mhurhangee/ep-ind-claims huggingface dataset:
A smart space access method, comprising: determining, by a controller according to an obtained smart space number and current location information of the controller, that the controller enters a smart space in a smart space list stored by the controller, wherein the smart space corresponds to the smart space number; receiving, by the controller, a main mobile code that is sent by an interface server of the smart space and corresponds to the smart space, wherein the main mobile code is used to display on the controller a main service interface of all applications that can be provided by the smart space or is used to display a service reject prompt; loading and executing, by the controller, the main mobile code; displaying by the controller based on the main mobile code a main service interface of all applications that can be provided by the smart space or a service reject prompt; generating a smart space request according to a service number of a selected application; sending the smart space request to the interface server of the smart space; receiving, loading, and executing a result mobile code sent by the interface server of the smart space; and displaying a processing result of the selected application. determining, by a controller according to an obtained smart space number and current location information of the controller, that the controller enters a smart space in a smart space list stored by the controller, wherein the smart space corresponds to the smart space number; receiving, by the controller, a main mobile code that is sent by an interface server of the smart space and corresponds to the smart space, wherein the main mobile code is used to display on the controller a main service interface of all applications that can be provided by the smart space or is used to display a service reject prompt; loading and executing, by the controller, the main mobile code; displaying by the controller based on the main mobile code a main service interface of all applications that can be provided by the smart space or a service reject prompt; generating a smart space request according to a service number of a selected application; sending the smart space request to the interface server of the smart space; receiving, loading, and executing a result mobile code sent by the interface server of the smart space; and displaying a processing result of the selected application.
Heating module for a heating device, - with at least one electric heating element, which has an upper face and a lower face averted from the upper face and distanced from the upper face in a distance direction, - wherein, for at least one of the faces (6, 7), the module comprises a corresponding conductive contact sheet (12, 13) for the electric supply of the heating element, which is arranged on the corresponding face (6, 7), - wherein, for each contact sheet (12, 13), the module comprises a thermal interface (15, 16) for transferring heat generated in the heating element towards a heating area (19, 20) distanced to the contact sheet (12, 13) and arranged on the side of the thermal interface (15, 16) averted from the contact sheet (12, 13), - wherein at least one of the thermal interfaces (15, 16) is insulating and soft and the corresponding contact sheet (12, 13) is laminated on the thermal interface (15, 16), characterized in that, at least one of the at least one thermal interfaces (15, 16) comprises a recess open in distance direction, in which the corresponding contact sheet (12, 13) is laminated.. - with at least one electric heating element, which has an upper face and a lower face averted from the upper face and distanced from the upper face in a distance direction, - wherein, for at least one of the faces (6, 7), the module comprises a corresponding conductive contact sheet (12, 13) for the electric supply of the heating element, which is arranged on the corresponding face (6, 7), - wherein, for each contact sheet (12, 13), the module comprises a thermal interface (15, 16) for transferring heat generated in the heating element towards a heating area (19, 20) distanced to the contact sheet (12, 13) and arranged on the side of the thermal interface (15, 16) averted from the contact sheet (12, 13), - wherein at least one of the thermal interfaces (15, 16) is insulating and soft and the corresponding contact sheet (12, 13) is laminated on the thermal interface (15, 16),
An Ni-based superalloy having a composition, consisting of: in terms of % by mass, C: from 0.1 to 0.3%, Cr: from 8.0 to 12.0%, Mo: from 1.0 to 5.0%, Co: from 10.0 to 20.0%, Ta: from 0.01 to 1.50%, Ti: from 2.0 to 4.2%, Al: from 5.0 to 8.0%, V: from 0 to 1.5%, B: from 0.005 to 0.030%, and Zr: from 0.05 to 0.15%, with the balance being Ni and unavoidable impurities, and satisfying, in terms of atom%, Ti+Al being from 16.0 to 20.3% and Ti/Al being 0.3 or less. C: from 0.1 to 0.3%, Cr: from 8.0 to 12.0%, Mo: from 1.0 to 5.0%, Co: from 10.0 to 20.0%, Ta: from 0.01 to 1.50%, Ti: from 2.0 to 4.2%, Al: from 5.0 to 8.0%, V: from 0 to 1.5%, B: from 0.005 to 0.030%, and Zr: from 0.05 to 0.15%, Ti+Al being from 16.0 to 20.3% and Ti/Al being 0.3 or less.
A method for detecting or imaging expression of Vascular Endothelial FSH receptor (VE-FSHR) on blood vessels associated with a tumor in a patient, which method comprises administering the patient with a VE-FSHR ligand, wherein said ligand is a detectably labeled anti-VE-FSHR antibody, or detectably labeled FSH.
A method comprising: displaying a video according to a video signal on a mobile display device that is transferred in response to an alarm signal from a video server at a monitored site to the mobile display device over a wireless connection; enabling selection of a command from a user interface of the mobile display device causing sending of control signals from the mobile display device; and displaying on the mobile display device a further video according to a portion of video signal, transferred to the mobile display device 111 in response to the control signals sent from the mobile display device, said portion of video signal having been generated during a time period at least partly covering time prior to said alarm signal. displaying a video according to a video signal on a mobile display device that is transferred in response to an alarm signal from a video server at a monitored site to the mobile display device over a wireless connection; enabling selection of a command from a user interface of the mobile display device causing sending of control signals from the mobile display device; and displaying on the mobile display device a further video according to a portion of video signal, transferred to the mobile display device 111 in response to the control signals sent from the mobile display device, said portion of video signal having been generated during a time period at least partly covering time prior to said alarm signal.
A water-water type heat exchanger comprising: - a gray water exchange portion arranged to be connected, upstream, to a drain for recovering sanitary wastewater and, downstream, to a discharge duct, - a clean water exchange portion arranged to be connected, upstream, to a cold water supply network and, downstream, to a distribution tap, the heat exchanger being arranged to carry out heat transfer between the gray water exchange portion and the clean water exchange portion during a water distribution caused by an opening of the distribution tap, and thus heat a supply water to a first temperature, the heat exchanger comprising first heating means arranged to complete the heating of the supply water simultaneously with the water distribution, to heat the supply water to a second temperature higher than the first temperature, the heat exchanger comprising second heating means arranged to maintain, over a period without water distribution, the clean water exchange portion and the water contained therein to a temperature at least equal to or higher than the first temperature, characterized in that the first heating means are an electric resistor arranged to produce an energy of at least 3 kWh when it is supplied with a first supply current, and in that the second heating means are implanted around the clean water exchange portion or further comprise a potentiometer connected in series with the electrical resistor to limit the first supply current and make the electric resistor produce an energy of at most 30Wh. - a gray water exchange portion arranged to be connected, upstream, to a drain for recovering sanitary wastewater and, downstream, to a discharge duct, - a clean water exchange portion arranged to be connected, upstream, to a cold water supply network and, downstream, to a distribution tap, the heat exchanger being arranged to carry out heat transfer between the gray water exchange portion and the clean water exchange portion during a water distribution caused by an opening of the distribution tap, and thus heat a supply water to a first temperature, the heat exchanger comprising first heating means arranged to complete the heating of the supply water simultaneously with the water distribution, to heat the supply water to a second temperature higher than the first temperature, the heat exchanger comprising second heating means arranged to maintain, over a period without water distribution, the clean water exchange portion and the water contained therein to a temperature at least equal to or higher than the first temperature, characterized in that the first heating means are an electric resistor arranged to produce an energy of at least 3 kWh when it is supplied with a first supply current, and in that the second heating means are implanted around the clean water exchange portion or further comprise a potentiometer connected in series with the electrical resistor to limit the first supply current and make the electric resistor produce an energy of at most 30Wh.
A detection apparatus, comprising: a plurality of magnetic sensors (1.1-1.3) to detect an electromagnetic field produced by an object; a processing unit to process signals from said plurality of magnetic sensors (1.1-1.3) and output a detection signal based on the signals from those magnetic sensors (1.1-1.3); an indicator to indicate the detection of an object based on the detection signal; and a signal generator to output a self-test signal to check a calibration balance between the magnetic sensors (1.1-1.3); and a multiplexer, wherein the self-test signal is directly coupled into each of the magnetic sensors (1.1-1.3) through a wired connection using the multiplexer and the processing unit is configured to use the self-test signal to determine the phase balance between the magnetic sensors (1.1-1.3). a plurality of magnetic sensors (1.1-1.3) to detect an electromagnetic field produced by an object; a processing unit to process signals from said plurality of magnetic sensors (1.1-1.3) and output a detection signal based on the signals from those magnetic sensors (1.1-1.3); an indicator to indicate the detection of an object based on the detection signal; and a signal generator to output a self-test signal to check a calibration balance between the magnetic sensors (1.1-1.3); and a multiplexer, wherein the self-test signal is directly coupled into each of the magnetic sensors (1.1-1.3) through a wired connection using the multiplexer and the processing unit is configured to use the self-test signal to determine the phase balance between the magnetic sensors (1.1-1.3).
A non-transitory computer-readable recording medium storing a program for executing a method of operating an ultrasound diagnosis apparatus for performing diagnosis with respect to a heart of a fetus, the method comprising: transmitting an ultrasound signal to the heart of the fetus and receiving an echo signal reflected from the heart; acquiring first Doppler data and second Doppler data respectively with respect to first and second setting ranges by using the echo signal, wherein the first Doppler data is data regarding blood flow of the heart, and the second Doppler data is data regarding valves of the heart; obtaining a first image based on the first Doppler data; obtaining a second image based on the second Doppler data; obtaining a feature extraction image representing properties of the heart from the second image; obtaining a first resulting image by adding the feature extraction image to the first Doppler image; and displaying the first resulting image, characterised in that the first and second setting ranges each include a range of a magnitude of a signal and a range of a velocity of blood flow, and wherein the first and second Doppler data are each data in which the magnitude of the signal is within a predetermined range, and the velocity of the blood flow is within a predetermined range. transmitting an ultrasound signal to the heart of the fetus and receiving an echo signal reflected from the heart; acquiring first Doppler data and second Doppler data respectively with respect to first and second setting ranges by using the echo signal, wherein the first Doppler data is data regarding blood flow of the heart, and the second Doppler data is data regarding valves of the heart; obtaining a first image based on the first Doppler data; obtaining a second image based on the second Doppler data; obtaining a feature extraction image representing properties of the heart from the second image; obtaining a first resulting image by adding the feature extraction image to the first Doppler image; and displaying the first resulting image, characterised in that the first and second setting ranges each include a range of a magnitude of a signal and a range of a velocity of blood flow, and wherein the first and second Doppler data are each data in which the magnitude of the signal is within a predetermined range, and the velocity of the blood flow is within a predetermined range.
An apparatus comprising: one or more computer-readable media having instructions; and one or more processors coupled with the one or more computer-readable media and the one or more processors are to execute the instructions to cause a user equipment adapted for machine type communication in a public land mobile network (PLMN) to indicate a delivery status of a device trigger message and a trigger payload by: transmitting a message to indicate reception of the device trigger message and the trigger payload, to a node comprising a mobile management entity or a Serving General Packet Radio Service Support Node (SGSN) adapted to receive a trigger from a MTC interworking function (MTC-IWF) over a first reference point, wherein the MTC-IWF is adapted to receive a trigger request over a second reference point from a Services Capability Server, the trigger request comprising the trigger payload from the SCS, and wherein the MTC-IWF is further adapted to send a trigger acknowledgement to the SCS when the MTC-IWF is unable to process the trigger request; and initiating, in response to the device trigger message, communication with the SCS. one or more computer-readable media having instructions; and one or more processors coupled with the one or more computer-readable media and the one or more processors are to execute the instructions to cause a user equipment adapted for machine type communication in a public land mobile network (PLMN) to indicate a delivery status of a device trigger message and a trigger payload by: transmitting a message to indicate reception of the device trigger message and the trigger payload, to a node comprising a mobile management entity or a Serving General Packet Radio Service Support Node (SGSN) adapted to receive a trigger from a MTC interworking function (MTC-IWF) over a first reference point, wherein the MTC-IWF is adapted to receive a trigger request over a second reference point from a Services Capability Server, the trigger request comprising the trigger payload from the SCS, and wherein the MTC-IWF is further adapted to send a trigger acknowledgement to the SCS when the MTC-IWF is unable to process the trigger request; and initiating, in response to the device trigger message, communication with the SCS. transmitting a message to indicate reception of the device trigger message and the trigger payload, to a node comprising a mobile management entity or a Serving General Packet Radio Service Support Node (SGSN) adapted to receive a trigger from a MTC interworking function (MTC-IWF) over a first reference point, wherein the MTC-IWF is adapted to receive a trigger request over a second reference point from a Services Capability Server, the trigger request comprising the trigger payload from the SCS, and wherein the MTC-IWF is further adapted to send a trigger acknowledgement to the SCS when the MTC-IWF is unable to process the trigger request; and initiating, in response to the device trigger message, communication with the SCS.
Anti-skid device for the tyre of a motor vehicle, comprising a contractible inner support which, when the anti-skid device is assembled, is arranged on the inner face of the tyre that faces the motor vehicle, comprising an outer support which, when the anti-skid device is assembled, is arranged on the outer face of the tyre that faces away from the motor vehicle, comprising a traction portion, which is attached to the inner support and the outer support and rests on a tread of the tyre when the anti-skid device is assembled, and comprising pulling means for contracting the inner support, which pulling means extends from the inner support, over the tread, to the outer support when the anti-skid device is mounted, the outer support having an annular or disc-shaped support body which carries at least one automatic tensioning device for the pulling means and the inner support having at least one pulling means guide, by which the pulling means is deflected, characterised in that the pulling means guide is arranged on at least one end (28, 30) of a contractible frame of the inner support.
A coil device (1, 1A to 1E), comprising: a coil unit (2, 2D, 2E) for stowing a coil part and having a main surface; and a heat dissipation unit (3, 3A to 3E) thermally connected to the coil unit, characterised in that the heat dissipation unit (3, 3A to 3E) includes: a heat dissipation body (12, 12A) thermally connected to the main surface; a heat dissipation member (13, 13A, 37, 37A) movable relative to the heat dissipation body (12, 12A) and thermally connected to the heat dissipation body (12, 12A); and a drive part for driving the heat dissipation member (13, 13A, 37, 37A), and wherein the heat dissipation unit (3, 3A to 3E) has a first configuration in which the heat dissipation member (13, 13A, 37, 37A) projects from the heat dissipation body (12, 12A) in a direction along the main surface, and a second configuration in which the heat dissipation member (13, 13A, 37, 37A) is stowed in the heat dissipation body (12, 12A). a coil unit (2, 2D, 2E) for stowing a coil part and having a main surface; and a heat dissipation unit (3, 3A to 3E) thermally connected to the coil unit, characterised in that the heat dissipation unit (3, 3A to 3E) includes: a heat dissipation body (12, 12A) thermally connected to the main surface; a heat dissipation member (13, 13A, 37, 37A) movable relative to the heat dissipation body (12, 12A) and thermally connected to the heat dissipation body (12, 12A); and a drive part for driving the heat dissipation member (13, 13A, 37, 37A), and wherein the heat dissipation unit (3, 3A to 3E) has a first configuration in which the heat dissipation member (13, 13A, 37, 37A) projects from the heat dissipation body (12, 12A) in a direction along the main surface, and a second configuration in which the heat dissipation member (13, 13A, 37, 37A) is stowed in the heat dissipation body (12, 12A).
A dish washer comprising: a tub that defines a space for washing dishes; a water supply unit (60, 160, 360) that has a water chamber (62, 162, 362) where water supplied from the outside collects, to wash the dishes; a sump that is supplied with water from the water chamber (62, 162, 362) and supplies wash water into the tub; and a heat exchange passage (92, 190, 191, 192, 390, 391, 392) through which the wash water in the sump flows and exchanges heat with the water in the water chamber while flowing, wherein the water supply unit (60, 160, 360) comprises the water chamber (62, 162, 362), a first passage (61, 161, 361) for supplying water to the water chamber (62, 162, 362), and a second passage (63, 163, 363) through which the water from the water chamber is discharged, characterised in that the water supply unit (60, 160, 360) further comprises a communicating passage (64, 164,364) that communicates with an outside of the tub or an outside of the dish washer and a communicating hole (64a, 164a, 364a) that communicates with the tub, the water chamber (62, 162, 362), and the first (61, 161, 361) and second (63, 163, 363) passages are separated from the communicating passage (64, 164, 364). a tub that defines a space for washing dishes; a water supply unit (60, 160, 360) that has a water chamber (62, 162, 362) where water supplied from the outside collects, to wash the dishes; a sump that is supplied with water from the water chamber (62, 162, 362) and supplies wash water into the tub; and a heat exchange passage (92, 190, 191, 192, 390, 391, 392) through which the wash water in the sump flows and exchanges heat with the water in the water chamber while flowing, wherein the water supply unit (60, 160, 360) comprises the water chamber (62, 162, 362), a first passage (61, 161, 361) for supplying water to the water chamber (62, 162, 362), and a second passage (63, 163, 363) through which the water from the water chamber is discharged, characterised in that the water supply unit (60, 160, 360) further comprises a communicating passage (64, 164,364) that communicates with an outside of the tub or an outside of the dish washer and a communicating hole (64a, 164a, 364a) that communicates with the tub, the water chamber (62, 162, 362), and the first (61, 161, 361) and second (63, 163, 363) passages are separated from the communicating passage (64, 164, 364).
A method of manufacturing an interior material, comprising the steps of: bonding a blocking layer for blocking transmission of light below a material layer with a hot-melt layer interposed therebetween; attaching a support tape for supporting an island to the upper surface of the material layer; forming lighting grooves (L1, L2), through which light passes, by laser-etching a predetermined portion from the blocking layer to the material layer; attaching a binder to a transparent film; combining a module resulting from step with a module resulting from step; replacing the support tape on the material layer with a fresh support tape; and obtaining an interior material by bonding a product from step to a base material or an article to be processed, which has a base layer, to obtain a molding material, and then subjecting the molding material to an injection molding process, wherein the injection molding process is performed at high temperature such that the transparent film is melted and stretched to fill the lighting grooves (L1, L2). bonding a blocking layer for blocking transmission of light below a material layer with a hot-melt layer interposed therebetween; attaching a support tape for supporting an island to the upper surface of the material layer; forming lighting grooves (L1, L2), through which light passes, by laser-etching a predetermined portion from the blocking layer to the material layer; attaching a binder to a transparent film; combining a module resulting from step with a module resulting from step; replacing the support tape on the material layer with a fresh support tape; and obtaining an interior material by bonding a product from step to a base material or an article to be processed, which has a base layer, to obtain a molding material, and then subjecting the molding material to an injection molding process, wherein the injection molding process is performed at high temperature such that the transparent film is melted and stretched to fill the lighting grooves (L1, L2).