mhurhangee/ep-ind-claims huggingface dataset:
A split-screen display method, comprising: displaying, by an electronic device, a first interface of a first application in a first display area of a display, and displaying a second interface of a second application in a second display area of the display; receiving, by the electronic device, a first operation entered by a user, and displaying, by the electronic device, a home screen of the electronic device on the display in full screen in response to the first operation; receiving, by the electronic device, a second operation entered by the user; in response to the second operation, displaying, by the electronic device, a third interface of a third application in the first display area, and displaying a fourth interface of a fourth application in the second display area; receiving, by the electronic device, a third operation entered by the user in the first display area, wherein the third operation is to lock display content in the first display area; and receiving, by the electronic device, a fourth operation entered by the user; and in response to the fourth operation, displaying, by the electronic device, the third interface in the first display area, and displaying the home screen in the second display area, wherein an operation manner of the fourth operation is the same as that of the first operation. displaying, by an electronic device, a first interface of a first application in a first display area of a display, and displaying a second interface of a second application in a second display area of the display; receiving, by the electronic device, a first operation entered by a user, and displaying, by the electronic device, a home screen of the electronic device on the display in full screen in response to the first operation; receiving, by the electronic device, a second operation entered by the user; in response to the second operation, displaying, by the electronic device, a third interface of a third application in the first display area, and displaying a fourth interface of a fourth application in the second display area; receiving, by the electronic device, a third operation entered by the user in the first display area, wherein the third operation is to lock display content in the first display area; and receiving, by the electronic device, a fourth operation entered by the user; and in response to the fourth operation, displaying, by the electronic device, the third interface in the first display area, and displaying the home screen in the second display area, wherein an operation manner of the fourth operation is the same as that of the first operation.
An improved method for caching image data intended for use with a head-mounted, augmented, mixed or virtual reality display system having a graphics processing unit, an on-chip cache, system memory, and a display, the GPU generating images that can include text, holographic objects and other visual elements that can be displayed on the display, the system memory for storing GPU images as compressed image data, and the HMD configured to perform late stage reprojections to correct GPU images for movement of the HMD that may occur during the image rendering process if the HMD is moved after an image is rendered by the GPU and before the image is displayed on the display, and the cache for use in generating an output image based on the generated images and the LSR, and the HMD generating LSR transformations that map each pixel of the LSR output image to the corresponding pixel of the GPU image, the method comprising acts for: pre-fetching one or more tiles of compressed GPU image data from system memory and placing the compressed GPU image data in a first cache, the one or more tiles of compressed GPU image data being selected in the order needed to construct the output image; pre-fetching and decompressing one or more tiles of compressed GPU image data from the first cache and placing the decompressed GPU image data in a second cache, the one or more tiles being selected in the order needed to construct the output image; pre-fetching decompressed GPU image data from one or more tiles in the second cache and writing the pre-fetched decompressed GPU image data into a third cache in the order needed to construct a first portion of the output image based on the LSR transformations, the third cache being associated with a first LSR processing engine; and constructing, by the first LSR processing engine, a first portion of the output image by walking the decompressed GPU image data in the third cache according to the LSR transformations associated with the first LSR processing engine. pre-fetching one or more tiles of compressed GPU image data from system memory and placing the compressed GPU image data in a first cache, the one or more tiles of compressed GPU image data being selected in the order needed to construct the output image; pre-fetching and decompressing one or more tiles of compressed GPU image data from the first cache and placing the decompressed GPU image data in a second cache, the one or more tiles being selected in the order needed to construct the output image; pre-fetching decompressed GPU image data from one or more tiles in the second cache and writing the pre-fetched decompressed GPU image data into a third cache in the order needed to construct a first portion of the output image based on the LSR transformations, the third cache being associated with a first LSR processing engine; and constructing, by the first LSR processing engine, a first portion of the output image by walking the decompressed GPU image data in the third cache according to the LSR transformations associated with the first LSR processing engine.
Method for controlling a tooling system during cutting of a workpiece along a cutting line (43; 52) up to a first end point (E 1; E 11) with a saw head, which may be adjusted on a guide rail along a feed direction, in which: ▪ the saw head is arranged on the guide rail in a starting position (X 0; X 10) and ▪ a first partial length (L 1; L 11) from the starting position (X 0; X 10) up to the first end point (E 1; E 11) of the cutting line (43; 52) is input, characterised in that the first partial length (L 1; L 11) is input by the operator through a control device of the tooling system. ▪ the saw head is arranged on the guide rail in a starting position (X 0; X 10) and ▪ a first partial length (L 1; L 11) from the starting position (X 0; X 10) up to the first end point (E 1; E 11) of the cutting line (43; 52) is input,
Vehicle, preferably a commercial vehicle, comprising a) a support frame comprising two longitudinal beams (1b 1, 1b 2) spaced apart from each other and connected to each other by a plurality of cross beams (1a 1, 1a 2, 1a 3); and b) a battery holder (2.1; 2.2; 2.3) for receiving at least one traction battery, wherein the battery holder (2.1; 2.2; 2.3) is arranged between the longitudinal beams (1b 1, 1b 2) of the carrier frame; wherein the battery holder (2.1; 2.2; 2.3) is connected to the carrier frame by means of a -3-point mounting (3.1; 3.2; 3.3), wherein the -3-point mounting (3.1; 3.2; 3.3) has three bearing points (3a, 3b, 3c) each with a joint. a) a support frame comprising two longitudinal beams (1b 1, 1b 2) spaced apart from each other and connected to each other by a plurality of cross beams (1a 1, 1a 2, 1a 3); and b) a battery holder (2.1; 2.2; 2.3) for receiving at least one traction battery, wherein the battery holder (2.1; 2.2; 2.3) is arranged between the longitudinal beams (1b 1, 1b 2) of the carrier frame;
Detection device comprising: - a read circuit formed in a first semiconductor substrate, - a detection circuit formed in a second semiconductor substrate, said detection circuit being hybridized on a first main surface of the read circuit, - a cooling system, - a cold finger having a first end connected to the cooling system and a second end connected to a second main surface of the read circuit, the cold finger defining a confinement channel of a coolant flowing from the cooling system so that the read circuit can be cooled by the cooling system, the cold finger comprising at least one side wall, detection device characterized in that said at least one side wall is at least partially formed by an area made from amorphous metal alloy so as to form a thermal insulator. - a read circuit formed in a first semiconductor substrate, - a detection circuit formed in a second semiconductor substrate, said detection circuit being hybridized on a first main surface of the read circuit, - a cooling system, - a cold finger having a first end connected to the cooling system and a second end connected to a second main surface of the read circuit, the cold finger defining a confinement channel of a coolant flowing from the cooling system so that the read circuit can be cooled by the cooling system,
A method for supplying at least one processing apparatus for the processing of elongate, rod-shaped paper bodies of a number of paper bodies corresponding to a large receptacle, wherein the number comprises at least several thousand paper bodies, wherein in the method the elongate, rod-shaped paper bodies are fed by means of at least one reusable container, in which the elongate, rod-shaped paper bodies are arranged as unsorted and non-oriented bulk material, to at least one feeding device of the processing apparatus, wherein the elongate, rod-shaped paper bodies of the number of paper bodies corresponding to a large receptacle are oriented by means of at least one emptying station via at least one conveying apparatus in an orienting apparatus of the processing apparatus so that the elongate, rod-shaped paper bodies are brought into a defined processing position comprising position and orientation of each elongate, rod-shaped paper body, so that the elongate, rod-shaped paper bodies are able to be fed in the defined processing position to the processing apparatus, in which each elongate, rod-shaped paper body can be processed only if it is situated in the defined processing position, and wherein individual or all elongate, rod-shaped paper bodies of the number of paper bodies corresponding to a large receptacle are oriented in the orienting apparatus so that the elongate, rod-shaped paper bodies are already in the defined processing position when they reach or enter the processing apparatus.
A method for operating a cleaning device that automatically moves within an environment, wherein the cleaning device cleans a surface according to a prescribed work plan, wherein a detection device of the cleaning device detects contamination levels of several partial surface areas (4, 5, 6) of the surface, wherein a cleaning operation of the cleaning device is varied as a function of the detection result, characterized in that an overall contamination level is determined for the surface from the contamination levels of several partial surface areas (4, 5, 6) by summing the individual levels of contamination levels of the several partial surface areas (4, 5, 6) or by determining an average contamination level, and the cleaning operation is performed with cleaning parameters identical to the overall contamination level for the entire surface, wherein the determined overall contamination level is compared with at least one reference contamination level, specifically with an overall contamination level determined during a chronologically preceding cleaning activity.
Crawling insect counting device for determining a number of poultry red mites, in a poultry facility, during a time period, wherein the device comprises a receiving section configured for receiving poultry red mites and for enabling the displacement of the poultry red mites, the insect counting device further comprising a sensor device arranged adjacent an exit opening of the receiving section, wherein the sensor device is adapted to count individual poultry red mites leaving the receiving section through the exit opening and passing said sensor device.
A cable lead-through, that is formed of two substantially identical lead-through halves (1, 23), that each lead-through half (1, 23) has an outer side and an inner side, which inner side is to face an appliance to which the lead-through is to be attached, that the lead-through halves (1, 23) are held together by means of two clamping devices (13, 32), wherein the clamping device has the form of clamps and each lead-through half has locking grooves and retaining grooves on the inner side to receive parts of the clamps,that each lead-through half (1, 23) has a contact surface (20, 33) which is to abut a contact surface (20, 33) of another lead-through half (1, 23) when the lead-through is formed, by placing two lead-through halves (1, 23) side by side, that a number of peelable sheets (6, 28) are placed either in semi-cylindrical openings at the counter surface of each lead-through half or in module halves placed in a recess on each lead-through half, that a seal (11, 30) is placed on the inner side of each lead-through half (1, 23), that an upper surface of each clamp received in the locking grooves will be flush with the surface of the inner side of each lead-through half and that an upper surface of clamps received in the retaining grooves will project from the inner side of the formed lead-through.
A fibre based material with a barrier coating against oil and water, said material is provided with a barrier formed from applying at least two layers of least one layer forming composition comprising: a polyelectrolyte complex of a cationic biopolymer selected from cationic starch and chitosan; an anionic biopolymer selected from at least one of lignin alkali, lignosulfonic acid, or a polysaccharide, especially sodium carboxymethyl cellulose, alginic acid, pectin, carrageenan, gum arabic, hemicellulose and nanocrystalline cellulose, wherein alginic acid and lignosulfonic acid preferably are present as their sodium salts; and a pH-adjuster selected from an acid, a buffering system and a base, wherein a first layer is made from a layer forming composition with a first pH value and a second layer is made from a composition having a second pH value, a second layer is made from a layer forming composition having a lower pH value than the composition providing the first layer, and wherein the two layers result in improvements in both oil resistance and water resistance compared to the same material provided with a single layer of said at least one composition. a polyelectrolyte complex of a cationic biopolymer selected from cationic starch and chitosan; an anionic biopolymer selected from at least one of lignin alkali, lignosulfonic acid, or a polysaccharide, especially sodium carboxymethyl cellulose, alginic acid, pectin, carrageenan, gum arabic, hemicellulose and nanocrystalline cellulose, wherein alginic acid and lignosulfonic acid preferably are present as their sodium salts; and a pH-adjuster selected from an acid, a buffering system and a base, wherein a first layer is made from a layer forming composition with a first pH value and a second layer is made from a composition having a second pH value, a second layer is made from a layer forming composition having a lower pH value than the composition providing the first layer, and wherein the two layers result in improvements in both oil resistance and water resistance compared to the same material provided with a single layer of said at least one composition.
A self-sealing thermal enclosure, comprising: an enclosure configured to surround a temperature-controlled environment and having a wall with an opening therein; and a porous seal disposed adjacent to the wall at the opening, the porous seal being compressible and comprising an open cell foam material, wherein the temperature-controlled environment is sealed from an ambient environment when the porous seal is compressed and has absorbed a fluid. an enclosure configured to surround a temperature-controlled environment and having a wall with an opening therein; and a porous seal disposed adjacent to the wall at the opening, the porous seal being compressible and comprising an open cell foam material, wherein the temperature-controlled environment is sealed from an ambient environment when the porous seal is compressed and has absorbed a fluid.
An antenna device comprising: a first band antenna unit that is configured to communicate a signal of a first frequency band; a second band antenna unit that is configured to communicate a signal of a second frequency band; a first band driving circuit unit that is connected to the first band antenna unit, and that is configured to perform signal processing of the signal of the first frequency band received from the first band antenna unit; a second band driving circuit unit that is connected to the second band antenna unit and that is configured to perform signal processing of the signal of the second frequency band received from the second band antenna unit; characterised by a third band driving circuit unit that is connected with the first band antenna unit and the second band antenna unit, and that is configured to perform signal processing of a third frequency band which is a lower frequency band than the first frequency band and is a lower frequency band than the second frequency band; and a first inductor unit that is connected between the first band antenna unit and the third band driving circuit unit. a first band antenna unit that is configured to communicate a signal of a first frequency band; a second band antenna unit that is configured to communicate a signal of a second frequency band; a first band driving circuit unit that is connected to the first band antenna unit, and that is configured to perform signal processing of the signal of the first frequency band received from the first band antenna unit; a second band driving circuit unit that is connected to the second band antenna unit and that is configured to perform signal processing of the signal of the second frequency band received from the second band antenna unit; characterised by a third band driving circuit unit that is connected with the first band antenna unit and the second band antenna unit, and that is configured to perform signal processing of a third frequency band which is a lower frequency band than the first frequency band and is a lower frequency band than the second frequency band; and a first inductor unit that is connected between the first band antenna unit and the third band driving circuit unit.
Analytical instrument for body fluids and in particular a portable blood sugar measuring instrument comprising a) a housing provided with a receiving element for engaging a body part, preferably a fingertip of a test person, b) a lancing unit having a lancing element that can pierce the body part, c) a test tape unit having a test tape for applying body fluid issuing from the body part, and d) a detecting unit for examining the body fluid applied to a section of the test tape e) an abutment for the body part which can be brought into a release position and an operating position relative to the receiving element, characterized in that f) the abutment is provided with a piercing opening for the lancing element, wherein the lancing member can be lanced in a linear lancing stroke into the body part resting against the abutment and the abutment in the operating position when the body part rests against it creates a reference position for a defined lancing. a) a housing provided with a receiving element for engaging a body part, preferably a fingertip of a test person, b) a lancing unit having a lancing element that can pierce the body part, c) a test tape unit having a test tape for applying body fluid issuing from the body part, and d) a detecting unit for examining the body fluid applied to a section of the test tape e) an abutment for the body part which can be brought into a release position and an operating position relative to the receiving element, characterized in that f) the abutment is provided with a piercing opening for the lancing element, wherein the lancing member can be lanced in a linear lancing stroke into the body part resting against the abutment and the abutment in the operating position when the body part rests against it creates a reference position for a defined lancing.
A method of production of two-dimensional or three-dimensional fibrous materials of fibres arranged in preferred directions, the fibres being of a diameter ranging from microfibres to nanofibres, where in step a) - the fibre is continuously drawn out of a solution or melt, and pulled to a rotary set of n conductive electrodes, where n is a natural number, by means of an electrostatic field, the individual electrodes of the set being arranged at regular spacing to each other and at the same distance from the set of electrodes rotation axis and parallel with it, the fibre being wound on the set of the electrodes by rotating the set of the electrodes, after which in step b) - the electrostatic field is disconnected and rotation of the set of the electrodes is stopped, and a layer of the fibres formed in the field between two adjacent electrodes is removed, characterised in that in the subsequent step c) - the rotating set of the electrodes turns through an angle of 360/n, the layer of the fibres, formed between two adjacent electrodes in the field adjacent to the field from which the layer was removed in preceding step b), is removed, and this step is repeated in total n-times. - the fibre is continuously drawn out of a solution or melt, and pulled to a rotary set of n conductive electrodes, where n is a natural number, by means of an electrostatic field, the individual electrodes of the set being arranged at regular spacing to each other and at the same distance from the set of electrodes rotation axis and parallel with it, the fibre being wound on the set of the electrodes by rotating the set of the electrodes, after which in step b) - the electrostatic field is disconnected and rotation of the set of the electrodes is stopped, and a layer of the fibres formed in the field between two adjacent electrodes is removed, - the rotating set of the electrodes turns through an angle of 360/n, the layer of the fibres, formed between two adjacent electrodes in the field adjacent to the field from which the layer was removed in preceding step b), is removed, and this step is repeated in total n-times.