mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration device, in particular domestic refrigeration device, having at least one storage chamber, a cold generator (3, 4, 5) that cools the storage chamber and a regulating unit that regulates the power of the cold generator, which is capable of being switched between an operating state of low average power (S1-S6), in which the power of the cold generator (3, 4, 5) is regulated in order to keep the temperature of the storage chamber to within a target range ([ T -1, T +1]), and an operating state of high average power (S7-S9) of the cold generator (3, 4, 5), in which the temperature of the storage chamber drops to below the target range ([ T -1, T +1]), characterised by a timer, which is configured to switch the refrigeration device periodically into the operating state of high average power at times that can be set by the user.
A combination of a washing machine and a combined detergent and filter unit comprising at least one pocket configured to contain detergent or other chemical compound(s) intended for at least one phase of a washing program, and that the combined detergent and filter unit comprises two sides, an inlet side and an outlet side, and the sides of the combined detergent and filter unit are intended for inlet and outlet liquid, respectively, into and out from the combined detergent and filter unit, said inlet side and said outlet side are constituted by liquid permeable filter members, an inlet side filter member and an outlet side filter member, respectively, characterized in that the combined detergent and filter unit is provided with a sealing edge configured to attach the inlet side to the outlet side, and configured to serve as a sealing when the combined detergent and filter unit is mounted in a unit receiving member of the washing machine such that liquid is forced to pass through the combined detergent and filter unit, via the filter members, wherein the unit receiving member comprises a sealing structure provided at inner surfaces of the receiving member, and wherein the sealing structure is configured to engage said combined detergent and filter unit by applying a pressure on the inlet and outlet sides (6, 8) of the combined detergent and filter unit, such that said at least one pockets is/are effectively liquid sealed. the combined detergent and filter unit is provided with a sealing edge configured to attach the inlet side to the outlet side, and configured to serve as a sealing when the combined detergent and filter unit is mounted in a unit receiving member of the washing machine such that liquid is forced to pass through the combined detergent and filter unit, via the filter members, wherein the unit receiving member comprises a sealing structure provided at inner surfaces of the receiving member, and wherein the sealing structure is configured to engage said combined detergent and filter unit by applying a pressure on the inlet and outlet sides (6, 8) of the combined detergent and filter unit, such that said at least one pockets is/are effectively liquid sealed.
A window system for a window on a building comprising: a window including a number of components (2001, 2002, 2003a, 2003b, 2004a, 2004b), a screening assembly including a screening device, and at least one operation assisting appliance member (100, 110), wherein at least one of said number of components of the window includes at least one track (2123, 2223), and said screening device being provided with at least one track (23; 423; 523; 623; 723; 823), and wherein said at least one operation assisting appliance member is interchangeable between a track (2123, 2223) of the at least one window component (2001, 2002, 2003a, 2003b, 2004a, 2004b) and a track (23; 423; 523; 623; 723; 823) of the screening device, each at least one operation assisting appliance member being received in a track of the window component or the screening device in a releasable connection, characterized in that the window component including at least one track is a cover element selected from the group comprising: window top cover, window bottom cover, and window side cover (2003a, 2003b, 2004a, 2004b), wherein the window top cover defines a length and a first longitudinal direction corresponding to a width direction of the window, and wherein the window top cover is provided with an external longitudinal track, and wherein the at least one operation assisting appliance member (100, 110) is selected from the group comprising solar cell panels, photovoltaic elements, power storage elements, such as capacitors or accumulators, members providing lighting, such as LCD and OLED, sensor and transducer elements. a window including a number of components (2001, 2002, 2003a, 2003b, 2004a, 2004b), a screening assembly including a screening device, and at least one operation assisting appliance member (100, 110), wherein at least one of said number of components of the window includes at least one track (2123, 2223), and said screening device being provided with at least one track (23; 423; 523; 623; 723; 823), and wherein said at least one operation assisting appliance member is interchangeable between a track (2123, 2223) of the at least one window component (2001, 2002, 2003a, 2003b, 2004a, 2004b) and a track (23; 423; 523; 623; 723; 823) of the screening device, each at least one operation assisting appliance member being received in a track of the window component or the screening device in a releasable connection, characterized in that the window component including at least one track is a cover element selected from the group comprising: window top cover, window bottom cover, and window side cover (2003a, 2003b, 2004a, 2004b), wherein the window top cover defines a length and a first longitudinal direction corresponding to a width direction of the window, and wherein the window top cover is provided with an external longitudinal track, and wherein the at least one operation assisting appliance member (100, 110) is selected from the group comprising solar cell panels, photovoltaic elements, power storage elements, such as capacitors or accumulators, members providing lighting, such as LCD and OLED, sensor and transducer elements.
An x-ray camera with a camera housing, an image pickup element sensitive to x-rays and an x-ray objective, characterized in that the x-ray objective has a capillary structure (15, 17, 18), the capillary structure (15, 17, 18) is formed as a parallel-imaging polycapillary structure or a magnifying or demagnifying polycapillary structure (17, 15) and the image pickup element is formed as a two-dimensional pixelated semiconductor sensor for simultaneous spatial, energy and time resolution and the x-ray objective is detachably connected with the camera housing.
Method for determining a driving behaviour of a driver of a vehicle, comprising the steps of: • detecting a three-dimensional signal of an accelerator sensor, wherein the three-dimensional signal comprises an acceleration value in in each case one independent spatial direction (x, y, z), • calculating a characteristic variable of the three-dimensional signal, and • outputting the driving behaviour on the basis of the characteristic variable via an output device, characterized in that • the characteristic variable is a measure of the aggressivity of a driving behaviour, and • the characteristic variable comprises either a fractal dimension of embedding of the three-dimensional signal and/or Kolmogorov entropy of the three-dimensional signal. • detecting a three-dimensional signal of an accelerator sensor, wherein the three-dimensional signal comprises an acceleration value in in each case one independent spatial direction (x, y, z), • calculating a characteristic variable of the three-dimensional signal, and • outputting the driving behaviour on the basis of the characteristic variable via an output device, characterized in that • the characteristic variable is a measure of the aggressivity of a driving behaviour, and • the characteristic variable comprises either a fractal dimension of embedding of the three-dimensional signal and/or Kolmogorov entropy of the three-dimensional signal.
Device for sampling particles, comprising a handle for grasping established on a cyclone for retaining sampled particles, a compressed air duct responsible for the suction, and a mechanical valve for closing the compressed air duct, controlled by an actuator, comprising an air amplifier, connected to the cyclone, via a passage, characterised in that the compressed air duct opens into the air amplifier by being directed towards the passage, and the air amplifier comprises a circular slot wherein the compressed air duct opens, and a tapered groove with a top directed towards the passage, extending the circular slot and opening into a bore of the amplifier, as such creating the amplification of the suction, and the amplifier is located between the cyclone and a nozzle through which the particles enter into the device.
A system for generating an ultrasound focus at a target region, the system comprising: an ultrasound transducer comprising a plurality of transducer elements; and a controller configured to: (a) cause the transducer to transmit a series of treatment ultrasound pulses to the target region; (b) cause the transducer to transmit focusing ultrasound pulses to the target region and generate an acoustic reflector therein; (c) measure reflections of the focusing ultrasound pulses from the acoustic reflector; (d) based at least in part on the measured reflections, adjust a parameter value associated with at least one of the transducer elements to compensate for a change in beam aberration resulting from intervening tissue located between the ultrasound transducer and the target region; and (e) cause said at least one of the transducer elements to generate an ultrasound beam utilizing the adjusted parameter value to create a focus at the target region during treatment. an ultrasound transducer comprising a plurality of transducer elements; and a controller configured to: (a) cause the transducer to transmit a series of treatment ultrasound pulses to the target region; (b) cause the transducer to transmit focusing ultrasound pulses to the target region and generate an acoustic reflector therein; (c) measure reflections of the focusing ultrasound pulses from the acoustic reflector; (d) based at least in part on the measured reflections, adjust a parameter value associated with at least one of the transducer elements to compensate for a change in beam aberration resulting from intervening tissue located between the ultrasound transducer and the target region; and (e) cause said at least one of the transducer elements to generate an ultrasound beam utilizing the adjusted parameter value to create a focus at the target region during treatment. (a) cause the transducer to transmit a series of treatment ultrasound pulses to the target region; (b) cause the transducer to transmit focusing ultrasound pulses to the target region and generate an acoustic reflector therein; (c) measure reflections of the focusing ultrasound pulses from the acoustic reflector; (d) based at least in part on the measured reflections, adjust a parameter value associated with at least one of the transducer elements to compensate for a change in beam aberration resulting from intervening tissue located between the ultrasound transducer and the target region; and (e) cause said at least one of the transducer elements to generate an ultrasound beam utilizing the adjusted parameter value to create a focus at the target region during treatment.
A photonic interface assembly for an electronic circuit, the photonic interface assembly comprising: a first electrical port for receiving a first electrical signal from the electronic circuit, and a second electrical port for coupling a second electrical signal to the electronic circuit; at least one optical fiber for outputting a first optical signal, receiving a second optical signal, or both outputting the first optical signal and receiving the second optical signal; a photonic integrated circuit comprising: an optical modulator for modulating an optical carrier wave with the first electrical signal to provide the first optical signal, and a photodetector for providing the second electrical signal in response to the second optical signal; and a fiber support attached to the photonic integrated circuit and supporting the at least one optical fiber; a substrate for supporting the photonic integrated circuit; and an optical gain chip mounted on the substrate and optically coupled to the optical modulator for providing the optical carrier wave. a first electrical port for receiving a first electrical signal from the electronic circuit, and a second electrical port for coupling a second electrical signal to the electronic circuit; at least one optical fiber for outputting a first optical signal, receiving a second optical signal, or both outputting the first optical signal and receiving the second optical signal; a photonic integrated circuit comprising: an optical modulator for modulating an optical carrier wave with the first electrical signal to provide the first optical signal, and a photodetector for providing the second electrical signal in response to the second optical signal; and an optical modulator for modulating an optical carrier wave with the first electrical signal to provide the first optical signal, and a photodetector for providing the second electrical signal in response to the second optical signal; and a fiber support attached to the photonic integrated circuit and supporting the at least one optical fiber; a substrate for supporting the photonic integrated circuit; and an optical gain chip mounted on the substrate and optically coupled to the optical modulator for providing the optical carrier wave.
A computer-implemented method for storing data for a listing, the method comprising: identifying a first set of data and a second set of data in a listing, wherein the first set of data includes a plurality of elements; storing each element of the first set of data in a data block file on a distributed file system, the data block file having an address on the distributed file system; creating an object data block on a blockchain, the object data block including the second set of data and the address on the distributed file system for each element of the first set of data; committing the object data block to the blockchain; responsive to a request for the listing from a requestor, retrieving the object data block for the listing from the blockchain; for each element of the first set of data, obtaining the data block file for the element using the address on the distributed file system in the object data block; obtaining the second set of data from the object data block; reassembling the listing from the first and second sets of data to create a reassembled listing; and returning the reassembled listing to the requestor. identifying a first set of data and a second set of data in a listing, wherein the first set of data includes a plurality of elements; storing each element of the first set of data in a data block file on a distributed file system, the data block file having an address on the distributed file system; creating an object data block on a blockchain, the object data block including the second set of data and the address on the distributed file system for each element of the first set of data; committing the object data block to the blockchain; responsive to a request for the listing from a requestor, retrieving the object data block for the listing from the blockchain; for each element of the first set of data, obtaining the data block file for the element using the address on the distributed file system in the object data block; obtaining the second set of data from the object data block; reassembling the listing from the first and second sets of data to create a reassembled listing; and returning the reassembled listing to the requestor.
An X-ray detector configured to detect X-rays irradiated from an X-ray source, the X-ray detector comprising: a top frame that includes a first area, a second area which is bent from the first area, and an active area which is biased from a center of the first area; a side frame that includes a top frame resting part which is formed in an outer surface which faces an outside of the X-ray detector and on which the second area rests, the side frame being coupled with the top frame to form an accommodation space; and a sensor panel disposed in the accommodation space and configured to convert the detected X-rays into an electrical signal, the sensor panel being biased from the center of the first area to correspond to the active area. a top frame that includes a first area, a second area which is bent from the first area, and an active area which is biased from a center of the first area; a side frame that includes a top frame resting part which is formed in an outer surface which faces an outside of the X-ray detector and on which the second area rests, the side frame being coupled with the top frame to form an accommodation space; and a sensor panel disposed in the accommodation space and configured to convert the detected X-rays into an electrical signal, the sensor panel being biased from the center of the first area to correspond to the active area.
An ink jet printer comprising: an ink; an ink absorbent material that is made from a liquid absorbent; and a waste ink tank that has a wall for a reservoir space and contains the ink absorbent material, wherein the waste ink tank includes an ink-receiving port, an air vent formed through the wall, and a valve unit plugging the air vent, the valve unit being configured to open only while waste ink is introduced into the waste ink tank via the ink-receiving port, and the liquid absorbent comprises: a cellulose fiber; a heat-fusible material; and a flame-retardant material, wherein a relation σ 1 - σ 0 ≤ 500 is satisfied, where σ 0 [μS/cm] is an electric conductivity of the ink and σ 1 [μS/cm] is an electric conductivity of a mixture of 5 g of the ink and 1 g of the flame-retardant material. an ink; an ink absorbent material that is made from a liquid absorbent; and a waste ink tank that has a wall for a reservoir space and contains the ink absorbent material, wherein the waste ink tank includes an ink-receiving port, an air vent formed through the wall, and a valve unit plugging the air vent, the valve unit being configured to open only while waste ink is introduced into the waste ink tank via the ink-receiving port, and the liquid absorbent comprises: a cellulose fiber; a heat-fusible material; and a flame-retardant material, wherein a cellulose fiber; a heat-fusible material; and a flame-retardant material, wherein a relation σ 1 - σ 0 ≤ 500 is satisfied, where σ 0 [μS/cm] is an electric conductivity of the ink and σ 1 [μS/cm] is an electric conductivity of a mixture of 5 g of the ink and 1 g of the flame-retardant material.
A method of operating a dishwasher as a humidifier, the method comprising: in response to an input indicating a humidifying cycle of operation, implementing the humidifying cycle of operation by generating moisture-laden air within a treating chamber of the dishwasher, and emitting the generated moisture-laden air to an exterior surrounding the dishwasher, without the simultaneous implementation of a dish treating cycle of operation.
A security document (10, 10A, 10B) having a general shape of a card provided with a substantially semi-rigid or even rigid body, the card (10, 10A, 10B) bearing data, notably personal data specific to a bearer of the security document, characterized in that the data incorporate coded information according to a predefined coding type, imperceptible to the naked eye and in that the card bears means capable of revealing any information coded according to the predefined type, borne by another card (10, 10A, 10B).
A method for producing a bacterial ghost preparation comprising the steps: (a) providing bacterial cells comprising a lytic gene encoding a protein capable of forming a tunnel structure in the bacterial cell envelope wherein the expression of the lytic gene is under operative control of a regulatable promoter, (b) cultivating the bacterial cells under conditions wherein the lytic gene is not expressed to a final biomass concentration of about 10-80 g dry cell weight /L, wherein DCW= 0.33 x OD 600, (c) after step (b), subjecting the bacterial cells to conditions wherein the lytic gene is expressed by inducing the regulatable promoter but lysis of the bacterial cells is repressed and wherein the bacterial cells are subjected to an at least substantially stationary state, (d) after step (c), subjecting the bacterial cells to conditions wherein lysis of the bacterial cells takes place, and thereafter carrying out a further promoter induction step, which is preferably a chemical or a thermal promoter induction step, and (e) obtaining the resulting bacterial ghosts. (a) providing bacterial cells comprising a lytic gene encoding a protein capable of forming a tunnel structure in the bacterial cell envelope wherein the expression of the lytic gene is under operative control of a regulatable promoter, (b) cultivating the bacterial cells under conditions wherein the lytic gene is not expressed to a final biomass concentration of about 10-80 g dry cell weight /L, wherein DCW= 0.33 x OD 600, (c) after step (b), subjecting the bacterial cells to conditions wherein the lytic gene is expressed by inducing the regulatable promoter but lysis of the bacterial cells is repressed and wherein the bacterial cells are subjected to an at least substantially stationary state, (d) after step (c), subjecting the bacterial cells to conditions wherein lysis of the bacterial cells takes place, and thereafter carrying out a further promoter induction step, which is preferably a chemical or a thermal promoter induction step, and (e) obtaining the resulting bacterial ghosts.
Method for logging of packets of data of a plurality of steps of a protocol hierarchy in a communications system for mobile radio and/or mobile telephones, wherein the packets of data consist of useful data and control information (61, 62, 63), wherein the control information (61, 62, 63) is assigned to the individual protocol hierarchy planes, wherein the control information (61, 62, 63) of all the protocol hierarchy planes is stored separated according to protocol hierarchy plane, wherein at most one copy of the useful data is stored, and wherein for each packet of data only new information arising between the individual protocol hierarchy planes of the packet of data is stored.
An apparatus for inserting one or more goods (G 1) into a moving cover (E 1), comprising: a cover transport; and at least one movable flap holder (504; 700) configured to cover a flap (F 1) of the cover (E 1) and to maintain the flap (F 1) of the cover (E 1) and the one or more movable goods (G 1) to be inserted into the cover (E 1) separated during at least a part of the movement of the cover (E 1), characterised in that the flap holder (504; 700) comprises at least one element (504a-d; 702a-h) to separate the flap (F 1) of the cover (E 1) and the one or more movable goods (G 1) while a leading edge of the one or more goods (G 1) passes the edge of the flap (F 1) of the cover (E 1). a cover transport; and at least one movable flap holder (504; 700) configured to cover a flap (F 1) of the cover (E 1) and to maintain the flap (F 1) of the cover (E 1) and the one or more movable goods (G 1) to be inserted into the cover (E 1) separated during at least a part of the movement of the cover (E 1), characterised in that the flap holder (504; 700) comprises at least one element (504a-d; 702a-h) to separate the flap (F 1) of the cover (E 1) and the one or more movable goods (G 1) while a leading edge of the one or more goods (G 1) passes the edge of the flap (F 1) of the cover (E 1).