mhurhangee/ep-ind-claims huggingface dataset:
Portable pulley block, comprising a pulley, which is rotatably placed on an axle, which is embedded within a casing, which is formed of two parallel parts (31, 32), which are at appropriate distance apart from said pulley detachably connectable with each other by means of a connecting member, which is at appropriate distance apart from the pulley optionally insertable through a bore (310, 320) in each of said parts (31, 32) of the casing and in the inserted state protected against undesired removal, characterized in that each of said parts (31, 32) of the casing is formed of a reinforcing grid consisting of a metallic material as well as of a liner consisting of a non-metallic material, by which said reinforcing grid is coated at least over the majority of the external surface which is faced away from the pulley, wherein said reinforcing grid comprises a bearing area, which is formed of - a primary bearing ring furnished with a bore adapted to receive said axle of the pulley block; - a secondary bearing ring, which is arranged at a sufficient distance apart from the circumference of said pulley and is furnished with a bore adapted to receive said connecting member; and - a pair of longitudinal bearing strips (335', 335"), which are parallel spaced apart from each other and by means of which said primary and secondary bearing ring (331, 334) are firmly interconnected; as well as of a protecting ring, by which said primary bearing ring is concentrically surrounded and firmly interconnected by means of a plurality of radial spokes, wherein the outer diameter of said protecting ring is larger than the diameter of the pulley; and moreover also of a pair of external spokes (336', 336"), which each per se extend tangentially with respect to said protecting ring towards the secondary bearing ring, namely towards the junction between the last and each belonging longitudinal bearing strip (335', 335") of the bearing area of the reinforcing grid of the pulley block. - a primary bearing ring furnished with a bore adapted to receive said axle of the pulley block; - a secondary bearing ring, which is arranged at a sufficient distance apart from the circumference of said pulley and is furnished with a bore adapted to receive said connecting member; and - a pair of longitudinal bearing strips (335', 335"), which are parallel spaced apart from each other and by means of which said primary and secondary bearing ring (331, 334) are firmly interconnected;
A method of generating a consolidated sum alarm for alarms of a Process Control, PC, system for an industrial plant described by a configuration description, comprising - identifying alarms from the configuration description, - assigning each identified alarm to a plant level, - assigning, based on an alarm type retrieved from the configuration description, each identified alarm to an alarm category, - deriving a consolidated sum alarm per alarm category and at a particular plant level from all alarms assigned to the alarm category and assigned to the particular plant level or to any plant level below. - identifying alarms from the configuration description, - assigning each identified alarm to a plant level, - assigning, based on an alarm type retrieved from the configuration description, each identified alarm to an alarm category, - deriving a consolidated sum alarm per alarm category and at a particular plant level from all alarms assigned to the alarm category and assigned to the particular plant level or to any plant level below.
Inductor, in particular for magnetically coupled energy transfer, with - a coil carrier, - a first coil arranged on the coil carrier for energy transfer in a first power range that has a first outer diameter D 1, - a second coil arranged on the coil carrier for energy transfer in a second power range that has a second outer diameter D 2, wherein the second outer diameter D 2 is larger than the first outer diameter D 1, - a third coil arranged on the coil carrier that has an outer diameter D 3 that is larger than the outer diameter D 2,a magnetic core that surrounds a longitudinal center axis (M 1) of the first coil, characterized by a control unit that is designed such that the first coil and the second coil are operated exclusively independently of one another, in other words not simultaneously, and that the third coil is operated exclusively together with the second coil. - a coil carrier, - a first coil arranged on the coil carrier for energy transfer in a first power range that has a first outer diameter D 1, - a second coil arranged on the coil carrier for energy transfer in a second power range that has a second outer diameter D 2, wherein the second outer diameter D 2 is larger than the first outer diameter D 1, - a third coil arranged on the coil carrier that has an outer diameter D 3 that is larger than the outer diameter D 2,a magnetic core that surrounds a longitudinal center axis (M 1) of the first coil,
Laminating device for affixing a film on a substrate whereby the film and/or the substrate are provided with a coat of hot-melt adhesive, whereby the laminating device is provided with: • a base and a plate that is movable vertically with respect to the base and which together with the base forms a space in which the substrate, together with the film to be laminated affixed against it, can be introduced; • means to lift the plate upwards and lower it again to a rest position in which the plate can rest on a substrate with a film to be laminated that is in the space between the plate and the base; • a heating element for heating the plate and/or the base to a temperature that is above the melting temperature of the hot-melt adhesive; and • an input and output for the entry and exit of the substrate together with the film to be laminated to and from the space between the base and the plate, characterised in that it is provided with a U-shaped slot, formed by a base element and two wall elements, whereby the base element and/or the wall elements are arranged to be heated. • a base and a plate that is movable vertically with respect to the base and which together with the base forms a space in which the substrate, together with the film to be laminated affixed against it, can be introduced; • means to lift the plate upwards and lower it again to a rest position in which the plate can rest on a substrate with a film to be laminated that is in the space between the plate and the base; • a heating element for heating the plate and/or the base to a temperature that is above the melting temperature of the hot-melt adhesive; and • an input and output for the entry and exit of the substrate together with the film to be laminated to and from the space between the base and the plate,
A Mobile Station, MS, for a GERAN system, the MS being arranged (705, 710, 750, 730) to: receive bursts from a Base Transceiver Station, a BTS, each of said received bursts being modulated with a modulation type chosen from one of a number of modulation types, identify the received bursts from the BTS which comprise information for the MS by identifying if a Training Sequence Code, a TSC, comprised in each of the received bursts, corresponds to one of a first TSC and a second TSC assigned to the MS, the first TSC and the second TSC being used for at least one of the number of said modulation types to identify the received bursts from the BTS, wherein the first TSC is also assigned to a legacy MS, the legacy MS being assigned only the first TSC, and use the first TSC for successful reception of part of a burst of the received bursts wherein other part of the burst of the received bursts is intended for the legacy MS. receive bursts from a Base Transceiver Station, a BTS, each of said received bursts being modulated with a modulation type chosen from one of a number of modulation types, identify the received bursts from the BTS which comprise information for the MS by identifying if a Training Sequence Code, a TSC, comprised in each of the received bursts, corresponds to one of a first TSC and a second TSC assigned to the MS, the first TSC and the second TSC being used for at least one of the number of said modulation types to identify the received bursts from the BTS, wherein the first TSC is also assigned to a legacy MS, the legacy MS being assigned only the first TSC, and use the first TSC for successful reception of part of a burst of the received bursts wherein other part of the burst of the received bursts is intended for the legacy MS.
A method for manufacturing a crystalline silicon solar cell module, comprising: a) providing a solar cell module to be laminated, wherein the solar cell module to be laminated comprises a back plate, a first bonding layer, a crystalline silicon solar cell component, a second bonding layer and a top plate which are in contact in sequence; wherein the crystalline silicon solar cell component is a cell string formed by connecting a plurality of crystalline silicon solar cells; b) laminating the solar cell module to be laminated under a condition of current injection with a temperature of 120∼200 degrees Celsius, to obtain a laminated solar cell module; and c) installing a frame and a junction box on the laminated solar cell module, to obtain a crystalline silicon solar cell module, characterized in that the cell string is manufactured by: performing an annealing process on crystalline silicon solar cells, wherein a temperature for the annealing process is 150∼300 degrees Celsius, and a duration of the annealing process is 15~40min; detecting cell efficiencies of the crystalline silicon solar cells; and soldering a plurality of crystalline silicon solar cells with cell efficiencies within a predetermined range, to obtain the cell string. a) providing a solar cell module to be laminated, wherein the solar cell module to be laminated comprises a back plate, a first bonding layer, a crystalline silicon solar cell component, a second bonding layer and a top plate which are in contact in sequence; wherein the crystalline silicon solar cell component is a cell string formed by connecting a plurality of crystalline silicon solar cells; b) laminating the solar cell module to be laminated under a condition of current injection with a temperature of 120∼200 degrees Celsius, to obtain a laminated solar cell module; and c) installing a frame and a junction box on the laminated solar cell module, to obtain a crystalline silicon solar cell module, performing an annealing process on crystalline silicon solar cells, wherein a temperature for the annealing process is 150∼300 degrees Celsius, and a duration of the annealing process is 15~40min; detecting cell efficiencies of the crystalline silicon solar cells; and soldering a plurality of crystalline silicon solar cells with cell efficiencies within a predetermined range, to obtain the cell string.
An exhaust system, with - an exhaust pipe through which exhaust flows in a direction of flow, which has a pipe wall, - a flange, which is arranged in the pipe wall and which has a through-opening provided with an internal thread, - a gas sensor, especially a particle sensor, which is provided to sense the concentration of soot particles contained in the exhaust, and which has a housing thread portion provided with an external thread, which portion is screwed into the through-opening, wherein - an annular gap exists between a radial outer side of the housing thread portion and an inner peripheral portion of the through-opening which protrudes into the interior of the exhaust pipe, characterised in that the flange has a flow guidance element which extends merely over a downstream partial periphery of the housing thread portion and which is provided to limit or largely to prevent an airflow around the gas sensor in the annular gap. - an exhaust pipe through which exhaust flows in a direction of flow, which has a pipe wall, - a flange, which is arranged in the pipe wall and which has a through-opening provided with an internal thread, - a gas sensor, especially a particle sensor, which is provided to sense the concentration of soot particles contained in the exhaust, and which has a housing thread portion provided with an external thread, which portion is screwed into the through-opening, wherein - an annular gap exists between a radial outer side of the housing thread portion and an inner peripheral portion of the through-opening which protrudes into the interior of the exhaust pipe, characterised in that the flange has a flow guidance element which extends merely over a downstream partial periphery of the housing thread portion and which is provided to limit or largely to prevent an airflow around the gas sensor in the annular gap.
A crankcase ventilation system for an internal combustion engine comprising a crankcase, the system comprising: - a first filter arrangement arranged for cleaning a crankcase gas generated during operation of the engine, the first filter arrangement comprising a filter element being of an oleophobic type and provided for cleaning the crankcase gas, and - a temperature altering device adapted for cooling the crankcase gas towards a desired temperature, at which the first filter arrangement is adapted for an efficient cleaning, characterized in that the temperature altering device cools the crankcase gas to between 250 - 320 degrees C once the crankcase gas reaches the first filter arrangement. - a first filter arrangement arranged for cleaning a crankcase gas generated during operation of the engine, the first filter arrangement comprising a filter element being of an oleophobic type and provided for cleaning the crankcase gas, and - a temperature altering device adapted for cooling the crankcase gas towards a desired temperature, at which the first filter arrangement is adapted for an efficient cleaning,
An electronic device comprising a back cover, wherein the back cover comprises: a transparent cover plate; an electrochromic film layer, wherein the electrochromic film layer and the transparent cover plate are laminated; and a shielding part, wherein the shielding part is disposed between an edge part of the electrochromic film layer and the transparent cover plate, characterized in that a thickness of the shielding part is less than 4 microns. a transparent cover plate; an electrochromic film layer, wherein the electrochromic film layer and the transparent cover plate are laminated; and a shielding part, wherein the shielding part is disposed between an edge part of the electrochromic film layer and the transparent cover plate, characterized in that a thickness of the shielding part is less than 4 microns.
A monoclonal or recombinant antibody or fragment thereof for a TSH receptor, which antibody or fragment thereof is capable of binding to a TSH receptor so as to stimulate the TSH receptor, which monoclonal or recombinant antibody or fragment thereof comprises: an antibody heavy chain encoded by a polynucleotide sequence comprising CDR I, CDR II, and CDR III as shown in Figure 30 paired with an antibody light chain encoded by a polynucleotide sequence comprising CDR I, CDR II, and CDR III as shown in Figure 32 to provide an antibody binding site comprising both said heavy and light chains; or an antibody heavy chain encoded by a polynucleotide sequence comprising CDR I, CDR II, and CDR III as shown in Figure 34 paired with an antibody light chain encoded by a polynucleotide sequence comprising CDR I, CDR II, and CDR III as shown in Figure 36 to provide an antibody binding site comprising both said heavy and light chains; or an antibody heavy chain encoded by a polynucleotide sequence comprising GDR I, GDR II, and GDR III as shown in Figure 38 paired with an antibody light chain encoded by a polynucleotide sequence comprising CDR I, CDR II, and CDR III as shown in Figure 40 to provide an antibody binding site comprising both said heavy and light chains.
A switching device (200, 300) comprising at least: - contact arm structures (301, 302, 303); - a pole unit (201, 304A, 304B, or 304C) comprising an upper pole head and a lower pole head, wherein the upper pole head and the lower pole head are operably connected to the respective contact arm structures (301, 302, 303); - two ventilating connector units each physically disposable between the pole unit (201, 304A, 304B, or 304C) and the respective contact arm structures (301, 302, 303), characterized in that: each of the upper pole head and the lower pole head comprises a protrusion, the first ventilating connector unit is affixed to the upper pole head such that the protrusion at least partially accommodates the first ventilating connector unit there-within, and the second ventilating connector unit is affixed to the lower pole head such that the protrusion at least partially accommodates the second ventilating connector unit there-within. - contact arm structures (301, 302, 303); - a pole unit (201, 304A, 304B, or 304C) comprising an upper pole head and a lower pole head, wherein the upper pole head and the lower pole head are operably connected to the respective contact arm structures (301, 302, 303); - two ventilating connector units each physically disposable between the pole unit (201, 304A, 304B, or 304C) and the respective contact arm structures (301, 302, 303), each of the upper pole head and the lower pole head comprises a protrusion, the first ventilating connector unit is affixed to the upper pole head such that the protrusion at least partially accommodates the first ventilating connector unit there-within, and the second ventilating connector unit is affixed to the lower pole head such that the protrusion at least partially accommodates the second ventilating connector unit there-within.
A balloon catheter comprising: a balloon having a proximal end attached to a distal portion of an outer tubular assembly and a distal portion attached to a distal portion of an inner tubular assembly coaxially inserted within a lumen of the outer tubular assembly; characterized by said outer tubular assembly and said inner tubular assembly being reinforced, and an inflation plug substantially locking a distal portion of the outer tubular assembly longitudinally relative to the inner tubular assembly, wherein the inflation plug comprises one or more passages for fluid communication between the lumen of the outer tubular assembly and an interior volume of the balloon. a balloon having a proximal end attached to a distal portion of an outer tubular assembly and a distal portion attached to a distal portion of an inner tubular assembly coaxially inserted within a lumen of the outer tubular assembly; characterized by said outer tubular assembly and said inner tubular assembly being reinforced, and an inflation plug substantially locking a distal portion of the outer tubular assembly longitudinally relative to the inner tubular assembly, wherein the inflation plug comprises one or more passages for fluid communication between the lumen of the outer tubular assembly and an interior volume of the balloon.
A method for charging an electrical device with a charger via a data interface, the data interface comprising at least a first data line (D+) and a second data line (D-) for coupling the charger and the electrical device, the method comprising: - coupling the charger and the electrical device through the first and second data lines (D+, D-), and - exchanging predetermined information between the charger and the electrical device via the first and second data lines, characterized by - supplying a charging current to at least one of the first and second data lines (D+, D-) by the charger in response to the exchanged predetermined information. - coupling the charger and the electrical device through the first and second data lines (D+, D-), and - exchanging predetermined information between the charger and the electrical device via the first and second data lines, - supplying a charging current to at least one of the first and second data lines (D+, D-) by the charger in response to the exchanged predetermined information.
A multi-layered cosmetic composition suitable for topical application, comprising: i) an oil layer comprising at least about 50% by weight of the composition of natural oil; and ii) an aqueous layer, comprising: a) from 0.01% to 0.25% by weight of the composition of sodium hualuronate; and b) from 0.01% to 0.25% by weight of the composition of xanthan gum; wherein the multi-layered cosmetic composition is free of surfactant. i) an oil layer comprising at least about 50% by weight of the composition of natural oil; and ii) an aqueous layer, comprising: a) from 0.01% to 0.25% by weight of the composition of sodium hualuronate; and b) from 0.01% to 0.25% by weight of the composition of xanthan gum; a) from 0.01% to 0.25% by weight of the composition of sodium hualuronate; and b) from 0.01% to 0.25% by weight of the composition of xanthan gum;
Cooktop with an operating device and with a cooktop plate, wherein - the operating device includes the cooktop plate, above which plate operation by an operator takes place, - below the cooktop plate an optical transmitter device for beams of light and an optical receiver device for beams of light and optical deflector means for the beams of light (30, 31) between the lower side of the cooktop plate and the transmitter device and/or the receiver device are provided, - the beams of light of the transmitter device above the cooktop plate are reflected by the operator with a light path which is redirected through the cooktop plate and towards the receiver device, - the optical deflector means are designed as means for collimating of beams of light, characterized in that - the beams of light of the transmitter device in the light path behind the means for collimating pass through the cooktop plate collimated with the same angle, - the operating device includes an operating element which is mounted on the upper side of the cooktop plate to be rotatable and/or shiftable, - the operating element includes translucent light channels from a lower side to an upper side or a lateral side, - the beams of light pass through the operating element. - the operating device includes the cooktop plate, above which plate operation by an operator takes place, - below the cooktop plate an optical transmitter device for beams of light and an optical receiver device for beams of light and optical deflector means for the beams of light (30, 31) between the lower side of the cooktop plate and the transmitter device and/or the receiver device are provided, - the beams of light of the transmitter device above the cooktop plate are reflected by the operator with a light path which is redirected through the cooktop plate and towards the receiver device, - the optical deflector means are designed as means for collimating of beams of light, - the beams of light of the transmitter device in the light path behind the means for collimating pass through the cooktop plate collimated with the same angle, - the operating device includes an operating element which is mounted on the upper side of the cooktop plate to be rotatable and/or shiftable, - the operating element includes translucent light channels from a lower side to an upper side or a lateral side, - the beams of light pass through the operating element.