mhurhangee/patent-ind-claim-en huggingface dataset:
Household dishwasher with a dishwasher cavity for receiving items to be washed, a hydraulic circuit for circulating fresh water and/or wash liquor (F) in the dishwasher cavity , a pump device for applying fresh water and/or wash liquor (F) to the hydraulic circuit , wherein the hydraulic circuit has a number of spray zones , characterised in that the household dishwasher comprises a closure manufactured from a water-soluble material, wherein the closure disconnects part of the hydraulic circuit from the pump device during a one-time calibration process of the household dishwasher and which dissolves in the fresh water and/or wash liquor (F) during and/or after completion of the calibration process, wherein the closure disconnects at least one of the spray zones from the pump device and wherein the one-time calibration process ensures that it is reliably possible to identify which of the spray zones is active.
A cooling device comprising a storage compartment capable of operating either as a deep-freezer or as a fresh food refrigerator, and an evaporator located outside of said storage compartment, said storage compartment having a rear wall to which said evaporator is attached wherein the cooling device further comprises a combined heater having; - a defrost heater placed in thermal communication with said evaporator , - a rear wall heater placed in between said evaporator and said rear wall such that said rear wall heater remains in thermal communication with both the evaporator and the rear wall of said storage compartment, and - a controller configured to energize the rear wall heater when the device is in fresh food refrigerator mode. - a defrost heater placed in thermal communication with said evaporator , - a rear wall heater placed in between said evaporator and said rear wall such that said rear wall heater remains in thermal communication with both the evaporator and the rear wall of said storage compartment, and - a controller configured to energize the rear wall heater when the device is in fresh food refrigerator mode.
A baler, in particular a round baler, having a compression device for compressing bales of crop, and a wrapping device downstream of the compression device for wrapping a compressed bale with a wrapping material which is stored on rolls , wherein the wrapping device has a wrapping arm which is rotatably mounted on a support frame and has at least one roll holder , wherein at least one roll of the wrapping material can be mounted on the roll holder in an operating position in order to unroll the wrapping material, and a loading device for transferring at least one roll of the wrapping material between the operating position on the roll holder side and/or an unloading position on the compressing chamber side, characterized in that the loading device has at least one loading arm , wherein the loading arm is disposed on the support frame , in particular on a vertical section of the support frame .
A linear stepper motor comprising a stator having a housing, an actuating rod disposed within the housing, a rotor and a bearing shield fixed on the stator , the rotor comprising a threaded shaft , the bearing shield defining two guide cut-outs , the actuating rod comprising a spindle nut portion engaged with the threaded shaft, a coupling shank for a customer-specific actuating element, and two opposing parallel fork legs which link the spindle nut portion and the coupling shank and which are guided in a rotation-locked manner through the two guide cut-outs , wherein the bearing shield and the coupling shank are replaceable, characterized in that one of the bearing shield and the actuating rod is formed as at least a two-part component, the parts of the at least two-part component being pluggable together in non-axial direction of the actuating rod , so that the guide cut-outs accommodate the fork legs as well as a bearing bridge forming a bearing seat for the threaded shaft .
Method for estimating the energy state of health of a battery of an electric or hybrid vehicle, comprising a step of calculating said state of health on the basis of at least one parameter measured on the battery, including its state of charge, the method being characterized in that it comprises steps of: - selecting a case of typical use of the vehicle, including discharging occurrences always corresponding to substantially the same travel distance or charging occurrences always corresponding to substantially the same period of recharging at a recharging terminal, each discharging or charging occurrence being followed by a rest period which is longer than a given relaxation time for the battery; - determining a control value which is representative, at a given initial instant, of the variation in the state of charge of the battery during a discharging or charging occurrence of the case of use selected; - estimating the energy state of health of said battery on the basis of a comparison between the control value and the variation in the state of charge at the end of an occurrence of the case of use selected. - selecting a case of typical use of the vehicle, including discharging occurrences always corresponding to substantially the same travel distance or charging occurrences always corresponding to substantially the same period of recharging at a recharging terminal, each discharging or charging occurrence being followed by a rest period which is longer than a given relaxation time for the battery; - determining a control value which is representative, at a given initial instant, of the variation in the state of charge of the battery during a discharging or charging occurrence of the case of use selected; - estimating the energy state of health of said battery on the basis of a comparison between the control value and the variation in the state of charge at the end of an occurrence of the case of use selected.
A method for the production of a molded part, especially a container, made of plastic by means of rotational molding, whereby a starting material in the form of a plastic or a plastic precursor is placed into a rotational melt mold and, while the rotational melt mold is rotating, it is shaped, whereby the rotational melt mold is fitted with at least one magnetic element , whereby the magnetic element rotates together with the rotational melt mold during the shaping process, whereby the starting material and the magnetic element are configured in such a way that the starting material and the magnetic element interact magnetically, and a portion of the starting material is attracted and held in place by the magnetic element during the shaping process.
A diagnosis assistance system configured to identify a contour of a biological object in image information, comprising: - a processing unit ; wherein the processing unit is configured to: receive image information which has been segmented into super-pixels, to select an initial set of super-pixels in the image information at an initial location in the image information, to determine a first morphological variable of the initial set of super-pixels, to identify a further set of super-pixels adjacent to a super-pixel of the initial set of super-pixels at a further location in the image information, to generate a second morphological variable of the union of the initial set and the further set of super-pixels, and, if a comparison of the second morphological variable to the first morphological variable indicates that the union of the initial set and the further set have an increased shape compactness, to define the contour of a biological object in the image information as the boundary of the union of the initial set and the further set of super-pixels. - a processing unit ;
Inflation device for an inflatable life vest, comprising a storage casing containing at least two pressurised gas cartridges which are arranged side-by-side and touching one another so as to form a row and a release casing comprising at least one striker device making it possible, in case of activation, to puncture successively each of said cartridges so as to release the gas that they contain in gaseous form to the outside of the inflation device through at least one orifice arranged on the release casing , said storage casings and release casings being in the overall shape of a flattened hollow parallelepiped and joined together removably and in a manner that is gastight to the gas contained in said cartridges , said release casing making possible a successive puncturing of each of said cartridges and contains a first striker device associated with the cartridge located at one of the ends of the row of cartridges contained in the storage casing and at least one second striker device associated with the other cartridges , said first and second striker device(s) comprising: - a tube inside which slides a piston equipped with a puncturing end arranged on the side of the associated cartridge , - a thrust member capable of moving said piston between a "normal" position wherein the puncturing end of the piston is not in contact with the associated cartridge and an "activation" position wherein the puncturing end of the piston has punctured the associated cartridge , and - a retaining member making it possible to maintain said piston in the "normal" position thereof and being mobile, in case of activation, so as to release the piston such that it is moved up to the "activation" position thereof under the action of the thrust member . said inflation device being characterised in that the retaining member of each second striker device is a latch mobile between a "blocking" position where it bears against the preceding piston , thus in the "normal" position, so as to maintain the following piston in the "normal" position thereof and a "release" position wherein it no longer bears against the preceding piston , thus in the "activation" position or in the immediate proximity of this position, so as to release the following piston in the "normal" position thereof and make it possible for it to join the "activation" position thereof under the action of the associated thrust member . - a tube inside which slides a piston equipped with a puncturing end arranged on the side of the associated cartridge , - a thrust member capable of moving said piston between a "normal" position wherein the puncturing end of the piston is not in contact with the associated cartridge and an "activation" position wherein the puncturing end of the piston has punctured the associated cartridge , and - a retaining member making it possible to maintain said piston in the "normal" position thereof and being mobile, in case of activation, so as to release the piston such that it is moved up to the "activation" position thereof under the action of the thrust member .
Method for producing a preimpregnated fibrous material comprising a fibrous material made from continuous fibers and a thermoplastic polymer matrix, characterized in that said preimpregnated fibrous material is produced as a plurality of unidirectional parallel ribbons and in that said method comprises the following steps: i) impregnation of said fibrous material presented in the form of multiple parallel rovings and without them coming in contact with each other, by said thermoplastic polymer or a blend of thermoplastic polymers presented in the form of a powder in a fluidized bed , said thermoplastic polymer or blend of thermoplastic polymers further comprising carbonaceous fillers, in particular carbon black or carbonaceous nanofillers, preferably selected from among carbonaceous nanofillers, in particular graphenes and/or carbon nanotubes and/or carbon nanofibrils or their blends; ii) forming of said parallel rovings of said impregnated fibrous material according to step i), by calendering by means of at least one heating calender in the form of a plurality of unidirectional parallel ribbons with said heating calender including a plurality of calendering grooves , preferably up to 200 calendering grooves, in accordance with the number of said ribbons, and further comprising an integrated induction or microwave heating system, preferably by microwave, coupled with the presence of carbonaceous fillers in said thermoplastic polymer or in said mixture of thermoplastic polymers and with a pressure and/or spacing between the rolls of said calender regulated by a closed-loop control system. i) impregnation of said fibrous material presented in the form of multiple parallel rovings and without them coming in contact with each other, by said thermoplastic polymer or a blend of thermoplastic polymers presented in the form of a powder in a fluidized bed , said thermoplastic polymer or blend of thermoplastic polymers further comprising carbonaceous fillers, in particular carbon black or carbonaceous nanofillers, preferably selected from among carbonaceous nanofillers, in particular graphenes and/or carbon nanotubes and/or carbon nanofibrils or their blends; ii) forming of said parallel rovings of said impregnated fibrous material according to step i), by calendering by means of at least one heating calender in the form of a plurality of unidirectional parallel ribbons with said heating calender including a plurality of calendering grooves , preferably up to 200 calendering grooves, in accordance with the number of said ribbons, and further comprising an integrated induction or microwave heating system, preferably by microwave, coupled with the presence of carbonaceous fillers in said thermoplastic polymer or in said mixture of thermoplastic polymers and with a pressure and/or spacing between the rolls of said calender regulated by a closed-loop control system.
Rail vehicle having - a power supply facility having an electrical on-board power supply which comprises one or more auxiliaries , an auxiliary converter unit connected to the on-board power supply , which comprises a converter for feeding electrical energy to the on-board power supply and an intermediate circuit , connected to the converter , for supplying the converter with electrical energy and an uninterruptible power supply connected to the intermediate circuit for feeding electrical energy to the intermediate circuit of the auxiliary converter unit , wherein the uninterruptible power supply comprises an energy storage unit for storing electrical energy and a DC-DC converter connected to the energy storage unit , wherein the DC-DC converter is connected between the energy storage unit and the intermediate circuit , and wherein the energy storage unit is a rechargeable energy storage unit and the DC-DC converter is embodied as a bidirectional DC-DC converter , such that the energy storage unit is chargeable with electrical energy from the intermediate circuit of the converter unit by way of the DC-DC converter , and - an electrical traction motor and a traction converter unit for supplying the traction motor with electrical energy, wherein the traction converter unit comprises a traction intermediate circuit , which is connected to the auxiliary converter unit of the power supply facility and via which the auxiliary converter unit can be supplied with electrical energy. - a power supply facility having an electrical on-board power supply which comprises one or more auxiliaries , an auxiliary converter unit connected to the on-board power supply , which comprises a converter for feeding electrical energy to the on-board power supply and an intermediate circuit , connected to the converter , for supplying the converter with electrical energy and an uninterruptible power supply connected to the intermediate circuit for feeding electrical energy to the intermediate circuit of the auxiliary converter unit , wherein the uninterruptible power supply comprises an energy storage unit for storing electrical energy and a DC-DC converter connected to the energy storage unit , wherein the DC-DC converter is connected between the energy storage unit and the intermediate circuit , and wherein the energy storage unit is a rechargeable energy storage unit and the DC-DC converter is embodied as a bidirectional DC-DC converter , such that the energy storage unit is chargeable with electrical energy from the intermediate circuit of the converter unit by way of the DC-DC converter , and - an electrical traction motor and a traction converter unit for supplying the traction motor with electrical energy, wherein the traction converter unit comprises a traction intermediate circuit , which is connected to the auxiliary converter unit of the power supply facility and via which the auxiliary converter unit can be supplied with electrical energy.
A method for performing wireless communications in a wireless network , the method comprising: generating, by a wireless device , a frame , wherein generating the frame includes: determining that the frame is intended for a single recipient station ; providing, in the frame , a High Efficiency Signal A, HE-SIG-A, field including frame format information for the frame , providing, in the frame , an address of the single recipient station in the wireless network , and providing, in the frame , a High Efficiency Short Training Field, HE-STF , immediately after the HE-SIG-A field in response to determining that the frame is intended for the single recipient station ; and transmitting, by the wireless device , the frame over a wireless channel to the single recipient station . generating, by a wireless device , a frame , wherein generating the frame includes: determining that the frame is intended for a single recipient station ; providing, in the frame , a High Efficiency Signal A, HE-SIG-A, field including frame format information for the frame , providing, in the frame , an address of the single recipient station in the wireless network , and providing, in the frame , a High Efficiency Short Training Field, HE-STF , immediately after the HE-SIG-A field in response to determining that the frame is intended for the single recipient station ; and determining that the frame is intended for a single recipient station ; providing, in the frame , a High Efficiency Signal A, HE-SIG-A, field including frame format information for the frame , providing, in the frame , an address of the single recipient station in the wireless network , and providing, in the frame , a High Efficiency Short Training Field, HE-STF , immediately after the HE-SIG-A field in response to determining that the frame is intended for the single recipient station ; and transmitting, by the wireless device , the frame over a wireless channel to the single recipient station .
Procedure for the production and purification of a recombinant protein VP60 causing Brown Hare haemorrhagic syndrome (EBHS) comprising an amino acid sequence presenting a polyhistidine tail at the carboxy-terminal end, the procedure comprises at least the following phases: - isolation of a nucleotide sequence encoding for a protein VP60 from a viral strain of EBHS, in turn, comprising the steps of: - extraction of viral RNA and of reverse transcription of said viral RNA to obtain a sequence of cDNA; - amplification of said sequence of cDNA in a plurality of fragments; - cloning of said amplified sequence of cDNA in a transfer vector encoding said polyhistidine tail; - expression and synthesis of said recombinant protein; and - extraction and purification of said recombinant protein; characterised by the fact that said extraction and purification phase comprises an affinity chromatography wherein said extraction and purification phase comprises at least one dialysis phase at a pH value comprised between 4.5 and 5.5 with a solution comprising NaCl, KCl, KH2PO4, Na2HPO4, NaH2PO4 and HCl. - isolation of a nucleotide sequence encoding for a protein VP60 from a viral strain of EBHS, in turn, comprising the steps of: - extraction of viral RNA and of reverse transcription of said viral RNA to obtain a sequence of cDNA; - amplification of said sequence of cDNA in a plurality of fragments; - extraction of viral RNA and of reverse transcription of said viral RNA to obtain a sequence of cDNA; - amplification of said sequence of cDNA in a plurality of fragments; - cloning of said amplified sequence of cDNA in a transfer vector encoding said polyhistidine tail; - expression and synthesis of said recombinant protein; and - extraction and purification of said recombinant protein;
Vehicle provided with a powertrain , said powertrain comprising at least one heat engine , said vehicle having an air-conditioning system for controlling the air temperature in a section of the vehicle , said air-conditioning system comprising a fluid circulating in a fluid circulation system , the fluid circulation system comprising a fluid circuit running through the vehicle , said fluid circulation system comprising at least one pump configured to cause said fluid to circulate in said fluid circuit , characterized in that said vehicle comprises an injection member for each heat engine of said at least one heat engine, said injection member being configured to inject said fluid into the associated heat engine , said vehicle comprising a back-up circuit fluidly connecting the fluid circulation system to said injection member , said back-up circuit comprising a distribution device controlled by a controller to allow a fluid circulation to said injection member upon command.