mhurhangee/ep-ind-claims huggingface dataset:
A heat block, comprising: a body to be at least partially disposed within a heating chamber that is configured to be coupled to a regulator body of a pressure regulator; characterized in that the body includes a first plurality of apertures (406a-b), each having an inner surface, to receive a first passageway that is configured to be coupled to an inlet and an outlet of the pressure regulator; the first passageway separates a process fluid from the body; and the body is adapted to receive a heat source that provides heat to the process fluid via the body as the process fluid flows through the first plurality of apertures via the first passageway. a body to be at least partially disposed within a heating chamber that is configured to be coupled to a regulator body of a pressure regulator; characterized in that the body includes a first plurality of apertures (406a-b), each having an inner surface, to receive a first passageway that is configured to be coupled to an inlet and an outlet of the pressure regulator; the first passageway separates a process fluid from the body; and the body is adapted to receive a heat source that provides heat to the process fluid via the body as the process fluid flows through the first plurality of apertures via the first passageway.
Stretcher support to be installed in health compartments of ambulances, of the type comprising an upper surface and a lower base which can be fixed to a deck of the vehicle or ambulance compartment, wherein at least one side of the support has such a geometry as to allow the operator sitting in the ambulance to stay with his/her legs and feet in the most comfortable position while avoiding bad posture; the geometry is such as to leave a space below the upper stretcher support surface, wherein the upper surface has greater width extension than the lower base, such that a recess is defined on said at least one of the sides, allowing the positioning of the operator's feet wherein such a greater width extension defines a recess, characterized by one side of said recess having a curvature so as to connect the upper surface and the lower base of the support.
A gel composition comprising: a selective COX-2 inhibitor compound, at least one solubilizer, at least one wetting agent, at least one gel forming agent, at least one precipitating agent to bring about a pH of 5,5 - 7,5 for the gel forming agent swollen in water, at least one volatile siloxane agent at least one solvent, and a penetration enhancer, characterized in that the selective COX-2 inhibitor is present in the composition in solid particulate form and wherein the COX-2 inhibitor is coated with the volatile siloxane agent or characterized in that the selective COX-2 inhibitor is dissolved in the composition and wherein the penetration enhancer is coated with the volatile siloxane agent. a selective COX-2 inhibitor compound, at least one solubilizer, at least one wetting agent, at least one gel forming agent, at least one precipitating agent to bring about a pH of 5,5 - 7,5 for the gel forming agent swollen in water, at least one volatile siloxane agent at least one solvent, and a penetration enhancer,
A solar cell array, comprising: a plurality of solar cells attached to a substrate, wherein: the substrate includes one or more electrical connections to the solar cells; and the substrate includes one or more switches for bypassing one or more of the electrical connections to one or more of the solar cells, wherein the solar cells, one or more bypass diodes, and the switches are electrically in parallel, wherein an area of the substrate remains exposed when at least one of the solar cells having one or more cropped corners is attached to the substrate, wherein the area of the substrate that remains exposed includes at least one of the switches, wherein the solar cells are attached to the substrate such that corner regions defined by the cropped corners of adjacent ones of the solar cells are aligned, thereby exposing the area of the substrate, and wherein the at least one of the switches is located in the corner region defined by the cropped corners of adjacent ones of the solar cells. the substrate includes one or more electrical connections to the solar cells; and the substrate includes one or more switches for bypassing one or more of the electrical connections to one or more of the solar cells, wherein the solar cells, one or more bypass diodes, and the switches are electrically in parallel, wherein an area of the substrate remains exposed when at least one of the solar cells having one or more cropped corners is attached to the substrate, wherein the area of the substrate that remains exposed includes at least one of the switches, wherein the solar cells are attached to the substrate such that corner regions defined by the cropped corners of adjacent ones of the solar cells are aligned, thereby exposing the area of the substrate, and wherein the at least one of the switches is located in the corner region defined by the cropped corners of adjacent ones of the solar cells.
Self-inking stamp comprising a housing, in which a stamp unit, which is coupled to an actuation part which can be moved with respect to the housing, is mounted by means of axle parts, at least one of said axle parts being maintained in a receiving element of the actuation part which is formed in a bearing projection of the actuation part, characterized in that said bearing projection is covered by a safety frame surrounding the housing, arranged on the underside of the actuation part and connected to said actuation part for common movement.
A method for performing a measurement at a user equipment, UE (10, 1060), in a mobile communication system, the method comprising: receiving, at the UE, measurement configuration information of a discovery signal of a secondary cell; and performing, at the UE, a Radio Resource Management, RRM, measurement based on the measurement configuration information, wherein the measurement configuration information indicates a frequency of the discovery signal, a periodicity of the discovery signal, and a subframe offset of the discovery signal, wherein the frequency of the discovery signal indicates a specific frequency for which the measurement configuration information is valid, wherein the periodicity of the discovery signal indicates a periodicity of the discovery signal, wherein the subframe offset of the discovery signal indicates a specific offset of the discovery signal measurement timing configuration in a number of subframe(s), wherein the discovery signal includes cell-specific reference signal, CRS used for the RRM measurement, and wherein the secondary cell is configured to be turned off upon no active UE attached or based on a pattern. receiving, at the UE, measurement configuration information of a discovery signal of a secondary cell; and performing, at the UE, a Radio Resource Management, RRM, measurement based on the measurement configuration information, wherein the measurement configuration information indicates a frequency of the discovery signal, a periodicity of the discovery signal, and a subframe offset of the discovery signal, wherein the frequency of the discovery signal indicates a specific frequency for which the measurement configuration information is valid, wherein the periodicity of the discovery signal indicates a periodicity of the discovery signal, wherein the subframe offset of the discovery signal indicates a specific offset of the discovery signal measurement timing configuration in a number of subframe(s), wherein the discovery signal includes cell-specific reference signal, CRS used for the RRM measurement, and wherein the secondary cell is configured to be turned off upon no active UE attached or based on a pattern.
A method for immunologically assaying soluble LDL receptor relative with 11 ligand-binding repeats present in a biological sample selected from blood, plasma, serum, cerebrospinal fluid, and urine, characterized in that the method comprises treating the sample with at least one surfactant selected from among one or more sulfobetaine amphoteric surfactants and one or more amidosulfobetaine amphoteric surfactants.
A lever-type connector comprising: a housing that accommodates a contact; a wire cover that is attached to a rear surface side of the housing and that covers an electrical wire connected to the contact accommodated in the housing; and a lever formed in a U shape and having a pair of side plates and a connecting part that connects the pair of side plates to each other, wherein the lever is attached rotatably relative to the housing in a state where the lever bridges over the rear surface side of the wire cover and where both of the side plates sandwich the wire cover in the thickness direction, characterised in that the wire cover comprises a main body, which is formed to have a smaller thickness than distance between both of the side plates, a deterring section, which deters rotation of the lever and is formed to have a greater thickness than the distance between both of the side plates, and a first tapered portion, which is formed between the main body and the deterring section, the first tapered portion arranged to spread apart both of the side plates if both of the side plates are moved along the first tapered portion when removing the lever from the housing. a housing that accommodates a contact; a wire cover that is attached to a rear surface side of the housing and that covers an electrical wire connected to the contact accommodated in the housing; and a lever formed in a U shape and having a pair of side plates and a connecting part that connects the pair of side plates to each other, wherein the lever is attached rotatably relative to the housing in a state where the lever bridges over the rear surface side of the wire cover and where both of the side plates sandwich the wire cover in the thickness direction, characterised in that the wire cover comprises a main body, which is formed to have a smaller thickness than distance between both of the side plates, a deterring section, which deters rotation of the lever and is formed to have a greater thickness than the distance between both of the side plates, and a first tapered portion, which is formed between the main body and the deterring section, the first tapered portion arranged to spread apart both of the side plates if both of the side plates are moved along the first tapered portion when removing the lever from the housing.
A method of forming an integrated circuit, hereinafter IC, module with a lead frame micro-needle for a medical device, the method comprising: forming a lead frame blank including a micro-needle integrally formed therein, the micro-needle disposed inward of an outer perimeter of the lead frame blank; bending the micro-needle beyond an initial lower side of the lead frame blank (110, 111); joining the initial lower side of the lead frame blank with a protection layer such that the bent micro-needle is embedded in the protection layer, wherein the protection layer is removably attached to the initial lower side and the bent micro-needle of the lead frame blank; affixing an IC component (150, 160, 165, 170) to an upper side of the lead frame blank; and encapsulating the IC component and at least an upper surface of a core of the lead frame blank with a molding compound forming a packaging of the IC module, wherein removal of the protection layer exposes the bent micro-needle projecting away from the packaging. forming a lead frame blank including a micro-needle integrally formed therein, the micro-needle disposed inward of an outer perimeter of the lead frame blank; bending the micro-needle beyond an initial lower side of the lead frame blank (110, 111); joining the initial lower side of the lead frame blank with a protection layer such that the bent micro-needle is embedded in the protection layer, wherein the protection layer is removably attached to the initial lower side and the bent micro-needle of the lead frame blank; affixing an IC component (150, 160, 165, 170) to an upper side of the lead frame blank; and encapsulating the IC component and at least an upper surface of a core of the lead frame blank with a molding compound forming a packaging of the IC module, wherein removal of the protection layer exposes the bent micro-needle projecting away from the packaging.
A printing ink or coating composition comprising a) at least one self-crosslinking acrylic polymer, b) at least one coalescent which is an acrylic emulsion having a glass transition temperature of less than 0°C, and c) at least one silicone emulsion, wherein the self-crosslinking acrylic polymer has a glass transition temperature of greater than 0°C. a) at least one self-crosslinking acrylic polymer, b) at least one coalescent which is an acrylic emulsion having a glass transition temperature of less than 0°C, and c) at least one silicone emulsion,
A method for determining a status of an antenna panel, comprising: receiving configuration information, wherein the configuration information comprises at least one downlink signal resource set; and sending first feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned on, wherein the first feedback information is used to indicate quality of a resource in the first downlink signal resource set, and the quality of the resource in the first downlink signal resource set is obtained by measuring a downlink signal by the first antenna panel; or sending second feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned off, wherein the second feedback information is used to indicate that the first antenna panel is turned off, wherein before the sending first feedback information or second feedback information, the method further comprises: determining, based on a first mapping relationship and the first downlink signal resource set, the first antenna panel corresponding to the first downlink signal resource set, wherein the first mapping relationship is a mapping relationship between the at least one downlink signal resource set and at least one antenna panel. receiving configuration information, wherein the configuration information comprises at least one downlink signal resource set; and sending first feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned on, wherein the first feedback information is used to indicate quality of a resource in the first downlink signal resource set, and the quality of the resource in the first downlink signal resource set is obtained by measuring a downlink signal by the first antenna panel; or sending second feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned off, wherein the second feedback information is used to indicate that the first antenna panel is turned off, wherein before the sending first feedback information or second feedback information, the method further comprises: determining, based on a first mapping relationship and the first downlink signal resource set, the first antenna panel corresponding to the first downlink signal resource set, wherein the first mapping relationship is a mapping relationship between the at least one downlink signal resource set and at least one antenna panel.
A method for producing a metal-resin complex comprising: preparing a surface-etched metal alloy material; and injection-molding a resin composition on a surface of the etched metal alloy material so that the metal alloy material and the resin composition are integrated with each other, wherein the preparing of the surface-etched metal alloy material includes: (i) a primary treatment process of treating the metal alloy material with an alkaline aqueous solution to which a chelating agent is added; and (ii) a secondary treatment process of etching the metal alloy material with an acid aqueous solution to which the chelating agent and an amic acid are added. preparing a surface-etched metal alloy material; and injection-molding a resin composition on a surface of the etched metal alloy material so that the metal alloy material and the resin composition are integrated with each other, wherein the preparing of the surface-etched metal alloy material includes: (i) a primary treatment process of treating the metal alloy material with an alkaline aqueous solution to which a chelating agent is added; and (ii) a secondary treatment process of etching the metal alloy material with an acid aqueous solution to which the chelating agent and an amic acid are added. (i) a primary treatment process of treating the metal alloy material with an alkaline aqueous solution to which a chelating agent is added; and (ii) a secondary treatment process of etching the metal alloy material with an acid aqueous solution to which the chelating agent and an amic acid are added.
Positive-displacement pump comprising a pump body delimiting a rubber pressurizing chamber, and a feeder for feeding the chamber with rubber, the feeder comprising an endless screw able to rotate about a main axis with respect to the pump body, characterized in that the feeder comprises an absorption body that absorbs the pressure of the pressurizing chamber and is axially secured to the screw and distinct from the screw, the absorption body having a surface delimiting the pressurizing chamber and arranged axially in line with the screw.
A method for automatically configuring a client premises equipment, CPE, by means of the remote management protocol TR-069 and at least one automatic configuration server, ACS, the latter which is connected to said CPE device by means of an intermediate network, characterised in that it comprises - monitoring TR-069 sessions in a TR-069 handler module located in between said CPE and ACS; - modifying the downstream and upstream messages related to said TR-069 session in said TR-069 handler; such that a protocol which does not require or comprise encryption or certification at the TR-069 level can be used between the CPE and the TR-069 handler. - monitoring TR-069 sessions in a TR-069 handler module located in between said CPE and ACS; - modifying the downstream and upstream messages related to said TR-069 session in said TR-069 handler; such that a protocol which does not require or comprise encryption or certification at the TR-069 level can be used between the CPE and the TR-069 handler.
An in vitro method of evaluating a 2-hydroxyglutaric aciduria subject, the method comprising determining if the subject has an isocitrate dehydrogenase mutation having the ability to convert α-ketoglutarate to 2-hydroxyglutarate.
A system, comprising: an audio signal processing component that reshapes an audio signal via a polynomial function into audio waveform data, wherein the polynomial function comprises predetermined coefficients; an output component, coupled to the audio signal processing component, that outputs a visible representation of the audio waveform; and an editing component that manipulates audio information based on the audio waveform data; wherein the polynomial function is represented as Ax 3 + Bx 2 + Cx, wherein the predetermined coefficients comprise coefficient A equal to approximately 1.10857, coefficient B equal to approximately -3.10857, and coefficient C equal to approximately 3. an audio signal processing component that reshapes an audio signal via a polynomial function into audio waveform data, wherein the polynomial function comprises predetermined coefficients; an output component, coupled to the audio signal processing component, that outputs a visible representation of the audio waveform; and an editing component that manipulates audio information based on the audio waveform data; wherein the polynomial function is represented as Ax 3 + Bx 2 + Cx, wherein the predetermined coefficients comprise coefficient A equal to approximately 1.10857, coefficient B equal to approximately -3.10857, and coefficient C equal to approximately 3.
Electrical heating cable comprising two or more strands of metal filaments twisted or cabled together, - wherein at least one of the strands comprises a first set of metal filaments and a second set of metal filaments, both for conducting electrical current and generating heat when the heating cable is in use; - wherein the metal filaments of the first set of metal filaments comprise a steel layer; - wherein the metal filaments of the second set of metal filaments comprise a steel layer; wherein the metal filaments of the second set have an annealed microstructure; characterised in that the metal filaments of the first set have an end-drawn microstructure. - wherein at least one of the strands comprises a first set of metal filaments and a second set of metal filaments, both for conducting electrical current and generating heat when the heating cable is in use; - wherein the metal filaments of the first set of metal filaments comprise a steel layer; - wherein the metal filaments of the second set of metal filaments comprise a steel layer;
A truss system for roof or façade panelling of a building; a truss of said truss system including at least one truss segment; each said truss segment comprising a first elongate element and a second elongate element; said first and second elongate elements interconnected at intervals by a series of fish-plate assemblie, characterized in that each fish-plate assembly of said series of fish-plate assemblies comprising a pair of fish-plate (18a;18b) arranged back-to-back when in use; each fish-plate comprising a planar plate portion provided at respective upper and lower edges with flanges (42; 44) projecting outwardly and normal to an outer surface of said planar plate portion; said fish-plate assemblies engaging with respective extruded fish-plate channels of said first and second elongate elements; said fish-plate channels formed so as to retain said fish-plate assemblies by capture of said flanges when said pair of fish-plates are assembled back-to-back.
Method for determining the supply voltages ( U i) of a load with the aid of a measuring module, wherein the load is connected to a multiphase supply network with a plurality of phases (Li), wherein a voltage is measured against a common measurement potential for each of the phases (Li) and in this regard a measured voltage ( U i, mess) is determined for each phase, wherein the supply voltages ( U i) are determined from the measured voltages ( U i, mess) by means of a matrix mapping process with the aid of a correcting matrix ( M n), wherein with the aid of the correcting matrix ( M n), a potential difference for the respective supply voltage ( U i) of the respective (sub) load is corrected and compensated.
A shaving razor system comprising: a heating element for transferring heat during a shaving stroke comprising a skin contacting surface and an opposing bottom surface; and an insulating member having a first surface facing the bottom surface of the heating element and a second surface opposite the first surface, characterised in that said opposing bottom surface is defined by a perimeter wall and said insulating member is positioned within said perimeter wall. a heating element for transferring heat during a shaving stroke comprising a skin contacting surface and an opposing bottom surface; and an insulating member having a first surface facing the bottom surface of the heating element and a second surface opposite the first surface, characterised in that said opposing bottom surface is defined by a perimeter wall and said insulating member is positioned within said perimeter wall.