture includes flash heating under two separate heating elements in two stages a. selecting at least part of the textured wall surface to be modelled (S101); b. forming an impression of said selected part of the textured wall surface (S102); c. providing an absorbent flexible substrate (18, S103); d. creating a wet mixture comprising a powdered aggregate and a binding agent (S104); e. applying the wet mixture to the flexible substrate to form one or more tiles (24a, S106); h. applying a further powdered aggregate to the wet mixture for better matching the cladding outer surface to the textured wall surface of the wall (S107); f. texturing the wet mixture by applying the impression so that the cladding outer surface corresponds or substantially corresponds to the said textured wall surface (S108); and g. curing said textured wet mixture to form building-wall flexible cladding (12, S109), wherein the curing of said textured wet mixture includes flash heating under two separate heating elements in two stages
A compound anemoside B4 of formula I or a pharmaceutically acceptable salt thereof for use in the treatment of endometritis, foot rot disease, parvovirus, canine distemper, canine renal failure, and canine acute nephritis:
A composition comprising - a first RNA molecule encoding a chimeric antigen receptor (CAR), wherein the CAR comprises a human CD19 binding domain, a transmembrane domain, and a CD3 zeta signaling domain, wherein the sequence encoding the CD19 binding domain is of human origin; and - a second RNA molecule encoding a bispecific antibody, wherein the bispecific antibody comprises a first antigen recognition domain that recognizes human CD19, and a second antigen recognition domain that recognizes CD3. - a first RNA molecule encoding a chimeric antigen receptor (CAR), wherein the CAR comprises a human CD19 binding domain, a transmembrane domain, and a CD3 zeta signaling domain, wherein the sequence encoding the CD19 binding domain is of human origin; and - a second RNA molecule encoding a bispecific antibody, wherein the bispecific antibody comprises a first antigen recognition domain that recognizes human CD19, and a second antigen recognition domain that recognizes CD3.
A method of manufacturing an optical device, the method comprising: (a) coating a substrate with one of a reflector or absorber layer ; (b) providing a spacer layer onto the layer coated in step (a), the spacer layer comprising a spacer material and a first soluble pocket within the spacer layer, by providing a first portion of the spacer material , then providing the first soluble pocket, then providing a second portion of the spacer material ; (c) modifying the spacer layer by dissolving the first soluble pocket and removing a portion of the spacer material so as to vary the thickness of the spacer layer ; and, (d) coating the spacer layer with a metal absorber layer ; characterised in that the first soluble pocket is provided by printing, and that the metal absorber layer is deposited in a layer that is sufficiently thin so as to allow substantial transmission of light through said layer. (a) coating a substrate with one of a reflector or absorber layer ; (b) providing a spacer layer onto the layer coated in step (a), the spacer layer comprising a spacer material and a first soluble pocket within the spacer layer, by providing a first portion of the spacer material , then providing the first soluble pocket, then providing a second portion of the spacer material ; (c) modifying the spacer layer by dissolving the first soluble pocket and removing a portion of the spacer material so as to vary the thickness of the spacer layer ; and, (d) coating the spacer layer with a metal absorber layer ;
A grain separating apparatus for a combine harvester , said grain separating apparatus comprising at least a first walker-sieve and a second walker-sieve arranged side by side, wherein said first walker-sieve and said second walker-sieve are suspended in at least two suspension points for being arranged in said combine harvester , wherein at least one of said two suspension points is arranged to describe a rotational motion and wherein a rotational motion drive is arranged to drive said rotational motion of said first walker-sieve out of phase with said rotational motion of said second walker-sieve , wherein each of said at least two walker-sieves include a straw walker comprising drivers for conveying a straw material and wherein grain and debris are separated from said straw material through walker apertures arranged in said straw walker , characterized in that said straw walker is arranged on top of at least one sieve being arranged to separate said grain from said debris and wherein said straw walker and said at least one sieve are rigidly connected.
Method for generating modified eyeglass frame manufacturing data comprising the following steps: a. providing a plurality of eyeglass frames, b. selecting one frame among the plurality of eyeglass frames, c. determining data relative to the selected frame, d. modifying the determined data whilst respecting at least one predetermined conception rule, so as to obtain modified data, and e. computing the modified data obtained by said modification so as to generate modified eyeglass frame manufacturing data, characterized in that : the conception rule of step d comprises keeping unchanged a frontal 2D projection of the selected frame; steps d and e are fully automated; and it further comprises at least one of the following: a step c1 consisting in providing an activity for which the modified eyeglass frame is intended; and the modified eyeglass frame manufacturing data allows the modified eyeglass frame to integrate an electronic compound. a. providing a plurality of eyeglass frames, b. selecting one frame among the plurality of eyeglass frames, c. determining data relative to the selected frame, d. modifying the determined data whilst respecting at least one predetermined conception rule, so as to obtain modified data, and e. computing the modified data obtained by said modification so as to generate modified eyeglass frame manufacturing data, the conception rule of step d comprises keeping unchanged a frontal 2D projection of the selected frame; steps d and e are fully automated; and it further comprises at least one of the following: a step c1 consisting in providing an activity for which the modified eyeglass frame is intended; and the modified eyeglass frame manufacturing data allows the modified eyeglass frame to integrate an electronic compound. a step c1 consisting in providing an activity for which the modified eyeglass frame is intended; and the modified eyeglass frame manufacturing data allows the modified eyeglass frame to integrate an electronic compound.
Balancer with a tool for balancing a turbine engine module in the balancer , said module comprising at least one stator and one rotor comprising a shaft of longitudinal axis A configured to be guided by a guiding bearing inside the stator and at least one blades stage which is connected to a longitudinal end portion of said shaft and which is surrounded by said stator , and said balancer comprising at least, from the front to the rear, a power drive unit and a table provided with two front and rear supports for maintaining the shaft of the module , characterised in that said tool comprises at least: - one stator support , intended to be fixed axially adjustably on the table of the balancer behind the supports for maintaining the shaft of the module , - a tubular false bearing , configured to support a guiding bearing of the rotor in the stator and comprising a front fixing support configured to extend outside of the stator , - a guiding sleeve , comprising a rear end configured to confine the front fixing support of the false bearing , a front end comprising inner guiding means of the shaft of the rotor, and which is configured to be received on the rear and front supports of the table of the balancer , - a rear support plate of the stator , intended to be fixed to the support of the stator , and comprising means for immobilising the rotor with respect to the stator , - a front support plate of the stator , intended to be fixed to the support of the stator , and comprising means for immobilising and centring the false bearing . - one stator support , intended to be fixed axially adjustably on the table of the balancer behind the supports for maintaining the shaft of the module , - a tubular false bearing , configured to support a guiding bearing of the rotor in the stator and comprising a front fixing support configured to extend outside of the stator , - a guiding sleeve , comprising a rear end configured to confine the front fixing support of the false bearing , a front end comprising inner guiding means of the shaft of the rotor, and which is configured to be received on the rear and front supports of the table of the balancer , - a rear support plate of the stator , intended to be fixed to the support of the stator , and comprising means for immobilising the rotor with respect to the stator , - a front support plate of the stator , intended to be fixed to the support of the stator , and comprising means for immobilising and centring the false bearing .
A torque link assembly for an aircraft landing gear comprising: an upper torque link ; a lower torque link ; a joint pin arranged to pivotally couple the upper torque link and lower torque link; characterised in that it comprises an electric motor assembly ; a sensor arranged to detect movement of the upper torque link or lower torque link and in response to detecting the movement providing a control signal to the electric motor assembly, wherein the electric motor assembly is configured to linearly translate the joint pin with respect to one of the upper or lower torque links. an upper torque link ; a lower torque link ; a joint pin arranged to pivotally couple the upper torque link and lower torque link; characterised in that it comprises an electric motor assembly ; a sensor arranged to detect movement of the upper torque link or lower torque link and in response to detecting the movement providing a control signal to the electric motor assembly, wherein the electric motor assembly is configured to linearly translate the joint pin with respect to one of the upper or lower torque links.
A method of cementing, comprising: displacing a cement composition into a workspace, wherein the cement composition comprises cement, water, and a fluid loss control additive comprising a polymer and a sugar or a sugar alcohol; and allowing the cement compositions to set, wherein the method is characterised in that the polymer and sugar are connected by a pH-sensitive crosslink wherein the pH-sensitive crosslink is achieved through a polyvalent cation, wherein the polymer is derived from monomeric units selected from the group comprising 1,2 alcohols, 1,3 alcohols, alpha hydroxy acids, 1,2 amines, or combinations thereof, and wherein the sugar is selected from a monosaccharide, disaccharide or trisaccharide. displacing a cement composition into a workspace, wherein the cement composition comprises cement, water, and a fluid loss control additive comprising a polymer and a sugar or a sugar alcohol; and allowing the cement compositions to set, wherein the method is characterised in that the polymer and sugar are connected by a pH-sensitive crosslink wherein the pH-sensitive crosslink is achieved through a polyvalent cation, wherein the polymer is derived from monomeric units selected from the group comprising 1,2 alcohols, 1,3 alcohols, alpha hydroxy acids, 1,2 amines, or combinations thereof, and wherein the sugar is selected from a monosaccharide, disaccharide or trisaccharide.
A current conductor roller for a continuous electrolysis line, comprising a steel trunnion conducting the current of a collector (C) to a table of the roller, where the trunnion comprises, at least over a portion of its length, an internal copper ferrule whose diameter has been optimized to maximize the sum of the currents able to circulate in the steel body and the ferrule by maintaining the intensities per unit area of section in the copper and in the steel below two respective values and maintaining the mechanical strength of the trunnion , characterized in that the respective values are 1.55 A/mm 2 for copper and 0.26 A/mm 2 for steel, the copper section being 3827 mm 2 and a minimal steel section of 3043 mm 2 , and in that the roller comprises a collector with a bearing having a diameter of 90 mm, with a cylindrical inner pipe for a coolant whose diameter is 25 mm, and a copper section of outer diameter equal to 65 mm, the copper section being covered by the steel of the roller.
An elongate device, arcuate in cross-section, for placement around a vessel, comprising an outer layer and an inner layer , wherein the outer layer is relatively rigid and provides a structural framework for the device, wherein the inner layer is of a material that stimulates neovascularisation, wherein said material is biodegradable and degrades faster than the outer layer, characterised in that the materials of the inner and outer layers are maintained in contact by their natural elasticity.
An electronic device , comprising: a first substrate ; a plurality of phase shift units disposed on the first substrate ; a feeding structure disposed on the first substrate ; a radio frequency signal processor ; a second substrate ; a plurality of patch elements disposed on the second substrate ; and wherein the radio frequency signal processor is configured to receive a first signal, and to provide a second signal altered by the radio frequency signal processor to the phase shift units through the feeding structure , characterized in that the electronic device further comprises a liquid-crystal material disposed between the first substrate and the second substrate . a first substrate ; a plurality of phase shift units disposed on the first substrate ; a feeding structure disposed on the first substrate ; a radio frequency signal processor ; a second substrate ; a plurality of patch elements disposed on the second substrate ; and wherein the radio frequency signal processor is configured to receive a first signal, and to provide a second signal altered by the radio frequency signal processor to the phase shift units through the feeding structure , characterized in that the electronic device further comprises a liquid-crystal material disposed between the first substrate and the second substrate .
A method of freezing an aggregate of pluripotent stem cell-derived cardiomyocytes, or preparing a frozen aggregate of pluripotent stem cell-derived cardiomyocytes, comprising: (i) immersing an aggregate of pluripotent stem cell-derived cardiomyocytes in a cryoprotective solution; and (ii) freezing the aggregate immersed in the cryoprotective solution, wherein the aggregate has a diameter of 50 to 5000 μm. (i) immersing an aggregate of pluripotent stem cell-derived cardiomyocytes in a cryoprotective solution; and (ii) freezing the aggregate immersed in the cryoprotective solution, wherein the aggregate has a diameter of 50 to 5000 μm.
A method of operating a user equipment, UE , comprising: detecting one or more indicators in a UE capability request that requests capability information from the UE, the one or more indicators to indicate a maximum number of downlink component carriers, CCs, and a maximum number of uplink CCs; selecting a subset of carrier aggregation, CA, capabilities of the UE based on the one or more indicators; generating a UE capability response that includes information related to the subset of CA capabilities; and transmitting the UE capability response. detecting one or more indicators in a UE capability request that requests capability information from the UE, the one or more indicators to indicate a maximum number of downlink component carriers, CCs, and a maximum number of uplink CCs; selecting a subset of carrier aggregation, CA, capabilities of the UE based on the one or more indicators; generating a UE capability response that includes information related to the subset of CA capabilities; and transmitting the UE capability response.