mhurhangee/ep-ind-claims huggingface dataset:
An energy storage pack including a first energy storage apparatus and at least one second energy storage apparatus (1a, 1b), the first energy storage apparatus comprising: one or more energy storage devices; and a wiring connection component adapted to connect first wiring and second wiring, the first wiring being connected to at least one of the one or more energy storage devices; an attachment portion of a restricting component that is arranged above the one or more energy storage devices; wherein the wiring connection component is detachably attached to the attachment portion; and wherein the wiring connection component is further adapted to connect the first wiring, which is connected to the wiring connection component, and the second wiring, which is connected to the wiring connection component and to the at least one second energy storage apparatus (1a, 1b). one or more energy storage devices; and a wiring connection component adapted to connect first wiring and second wiring, the first wiring being connected to at least one of the one or more energy storage devices; an attachment portion of a restricting component that is arranged above the one or more energy storage devices; wherein the wiring connection component is detachably attached to the attachment portion; and wherein the wiring connection component is further adapted to connect the first wiring, which is connected to the wiring connection component, and the second wiring, which is connected to the wiring connection component and to the at least one second energy storage apparatus (1a, 1b).
A refrigerator comprising an ice making compartment, the refrigerator further comprising: a refrigerant pipe to supply cooling energy to the ice making compartment; an ice making tray; a drainage duct which is arranged beneath the ice making tray, wherein the drainage duct is adapted to collect water falling from the ice making tray or from at least a portion of the refrigerant pipe, and wherein the drainage duct is adapted to drain the collected water; and at least one fixer to fix the at least a portion of the refrigerant pipe to the ice making tray, characterized in that the at least a portion of the refrigerant pipe is seated on the ice making tray; the at least one fixer protrudes from the drainage duct and fixes the at least a portion of the refrigerant pipe to the ice making tray such that the at least a portion of the refrigerant pipe is in contact with the ice making tray to transmit the cooling energy to the ice making tray. a refrigerant pipe to supply cooling energy to the ice making compartment; an ice making tray; a drainage duct which is arranged beneath the ice making tray, wherein the drainage duct is adapted to collect water falling from the ice making tray or from at least a portion of the refrigerant pipe, and wherein the drainage duct is adapted to drain the collected water; and at least one fixer to fix the at least a portion of the refrigerant pipe to the ice making tray, characterized in that the at least a portion of the refrigerant pipe is seated on the ice making tray; the at least one fixer protrudes from the drainage duct and fixes the at least a portion of the refrigerant pipe to the ice making tray such that the at least a portion of the refrigerant pipe is in contact with the ice making tray to transmit the cooling energy to the ice making tray.
Electrical power supply circuit for a control module, comprising a battery connected via a main branch to a voltage regulation device associated with the control module for supplying power to the control module, characterized in that the power supply circuit comprises a secondary branch, in parallel with the main branch, which is connected to a step-up voltage converter regulated by a signal and connected to a device for determining the regulation signal by comparison of an image of an output voltage from the step-up voltage converter with a reference signal based on an output voltage from the voltage regulation device, and in that the main branch is configured in bypass mode for the secondary branch when the battery delivers a voltage higher than a predetermined nominal operating threshold.
A photographing apparatus (100a;100b;100c;100d;100e;100f;100g) comprising: a photographing device (110;3491) comprising imaging circuitry configured to generate an image signal by photoelectric conversion of incident light; a processor (120;3410) comprising processing circuitry configured to: determine a sampling interval of time lapse photographing over time based on a reference value acquired in real time while the time lapse photographing is performed, sample a plurality of input frames generated from the image signal at the sampling interval while the time lapse photographing is performed, stabilize a plurality of frames selected by sampling the plurality of input frames wherein the stabilization is performed by adjusting the frames of the plurality of frames to a field-of-view, FOV, window, when a movement occurs caused by a user of the photographing apparatus, and wherein the size of the FOV window is determined based on the sampling interval, and compress the plurality of selected frames at an output frame rate to generate a time lapse image file; and a storage (130;3430) configured to store the time lapse image file. a photographing device (110;3491) comprising imaging circuitry configured to generate an image signal by photoelectric conversion of incident light; a processor (120;3410) comprising processing circuitry configured to: determine a sampling interval of time lapse photographing over time based on a reference value acquired in real time while the time lapse photographing is performed, sample a plurality of input frames generated from the image signal at the sampling interval while the time lapse photographing is performed, stabilize a plurality of frames selected by sampling the plurality of input frames wherein the stabilization is performed by adjusting the frames of the plurality of frames to a field-of-view, FOV, window, when a movement occurs caused by a user of the photographing apparatus, and wherein the size of the FOV window is determined based on the sampling interval, and compress the plurality of selected frames at an output frame rate to generate a time lapse image file; and a storage (130;3430) configured to store the time lapse image file. determine a sampling interval of time lapse photographing over time based on a reference value acquired in real time while the time lapse photographing is performed, sample a plurality of input frames generated from the image signal at the sampling interval while the time lapse photographing is performed, stabilize a plurality of frames selected by sampling the plurality of input frames wherein the stabilization is performed by adjusting the frames of the plurality of frames to a field-of-view, FOV, window, when a movement occurs caused by a user of the photographing apparatus, and wherein the size of the FOV window is determined based on the sampling interval, and compress the plurality of selected frames at an output frame rate to generate a time lapse image file; and a storage (130;3430) configured to store the time lapse image file.
A miter saw comprising: a base assembly; and a saw unit pivotably coupled to the base assembly, the saw unit including a saw arm, a brushless motor supported by the saw arm, power electronics positioned outside the motor for supplying power to the motor, wherein the power electronics are coupled to a structural component (130, 440) of the miter saw to utilize the entire mass of the structural component (130, 440) as a heat sink to dissipate heat generated by the power electronics, characterised in that the saw comprises a bracket to which the power electronics are directly attached, the bracket directly attached to the structural component (130, 440) of the miter saw. a base assembly; and a saw unit pivotably coupled to the base assembly, the saw unit including a saw arm, a brushless motor supported by the saw arm, power electronics positioned outside the motor for supplying power to the motor, wherein the power electronics are coupled to a structural component (130, 440) of the miter saw to utilize the entire mass of the structural component (130, 440) as a heat sink to dissipate heat generated by the power electronics, characterised in that the saw comprises a bracket to which the power electronics are directly attached, the bracket directly attached to the structural component (130, 440) of the miter saw. a saw arm, a brushless motor supported by the saw arm, power electronics positioned outside the motor for supplying power to the motor, wherein the power electronics are coupled to a structural component (130, 440) of the miter saw to utilize the entire mass of the structural component (130, 440) as a heat sink to dissipate heat generated by the power electronics, characterised in that the saw comprises a bracket to which the power electronics are directly attached, the bracket directly attached to the structural component (130, 440) of the miter saw.
Method for displaying information in a hybrid car, which comprises at least one alternative energy source compared to a source of energy from a fossil fuel, wherein by means of a control device, graphical data is generated on a graphical display device, by means of the aforementioned graphical display device at least one image indicative of an available range is represented, wherein a main image comprises a first sector indicative of the range available by using a fossil fuel as the energy source, and wherein said at least one image further comprises an additional image with a sector indicative of the range available by the alternative energy source, characterized in that the main image comprises a second sector indicative of the range available by the alternative energy source, wherein the sector is represented as an enlargement of the second sector.
An apparatus for the heating of plastics material preforms, with a conveying device which conveys the plastics material preforms along a preset conveying path, wherein a plurality of holding elements for holding the plastics material preforms and a plurality of screening elements for screening off heat are arranged on the conveying device, characterized in that the apparatus has a plurality of carrier units on which at least one part of the holding elements and at least one part of the screening elements are arranged and these carrier units are capable of being removed from the conveying device jointly with the parts of the holding elements which are arranged thereon and the screening elements.
First-fail-safe electromotive furniture drive comprising: at least one drive unit with at least one motor (4.1); at least one actuating device with at least two actuating units (12, 13) which each have at least one respective motor contact element (12.1, 13.1) and one safety contact element (12.2, 13.2); at least one supply unit; and at least one safety device, wherein the actuating device is connected to the supply unit via at least one distributor, to which the at least one drive unit is also connected; and wherein the furniture drive is constructed with a reporting device for displaying the functioning and a failure of the at least two actuating units (12, 13) and the safety device; characterized in that the motor contact elements (12.1, 13.1) of the at least two actuation units (12, 13) are connectable to the at least one motor (4.1) for directly switching a motor current; and the reporting device comprises at least one light emitting diode as an optical reporting element (11.3, 11.1, 11.2) with a high-impedance resistor (R3, R5, R6), via which a low current flowing through the internal resistance of the motor (4,1) can be scanned to determine a first error. at least one drive unit with at least one motor (4.1); at least one actuating device with at least two actuating units (12, 13) which each have at least one respective motor contact element (12.1, 13.1) and one safety contact element (12.2, 13.2); at least one supply unit; and at least one safety device, wherein the actuating device is connected to the supply unit via at least one distributor, to which the at least one drive unit is also connected; and wherein the furniture drive is constructed with a reporting device for displaying the functioning and a failure of the at least two actuating units (12, 13) and the safety device; characterized in that the motor contact elements (12.1, 13.1) of the at least two actuation units (12, 13) are connectable to the at least one motor (4.1) for directly switching a motor current; and the reporting device comprises at least one light emitting diode as an optical reporting element (11.3, 11.1, 11.2) with a high-impedance resistor (R3, R5, R6), via which a low current flowing through the internal resistance of the motor (4,1) can be scanned to determine a first error.
A method of simultaneously determining strain and temperature characteristics of an object comprising the steps of: - providing first and second optical fibers having different refractive indices; - determining coefficients of strain and temperature for each of said whereby the two respective Brillouin frequency spectrum peaks of the two fibers have different strain coefficients and temperature coefficients; - connecting said fibers together at one end thereof; - securing said fibers to said object along a length thereof; - inputting laser light into only one of said fibers at the other end thereof; - measuring the Brillouin frequency for each of said fibers; and - calculating strain and temperature characteristics based on the coefficients of strain and temperature and the measured Brillouin frequencies for said fibers. - providing first and second optical fibers having different refractive indices; - determining coefficients of strain and temperature for each of said - connecting said fibers together at one end thereof; - securing said fibers to said object along a length thereof; - inputting laser light into only one of said fibers at the other end thereof; - measuring the Brillouin frequency for each of said fibers; and - calculating strain and temperature characteristics based on the coefficients of strain and temperature and the measured Brillouin frequencies for said fibers.
Pump arrangement, in particular a centrifugal pump arrangement, having a hydraulic casing, a suction pipe which is formed on the hydraulic casing, a pressure pipe which is formed on the hydraulic casing, a flow chamber which is defined at least partially by the hydraulic casing, and an impeller which is arranged in the flow chamber and can be driven about an axis of rotation via an impeller shaft, wherein the hydraulic casing has an inner wall defining the flow chamber, and an outer wall which is at a distance from the inner wall, the inner wall and outer wall forming a temperature-control chamber, a first connecting device is provided, by means of which a cooling or heating medium can flow into the temperature-control chamber in order to control the temperature of the hydraulic casing, a second connecting device is provided, by means of which the cooling or heating medium can flow back out of the temperature-control chamber, the hydraulic casing has a support structure on the outer side of the outer wall, the support structure comprises substantially horizontally, vertically and diagonally extending elongate accumulations of material, characterized in that the elongate accumulations of material form interconnection or intersection points, and in that the first connecting device is provided on the pressure pipe. a hydraulic casing, a suction pipe which is formed on the hydraulic casing, a pressure pipe which is formed on the hydraulic casing, a flow chamber which is defined at least partially by the hydraulic casing, and an impeller which is arranged in the flow chamber and can be driven about an axis of rotation via an impeller shaft, wherein the hydraulic casing has an inner wall defining the flow chamber, and an outer wall which is at a distance from the inner wall, the inner wall and outer wall forming a temperature-control chamber, a first connecting device is provided, by means of which a cooling or heating medium can flow into the temperature-control chamber in order to control the temperature of the hydraulic casing, a second connecting device is provided, by means of which the cooling or heating medium can flow back out of the temperature-control chamber, the hydraulic casing has a support structure on the outer side of the outer wall, the support structure comprises substantially horizontally, vertically and diagonally extending elongate accumulations of material, characterized in that the elongate accumulations of material form interconnection or intersection points, and in that the first connecting device is provided on the pressure pipe.
A non-transitory computer-readable storage medium including instructions that, when executed by a processor, cause the processor to perform the steps of: generating entity authentication data that identifies and authenticates a client machine; generating user authentication data that identifies a user associated with the client machine; generating a first key request for a first plurality of session keys for encrypting and authenticating messages exchanged with the client machine; transmitting a first message to a server machine that includes the entity authentication data, the user authentication data, the first key request, and payload data comprising one or more data messages to be passed to an application program for processing, wherein, prior to transmission, the first message is encrypted using a pre-provisioned encryption key; and receiving, from the server machine, a second message that includes a first master token comprising the first plurality of session keys. generating entity authentication data that identifies and authenticates a client machine; generating user authentication data that identifies a user associated with the client machine; generating a first key request for a first plurality of session keys for encrypting and authenticating messages exchanged with the client machine; transmitting a first message to a server machine that includes the entity authentication data, the user authentication data, the first key request, and payload data comprising one or more data messages to be passed to an application program for processing, wherein, prior to transmission, the first message is encrypted using a pre-provisioned encryption key; and receiving, from the server machine, a second message that includes a first master token comprising the first plurality of session keys.
At a computer system, a method for managing network response buffering behavior, the method comprising: an act of a content server receiving a request for content from a client, the content server having a default response buffering behavior used when transferring content and the request for content including a content ID; an act of mapping the request to a handler (124, 134) configured to serve the requested content, wherein the content server refers to a dispatch table to identify a handler ID corresponding to a received content ID, wherein the dispatch table has one or more entries that include a content ID, a handler ID and behavior data, wherein the behavior data indicates the response buffering behavior that is to be associated with content produced at the handler (124, 134); an act of accessing buffering behavior data for the handler (124, 134); an act of determining that the requested content is to be transferred in accordance with altered response buffering behavior based at least on the buffering behavior data, the altered response buffering behavior corresponding to the requested content as an exception to the default response buffering; an act of accessing a portion of the requested content from the handler (124, 134); and an act of transferring the portion of requested content to the client in accordance with the altered response buffer behavior. an act of a content server receiving a request for content from a client, the content server having a default response buffering behavior used when transferring content and the request for content including a content ID; an act of mapping the request to a handler (124, 134) configured to serve the requested content, wherein the content server refers to a dispatch table to identify a handler ID corresponding to a received content ID, wherein the dispatch table has one or more entries that include a content ID, a handler ID and behavior data, wherein the behavior data indicates the response buffering behavior that is to be associated with content produced at the handler (124, 134); an act of accessing buffering behavior data for the handler (124, 134); an act of determining that the requested content is to be transferred in accordance with altered response buffering behavior based at least on the buffering behavior data, the altered response buffering behavior corresponding to the requested content as an exception to the default response buffering; an act of accessing a portion of the requested content from the handler (124, 134); and an act of transferring the portion of requested content to the client in accordance with the altered response buffer behavior.
Motor vehicle door handle unit with a handle for activating the door lock and/or door of a motor vehicle, wherein the motor vehicle door handle unit has at least one camera, characterised in that by means of the camera an area next to and/or behind the vehicle can be optically detected, wherein the camera can be moved and positioned such that the camera is directed to the rear on the side of the vehicle, wherein the camera can be moved between a position of rest and a plurality of operating positions.
A portable analyzer, comprising an X-ray fluorescence analyzer; a handle for holding the portable analyzer, a detector of ionizing radiation that is separate from a detector of fluorescent X-rays comprised in said portable analyzer and that is configured to detect at least one of: radiation from spontaneous radioactive decay within an environment of the portable analyzer and ionizing radiation propagating past a front end of the portable analyzer towards its user, wherein the detector of ionizing radiation is located between said front end and said handle; and a shield on that side of said handle that is directed to the same direction as said front end, characterized in that the detector of ionizing radiation is located in the shield.
An electrical architecture for an aircraft comprising two air-conditioning systems (12, 14), two converters (16, 18; 46, 48; 62L, 62R), each intended to power one of the air-conditioning systems (12, 14), and comprising at least one first electric machine (24; 24L) which starts up a first main engine (42; 42L) of the aircraft, and wherein each of the two converters (16, 18; 46, 48; 62L, 62R) comprises two inverters (26, 28, 38, 40; 50, 52, 54, 56; 64L, 66L, 64R, 66R), characterized in that the electrical architecture (10; 47; 60) is configured such that the two converters (16, 18; 46, 48; 62L, 62R) can together power the first electric machine (24; 24L), in that the electrical architecture (10; 47; 60) further comprises a coupler for linking at least two first of the inverters, and in that the electric machine comprises a main winding that can be powered by the coupler and an exciter winding that can be powered by a second one of the inverters.