mhurhangee/patent-ind-claim-en huggingface dataset:
AN IONIC ELECTRIC POWER STATION comprising • cells that generate electricity using sea water or salt water as an electrolyte , • a deposit outside the cell for the electrolyte, • an electrolyte measuring and dosing device , • a water inlet in the cell and in a tank , • a discharge pipe for a water outlet in the cell and the tank , • a pump to drive the electrolyte from the tank to the generating cells, • wherein the cells are connected in series and interconnected in parallel , characterized in that it further comprises • a deposit of sodium chloride (NaCI) sea salt , • a filter for the electrolyte ; • a container cabinet for the cells and other elements , wherein removable trays in the cabinet containing the cells; • accumulator batteries for the surplus electricity produced , • an electronic module for charging the batteries and current transfer to the mains, • a direct current to alternating current converter module , • a general panel for differential electrical protection and a thermal magnet, and • an output connection for the power supply ; and wherein the electrolyte comprises percentages of Sulfuric Acid (H 2 SO 4 ). • cells that generate electricity using sea water or salt water as an electrolyte , • a deposit outside the cell for the electrolyte, • an electrolyte measuring and dosing device , • a water inlet in the cell and in a tank , • a discharge pipe for a water outlet in the cell and the tank , • a pump to drive the electrolyte from the tank to the generating cells, • wherein the cells are connected in series and interconnected in parallel , characterized in that it further comprises • a deposit of sodium chloride (NaCI) sea salt , • a filter for the electrolyte ; • a container cabinet for the cells and other elements , wherein removable trays in the cabinet containing the cells; • accumulator batteries for the surplus electricity produced , • an electronic module for charging the batteries and current transfer to the mains, • a direct current to alternating current converter module , • a general panel for differential electrical protection and a thermal magnet, and • an output connection for the power supply ; and wherein the electrolyte comprises percentages of Sulfuric Acid (H 2 SO 4 ).
A drying method comprising: a step (#101) of heating a battery provided in a drying chamber to a predetermined temperature, the predetermined temperature being a temperature that does not exceed a heat-resistant temperature of a material that constitutes the battery ; a step (#103) of increasing an air pressure inside the drying chamber to a predetermined air pressure that is higher than an atmospheric pressure, while the battery is at the predetermined temperature; and a step (#104) of decreasing the air pressure inside the drying chamber to be lower than the predetermined air pressure; characterized in that the step (#103) of increasing an air pressure inside the drying chamber and the step (#104) of decreasing the air pressure inside the drying chamber are alternately performed for plural times under the predetermined temperature. a step (#101) of heating a battery provided in a drying chamber to a predetermined temperature, the predetermined temperature being a temperature that does not exceed a heat-resistant temperature of a material that constitutes the battery ; a step (#103) of increasing an air pressure inside the drying chamber to a predetermined air pressure that is higher than an atmospheric pressure, while the battery is at the predetermined temperature; and a step (#104) of decreasing the air pressure inside the drying chamber to be lower than the predetermined air pressure; characterized in that the step (#103) of increasing an air pressure inside the drying chamber and the step (#104) of decreasing the air pressure inside the drying chamber are alternately performed for plural times under the predetermined temperature.
A left ventricular leadless pacing device, comprising: one or more electrodes to sense a cardiac signal; an electromechanical sensor to sense an electromechanical signal; and a processor configured to determine an intrinsic P-wave of the sensed cardiac signal, determine an intrinsic electromechanical atrioventricular interval in response to the sensed intrinsic P-wave, deliver ventricular pacing via the one or more electrodes, determine a ventricular pacing (V-pace) event in response to the delivered ventricular pacing, determine a V-pace to electromechanical response interval in response to the V-pace event, determine whether capture is detected in response to the intrinsic electromechanical atrioventricular interval and the V-pace to electromechanical response interval, and determine a pacing parameter in response to determining whether capture is detected. one or more electrodes to sense a cardiac signal; an electromechanical sensor to sense an electromechanical signal; and a processor configured to determine an intrinsic P-wave of the sensed cardiac signal, determine an intrinsic electromechanical atrioventricular interval in response to the sensed intrinsic P-wave, deliver ventricular pacing via the one or more electrodes, determine a ventricular pacing (V-pace) event in response to the delivered ventricular pacing, determine a V-pace to electromechanical response interval in response to the V-pace event, determine whether capture is detected in response to the intrinsic electromechanical atrioventricular interval and the V-pace to electromechanical response interval, and determine a pacing parameter in response to determining whether capture is detected.
A semiconductor device comprising: a semiconductor element comprising a substrate, a semiconductor element structure provided on the substrate, and a p-electrode and an n-electrode provided on the semiconductor element structure; a base body on which the semiconductor element is disposed; a conductive adhesive member having a marginal portion , the conductive adhesive member being electrically connecting the p-electrode and the n-electrode to the base body ; and a sealing member provided to cover the semiconductor element on an upper surface of the base body , wherein the conductive adhesive member contains particles selected from a group of (i) surface-treated particles having a particle diameter of 1 nm or more and 50 nm or less and (ii) particles that coexist with a dispersing agent, and wherein a shape of the particles is a spherical shape, characterized in that the particles are unevenly distributed in the conductive adhesive member in such a manner that at least a part of the marginal portion is a region where the particles exist in higher density, compared to a region except for the at least a part of the marginal portion , the particles existing at an outer periphery of the marginal portion . a semiconductor element comprising a substrate, a semiconductor element structure provided on the substrate, and a p-electrode and an n-electrode provided on the semiconductor element structure; a base body on which the semiconductor element is disposed; a conductive adhesive member having a marginal portion , the conductive adhesive member being electrically connecting the p-electrode and the n-electrode to the base body ; and a sealing member provided to cover the semiconductor element on an upper surface of the base body , wherein the conductive adhesive member contains particles selected from a group of (i) surface-treated particles having a particle diameter of 1 nm or more and 50 nm or less and (ii) particles that coexist with a dispersing agent, and wherein a shape of the particles is a spherical shape, characterized in that the particles are unevenly distributed in the conductive adhesive member in such a manner that at least a part of the marginal portion is a region where the particles exist in higher density, compared to a region except for the at least a part of the marginal portion , the particles existing at an outer periphery of the marginal portion .
An optical system comprising a solid-state light source module for generating a first light beam , an optical module , a reflective phosphor element , a light relay module and a light modulator which are disposed sequentially in a light path, wherein, the optical module is used for relaying the first light beam to be incident on the reflective phosphor element , and a light spot of the first light beam incident on the reflective phosphor element has a predetermined area so that the reflective phosphor element emits a second light beam in an emitting area (A2); characterized in that , the emitting area (A2) is larger than the predetermined area of the light spot due to a thickness of the reflective phosphor element , and the light relay module is used for receiving the second light beam inside a receiving range of the light relay module corresponding to a solid angle ( θ 1 ), and an Etendue (E p ) defined by the solid angle ( θ 1 ) and the emitting area (A2) is substantially identical to an Etendue (E m ) of the light modulator .
Well plate comprising a plate main body and at least one cavity in an upper side of the plate main body , - wherein an upwardly open annular channel is formed in the at least one cavity , the annular channel being delimited at an inner circumference thereof by a closed circumferential wall , characterized in - that a horizontal outer circumference of the circumferential wall decreases from bottom to top up to an upper edge of the circumferential wall , and - that , within the horizontal circumference of the circumferential wall , at its upper edge , at least two retaining elements connect upwardly to the upper edge of the circumferential wall , - wherein the at least two retaining elements are at a free horizontal distance to one another, and - wherein at least one of the at least two retaining elements is elastically supported at the plate main body in horizontal direction. - wherein an upwardly open annular channel is formed in the at least one cavity , the annular channel being delimited at an inner circumference thereof by a closed circumferential wall , - that a horizontal outer circumference of the circumferential wall decreases from bottom to top up to an upper edge of the circumferential wall , and - that , within the horizontal circumference of the circumferential wall , at its upper edge , at least two retaining elements connect upwardly to the upper edge of the circumferential wall , - wherein the at least two retaining elements are at a free horizontal distance to one another, and - wherein at least one of the at least two retaining elements is elastically supported at the plate main body in horizontal direction.
A temperature controllable textile (2; 5), comprising: two first conductive cloths (21, 23; 51, 53), each having a first metal; and a second conductive cloth (22; 52), having a second metal not identical to the first metal, the second conductive cloth (22; 52) being disposed between the two first conductive cloths (21, 23; 51, 53), the second conductive cloth (22; 52) being in contact with and electrically connected to the two first conductive cloths (21, 23; 51, 53), to form two junction portions; wherein, when a negative end and a positive end of a direct current power (V DC ) electrically connect to the two first conductive cloths (21, 23; 51, 53), respectively, the two junction portions form a cooling end and a heating end, respectively. two first conductive cloths (21, 23; 51, 53), each having a first metal; and a second conductive cloth (22; 52), having a second metal not identical to the first metal, the second conductive cloth (22; 52) being disposed between the two first conductive cloths (21, 23; 51, 53), the second conductive cloth (22; 52) being in contact with and electrically connected to the two first conductive cloths (21, 23; 51, 53), to form two junction portions; wherein, when a negative end and a positive end of a direct current power (V DC ) electrically connect to the two first conductive cloths (21, 23; 51, 53), respectively, the two junction portions form a cooling end and a heating end, respectively.
A method for remotely monitoring a mobile communication device (10-13) using a remote anomaly detection system comprising a central unit , a database and at least two detection units (310-330), wherein said mobile communication device is connectable to a cellular network, comprising the steps of - determining operational data of said mobile communication device (10-13) by a monitoring unit of the mobile communication device (10-13), - establishing a data connection between said mobile communication device (10-13) and said central unit via said cellular network, - transmitting the determined operational data from the mobile communication device (10-13) to the central unit via said cellular network, - storing the determined operational data in a pre-defined data format in the database by the central unit , - retrieving the determined operational data from said database by the at least two detection units (310-330), - detecting anomalous operational data by processing the determined operational data by the at least two detection units (310-330), wherein the at least two detection units compare the determined operational data with expected operational data, wherein said at least two detection units (310-330) provide said expected operational data based on different pre-defined algorithms (521-524), and - storing a detection result in said database by the at least two detection units (310-330). - determining operational data of said mobile communication device (10-13) by a monitoring unit of the mobile communication device (10-13), - establishing a data connection between said mobile communication device (10-13) and said central unit via said cellular network, - transmitting the determined operational data from the mobile communication device (10-13) to the central unit via said cellular network, - storing the determined operational data in a pre-defined data format in the database by the central unit , - retrieving the determined operational data from said database by the at least two detection units (310-330), - detecting anomalous operational data by processing the determined operational data by the at least two detection units (310-330), wherein the at least two detection units compare the determined operational data with expected operational data, wherein said at least two detection units (310-330) provide said expected operational data based on different pre-defined algorithms (521-524), and - storing a detection result in said database by the at least two detection units (310-330).
A cooling roller way for improving the cooling uniformity of a spinning coil, comprising a roller way body and several guiding mechanisms installed at both sides of the roller way body , wherein the guiding mechanisms at both sides of the roller way body are staggered, the roller way body is used to transport a coil , and the guiding mechanisms are used to change the running trajectory of the coil , so that overlapping points of the coil are uniformly distributed; wherein the guiding mechanism comprises a fixed seat and a guide wheel , the guide wheel is adjustable in position and is installed on the fixed seat , and the position adjustment direction of the guide wheel is staggered with the transmission direction of the roller way body ; and wherein guide plates are provided at both sides of the fixed seat .
A method for determining the absolute position of a computing device , the method comprising: obtaining, by the computing device , an image of a subset of luminaries from a plurality of luminaires located in an indoor environment; whereby a database, stored either on the computing device or on a remote server that the computing device is able to communicate with, stores information about each of a plurality of uniquely identifiable subsets of said plurality of luminaries, wherein the database includes position information for each luminaire in the plurality of luminaires ; the method characterized by comparing the subset of luminaires of the obtained image to the information in the database storing each uniquely identifiable subset of luminaires , determining a relative position of the computing device based on the comparison, and determining the absolute position of the computing device based on the determined relative position and on the corresponding position information of the luminaires of the subset of luminaires . obtaining, by the computing device , an image of a subset of luminaries from a plurality of luminaires located in an indoor environment; whereby a database, stored either on the computing device or on a remote server that the computing device is able to communicate with, stores information about each of a plurality of uniquely identifiable subsets of said plurality of luminaries, wherein the database includes position information for each luminaire in the plurality of luminaires ; the method characterized by comparing the subset of luminaires of the obtained image to the information in the database storing each uniquely identifiable subset of luminaires , determining a relative position of the computing device based on the comparison, and determining the absolute position of the computing device based on the determined relative position and on the corresponding position information of the luminaires of the subset of luminaires .
A blockchain-based method for encrypting product information, wherein the method is applied to a producer, and comprises: unidirectionally generating a production encryption key according to a unique secret code of a product; encrypting production information of the product according to the production encryption key, to generate production information encryption data; generating a production information query identifier according to the production encryption key; and writing a production information set to a blockchain, wherein the production information set comprises the production information query identifier and the production information encryption data. unidirectionally generating a production encryption key according to a unique secret code of a product; encrypting production information of the product according to the production encryption key, to generate production information encryption data; generating a production information query identifier according to the production encryption key; and writing a production information set to a blockchain, wherein the production information set comprises the production information query identifier and the production information encryption data.
A vehicle fire suppression system comprising: a centralized controller ; at least one input bus coupled to the centralized controller , the input bus providing for connecting analog and digital devices to the centralized controller; at least one output bus coupled to an extinguishment supply and an actuating device for releasing the extinguishment, the actuating device being coupled to the centralized controller ; and a manual actuating device coupled to the input bus for communication with the centralized controller to electrically signal the actuating device on the output bus to provide for manual actuation via an electrical signal, and characterized in that the centralized controller is a programmable controller including internal circuitry to detect the status of at least one of the input bus and output bus , further comprising a fire detection circuit coupled to the at least one input bus , the internal circuitry detecting the status of the at least one input bus so as to discern between: a fault condition, a sensed detection, and a manual release along the fire detection circuit depending upon a variable resistance in the internal circuitry of the programmable controller, wherein the vehicle fire suppression system comprises a detection module to couple the fire detection circuit to the centralized controller , the detection module having the internal circuitry. a centralized controller ; at least one input bus coupled to the centralized controller , the input bus providing for connecting analog and digital devices to the centralized controller; at least one output bus coupled to an extinguishment supply and an actuating device for releasing the extinguishment, the actuating device being coupled to the centralized controller ; and a manual actuating device coupled to the input bus for communication with the centralized controller to electrically signal the actuating device on the output bus to provide for manual actuation via an electrical signal, and characterized in that the centralized controller is a programmable controller including internal circuitry to detect the status of at least one of the input bus and output bus , further comprising a fire detection circuit coupled to the at least one input bus , the internal circuitry detecting the status of the at least one input bus so as to discern between: a fault condition, a sensed detection, and a manual release along the fire detection circuit depending upon a variable resistance in the internal circuitry of the programmable controller, wherein the vehicle fire suppression system comprises a detection module to couple the fire detection circuit to the centralized controller , the detection module having the internal circuitry.
Apparatus for determining and/or monitoring at least a physical or chemical process variable of a medium in a container comprising at least a sensor element , at least a housing module and at least a flange , wherein the sensor element and the flange are connected to the housing module , wherein in a first section of the flange that is in contact with the medium the flange is made from a first material, which is selected as an application-specific or customer-specific material, wherein the first material is the material from which the container is made, wherein the first section is made from a metal, characterized in that the flange is at least partially made from a plastic material in a second section , wherein said second section is at least partially in contact with the environment. wherein the sensor element and the flange are connected to the housing module , wherein in a first section of the flange that is in contact with the medium the flange is made from a first material, which is selected as an application-specific or customer-specific material, wherein the first material is the material from which the container is made, wherein the first section is made from a metal, characterized in that the flange is at least partially made from a plastic material in a second section , wherein said second section is at least partially in contact with the environment.
Truck-mounted concrete pump comprising a concrete pump assembly , wherein the concrete pump assembly comprises at least two conveying cylinders for conveying concrete and at least two hydraulic drive cylinders moving the conveying cylinders, the drive cylinders are coupled to one another in a torsion-proof manner via two connecting means arranged on their opposite sides, at least one valve block with switching members for regulating/controlling the hydraulic supply of the drive cylinders is integrated into the connecting means , and the drive cylinders and the connecting means are configured as a drive unit that can be pre-assembled, characterized in that a fixed tubing is provided between the connecting means , to connect the drive cylinders with a pump or a tank, wherein the fixed tubing is arranged parallel to the drive cylinders . the concrete pump assembly comprises at least two conveying cylinders for conveying concrete and at least two hydraulic drive cylinders moving the conveying cylinders, the drive cylinders are coupled to one another in a torsion-proof manner via two connecting means arranged on their opposite sides, at least one valve block with switching members for regulating/controlling the hydraulic supply of the drive cylinders is integrated into the connecting means , and the drive cylinders and the connecting means are configured as a drive unit that can be pre-assembled, characterized in that a fixed tubing is provided between the connecting means , to connect the drive cylinders with a pump or a tank, wherein the fixed tubing is arranged parallel to the drive cylinders .