mhurhangee/ep-ind-claims huggingface dataset:
Installation switching device having at least one pole current path, comprising two stationary contact pieces (5, 6) and two moving contact pieces (8, 9) which are arranged on a moving contact bridge, by means of which a double-break pole switch with two contacts is formed, with the contact bridge being acted on by a pusher in the opening direction and by a contact compression spring in the closing direction, having an electromagnetic release whose impact armature, in the event of a short circuit, not only strikes the contact bridge in the opening direction via the pusher but also unlatches the latching point of a switch latch such that the switch latch permanently acts on the contact bridge in the opening sense, against the force of the contact compression spring, via an operating lever which acts on the pusher, with the pusher comprising a slide and a striking pin which are arranged such that they can move relative to the contact bridge and relative to one another essentially in the movement direction of the contact bridge, characterized in that the arrangement comprising the slide, the striking pin, the contact bridge, the operating lever and the armature is designed such that, in the event of a short circuit, the armature strikes the contact bridge via the striking pin in the opening direction, with the slide lagging behind the striking pin in the opening direction as a result of a mechanical interaction which is present between the striking pin and the slide before the operating lever permanently holds the contact bridge in the open position via the slide against the contact pressure force.
A method to improve computed tomography, CT, to cone beam computed tomography, CBCT, registration, comprising: receiving, by a deformable image registration, DIR, system, a CT image generated by CT-scanning of an object; receiving, by the DIR system, a CBCT image generated by CBCT-scanning of the object; generating, by the DIR system, an image mask based on Digital Imaging and Communications in Medicine, DICOM, information extracted from the CBCT image, wherein for a specific pixel in the CBCT image, the image mask contains a corresponding data-field indicating whether the specific pixel contains image data generated based on the CBCT-scanning of the object; and generating, by the DIR system, a registered image by utilizing the image mask to perform a DIR between the CT image and the CBCT image; and wherein the DICOM information comprises DICOM Target Center and DICOM Reconstruction Diameter. receiving, by a deformable image registration, DIR, system, a CT image generated by CT-scanning of an object; receiving, by the DIR system, a CBCT image generated by CBCT-scanning of the object; generating, by the DIR system, an image mask based on Digital Imaging and Communications in Medicine, DICOM, information extracted from the CBCT image, wherein for a specific pixel in the CBCT image, the image mask contains a corresponding data-field indicating whether the specific pixel contains image data generated based on the CBCT-scanning of the object; and generating, by the DIR system, a registered image by utilizing the image mask to perform a DIR between the CT image and the CBCT image; and wherein the DICOM information comprises DICOM Target Center and DICOM Reconstruction Diameter.
An accumulator that is useable in a refrigeration apparatus including a plurality of compressors and is provided for the plurality of compressors, the accumulator comprising: an inlet pipe that penetrates a cylindrical container so as to pass through a center axis of the cylindrical container and to be perpendicular to the center axis and conveys gas-liquid mixed refrigerant into the container; and a plurality of outlet pipes connectable to respective suction sides of the plurality of compressors, wherein the plurality of outlet pipes each have one end located in the container and forming an outlet port for conveying gas refrigerant in the container toward the plurality of compressors, and wherein the outlet port of each of the plurality of outlet pipes is concentrated in a central part of the container. an inlet pipe that penetrates a cylindrical container so as to pass through a center axis of the cylindrical container and to be perpendicular to the center axis and conveys gas-liquid mixed refrigerant into the container; and a plurality of outlet pipes connectable to respective suction sides of the plurality of compressors, wherein the plurality of outlet pipes each have one end located in the container and forming an outlet port for conveying gas refrigerant in the container toward the plurality of compressors, and wherein the outlet port of each of the plurality of outlet pipes is concentrated in a central part of the container.
An array substrate comprising a gate line, a data line, and a pixel unit defined by the gate line and the data line intersecting each other, as well as an alignment film formed on the array substrate; wherein the pixel unit each comprises a thin film transistor, a plate-like first electrode, and a second electrode provided with parallel slits; and wherein a first non-zero angle (θ1) is formed between the slit-direction of the second electrode and the data-line-direction, a second non-zero angle (θ2) is formed between a rubbing direction of the alignment film and the slit-direction of the second electrode, and an angle (θ4) formed between the rubbing direction of the alignment film and the data-line-direction is greater than the second non-zero angle (θ2); characterized in that the angle (θ4) between the rubbing direction of the alignment film and the data-line-direction equals the first non-zero angle (θ1) minus the second non-zero angle (θ2).
An elastic member which is to be fitted on the rear surface of a housing which can house a plurality of terminal metal pieces fixed to the end portions of wires, comprising: a plurality of seal holes capable of being in tight contact with the wires and being formed in such a state as to penetrate the elastic member in the forward and backward directions; a plurality of lips formed to be aligned in the forward and backward directions in the seal holes, wherein the lips inwardly project continuously over the circumference of the seal holes, and a groove portion opening in the front surface and formed around the seal holes to have a depth enough to reach the backward of the lip located on at least the front surface, the groove portion including transverse outer grooves that are continuously formed over the full width of the plurality of seal holes and which separate an outer frame portion including the outer peripheral surface of the elastic member and the plurality of seal holes from each other and an intermediate groove configured to individually separate the seal holes from each other. a plurality of seal holes capable of being in tight contact with the wires and being formed in such a state as to penetrate the elastic member in the forward and backward directions; a plurality of lips formed to be aligned in the forward and backward directions in the seal holes, wherein the lips inwardly project continuously over the circumference of the seal holes, and a groove portion opening in the front surface and formed around the seal holes to have a depth enough to reach the backward of the lip located on at least the front surface, the groove portion including transverse outer grooves that are continuously formed over the full width of the plurality of seal holes and which separate an outer frame portion including the outer peripheral surface of the elastic member and the plurality of seal holes from each other and an intermediate groove configured to individually separate the seal holes from each other.
A process for producing aldehydes, comprising contacting an olefin, with hydrogen and carbon monoxide in the presence of a catalyst composition to produce aldehydes, wherein the catalyst composition comprises a rhodium source and a tetradentate ligand, said tetradentate ligand comprising the following structure: R= aryl, arylalkyl, alkyl-substituted-aryl, hydrocarbyl alkyl, R optionally being substituted with heteroatom and other functional groups, R' = aryl, arylalkyl, alkyl-substituted-aryl, hydrocarbyl alkyl, R' optionally being substituted with heteroatom and other functional groups, R" = H, aryl, tertiary-butyl and heteratom and other functional groups, Heteroatom and other functional groups = F, thioethers, aryl or alkyl ethers, esters bound through the single oxygen bond, CF 3, carboxylic acid esters, carboxylic amides and alkali metal salts of sulfonic acid, P= Phosphorus Atom. R= aryl, arylalkyl, alkyl-substituted-aryl, hydrocarbyl alkyl, R optionally being substituted with heteroatom and other functional groups, R' = aryl, arylalkyl, alkyl-substituted-aryl, hydrocarbyl alkyl, R' optionally being substituted with heteroatom and other functional groups, R" = H, aryl, tertiary-butyl and heteratom and other functional groups, Heteroatom and other functional groups = F, thioethers, aryl or alkyl ethers, esters bound through the single oxygen bond, CF 3, carboxylic acid esters, carboxylic amides and alkali metal salts of sulfonic acid, P= Phosphorus Atom.
A tripod comprising three telescopic tripod legs and a tripod head element, a telescopic tripod leg having a first section arranged to be directly fixed to the tripod head element, a second section that is slidably movable relative to the first section; and a third section that is slidably movable relative to the second section; wherein the first section comprises a lever comprising an aperture for receiving a finger or hand of an operator, and wherein when the telescopic tripod leg is directly fixed to the tripod head, in use, the lever is stationary relative to the tripod head element when the second and/or third section are being slid relative the first portion, the lever being operable to release the second section relative to the first section, wherein said lever is operably connected to a first clamping means to releasably prevent movement of the second section relative to the first section and said lever is operably connected to a second clamping means to releasably prevent movement of the third section relative to the second section.
A method for the reduction of copper cyanide formation during cyanidation leaching for the recovery of precious metal from a copper sulphide ore or concentrate or other feed material also containing the precious metal, comprising: subjecting the feed material to pressure oxidation to produce a pressure oxidation slurry; subjecting the slurry to a liquid-solid separation step to obtain a pressure oxidation solution and a residue containing cyanide-soluble copper and the precious metal; reducing the cyanide-soluble copper by subjecting the residue to acid leaching with an acidic leach solution to produce a copper solution and an acid leach residue containing the precious metal; and subjecting the acid leach residue to cyanidation to recover the precious metal into solution. subjecting the feed material to pressure oxidation to produce a pressure oxidation slurry; subjecting the slurry to a liquid-solid separation step to obtain a pressure oxidation solution and a residue containing cyanide-soluble copper and the precious metal; reducing the cyanide-soluble copper by subjecting the residue to acid leaching with an acidic leach solution to produce a copper solution and an acid leach residue containing the precious metal; and subjecting the acid leach residue to cyanidation to recover the precious metal into solution.
An in vitro method for identifying a plurality of anti-erythrocyte antibodies in a biological sample, by (i) bringing said sample into contact, in a single test receptacle, or in several separate test receptacles, with groups of distinguishable beads, each group of distinguishable beads carrying erythrocytes of known phenotype which differs from one group of beads to the other, under conditions which allow the antibodies or the activated serum complement fractions present in the sample to bind to the erythrocytes without agglutination, (ii) eliminating the antibodies or activated serum complement fractions which have not bound to said erythrocytes, (iii) labelling the bound antibodies and/or the bound activated serum complement fractions, and (iv) identifying the group of beads having bound the labelled antibodies or the labelled activated serum complement fractions, thereby allowing the identification of the anti-erythrocyte antibodies present, wherein the analysis of the mixture is carried out by flow cytometry. (i) bringing said sample into contact, in a single test receptacle, or in several separate test receptacles, with groups of distinguishable beads, each group of distinguishable beads carrying erythrocytes of known phenotype which differs from one group of beads to the other, under conditions which allow the antibodies or the activated serum complement fractions present in the sample to bind to the erythrocytes without agglutination, (ii) eliminating the antibodies or activated serum complement fractions which have not bound to said erythrocytes, (iii) labelling the bound antibodies and/or the bound activated serum complement fractions, and (iv) identifying the group of beads having bound the labelled antibodies or the labelled activated serum complement fractions, thereby allowing the identification of the anti-erythrocyte antibodies present, wherein the analysis of the mixture is carried out by flow cytometry.
A method for heating a recirculating gas stream comprising: passing a heated exhaust gas stream through a recuperative heat exchanger to withdraw heat therefrom and form a cooled gas stream; separating the cooled gas stream into at least a first fraction and a second fraction; compressing the first fraction of the cooled gas stream to form a compressed first fraction gas stream; compressing the second fraction of the gas stream so as to add heat to the second fraction of the gas stream and form a compressed second fraction gas stream; withdrawing from the compressed second fraction gas stream at least a portion of the heat that was added by the compressing; combining the compressed first fraction gas stream and the compressed second fraction gas stream to form a combined recirculating gas stream; pumping the combined recirculating gas stream to a pressure that is greater than a pressure of the compressed first fraction gas stream and greater than a pressure of the compressed second fraction gas stream; and adding the heat that was withdrawn from the compressed second fraction gas stream to the combined recirculating gas stream after said pumping so that the combined recirculating gas stream is heated using the heat withdrawn from the heated exhaust gas stream and the heat withdrawn from the compressed second fraction gas stream. passing a heated exhaust gas stream through a recuperative heat exchanger to withdraw heat therefrom and form a cooled gas stream; separating the cooled gas stream into at least a first fraction and a second fraction; compressing the first fraction of the cooled gas stream to form a compressed first fraction gas stream; compressing the second fraction of the gas stream so as to add heat to the second fraction of the gas stream and form a compressed second fraction gas stream; withdrawing from the compressed second fraction gas stream at least a portion of the heat that was added by the compressing; combining the compressed first fraction gas stream and the compressed second fraction gas stream to form a combined recirculating gas stream; pumping the combined recirculating gas stream to a pressure that is greater than a pressure of the compressed first fraction gas stream and greater than a pressure of the compressed second fraction gas stream; and adding the heat that was withdrawn from the compressed second fraction gas stream to the combined recirculating gas stream after said pumping so that the combined recirculating gas stream is heated using the heat withdrawn from the heated exhaust gas stream and the heat withdrawn from the compressed second fraction gas stream.
Reflection display system for displaying a display image for a vehicle occupant of a motor vehicle by reflection of the display image on a windshield, comprising: - a display unit, which is designed to display the display image on a display surface of the display unit; - a detection sensor system (10, 10a, 10b) for acquiring the displayed display image on the display surface of the display unit, and - a control unit, which is designed ∘ to activate the display unit for display; ∘ to ascertain acquisition information depending on the acquired displayed display image, ∘ to establish the presence of a foreign object on the display surface of the display unit depending on the displayed display image and depending on the acquisition information; and ∘ to signal a disturbance of the display if the presence of a foreign object on the display surface of the display unit is established. - a display unit, which is designed to display the display image on a display surface of the display unit; - a detection sensor system (10, 10a, 10b) for acquiring the displayed display image on the display surface of the display unit, and - a control unit, which is designed ∘ to activate the display unit for display; ∘ to ascertain acquisition information depending on the acquired displayed display image, ∘ to establish the presence of a foreign object on the display surface of the display unit depending on the displayed display image and depending on the acquisition information; and ∘ to signal a disturbance of the display if the presence of a foreign object on the display surface of the display unit is established.
A cutting deck for outdoor power equipment, the outdoor power equipment comprising at least a first cutting blade and a second cutting blade rotatable inside a cutting chamber, the cutting deck comprising a weldment comprising: a top plate and one or more side plates defining the cutting chamber, the top plate comprising at least a first shaft reception orifice through which a shaft of the first cutting blade is extendable and a second shaft reception orifice through which a shaft of the second cutting blade is extendable; and a flow control assembly disposed within the cutting chamber and extending away from the top plate to define an airflow channel between the flow control assembly and the one or more side plates, wherein the flow control assembly comprises a first directional changing portion disposed proximate to the first shaft reception orifice and a second directional changing portion disposed proximate to the second shaft reception orifice, the first and second directional changing portions being separated from each other by substantially straight portions of the flow control assembly, and wherein the first directional changing portion is passed over only by the first cutting blade and the second directional changing portion is passed over by only the second cutting blade, and both the first and second cutting blades pass over the substantially straight portions between the first and second directional changing portions responsive to rotation of the first and second cutting blades. a top plate and one or more side plates defining the cutting chamber, the top plate comprising at least a first shaft reception orifice through which a shaft of the first cutting blade is extendable and a second shaft reception orifice through which a shaft of the second cutting blade is extendable; and a flow control assembly disposed within the cutting chamber and extending away from the top plate to define an airflow channel between the flow control assembly and the one or more side plates, wherein the flow control assembly comprises a first directional changing portion disposed proximate to the first shaft reception orifice and a second directional changing portion disposed proximate to the second shaft reception orifice, the first and second directional changing portions being separated from each other by substantially straight portions of the flow control assembly, and wherein the first directional changing portion is passed over only by the first cutting blade and the second directional changing portion is passed over by only the second cutting blade, and both the first and second cutting blades pass over the substantially straight portions between the first and second directional changing portions responsive to rotation of the first and second cutting blades.
An apparatus for deductively determining an image capture resolution, comprising: means for operating an imaging device in a preview mode at a default resolution to obtain an image of a scene; means for classifying one or more regions of interest in the image of the scene as foreground regions of interest based on a size of the region of interest, wherein the size of each region of interest is based on a pixel area of each region of interest; means for determining a scene-dependent resolution setting based on the sizes of the one or more foreground regions of interest, the scene-dependent resolution setting being higher or lower than the default resolution, wherein the scene-dependent resolution setting is: higher than the default resolution if the pixel area of a foreground region of interest is less than a specified percentage of the total field of view of the imaging device; and lower than the default resolution if the pixel area of the foreground region is not less than the specified percentage of the total field of view of the imaging device; means for adjusting the image capture resolution for the imaging device to the scene-dependent resolution setting; and means (120, 135, 145) for capturing an image of the scene at the scene-dependent resolution setting. means for operating an imaging device in a preview mode at a default resolution to obtain an image of a scene; means for classifying one or more regions of interest in the image of the scene as foreground regions of interest based on a size of the region of interest, wherein the size of each region of interest is based on a pixel area of each region of interest; means for determining a scene-dependent resolution setting based on the sizes of the one or more foreground regions of interest, the scene-dependent resolution setting being higher or lower than the default resolution, wherein the scene-dependent resolution setting is: higher than the default resolution if the pixel area of a foreground region of interest is less than a specified percentage of the total field of view of the imaging device; and lower than the default resolution if the pixel area of the foreground region is not less than the specified percentage of the total field of view of the imaging device; higher than the default resolution if the pixel area of a foreground region of interest is less than a specified percentage of the total field of view of the imaging device; and lower than the default resolution if the pixel area of the foreground region is not less than the specified percentage of the total field of view of the imaging device; means for adjusting the image capture resolution for the imaging device to the scene-dependent resolution setting; and means (120, 135, 145) for capturing an image of the scene at the scene-dependent resolution setting.