mhurhangee/ep-ind-claims huggingface dataset:
A split-type electric pressure cooker, comprising a cooker body and a cooker lid cooperating with the cooker body, the cooker body being provided with a power supply device, wherein the split-type electric pressure cooker further comprises: a mechanical vent valve, comprising a valve seat and a valve cover, wherein the valve seat is fixedly mounted on the cooker lid, and the valve cover may be movably mounted on the valve seat; a power receiving device mounted on the cooker lid; a motor driving device, comprising a driving motor mounted on the cooker lid and electrically connected to the power receiving device, and the motor shaft of the driving motor is capable of driving the valve cover to move so as to open or close the mechanical vent valve; characterized in that the split-type electric pressure cooker further comprises: a power transmitting device mounted on the cooker body and able to be electrically connected to the power supply device, and the power transmitting device is used to transmit power to the power receiving device; wherein, when the cooker lid is engaged with the cooker body, the power transmitting device cooperates with the power receiving device to realize power transmission; when the cooker lid is opened, the power transmitting device is separated from the power receiving device. a mechanical vent valve, comprising a valve seat and a valve cover, wherein the valve seat is fixedly mounted on the cooker lid, and the valve cover may be movably mounted on the valve seat; a power receiving device mounted on the cooker lid; a motor driving device, comprising a driving motor mounted on the cooker lid and electrically connected to the power receiving device, and the motor shaft of the driving motor is capable of driving the valve cover to move so as to open or close the mechanical vent valve; a power transmitting device mounted on the cooker body and able to be electrically connected to the power supply device, and the power transmitting device is used to transmit power to the power receiving device; wherein, when the cooker lid is engaged with the cooker body, the power transmitting device cooperates with the power receiving device to realize power transmission; when the cooker lid is opened, the power transmitting device is separated from the power receiving device.
A welding system, comprising: a strip electrode, at least one electrode, a first welding power supply which provides a first welding waveform to the strip electrode for welding a work piece (w); and a second welding power supply which provides a second welding waveform to said at least one electrode for welding said work piece (w); characterized in that said at least one electrode is a curtain electrode in the form of a wire electrode positioned adjacent to a side of said strip electrode during welding, the wire electrode having a circular cross-section, the wire electrode being positioned a distance from the edges of the strip electrode such that the weld puddles from the curtain electrodes contact with the weld puddle of the strip electrode during welding and create a single weld puddle. a strip electrode, at least one electrode, a first welding power supply which provides a first welding waveform to the strip electrode for welding a work piece (w); and a second welding power supply which provides a second welding waveform to said at least one electrode for welding said work piece (w);
A screen printer which has a squeegee that varies a pressing force during printing operation according to a command value, and which performs solder paste screen printing by sliding the squeegee on a mask positioned in the printing area of a circuit board, comprising: a pressure sensor which measures the printing pressure applied on the circuit board during printing operation by the squeegee according to the pressing force; and a printing control section, characterized by a data correction section which corrects control data that illustrates the relationship between the position of the squeegee and a command value in at least a region of the printing area on the basis of the relationship between the position of the squeegee and the printing pressure measured over the entirety of the region and a target value of the printing pressure that is set in advance,wherein the printing control section controls screen printing based on the corrected control data. a pressure sensor which measures the printing pressure applied on the circuit board during printing operation by the squeegee according to the pressing force; and a printing control section, characterized by a data correction section which corrects control data that illustrates the relationship between the position of the squeegee and a command value in at least a region of the printing area on the basis of the relationship between the position of the squeegee and the printing pressure measured over the entirety of the region and a target value of the printing pressure that is set in advance,wherein the printing control section controls screen printing based on the corrected control data.
Antenna device (RF/BF) integrated into the passenger compartment of a motor vehicle, which comprises: - a radiofrequency antenna (RF_A) with orthogonal loops, intended to receive electromagnetic waves in a frequency band of the order of around ten megahertz up to one gigahertz, - said radiofrequency antenna (RF_A) comprising at least two loops (BH, BV), each of said loops (BH, BV) being able to be of any shape and situated in their respective planes, said planes which each contain one of said loops (BH, BV) being orthogonal, the device furthermore comprises: - a low-frequency antenna (BF_A) of multi-turn loop type, operating at frequencies of the order of around one hundred kilohertz up to close to one megahertz, - one of said two loops of said radiofrequency antenna (RF_A) being situated close to said low-frequency loop antenna (BF_A) such that there is electromagnetic coupling between said radiofrequency antenna (RF_A) and said low-frequency loop antenna (BF_A), characterized in that: - the two loops (BH, BV) are formed of a single electrical conductor, - said loop of said radiofrequency antenna (RF_A) and said low-frequency loop antenna (BF_A) are either concentric in one and the same plane or situated in parallel planes that are close in comparison with the size of the antenna. - a radiofrequency antenna (RF_A) with orthogonal loops, intended to receive electromagnetic waves in a frequency band of the order of around ten megahertz up to one gigahertz, - said radiofrequency antenna (RF_A) comprising at least two loops (BH, BV), each of said loops (BH, BV) being able to be of any shape and situated in their respective planes, said planes which each contain one of said loops (BH, BV) being orthogonal, - a low-frequency antenna (BF_A) of multi-turn loop type, operating at frequencies of the order of around one hundred kilohertz up to close to one megahertz, - one of said two loops of said radiofrequency antenna (RF_A) being situated close to said low-frequency loop antenna (BF_A) such that there is electromagnetic coupling between said radiofrequency antenna (RF_A) and said low-frequency loop antenna (BF_A), - the two loops (BH, BV) are formed of a single electrical conductor, - said loop of said radiofrequency antenna (RF_A) and said low-frequency loop antenna (BF_A) are either concentric in one and the same plane or situated in parallel planes that are close in comparison with the size of the antenna.
A paste composition for an electrode, the paste composition comprising: phosphorous-containing copper alloy particles wherein a content of phosphorous is from 6% by mass to 8% by mass; glass particles; a solvent; and a resin. phosphorous-containing copper alloy particles wherein a content of phosphorous is from 6% by mass to 8% by mass; glass particles; a solvent; and a resin.
A door lock apparatus (100, 210, 310, 410, 500, 610, 710, 810) of a house, comprising: a first interface (110, 510) configured to communicate with a plurality of external apparatuses (240, 330, 430, 440); a near field communicator (120, 520) configured to perform authentication for a user entering the house by opening a door of the house; a second interface (130, 530) configured to communicate with a display apparatus; and a controller (140, 550) configured: in response to the authentication being performed, to control the first interface (110, 510) to send a request for status information to the plurality of external apparatuses (240, 330, 430, 440), and in response to receiving, through the first interface (110, 510), status information on the plurality of external apparatuses (240, 330, 430, 440) from the plurality of external apparatuses (240, 330, 430, 440), respectively, according to the request, to control the second interface (130, 530) to transmit the received status information to the display apparatus to be displayed by the display apparatus, wherein the status information is transmitted from the plurality of external apparatuses (240, 330, 430, 440) according to a condition which is predetermined by the user. a first interface (110, 510) configured to communicate with a plurality of external apparatuses (240, 330, 430, 440); a near field communicator (120, 520) configured to perform authentication for a user entering the house by opening a door of the house; a second interface (130, 530) configured to communicate with a display apparatus; and a controller (140, 550) configured: in response to the authentication being performed, to control the first interface (110, 510) to send a request for status information to the plurality of external apparatuses (240, 330, 430, 440), and in response to receiving, through the first interface (110, 510), status information on the plurality of external apparatuses (240, 330, 430, 440) from the plurality of external apparatuses (240, 330, 430, 440), respectively, according to the request, to control the second interface (130, 530) to transmit the received status information to the display apparatus to be displayed by the display apparatus, in response to the authentication being performed, to control the first interface (110, 510) to send a request for status information to the plurality of external apparatuses (240, 330, 430, 440), and in response to receiving, through the first interface (110, 510), status information on the plurality of external apparatuses (240, 330, 430, 440) from the plurality of external apparatuses (240, 330, 430, 440), respectively, according to the request, to control the second interface (130, 530) to transmit the received status information to the display apparatus to be displayed by the display apparatus, wherein the status information is transmitted from the plurality of external apparatuses (240, 330, 430, 440) according to a condition which is predetermined by the user.
A storage element comprising: an envelope including a cover; a gasket disposed on the cover; an external terminal having an exposed surface which is exposed to the outside of the envelope; a current collector which is contained inside of the envelope and is connected to the external terminal; and a power generating element which is contained inside of the envelope and is connected to the current collector, wherein the external terminal includes: a flat portion exposed to the outside of the envelope; and a shaft projecting from the flat portion to the inside of the envelope and being connected to the current collector, wherein the external terminal comprises a plate-like member (32, 34) and a rod-like connecting member (33, 35), characterised in that the plate-like member (32, 34) and the rod-like connecting member (33, 35) are made of different materials, wherein the plate-like member (32, 34) is in press-contact with the rod-like connecting member (33, 35). an envelope including a cover; a gasket disposed on the cover; an external terminal having an exposed surface which is exposed to the outside of the envelope; a current collector which is contained inside of the envelope and is connected to the external terminal; and a power generating element which is contained inside of the envelope and is connected to the current collector, a flat portion exposed to the outside of the envelope; and a shaft projecting from the flat portion to the inside of the envelope and being connected to the current collector, wherein the external terminal comprises a plate-like member (32, 34) and a rod-like connecting member (33, 35), characterised in that the plate-like member (32, 34) and the rod-like connecting member (33, 35) are made of different materials, wherein the plate-like member (32, 34) is in press-contact with the rod-like connecting member (33, 35).
A method performed by a processor for accessing a cryptographic key without requiring an interactive authentication mechanism, the method comprising: receiving a request from an application to access a cryptographic key; searching for a universal serial bus, USB, compatible storage device having a cryptographic key stored therein in a key container by searching an index of USB compatible storage devices to search for the key container; and if the USB compatible storage device is found, using a protected cryptographic process to access the cryptographic key on the USB compatible storage device, wherein accessing comprises at least one of storing and retrieving, wherein an operating system blocks user processes from accessing the USB compatible storage device to ensure that the application does not have access to the cryptographic key directly; and if no USB compatible storage device is found a prompt is provided for a user to indicate to utilize an in-processor cryptographic key container rather than a cryptographic key container on a USB compatible storage device. receiving a request from an application to access a cryptographic key; searching for a universal serial bus, USB, compatible storage device having a cryptographic key stored therein in a key container by searching an index of USB compatible storage devices to search for the key container; and if the USB compatible storage device is found, using a protected cryptographic process to access the cryptographic key on the USB compatible storage device, wherein accessing comprises at least one of storing and retrieving, wherein an operating system blocks user processes from accessing the USB compatible storage device to ensure that the application does not have access to the cryptographic key directly; and if no USB compatible storage device is found a prompt is provided for a user to indicate to utilize an in-processor cryptographic key container rather than a cryptographic key container on a USB compatible storage device.
Valve device for control of media streams of any nature by means of at least one valve control piston, which is longitudinally displaceable while guided in a valve housing and which controls a media connection between at least two media connection points (9, 11) in the valve housing, of which at least one is a pressure supply inlet and at least another is a consumer outlet, wherein the valve control piston is guided by means of at least one compensating device at least relative to the media pressure at the respective pressure supply inlet with pressure balance in the valve housing, wherein the compensating device has a first sealing means, which brings the valve control piston on its media control side to the same diameter for sealing as a further second sealing means of the compensating device, which engages this on an actuating side of the valve control piston, characterised in that the valve control piston when viewed in its closed position has a constant outside diameter in relation to its at least its entire external periphery between the two sealing means (37, 41).
Article having a single-layer or multi-layer main body with elastic properties, where at least one layer D of the main body is composed of a rubber mixture which is free from halogen-containing flame retardants and comprises more than 50 phr of chlorosulfonated polyethylene and/or alkylated chlorosulfonated polyethylene (ASCM), in each case alone or in combination, and characterized in that the rubber mixture further comprises hydrotalcite and sepiolite.
A linear encoder comprising: a plate-type scale with graduations formed on a surface of the scale so as to be arranged along a longitudinal direction of the scale; and a head configured to move along the longitudinal direction of the scale, the head having a reading part configured to detect an amount of a relative movement of the head with respect to the scale by reading the graduations formed on the scale, wherein the head includes a spacer configured to maintain a distance between the scale and the head by abutting against a surface of the scale, the scale serves as a plate member, the spacer is situated on the head so as to abut against a surface of the plate member, the spacer is a roller bearing that is situated on the head in such a manner that a path of the spacer on the surface of the plate member and the graduations overlap each other, the graduations are formed on a surface on one side of the scale, while the spacer abuts against a surface on the other side of the scale, the head has a plate placed so as to face a surface of the scale on which graduations are formed, the reading part is formed on the scale side surface of the plate, and the plate is fixed to the head via a support situated so as not to come in contact with the scale. a plate-type scale with graduations formed on a surface of the scale so as to be arranged along a longitudinal direction of the scale; and a head configured to move along the longitudinal direction of the scale, the head having a reading part configured to detect an amount of a relative movement of the head with respect to the scale by reading the graduations formed on the scale, wherein the head includes a spacer configured to maintain a distance between the scale and the head by abutting against a surface of the scale, the scale serves as a plate member, the spacer is situated on the head so as to abut against a surface of the plate member, the spacer is a roller bearing that is situated on the head in such a manner that a path of the spacer on the surface of the plate member and the graduations overlap each other, the graduations are formed on a surface on one side of the scale, while the spacer abuts against a surface on the other side of the scale, the head has a plate placed so as to face a surface of the scale on which graduations are formed, the reading part is formed on the scale side surface of the plate, and the plate is fixed to the head via a support situated so as not to come in contact with the scale.
A computer-implemented method, comprising: selecting a mesh-type scaler for performing overall mesh-wide scaling of a microservices mesh that provides containers and microservices-based applications (102, 508) with services (104, 106, 108) that integrate directly from within a computing cluster, wherein applications (102, 508) and services (104, 106, 108) can be scaled-out by adding more instances and scaled-in by removing instances of said services; scaling, with the mesh-type scaler and one or more mesh scaling rules, the microservices mesh to generate a predicted value for a monitoring parameter; selecting a single-service-type scaler configured to compute a change in a number of instances as a function of a current number of instances of an individual service; measuring the monitoring parameter with the single-service-type-scaler to generate a measured value, wherein the monitoring parameter is read from a monitoring infrastructure of the containers executing the instances of the services and the monitoring parameter comprises system load of the containers the individual service runs in; for said individual service (104, 106, 108) associated with the microservices mesh, calculating a target value for the monitoring parameter using the predicted value and the measured value; comparing the target value against a defined threshold to generate a scaling value used to determine if scaling is needed with respect to the individual service (104, 106, 108). selecting a mesh-type scaler for performing overall mesh-wide scaling of a microservices mesh that provides containers and microservices-based applications (102, 508) with services (104, 106, 108) that integrate directly from within a computing cluster, wherein applications (102, 508) and services (104, 106, 108) can be scaled-out by adding more instances and scaled-in by removing instances of said services; scaling, with the mesh-type scaler and one or more mesh scaling rules, the microservices mesh to generate a predicted value for a monitoring parameter; selecting a single-service-type scaler configured to compute a change in a number of instances as a function of a current number of instances of an individual service; measuring the monitoring parameter with the single-service-type-scaler to generate a measured value, wherein the monitoring parameter is read from a monitoring infrastructure of the containers executing the instances of the services and the monitoring parameter comprises system load of the containers the individual service runs in; for said individual service (104, 106, 108) associated with the microservices mesh, calculating a target value for the monitoring parameter using the predicted value and the measured value; comparing the target value against a defined threshold to generate a scaling value used to determine if scaling is needed with respect to the individual service (104, 106, 108).
Bag wall designed for producing a bag open on a top side by means of at least a connection seam and for closing said bag by means of at least one further connecting seam after being filled with bulk material, wherein at least one Kraft paper layer forming a Kraft paper core and essentially determining the load capacity of the bag which core is provided with fine openings in two-dimensional regions covering at least half of the surface of said core and is directly coated on both sides with a plastic layer (3, 4) each characterised in that both plastic layers consist of plastic material being miscible in liquid states and wherein the plastic layers (3, 4) are connected to each other by material fit through said openings during the coating.