mhurhangee/ep-ind-claims huggingface dataset:
An electric motor driven wheelbarrow comprising: a container; a frame for the container; a wheel mounted in the middle of the lower part of the frame of the container; a pair of right and left handle supports extending backwards from two sides of the frame of the container; a pair of left and right legs, which are an integral part of the frame; an electric motor mounted in said wheel, which is adapted to drive or brake the wheelbarrow only when necessary; two handles; a contactless sensor for detecting the position of a hand that is attached to one of said handle supports; and a control system adapted for monitoring the operation of said electric motor based on motor controller information, detected values of sensors for detecting the position of the user's hand, wheelbarrow position, and allowing a selection of different operating modes according to the sequence of pressing a key. characterized by, two separate batteries mounted in a protective housing attached to said legs; the two handles overlapping to a limited extent said pair of handle supports and are fixed with respect to said handle supports; a multi-axis acceleration sensor rigidly connected to said frame, buttons accessible by a finger while simultaneously holding said handles. a container; a frame for the container; a wheel mounted in the middle of the lower part of the frame of the container; a pair of right and left handle supports extending backwards from two sides of the frame of the container; a pair of left and right legs, which are an integral part of the frame; an electric motor mounted in said wheel, which is adapted to drive or brake the wheelbarrow only when necessary; two handles; a contactless sensor for detecting the position of a hand that is attached to one of said handle supports; and a control system adapted for monitoring the operation of said electric motor based on motor controller information, detected values of sensors for detecting the position of the user's hand, wheelbarrow position, and allowing a selection of different operating modes according to the sequence of pressing a key. characterized by, two separate batteries mounted in a protective housing attached to said legs; the two handles overlapping to a limited extent said pair of handle supports and are fixed with respect to said handle supports; a multi-axis acceleration sensor rigidly connected to said frame, buttons accessible by a finger while simultaneously holding said handles.
Apparatus for cooking foods, comprising an external container with protective lid of the openable type, an extractable internal container, open at the top and having a base wall and at least one lateral wall, a heating device connected to a possible mean to transfer the heat generated toward the surface of the internal container and a mixing device reciprocally mobile with respect to the internal container, said mixing device comprising at least one mixing blade, selectively extractable, having an upending element, wherein said upending element has an approach edge in order to move and lift the food and an exit edge provided as a continuation of the approach edge, said approach edge and exit edge delimiting a lifting plane, in order to upend at least a part of the food from the periphery of the internal container toward its center, wherein the development in height of said exit edge determines a peripheral side of the upending element, characterized in that in correspondence to said exit edge and on said peripheral side, said upending element is provided with a cleaning element that extends partly or completely over said exit edge, said cleaning element being made at least partly of flexible material suitable to conform to the geometry of the internal container.
A system, comprising: (a) a malware evolution engine adapted to generate malware variants of malware specimens; (b) an evaluator configured to evaluate said malware variants based on at least one of: a maliciousness level and an evasiveness level; wherein said evaluator awards Fitness Scores to said variants; said system being characterised in that the system selects at least a portion of said variants as new said malware specimens, based on said Fitness Scores; wherein said system further comprises a detector builder, configured to generate a detector mechanism based on said malware variants generated by said evolution engine and evaluated by said evaluator. (a) a malware evolution engine adapted to generate malware variants of malware specimens; (b) an evaluator configured to evaluate said malware variants based on at least one of: a maliciousness level and an evasiveness level;
A polymer dispersion comprising, based on the total weight of the polymer dispersion, from 40 wt.% to 70 wt.% of water and from 30 wt.% to 60 wt.% of polymer particles comprising, as polymerized units, based on the total weight of the polymer particles, i) from 28 wt.% to 46 wt.% of at least one (meth)acrylate C 6 -C 22 alkyl ester nonionic monomer; ii) from 0.1 wt.% to 10 wt.% of at least one self-crosslinking monomer containing acetoacetoxy groups, acetoacetamide groups, N-hydroxylmethyl groups or diacetone acrylamide functional groups; iii) from 2 wt.% to 4 wt.% of at least one reactive silicone with at least one carbon-carbon double bond; iv) from 0.5 wt.% to 5 wt.% of a reactive surfactant; wherein the reactive silicone with at least one double bond and the (meth)acrylate C 6 -C 22 alkyl ester nonionic monomer are polymerized through the carbon-carbon double bond; the polymer particles have a Tg of from 20 °C to 50 °C; and a particle size of from 50 to 150 nm; wherein the reactive silicone has one of the following formulas to: wherein R 1 or R 4 is the same or different, and represents a hydrogen atom or a methyl group; R 2 or R 3 is the same or different, and represents a C 1 -C 6 bivalent hydrocarbon group; and n represents an integer of from 1 to 100; wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a C 1 -C 6 bivalent hydrocarbon group; R 3 represents a C 1 -C 10 alkyl group or a C 1 -C 10 alkoxyl group; and n represents an integer of from 1 to 100; or wherein R 1 represents a hydrogen atom or a methyl group, and R 2 represents a C 1 -C 6 bivalent hydrocarbon group; and wherein the reactive surfactant has a structure of R 1 -R 2; wherein R 1 is an alkenyl group selected from CH 3 -CH=CH-, CH 2 =CH-HC-, CH 2 =C(CH 3)-CH 2 -CH 2 -; R 2 is a radical comprising at least two carbon atoms and at least one oxylene, oxypropylene or oxybutylene unit. i) from 28 wt.% to 46 wt.% of at least one (meth)acrylate C 6 -C 22 alkyl ester nonionic monomer; ii) from 0.1 wt.% to 10 wt.% of at least one self-crosslinking monomer containing acetoacetoxy groups, acetoacetamide groups, N-hydroxylmethyl groups or diacetone acrylamide functional groups; iii) from 2 wt.% to 4 wt.% of at least one reactive silicone with at least one carbon-carbon double bond; iv) from 0.5 wt.% to 5 wt.% of a reactive surfactant;
A cleaning product for use in a central heating or cooling system, the cleaning product comprising at least 20 wt.% complexing agent, at least 5 wt.% dispersing agent, at least 5 wt.% amphoteric surfactant, and less than 20 wt.% water, in which the cleaning product is in the form of a cream or gel. at least 20 wt.% complexing agent, at least 5 wt.% dispersing agent, at least 5 wt.% amphoteric surfactant, and less than 20 wt.% water,
A method for slowing down an aircraft having a propeller and propeller blades, the method comprising: operating the propeller at a reference speed with the propeller blades in a first position; applying a load to the propeller to slow down a rotational speed of the propeller when the propeller is in a windmilling state or just before the propeller enters the windmilling state; adjusting the propeller blades to a second position in response to the load being applied, to increase the rotational speed of the propeller back towards the reference speed; and operating the propeller at the reference speed with the propeller blades in the second position. operating the propeller at a reference speed with the propeller blades in a first position; applying a load to the propeller to slow down a rotational speed of the propeller when the propeller is in a windmilling state or just before the propeller enters the windmilling state; adjusting the propeller blades to a second position in response to the load being applied, to increase the rotational speed of the propeller back towards the reference speed; and operating the propeller at the reference speed with the propeller blades in the second position.
A disposable double-channel cigarette, comprising: a tobacco unit, wherein the tobacco unit comprises a tobacco unit channel, a suction end and an ignition end; and a heat source unit, wherein the heat source unit comprises a heat source unit channel; wherein, an axis of the tobacco unit channel and an axis of the heat source unit channel are arranged in parallel or in a line, and an air-tight heat conduction layer is arranged at a contact portion between the tobacco unit channel and the heat source unit channel; a pneumatic device and a tobacco component are arranged in the tobacco unit channel; an air extraction device and a fuel component are arranged in the heat source unit channel; a linkage device is arranged between the pneumatic device and the air extraction device, and the linkage device can transfer power between the pneumatic device and the air extraction device. a tobacco unit, wherein the tobacco unit comprises a tobacco unit channel, a suction end and an ignition end; and a heat source unit, wherein the heat source unit comprises a heat source unit channel; wherein, an axis of the tobacco unit channel and an axis of the heat source unit channel are arranged in parallel or in a line, and an air-tight heat conduction layer is arranged at a contact portion between the tobacco unit channel and the heat source unit channel; a pneumatic device and a tobacco component are arranged in the tobacco unit channel; an air extraction device and a fuel component are arranged in the heat source unit channel; a linkage device is arranged between the pneumatic device and the air extraction device, and the linkage device can transfer power between the pneumatic device and the air extraction device.
An information processing apparatus comprising memory means for storing images captured in road sections by a camera installed in a vehicle characterized by further comprising calculating means for detecting, from each of the images, lane markings (L2, L3) delimiting lanes (LL, LR), determining the images captured in the road section where the vehicle is traveling parallel to the lane markings (L2, L3), and estimating a direction of an optical axis of the camera with reference to the lane marking included in each of the determined images.
A multi-input multi-output communication system comprising a transmitter and a plurality of receivers each having a plurality of antennas for communicating with said transmitter, wherein said transmitter is arranged to extract Channel Quality Indicator, CQI, values representative of reception qualities, which are measured for each of said plurality of antennas provided at said receivers and transmitted from said receivers, from data transmitted from said receivers and received by the transmitter, to combine the extracted CQI values depending on preset weighting coefficients, to calculate resource coefficients for assigning resources for transmitting data to said receivers from the combined CQI values, and to assign resources for transmitting data to said receivers based on the resource coefficients.
A motor vehicle comprising: a power source capable of driving the motor vehicle, a gearbox coupled to the power source, the gearbox comprising at least two clutches; and a gear shift commander having a normal state, a prepare state and a shift state, wherein the gear shift commander is a manually actuable driver input device; wherein the vehicle is configured to make an up or down shift in response to the gear shift commander entering the shift state; and wherein when the vehicle is being driven by the power source, the gearbox comprises a used clutch and an unused clutch, the clutches controlling the engagement of transmission shafts of the gearbox to the power source, and the vehicle is configured to, in response to the gear shift commander entering the prepare state, cause the gearbox to undergo a preparatory adjustment in preparation for an up or down shift, the preparatory adjustment in the gearbox comprising priming the drive system of the unused clutch. a power source capable of driving the motor vehicle, a gearbox coupled to the power source, the gearbox comprising at least two clutches; and a gear shift commander having a normal state, a prepare state and a shift state, wherein the gear shift commander is a manually actuable driver input device; wherein the vehicle is configured to make an up or down shift in response to the gear shift commander entering the shift state; and wherein when the vehicle is being driven by the power source, the gearbox comprises a used clutch and an unused clutch, the clutches controlling the engagement of transmission shafts of the gearbox to the power source, and the vehicle is configured to, in response to the gear shift commander entering the prepare state, cause the gearbox to undergo a preparatory adjustment in preparation for an up or down shift, the preparatory adjustment in the gearbox comprising priming the drive system of the unused clutch.
A double-layered tube of the tobacco processing industry, produced from a first and a second material strip portion (11, 12), wherein the first material strip portion has a first width and the second material strip portion has a second width, wherein the first and the second material strip portion (11, 12) are wound around one another such that the first material strip portion in cross-section is shaped to be circular or oval and the edges (13, 14) defining the first width abut one another, wherein the second material strip portion in cross-section is shaped to be circular or oval and the edges (15, 16) defining the second width abut one another, wherein the second material strip portion is arranged externally around the first material strip portion, wherein an adhesive (17, 18) is provided between the first and the second material strip portion (11, 12) as gluing over the entire surface or is provided as gluing over approximately the entire surface, wherein the gluing over approximately the entire surface is a gluing, in which the surface of the first or the second material strip portion is glued at least 80% over the entire surface, wherein the abutting edges (13 - 16) of the first and second material strip portions (11, 12) are offset from one another in a circumferential direction, wherein the abutting edges are located with a radial angular spacing from one another of between 10° and 80°, wherein the double-layered tube has an internal diameter of 3 mm to 8 mm.
Dry mortar for the manufacturing of building components, heat accumulators, heat exchangers, fillers, two-dimensional slabs or coatings such as plaster containing at least one additive, wherein it comprises at least a portion of dry clay mortar and as additive natural graphite, expanded graphite, and/or soot, characterized in that it consists exclusively of dry clay mortar and an additive exclusively of natural graphite, expanded graphite and/or soot, such that for the dry clay mortar only natural material, namely clay, silt, sand, and natural graphite, expanded graphite, and/or soot is used.
A brake control system, BCS, comprising: a shutoff valve configured to receive pressurized fluid; a one-way check valve configured to route the pressurized fluid; a first pressure transducer coupled between the one-way check valve and the shutoff valve; an accumulator configured to supply the pressurized fluid to a brake control valve module, BCVM, in response to the shutoff valve being in a closed position; a controller, wherein the shutoff valve and the first pressure transducer are in electronic communication with the controller, characterized in that the controller is configured to send a control signal to the shutoff valve in response to a leak being detected in the BCS, the shutoff valve configured to move to the closed position in response to the control signal; and wherein the first pressure transducer is configured to measure a pressure of the BCS, the controller configured to detect the leak using the pressure measured by the first transducer, a shutoff valve configured to receive pressurized fluid; a one-way check valve configured to route the pressurized fluid; a first pressure transducer coupled between the one-way check valve and the shutoff valve; an accumulator configured to supply the pressurized fluid to a brake control valve module, BCVM, in response to the shutoff valve being in a closed position; a controller, wherein the shutoff valve and the first pressure transducer are in electronic communication with the controller, characterized in that the controller is configured to send a control signal to the shutoff valve in response to a leak being detected in the BCS, the shutoff valve configured to move to the closed position in response to the control signal; and wherein the first pressure transducer is configured to measure a pressure of the BCS, the controller configured to detect the leak using the pressure measured by the first transducer,
An IV access device comprising: a catheter adapter; a catheter extending distally from the catheter adapter; a needle hub coupled to the catheter adapter and comprising a flash chamber, characterized in that the flash chamber is configured to house a path-defining structure, wherein the needle hub comprises a needle-retaining portion that extends into the flash chamber, and a distal end of the path-defining structure comprises an opening configured to receive the needle-retaining portion, the opening comprising a central portion that extends further into the distal end than the remainder of opening, the path-defining structure comprising a proximal chamber opposite the central portion, and a proximal wall having a passageway positioned between the central portion and the proximal chamber; a visualization channel formed between an outer surface of the path-defining structure and an inner surface of the flash chamber, wherein the visualization channel is in fluid communication with the central portion; and a needle having a distal end, a proximal portion (202a2) positioned within the proximal chamber, and a lumen extending therebetween, the needle comprising a notch positioned in the central portion and in fluid communication with the lumen. a catheter adapter; a catheter extending distally from the catheter adapter; a needle hub coupled to the catheter adapter and comprising a flash chamber, characterized in that the flash chamber is configured to house a path-defining structure, wherein the needle hub comprises a needle-retaining portion that extends into the flash chamber, and a distal end of the path-defining structure comprises an opening configured to receive the needle-retaining portion, the opening comprising a central portion that extends further into the distal end than the remainder of opening, the path-defining structure comprising a proximal chamber opposite the central portion, and a proximal wall having a passageway positioned between the central portion and the proximal chamber; a visualization channel formed between an outer surface of the path-defining structure and an inner surface of the flash chamber, wherein the visualization channel is in fluid communication with the central portion; and a needle having a distal end, a proximal portion (202a2) positioned within the proximal chamber, and a lumen extending therebetween, the needle comprising a notch positioned in the central portion and in fluid communication with the lumen.
An image sensor, characterized in that the image sensor comprises: a color filter array, comprising a plurality of first color filters, a plurality of second color filters and a plurality of third color filters; a pixel array, comprising a plurality of pixels, wherein each of the pixels corresponds to a color filter of the color filter array and is configured to receive light passing through the corresponding color filter to generate an electrical signal to obtain an analog pixel signal; and a plurality of analog-to-digital converters, ADCs,, configured to convert the analog pixel signal obtained by the pixels corresponding to the first color filters into a digital pixel signal based on a first bit precision, and to convert the analog pixel signal obtained by pixels corresponding to the second color filters and the third color filters into a digital pixel signal based on a second bit precision that is lower than the first bit precision. a color filter array, comprising a plurality of first color filters, a plurality of second color filters and a plurality of third color filters; a pixel array, comprising a plurality of pixels, wherein each of the pixels corresponds to a color filter of the color filter array and is configured to receive light passing through the corresponding color filter to generate an electrical signal to obtain an analog pixel signal; and a plurality of analog-to-digital converters, ADCs,, configured to convert the analog pixel signal obtained by the pixels corresponding to the first color filters into a digital pixel signal based on a first bit precision, and to convert the analog pixel signal obtained by pixels corresponding to the second color filters and the third color filters into a digital pixel signal based on a second bit precision that is lower than the first bit precision.
Pull-out table with at least two pull-out table tops (1, 2), preferably with two pull-out table tops (1, 2) and with at least one centre plate, wherein in the extended state of the table tops (1, 2) the centre plate can be brought in between the table tops (1, 2) and wherein when the table tops (1, 2) are not extended the centre plate is arranged underneath at least one table top (1, 2), preferably underneath the adjoining table tops (1, 2), wherein as the table tops (1, 2) are extended or after the table tops (1, 2) are extended the centre plate can be inserted, more particularly swivelled out, automatically or independently under the action of a spring force or spring forces into the interspace between the table tops (1, 2), wherein the table as at least one spring element, more particularly two spring elements, wherein one spring element or each spring element is expediently attached at one end to the base frame of the table, characterised in that one or each end attached to the base frame is guided in or on a guide element of the base frame and that this end of the spring element is displaceable in or on the guide element as the centre plate is folded or swivelled out and/or is folded or swivelled in.
Device for extending the service life of a sleeve part which is disposed between a glove duct of a glove box or an isolator and a glove and which is connected in a gas-tight manner to the glove duct and to the glove, characterized by a flexible pullover cuff having two opposite open ends (46, 48) and a length which corresponds to at least the length of the sleeve part, and having fastening means (72, 76, 78) on the ends of the pullover cuff which, after passing the sleeve part through the pullover cuff, firmly hold in a fitting manner the proximal open end of the pullover cuff against a proximal end of the sleeve part or against a shoulder ring of the glove duct, and firmly hold in a fitting manner the distal open end of the pullover cuff against a distal end of the sleeve part, against a glove ring or mounting ring (35, 42) between the sleeve part and the glove, or against the glove.