mhurhangee/patent-ind-claim-en huggingface dataset:
Expansion joint for a formwork system of concrete slabs on which at least one automated guided vehicle is intended to travel, said expansion joint consists of two longitudinal elements each intended to form an integral part with a top and horizontal edge of a concrete slab, the longitudinal elements being intended to move apart from each other by a distance corresponding to the theoretical shrinkage after drying of the concrete slabs, and each longitudinal element includes an external sinusoidal profile intended to be in contact with a concrete slab, characterized in that each longitudinal element includes an internal sawtooth profile so as to engage the crests of the internal profile of one longitudinal element with the troughs of the internal profile of the other longitudinal element, each crest and trough being open at an angle α of less than or equal to 34.70°, with a curvature radius at the top of less than 2 mm.
A base station for a cellular communication system , the base station being adapted to manage configuration of each of a plurality of cells that are operated using a respective component carrier, the base station comprising: means for communicating with a user equipment, UE, using a primary cell of the plurality of cells , wherein the primary cell is operated using a first component carrier ; means for transmitting, during a procedure to add at least one secondary cell in addition to the primary cell , a first message (S7) to a communication entity of said cellular communication system , to initiate a procedure for verifying a closed subscriber group, CSG, membership status of the UE for at least one secondary cell of said plurality of cells , wherein the at least one secondary cell is operated using a second component carrier , wherein the first message comprises information identifying a CSG, CSG ID, and an access mode for the at least one secondary cell ; means for receiving, from the communication entity , responsive to the first message, a second message (S9) indicating, for each secondary cell represented by the first message, a CSG membership status of said UE ; and means for communicating with said UE to configure said UE to communicate using additionally the at least one secondary cell for which a CSG membership status of said UE has been verified. means for communicating with a user equipment, UE, using a primary cell of the plurality of cells , wherein the primary cell is operated using a first component carrier ; means for transmitting, during a procedure to add at least one secondary cell in addition to the primary cell , a first message (S7) to a communication entity of said cellular communication system , to initiate a procedure for verifying a closed subscriber group, CSG, membership status of the UE for at least one secondary cell of said plurality of cells , wherein the at least one secondary cell is operated using a second component carrier , wherein the first message comprises information identifying a CSG, CSG ID, and an access mode for the at least one secondary cell ; means for receiving, from the communication entity , responsive to the first message, a second message (S9) indicating, for each secondary cell represented by the first message, a CSG membership status of said UE ; and means for communicating with said UE to configure said UE to communicate using additionally the at least one secondary cell for which a CSG membership status of said UE has been verified.
An adhesive for laminating a metal foil and a resin film, comprising: (A) 1% to 20% by mass of a polyurethane; (B) 30% to 90% by mass of a monomer which does not contain a functional group containing an active hydrogen and has two or more ethylenically unsaturated bonds; (C) 1% to 55% by mass of an aliphatic monomer which has one ethylenically unsaturated bond; (D) 1% to 15% by mass of a polyisocyanate compound; and (E) 0.5% to 5% by mass of a photoinitiator, wherein the (A) is at least one selected from the group consisting of a polyurethane polyol (a1), a polyurethane acrylate (a2), and a carboxy group-containing polyurethane (a3), the (B) has at least one cyclic structure selected from the group consisting of an alicyclic structure, an aromatic ring structure, and a heterocyclic structure, and the (C) has at least one group selected from the group consisting of an open chain hydrocarbon group having 1 to 12 carbon atoms and an alicyclic group having 5 to 10 carbon atoms. (A) 1% to 20% by mass of a polyurethane; (B) 30% to 90% by mass of a monomer which does not contain a functional group containing an active hydrogen and has two or more ethylenically unsaturated bonds; (C) 1% to 55% by mass of an aliphatic monomer which has one ethylenically unsaturated bond; (D) 1% to 15% by mass of a polyisocyanate compound; and (E) 0.5% to 5% by mass of a photoinitiator, wherein the (A) is at least one selected from the group consisting of a polyurethane polyol (a1), a polyurethane acrylate (a2), and a carboxy group-containing polyurethane (a3), the (B) has at least one cyclic structure selected from the group consisting of an alicyclic structure, an aromatic ring structure, and a heterocyclic structure, and the (C) has at least one group selected from the group consisting of an open chain hydrocarbon group having 1 to 12 carbon atoms and an alicyclic group having 5 to 10 carbon atoms. wherein the (A) is at least one selected from the group consisting of a polyurethane polyol (a1), a polyurethane acrylate (a2), and a carboxy group-containing polyurethane (a3), the (B) has at least one cyclic structure selected from the group consisting of an alicyclic structure, an aromatic ring structure, and a heterocyclic structure, and the (C) has at least one group selected from the group consisting of an open chain hydrocarbon group having 1 to 12 carbon atoms and an alicyclic group having 5 to 10 carbon atoms.
A method of producing a carbon-ceramic shaped body comprising a carbon fibre-reinforced carbon matrix and a content of silicon carbide and silicon, characterised in that a carbonisable shaped body having a carbonisable organic matrix based on cellulose and reinforced with embedded carbonisable textile structures, which are carbonisable synthetic fibres of modified natural substances of plant origin and which are present in the form of endless fibres, yarns and/or planar textile structures, has been carbonised to form an open-pore porous shaped body with an open porosity of from 15 to 60% and the open-pore porous carbonised shaped body is then subjected to a liquid silicisation to give the carbon-ceramic shaped body.
Cable holder for hygienically securing cables and/or lines, wherein the cable holder is made from a one-piece rigid wire profile which extends in the length direction and comprises a number of recurring zones in which the wire profile is folded a number of times, so that a support part for a cable and/or line and screening parts are formed at the location of each zone, wherein the cable holder is configured such that a cable and/or line may be placed bearing against the support part by means of flexible bending of the cable along the screen parts and wherein the screening parts prevent the unintentional loss of the cable and/or line from the cable holder , characterized in that a) the support part comprises a pointed securing part by means of which the cable holder is securable on a securing surface such that the cable holder and the securing surface are only connectable to each other via a number of point contacts; b) a V shape is provided in the support part of the wires at regular distances. a) the support part comprises a pointed securing part by means of which the cable holder is securable on a securing surface such that the cable holder and the securing surface are only connectable to each other via a number of point contacts; b) a V shape is provided in the support part of the wires at regular distances.
A process for preparing a substrate comprising a first oxide ceramic successively comprising: a) a step of contacting with a ion exchange resin an aqueous solution comprising one or more chemical elements, called first chemical element(s), for being contained in the first oxide ceramic, and one or more chemical elements, called second chemical element(s), for being contained in a second oxide ceramic, said first chemical element(s) and said second chemical element(s) being in ionic form, whereby said first chemical element(s) and said second chemical element(s) remain attached to the resin by ion exchange; b) a step of heat treating said resin under oxidising atmosphere to form a mixture comprising said first oxide ceramic and said second oxide ceramic; c) a step of selectively removing said second oxide ceramic, whereby the substrate comprising a first oxide ceramic remains. a) a step of contacting with a ion exchange resin an aqueous solution comprising one or more chemical elements, called first chemical element(s), for being contained in the first oxide ceramic, and one or more chemical elements, called second chemical element(s), for being contained in a second oxide ceramic, said first chemical element(s) and said second chemical element(s) being in ionic form, whereby said first chemical element(s) and said second chemical element(s) remain attached to the resin by ion exchange; b) a step of heat treating said resin under oxidising atmosphere to form a mixture comprising said first oxide ceramic and said second oxide ceramic; c) a step of selectively removing said second oxide ceramic, whereby the substrate comprising a first oxide ceramic remains.
A method of manufacturing a data carrier, the data carrier comprising a ceramic substrate having first and second opposite surfaces and a thickness of at most 500 μm, wherein the first surface of the substrate is coated with a first coating, the material of the first coating being different from the material of the ceramic substrate, wherein the first coating comprises a plurality of laser-ablated recesses encoding information; wherein the method comprises the following steps: providing a ceramic substrate; coating the first surface of the substrate with a first coating by physical vapor deposition or chemical vapor deposition; and generating a plurality of recesses in the first coating by means of laser ablation, wherein the laser-ablated recesses are generated by a picosecond or a femtosecond pulse laser; wherein the data carrier is tempered after the coating process at a temperature of at least 200°C to achieve a sintered interface between the substrate and the first coating to enhance the bond between the substrate and the first coating. providing a ceramic substrate; coating the first surface of the substrate with a first coating by physical vapor deposition or chemical vapor deposition; and generating a plurality of recesses in the first coating by means of laser ablation, wherein the laser-ablated recesses are generated by a picosecond or a femtosecond pulse laser; wherein the data carrier is tempered after the coating process at a temperature of at least 200°C to achieve a sintered interface between the substrate and the first coating to enhance the bond between the substrate and the first coating.
Cysteamine, a pharmaceutical formulation comprising cysteamine, or a pharmaceutically acceptable salt of cysteamine for use in a method of treating a lung disease, the method comprising administering to a patient in need thereof cysteamine bi-daily as two sub-doses, each sub-dose in the range of from 400 to 1000mg.
A power generating system , comprising: a housing containing water; a convertible piston (g) positioned in the housing , wherein the convertible piston (g) is movable in the water contained in the water housing to displace an amount of the water, wherein said convertible piston (g) comprises at least one ballast , a weighted portion , and an inflatable bladder ; wherein the convertible piston (g) is movable, in part, by gravity and by buoyancy; a first power generation stage to receive an amount of displaced water displaced by the convertible piston (g) to create a first amount of electrical power; a second power generation stage in fluid communication with the first power generation stage , wherein the second power generation stage receives water outputted by the first power generation stage to create a second amount of electrical power; and a third power generation stage in fluid communication with the first and second power generation stages , wherein the third power generation stage receives water outputted by the first and second power generation stages to create a third amount of electrical power. a housing containing water; a convertible piston (g) positioned in the housing , wherein the convertible piston (g) is movable in the water contained in the water housing to displace an amount of the water, wherein said convertible piston (g) comprises at least one ballast , a weighted portion , and an inflatable bladder ; wherein the convertible piston (g) is movable, in part, by gravity and by buoyancy; a first power generation stage to receive an amount of displaced water displaced by the convertible piston (g) to create a first amount of electrical power; a second power generation stage in fluid communication with the first power generation stage , wherein the second power generation stage receives water outputted by the first power generation stage to create a second amount of electrical power; and a third power generation stage in fluid communication with the first and second power generation stages , wherein the third power generation stage receives water outputted by the first and second power generation stages to create a third amount of electrical power.
Method for efficiently and individually encrypting control commands for single terminals, having the steps of: - providing a set of control commands by means of a telecommunication network; - identifying a subset of the control commands that provide a safety-critical functionality; and - encrypting just the subset of control commands, wherein the encryption is effected on the basis of a terminal identifier of a terminal that provides the set of control commands to a further terminal. - providing a set of control commands by means of a telecommunication network; - identifying a subset of the control commands that provide a safety-critical functionality; and - encrypting just the subset of control commands, wherein the encryption is effected on the basis of a terminal identifier of a terminal that provides the set of control commands to a further terminal.
A stopper structure for restricting relative rotation between an arm of an articulated robot and a mechanical element by a predetermined angle or more, the stopper structure comprising: a protrusion suitable to be provided on one of the arm and the mechanical element ; a stopper suitable to be inserted into a hole formed in the other one of the arm and the mechanical element , while being suitable to be partially exposed from the hole ; and a retaining plate that biases the stopper to prevent the stopper from being removed from the hole , wherein the stopper includes: a block made of an elastic resin; and a metal surface plate that has a bent cross-section, and is provided on a surface of the block along a front side on which the stopper comes into contact with the protrusion . a protrusion suitable to be provided on one of the arm and the mechanical element ; a stopper suitable to be inserted into a hole formed in the other one of the arm and the mechanical element , while being suitable to be partially exposed from the hole ; and a retaining plate that biases the stopper to prevent the stopper from being removed from the hole , wherein the stopper includes: a block made of an elastic resin; and a metal surface plate that has a bent cross-section, and is provided on a surface of the block along a front side on which the stopper comes into contact with the protrusion . a block made of an elastic resin; and a metal surface plate that has a bent cross-section, and is provided on a surface of the block along a front side on which the stopper comes into contact with the protrusion .
A medical device comprising: an elongate element having a first end and a second end ; and an embolic filter assembly comprising a frame having an attachment section , a capture section distal to the attachment section , and an intermediate section between the attachment section and the capture section , the attachment section of the embolic filter assembly being coupled to the elongate element at one of the first and second ends , wherein the intermediate section is adapted to allow for relative articulation between the capture section of the frame and the attachment section of the frame, and wherein the intermediate section of the frame is tubular and the attachment section , the capture section , and the intermediate section are formed of the same material. an elongate element having a first end and a second end ; and an embolic filter assembly comprising a frame having an attachment section , a capture section distal to the attachment section , and an intermediate section between the attachment section and the capture section , the attachment section of the embolic filter assembly being coupled to the elongate element at one of the first and second ends , wherein the intermediate section is adapted to allow for relative articulation between the capture section of the frame and the attachment section of the frame, and wherein the intermediate section of the frame is tubular and the attachment section , the capture section , and the intermediate section are formed of the same material.
The method of manufacturing of an insulation component for electric applications made of cellulosic material using a mold being preprepared for the insulation component ; the method having a step in which a wet sheet of cellulose pulp is deposited on the mold and comprises the step of modeling a shell of a raw insulation component by pressing the wet sheet of the cellulose pulp to external surface of the mold in order to map the shape of the mold into a shell of the raw insulation component , having a step of drying the shell of the raw component , step of removing the shell of the raw component from the mold and step of machining of the dried shell of the raw component into the final shape of the insulation component ; characterized in that in the step of pre-preparing the mold , only a non-metallic material is used to form the mold , the mold is manufactured in any additive manufacturing process and has a bulky like structure with an open-like porous structure or a lattice-like structure in any form, or structure being their combination which structure is adapted to be non-permeable for cellulosic material in the form of wet sheet made of unbleached cellulose kraft pulp during the step of forming and drying the shell of the raw component , and the step of drying the shell of the raw component is performed by using an external microwave sources of heat.
An emission control system for treatment of an exhaust gas stream, comprising: an SCR catalyst unit in fluid communication with an exhaust gas stream; and an ammonia generation system adapted to provide ammonia for injection into the exhaust gas stream and comprising a reservoir containing ammonium hydroxide and an ammonia injector , wherein the reservoir is in fluid communication with the ammonia injector and the ammonia injector is in fluid communication with the exhaust gas stream upstream of the SCR catalyst unit ; wherein the emission control system is characterized in that the reservoir is in fluid communication with a windshield fluid tank such that a solution of ammonium hydroxide reduced in ammonia concentration can be purged from the reservoir . an SCR catalyst unit in fluid communication with an exhaust gas stream; and an ammonia generation system adapted to provide ammonia for injection into the exhaust gas stream and comprising a reservoir containing ammonium hydroxide and an ammonia injector , wherein the reservoir is in fluid communication with the ammonia injector and the ammonia injector is in fluid communication with the exhaust gas stream upstream of the SCR catalyst unit ; wherein the emission control system is characterized in that the reservoir is in fluid communication with a windshield fluid tank such that a solution of ammonium hydroxide reduced in ammonia concentration can be purged from the reservoir .
A vessel handling system, comprising: a vessel having a wall forming a hollow body portion to receive a flowable medium and having a neck portion with an opening configured for the flowable medium to be filled into the hollow body and to be dispensed out of the vessel ; a holding part having attachment means configured for mounting the holding part to the vessel and having circumferential engagement means with an outer contour configured to protrude from the wall of the vessel when the holding part is mounted on the vessel , the circumferential engagement means comprising at least one lower surface ; a gripper having a fixture configured for mounting the gripper at a tool flange of a robotic device , the gripper further having a receptacle with at least one upper surface , the receptacle is configured to accommodate the circumferential engagement means of the holding part , when the gripper is carrying the holding part together with the vessel while the lower surface of the circumferential engagement means of the holding part being supported by the upper surface of the receptacle of the gripper . a vessel having a wall forming a hollow body portion to receive a flowable medium and having a neck portion with an opening configured for the flowable medium to be filled into the hollow body and to be dispensed out of the vessel ; a holding part having attachment means configured for mounting the holding part to the vessel and having circumferential engagement means with an outer contour configured to protrude from the wall of the vessel when the holding part is mounted on the vessel , the circumferential engagement means comprising at least one lower surface ; a gripper having a fixture configured for mounting the gripper at a tool flange of a robotic device , the gripper further having a receptacle with at least one upper surface , the receptacle is configured to accommodate the circumferential engagement means of the holding part , when the gripper is carrying the holding part together with the vessel while the lower surface of the circumferential engagement means of the holding part being supported by the upper surface of the receptacle of the gripper .
A heat exchanger system for thermochemical storage and release, comprising a thermal exchange circuit formed by circuit walls with a heat exchanger fluid, the circuit further in thermal connection with a thermochemical module, the thermochemical module comprising; a thermochemical material that stores and releases heat by a thermochemical exchange process under release or binding of a sorbate, a multitude of largely parallel oriented fibers , and a planar structure of thermoconductive strips that extend between the fibers and the circuit walls and that thermomechanically connect the circuit walls to the thermochemical material, wherein the fibers comprise a porous wall that defines a first channel that comprises thermochemical material that stores and releases heat by a thermochemical exchange process under release or binding of a sorbate , wherein the multitude of largely parallel oriented fibers are kept parallel to the thermoconductive strips, and wherein a multitude of second channels is formed in the complementary space between the fibers, to provide an exchange of the sorbate to the thermochemical material via the porous wall to the second channels, said second channels connected to an exhaust.