mhurhangee/ep-ind-claims huggingface dataset:
A method for arranging representatives of programs which have been selected via at least one input means from a plurality of programs for cooking devices, on at least one display means, which is actively connected to the input means and a control or regulating means, wherein the control or regulating means is actively connected to a storage means for storing a plurality of programs for cooking devices and is connected to or provided by at least one cooking device, wherein each program representative in the form of a virtual token can be arranged in a two-dimensional area in the form of a virtual token board with a time axis and a position axis, wherein via the positioning axis treatment zones of a cooking area of the cooking device and via the time axis points in time or a length of time of the operation of the cooking device are visualised, and the axes span a right-angled or curved coordinate system, so that a time-related arrangement of virtual tokens on the virtual token board is enabled with the time axis, in that each virtual token has a code name and/or a graphic representation for a program and can be placed along the time axis, while additionally a spatial arrangement of the virtual tokens in relation to treatment zones is realised via the position axis, and via the token board a two-dimensional representation of a function plan or function sequence of at least one cooking device is provided, which can be modified, characterized in that at least one orientation line is displayed in the token board to facilitate the positioning of tokens at least temporarily and depends on a priority parameter and/or climate parameter, wherein the priority parameter is determined by an energy consumption, a water consumption, a cleaning agent consumption, a time requirement, a target time, a start time and/or a spatial requirement and/or a reduction in weight loss of the food to be cooked, a soiling, an occurrence of smoke and/or of odour and/or an improvement to a program result, and/or an expiry date, a sensitivity, a quantity and/or a price of an item of food to be cooked, and the climate parameter is determined by a temperature, a humidity, a pressure, a flow rate and/or a microwave energy level.
Process for separating a mixture comprising at least one vinyl carboxylate ester of general formula R'-C O-CH=CH 2 and at least one carboxylic acid of general formula R'-COOH, wherein in each case R' may be an aliphatic radical having 12 to 22 carbon atoms or a cycloaliphatic radical having 12 to 22 carbon atoms or an aromatic radical having 12 to 22 carbon atoms and R' may be identical or different, characterized in that the carboxylic acid is converted into its anhydride R'-C -O-C -R' and the vinyl carboxylate ester is subsequently removed.
An operating method of a storage device including a nonvolatile memory, the operating method comprising: receiving a first packet including a read command for the nonvolatile memory from a host according to a first protocol; acquiring first requester information corresponding to a host identifier of the host by parsing the first packet; determining resource priorities based on the first requester information; reading data stored in the nonvolatile memory by using resources of the storage device according to the resource priorities; and transmitting the data to the host; wherein the first protocol comprises a Peripheral Component Interconnect express, hereafter PCIe, protocol, and the first requester information comprises PCIe requester information; wherein the PCIe requester information comprises a PCIe requester identifier corresponding to the host identifier according to the PCIe protocol, and wherein the determining of resource priorities based on the first requester information comprises determining the resource priorities according to a read command frequency corresponding to the PCIe requester identifier. receiving a first packet including a read command for the nonvolatile memory from a host according to a first protocol; acquiring first requester information corresponding to a host identifier of the host by parsing the first packet; determining resource priorities based on the first requester information; reading data stored in the nonvolatile memory by using resources of the storage device according to the resource priorities; and transmitting the data to the host; wherein the first protocol comprises a Peripheral Component Interconnect express, hereafter PCIe, protocol, and the first requester information comprises PCIe requester information; wherein the PCIe requester information comprises a PCIe requester identifier corresponding to the host identifier according to the PCIe protocol, and wherein the determining of resource priorities based on the first requester information comprises determining the resource priorities according to a read command frequency corresponding to the PCIe requester identifier.
A secondary battery, comprising: an electrode assembly having a plurality of unit electrode bodies, each electrode body including a positive electrode plate having a plurality of positive electrode uneven grooves into which a positive electrode active material is inserted, a negative electrode plate having a plurality of negative electrode uneven grooves located to face the positive electrode uneven grooves so that a negative electrode active material is inserted therein, and a unit separator interposed between the positive electrode plate and the negative electrode plate; and a case having an accommodation portion in which the electrode assembly and an electrolyte are accommodated, wherein the positive electrode plate and the negative electrode plate are symmetrical to each other on the basis of the unit separator, and adjacent positive electrode uneven grooves or negative electrode uneven grooves of adjacent unit electrode bodies are engaged with the negative electrode plate or the positive electrode plate by fitting. an electrode assembly having a plurality of unit electrode bodies, each electrode body including a positive electrode plate having a plurality of positive electrode uneven grooves into which a positive electrode active material is inserted, a negative electrode plate having a plurality of negative electrode uneven grooves located to face the positive electrode uneven grooves so that a negative electrode active material is inserted therein, and a unit separator interposed between the positive electrode plate and the negative electrode plate; and a case having an accommodation portion in which the electrode assembly and an electrolyte are accommodated, wherein the positive electrode plate and the negative electrode plate are symmetrical to each other on the basis of the unit separator, and adjacent positive electrode uneven grooves or negative electrode uneven grooves of adjacent unit electrode bodies are engaged with the negative electrode plate or the positive electrode plate by fitting.
A blade set for a hair cutting appliance, comprising a stationary blade and a cutter blade the stationary blade comprising: - a blade base, and - a plurality of teeth extending from the blade base in a longitudinal direction, wherein the teeth are arranged in a series alternating with tooth gaps therebetween, the tooth gaps defining hair entry slots, wherein the teeth comprise a first side arranged to cooperate with a cutter blade to cut hair and a second side arranged as a skin-facing side, wherein the teeth comprise at the first side at their longitudinal extension processing edges (70, 74), and wherein the processing edges (70, 74) comprise smoothened edge transitions, the cutter blade comprising a plurality of cutter blade teeth extending in a longitudinal direction, wherein the cutter blade is provided at the cutter blade teeth with sharp cutting edges in a processing zone that are arranged to cooperate with the smoothened processing edges (70, 74) of the stationary blade to cut hair therebetween. - a blade base, and - a plurality of teeth extending from the blade base in a longitudinal direction,
A crushing segment forming a part of a crushing roll of a roll crusher, the segment comprising: a main body provided or mountable at a crushing roll, the main body having at least one tooth mount region defined by a first mount face of the main body; a crushing tooth having a second mount face mountable at the tooth mount region via positionally opposed mating contact between the first and second mount faces; a mechanical attachment to releasably attach the crushing tooth to the mount region; a filler material interposed between and extending over a majority of each of the positionally opposed first and second mount faces, the majority of the first and second mount faces in frictional mating contact via the interposed filler material. characterised by: the mount region comprises stepped sections (24a, 24b, 24c) which defines a rib or ribbed section extending along the mount region, the mount region further comprises a jib projecting outwardly from the main body and the crushing tooth comprises a cavity having a shape profile complementary to that of the jib to enable the jib to be seated within the cavity, the jib and the cavity defining at least a part of the respective first and second mount face. a main body provided or mountable at a crushing roll, the main body having at least one tooth mount region defined by a first mount face of the main body; a crushing tooth having a second mount face mountable at the tooth mount region via positionally opposed mating contact between the first and second mount faces; a mechanical attachment to releasably attach the crushing tooth to the mount region; a filler material interposed between and extending over a majority of each of the positionally opposed first and second mount faces, the majority of the first and second mount faces in frictional mating contact via the interposed filler material. characterised by: the mount region comprises stepped sections (24a, 24b, 24c) which defines a rib or ribbed section extending along the mount region, the mount region further comprises a jib projecting outwardly from the main body and the crushing tooth comprises a cavity having a shape profile complementary to that of the jib to enable the jib to be seated within the cavity, the jib and the cavity defining at least a part of the respective first and second mount face.
A device for closing an opening of a bag, especially a bag made of flexible material, comprising on the one hand a first element with hooks, and on the other hand a second element with hooks, the hooks of the two elements engaging into one another to achieve the closure of the opening, each element with hooks comprising a base strip (7, 8) and hooks coming from the base strip (7, 8), wherein the hooks of at least one of the elements with hooks comprise a part that forms a stem and a part that forms a head that protrudes laterally from the part forming the stem, and the arrangement is such that when the two elements engage into one another, the uppermost point of the head of each hook of said at least one of the hooking elements remains a given distance (e) away from the base strip (7, 8) of the other element with hooks, characterized in that the material or materials and/or the dimension or dimensions of the elements with hooks is/are chosen such that when the two elements with hooks are positioned with their respective hooks facing one another between an immobile structure and a mobile structure moving towards the immobile structure in order to compress the hooks of the two elements with hooks into one another, and the curve giving the compressive force applied by the mobile structure as a function of the movement of the mobile structure is traced, one obtains a curve that has a section that rises to a first local maximum, and next a section then falling to a local minimum, after which there is once again a rising section, and an energy well E BD, equal to the product of force F B at the first local maximum times the distance of the first local maximum at the point of intersection of the curve with the horizontal straight line passing via the first local maximum, less the work W BD, i.e. ((F B x BD) - W BD) is greater than 0.7 times the work provided W AB by the mobile structure between a point from which the force starts to rise up to the first local maximum, the stem part having a lower face which is curved with its concavity turned towards the base strip (7, 8), the ratio of the given distance (e) on the height (h) of the stem being comprised between 10% and 70%.
A process for the preparation of anhydrous crystals of a compound represented by the following formula: wherein Boc represents a tert-butoxycarbonyl group, the method comprising the step of stirring monohydrate crystals of a compound represented by the following formula: wherein Boc is as defined above, in an organic solvent with a water content of less than 1% by weight under heating, wherein the heating is performed at 70 to 75°C, wherein the stirring step further comprises distilling off the organic solvent by 1/2 to 4/7 of the total volume of the organic solvent under reduced pressure in the range of 40 to 75°C and then re-adding an organic solvent in an amount corresponding to the amount distilled off, and wherein the water content of the organic solvent is kept at less than 0.2% by weight in the distilling off of the organic solvent under reduced pressure and the re-addition.
An electric storage device comprising: an electrode assembly that includes a positive electrode and a negative electrode each including a current collector (50;60) provided with an active material layer (51;61) on a surface thereof except one end, the positive electrode and the negative electrode being wound or stacked with a separator interposed therebetween, wherein one end of one of the positive electrode and the negative electrode on at least one side of the electrode assembly protrudes, as active material layer-unformed parts (52;62), from a side end of the remaining electrode (6;5) different in polarity; a case for housing the electrode assembly with the protruding direction of the one end oriented sideways; and an electrolytic solution being reserved in the case, characterized in that the active material layer-unformed part of the positive electrode includes an electrolytic solution-sucking-up layer that is porous and formed along a direction orthogonal to the protruding direction of the one end such that the electrolytic solution-sucking-up layer is in contact with the active material layer. an electrode assembly that includes a positive electrode and a negative electrode each including a current collector (50;60) provided with an active material layer (51;61) on a surface thereof except one end, the positive electrode and the negative electrode being wound or stacked with a separator interposed therebetween, wherein one end of one of the positive electrode and the negative electrode on at least one side of the electrode assembly protrudes, as active material layer-unformed parts (52;62), from a side end of the remaining electrode (6;5) different in polarity; a case for housing the electrode assembly with the protruding direction of the one end oriented sideways; and an electrolytic solution being reserved in the case, characterized in that the active material layer-unformed part of the positive electrode includes an electrolytic solution-sucking-up layer that is porous and formed along a direction orthogonal to the protruding direction of the one end such that the electrolytic solution-sucking-up layer is in contact with the active material layer.
A one step process for preparing a micronized paliperidone ester, the process comprising wet milling for 5 minutes ±5% to 60 minutes ±5% a suspension comprising a solid paliperidone ester having an average particle size from 10 μm ±5% to 200 μm ±5%, at least one suspending agent, and at least one wetting agent in the presence of a plurality of polymeric beads to form the micronized paliperidone ester, wherein the plurality of polymeric beads has an average diameter from 0.5 mm ±5% to 1.5 mm ±5%, the micronized paliperidone ester has a particle size distribution from 1 μm ±5% to 30 μm ±5%, and wherein the at least one suspending agent is polyethylene glycol, polypropylene glycol, or combinations thereof.
An injection needle assembly comprising: a needle tube having a needle point to be made to puncture a skin; a needle hub for holding the needle tube; and an elastic member disposed inside the needle hub, the elastic member having an insertion hole in which the needle tube is inserted to make liquid-tight close contact with an outer peripheral surface of the needle tube, characterized in that the needle hub includes a first member which holds the needle tube, and a second member in which a discharge part of a syringe is to be fitted, the elastic member is disposed inside the second member to make liquid-tight close contact with an inner surface of the second member, the elastic member is interposed between the first member and the discharge part of the syringe to be fitted in the second member, and the elastic member has a flange part which is clamped between the first member and the second member. a needle tube having a needle point to be made to puncture a skin; a needle hub for holding the needle tube; and an elastic member disposed inside the needle hub, the elastic member having an insertion hole in which the needle tube is inserted to make liquid-tight close contact with an outer peripheral surface of the needle tube, characterized in that the needle hub includes a first member which holds the needle tube, and a second member in which a discharge part of a syringe is to be fitted, the elastic member is disposed inside the second member to make liquid-tight close contact with an inner surface of the second member, the elastic member is interposed between the first member and the discharge part of the syringe to be fitted in the second member, and the elastic member has a flange part which is clamped between the first member and the second member.
An ultrasonic probe comprising: a transducer which is configured to generate ultrasound irradiation; an integrated circuit which is installed on a rear surface of the transducer; a printed circuit board which is installed on a rear surface of the integrated circuit and includes an opening via which the rear surface of the integrated circuit is at least partially exposed; a heat spreader which is configured to absorb heat generated in the integrated circuit via the opening of the printed circuit board; a heat pipe which is configured to transfer heat absorbed by the heat spreader in a direction opposite to an ultrasound irradiation direction; and a heat sink which is configured to release heat transferred by the heat pipe to the outside, wherein the transducer includes a capacitive micromachined ultrasonic transducer, cMUT, wherein the heat spreader includes a protrusion inserted into the opening of the printed circuit board, and wherein a gap (a) is provided between the protrusion of the heat spreader and the integrated circuit. a transducer which is configured to generate ultrasound irradiation; an integrated circuit which is installed on a rear surface of the transducer; a printed circuit board which is installed on a rear surface of the integrated circuit and includes an opening via which the rear surface of the integrated circuit is at least partially exposed; a heat spreader which is configured to absorb heat generated in the integrated circuit via the opening of the printed circuit board; a heat pipe which is configured to transfer heat absorbed by the heat spreader in a direction opposite to an ultrasound irradiation direction; and a heat sink which is configured to release heat transferred by the heat pipe to the outside,
A medical device for diagnosis or treatment of tissue in a body, comprising: an elongate, tubular, deformable shaft comprising a proximal end and a distal end; an electronic subassembly (54, 54a) disposed within said shaft, said electronic subassembly (54, 54a) including a flexible substrate (72, 72a) comprising an interior side and an exterior side opposite said interior side, said flexible substrate (72, 72a) having a first conductive area (92, 94); and an electronic device mounted on said interior side of said flexible substrate (72, 72a) and electrically coupled to said first conductive area (92, 94), said electronic device being an electromagnetic field detector; and a conductor (76, 78) electrically coupled to and extending from said electronic subassembly (54, 54a), characterized in that the flexible substrate (72, 72a) is in a deformed state such that it at least partially encloses the electronic device. an elongate, tubular, deformable shaft comprising a proximal end and a distal end; an electronic subassembly (54, 54a) disposed within said shaft, said electronic subassembly (54, 54a) including a flexible substrate (72, 72a) comprising an interior side and an exterior side opposite said interior side, said flexible substrate (72, 72a) having a first conductive area (92, 94); and an electronic device mounted on said interior side of said flexible substrate (72, 72a) and electrically coupled to said first conductive area (92, 94), said electronic device being an electromagnetic field detector; and a flexible substrate (72, 72a) comprising an interior side and an exterior side opposite said interior side, said flexible substrate (72, 72a) having a first conductive area (92, 94); and an electronic device mounted on said interior side of said flexible substrate (72, 72a) and electrically coupled to said first conductive area (92, 94), said electronic device being an electromagnetic field detector; and a conductor (76, 78) electrically coupled to and extending from said electronic subassembly (54, 54a), characterized in that the flexible substrate (72, 72a) is in a deformed state such that it at least partially encloses the electronic device.
A camera assembly of a motor vehicle, comprising a carrier which can be fastened to the motor vehicle, a camera unit, which is immovably fastened to the carrier and which comprises a lens, and a cleaning unit, which is mounted on the carrier and which is connected to a fluid line which conducts a cleaning fluid and which is used to clean the lens, wherein a flap element is provided, which is mounted in an accommodating chamber of the carrier and which is constituted so as to be movable into a cleaning position and into a rest position, wherein the flap element is arranged so as to be retracted in the accommodating chamber in the rest position and is arranged so as to be extended out of the accommodating chamber in such a way as to cover the lens of the camera unit in the cleaning position.