mhurhangee/patent-ind-claim-en huggingface dataset:
Pull-out cabinet unit , in particular for tall cabinets, having a rack which is to be arranged in an interior space of a basic cabinet structure and, on its front side, carries a cabinet door or similar cabinet cover on a vertical longitudinal support , wherein the rack , which carries respective shelves , can be moved in translatory fashion from a first operating position, located within the basic cabinet structure , into a pull-out position, forming a second operating position, located in front of the basic cabinet structure , and the rack , which has an upper pull-out rail and a lower pull-out rail , can be transferred, by way of a rear vertical longitudinal support , into the second operating position such wherein, in this second operating position, the rack can be pivoted about a vertical pivot axis, wherein the pull-out cabinet unit is assigned a blocking device which, prior to the second operating position being reached, prevents the rack from pivoting and, in the second operating position, releases the pull-out cabinet unit for pivoting, wherein the blocking device has a guide-track part , which can be pivoted about a vertical axis and has a guide path , wherein the guide-track part can be displaced into the second operating position with the rack , wherein a guide part of the rack is guided in the guide path of the guide-track part during some of the pivoting movement of the rack, and wherein, during the course of the translatory movement of the rack into the second operating position, the guide-track part is arranged within the blocking device so as to be prevented from pivoting.
A self-locking cable fastening holder, comprising: a U-shaped male holder and a female holder , the U-shaped male holder and the female holder being independent from each other, a first cable holding part being arranged at a bent portion of the U-shaped male holder , a corresponding second cable holding part being arranged at a front surface of the female holder , and the first cable holding part and the second cable holding part cooperating to hold a cable, locking rods being arranged at two sides of the U-shaped male holder , and locking holes corresponding to the locking rods being respectively arranged at two sides of the second cable holding part on the female holder , each of the locking holes having an inlet at a front surface of the female holder and an outlet opposite to the inlet, and each of the locking rods having a plurality of non-return ring teeth that are arranged in succession and inclined toward a root of each of the locking rods , a movable locking block being arranged at a side edge of the locking hole , at least one locking thread that fits the non-return ring teeth being arranged at one end of the locking block facing the outlet, and the other end of the locking block abutting against a locking spring , when the locking rod is inserted from the inlet of the locking hole , the locking spring pushes the locking block to enable the locking thread of the locking block to abut against the non-return ring teeth of the locking rod , such that the locking rod is limited to move only forward without moving in an inverse direction, wherein two locking blocks in the two locking holes of the female holder are oppositely disposed at two ends of the locking spring .
Coating composition comprising a mineral blend and no greater than about 1.0 wt. % TiO 2 , based on the total weight of the coating composition, wherein the mineral blend comprises: ground calcium carbonate as a matting mineral, a whitening mineral or both; and calcined kaolin, for example flash calcined kaolin, as an opacifying mineral, a whitening mineral or both; wherein the ground calcium carbonate is blocky and non-porous; and has a d 50 of 3.0 - 7.0 μm, and wherein the d 50 particle size is measured by the method set out in the description. ground calcium carbonate as a matting mineral, a whitening mineral or both; and calcined kaolin, for example flash calcined kaolin, as an opacifying mineral, a whitening mineral or both; wherein the ground calcium carbonate is blocky and non-porous; and has a d 50 of 3.0 - 7.0 μm, and wherein the d 50 particle size is measured by the method set out in the description.
An apparatus for automatically transporting reagent cartridges , the apparatus comprising: a magazine in which a plurality of reagent cartridges is stacked; a conveyer belt having a plurality of separating projections arranged in a conveying direction to horizontally convey the reagent cartridges separately; a guide rail disposed at a side of the conveyor belt to prevent the reagent cartridges from being laterally dropped; a driving motor for driving the conveyer belt ; a feeding unit for feeding the reagent cartridges stacked in the magazine onto the conveyer belt ; an examining unit configured to examine the reagent cartridges optically; said apparatus being characterized in further comprising: guide rails disposed at both sides of the conveyor belt to prevent the reagent cartridge from being laterally dropped; and aligning members to aligning position of the reagent cartridges over the conveyor belt with respect to the examining unit , wherein the aligning members include first elastic member separately supporting a reagent cartridge with respect to the guide rail in the horizontal direction (F1), and second elastic member separately supporting a reagent cartridge with respect to the examining unit in the vertical direction (F2). a magazine in which a plurality of reagent cartridges is stacked; a conveyer belt having a plurality of separating projections arranged in a conveying direction to horizontally convey the reagent cartridges separately; a guide rail disposed at a side of the conveyor belt to prevent the reagent cartridges from being laterally dropped; a driving motor for driving the conveyer belt ; a feeding unit for feeding the reagent cartridges stacked in the magazine onto the conveyer belt ; an examining unit configured to examine the reagent cartridges optically; said apparatus being characterized in further comprising: guide rails disposed at both sides of the conveyor belt to prevent the reagent cartridge from being laterally dropped; and aligning members to aligning position of the reagent cartridges over the conveyor belt with respect to the examining unit , wherein the aligning members include first elastic member separately supporting a reagent cartridge with respect to the guide rail in the horizontal direction (F1), and second elastic member separately supporting a reagent cartridge with respect to the examining unit in the vertical direction (F2). guide rails disposed at both sides of the conveyor belt to prevent the reagent cartridge from being laterally dropped; and aligning members to aligning position of the reagent cartridges over the conveyor belt with respect to the examining unit , wherein the aligning members include first elastic member separately supporting a reagent cartridge with respect to the guide rail in the horizontal direction (F1), and second elastic member separately supporting a reagent cartridge with respect to the examining unit in the vertical direction (F2).
A system to control operation of a blow head and blow mold in at least one section on the blow side of an individual section machine when a defective container in a mold must be removed, the individual section machine including a blank side with a blank side pilot air supply , and an electro-pneumatic valve block , EPVB, having an operation valve and pilot valve coupled to one of the blow head and blow mold, the system comprising: a pneumatic shut-off valve mounted on the blow side of the individual section machine, with the pneumatic shut-off valve coupled to the EPVB and the blank side pilot air supply; and a piping network coupling the pneumatic shut-off valve to the pilot valve and to the blank side pilot air supply, with the pneumatic shut-off valve and piping network configured to prevent operation of the blow mold and blow head from the blank side of the individual section machine until the defective container is removed, wherein activation of the pneumatic shut-off valve to prevent the operation of the blow mold and blow head cuts off supply of pilot air to the pilot valve. a pneumatic shut-off valve mounted on the blow side of the individual section machine, with the pneumatic shut-off valve coupled to the EPVB and the blank side pilot air supply; and a piping network coupling the pneumatic shut-off valve to the pilot valve and to the blank side pilot air supply, with the pneumatic shut-off valve and piping network configured to prevent operation of the blow mold and blow head from the blank side of the individual section machine until the defective container is removed, wherein activation of the pneumatic shut-off valve to prevent the operation of the blow mold and blow head cuts off supply of pilot air to the pilot valve.
Vehicle mounting kit including: - a plate for preparing mechanical parts , this plate for preparing mechanical parts being intended for the assembly of different types of vehicle, - a fuel circuit specific to the type of vehicle to be assembled and equipped with a fuel filling pipe , - the fuel circuit being arranged on the plate for preparing mechanical parts, characterized in that the plate for preparing mechanical parts comprises a first means for attaching the filling pipe whose position for holding the pipe relative to the plate is identical for any type of vehicle, and in that the fuel circuit comprises a second attachment means which cooperates with the first attachment means to hold the filling pipe and whose position of this second attachment means is specific to the fuel circuit of the type of vehicle to be assembled. - a plate for preparing mechanical parts , this plate for preparing mechanical parts being intended for the assembly of different types of vehicle, - a fuel circuit specific to the type of vehicle to be assembled and equipped with a fuel filling pipe , - the fuel circuit being arranged on the plate for preparing mechanical parts, characterized in that the plate for preparing mechanical parts comprises a first means for attaching the filling pipe whose position for holding the pipe relative to the plate is identical for any type of vehicle, and in that the fuel circuit comprises a second attachment means which cooperates with the first attachment means to hold the filling pipe and whose position of this second attachment means is specific to the fuel circuit of the type of vehicle to be assembled.
Heat dissipation device comprising a main heat sink comprising a main body with an upper face intended to receive the heat to be dissipated, and main fins extending over a lower face of the main body , wherein the main body is provided with at least one opening , said heat dissipation device further comprising, for each opening , an auxiliary heat sink comprising an auxiliary body placed in the opening concerned, and auxiliary fins extending over a lower face of the auxiliary body , said heat dissipation device being characterized in that it further comprises an electrical insulator which is interposed between each auxiliary heat sink and the main heat sink .
Watch case including a middle part with at least one through hole for receiving an orientable screwed crown , and an orientable screwed crown arranged to engage with said hole and seal same tightly, said orientable screwed crown including a pattern on an end face or in the vicinity thereof, said orientable screwed face including, axially movable along an axial direction (D) in relation to one another, on one hand, a subassembly including a crown body suitable for being handled by a user and including said pattern , and, on the other, a tube arranged to be inserted into said hole along said axial direction (D), said tube including an indexing profile which extends along said axial direction (D) and which is arranged to, in the inserted position in said hole , engage complementarily with a complementary indexing profile included in said hole and which extends along the axial direction (D), the engagement between said indexing profile and said complementary indexing profile allowing different relative indexing positions corresponding to as many relative orientations of said pattern relative to said case , said subassembly and said tube being arranged to engage by screwing along a portion of the relative axial travel thereof up to a banking position corresponding to a fully screwed position of said subassembly in said tube , characterised in that said indexing profile is a cone of apex angle less than 15°, arranged to engage by friction with said complementary indexing profile of said hole .
A polybutylene terephthalate resin composition for forming a molded article having a lightness L* value of 80 or more as measured with a color difference meter, the polybutylene terephthalate resin composition comprising: a polybutylene terephthalate resin having a terminal-carboxyl group content of 30 meq/kg or less; an aromatic carbodiimide compound; and a phosphite-based compound, the content of the phosphite-based compound being 0.05 parts by mass or more to 0.12 parts by mass or less per 100 parts by mass of the polybutylene terephthalate resin. a polybutylene terephthalate resin having a terminal-carboxyl group content of 30 meq/kg or less; an aromatic carbodiimide compound; and a phosphite-based compound, the content of the phosphite-based compound being 0.05 parts by mass or more to 0.12 parts by mass or less per 100 parts by mass of the polybutylene terephthalate resin.
A device for killing weeds (W) by application of a high temperature fluid (F) to the weeds (W), comprising an elongated applicator chamber having a plurality of fluid discharge openings , characterized by an elongated distributing member arranged in the applicator chamber , wherein the distributing member comprises at least one fluid inlet and a plurality of distribution openings in fluid communication with the applicator chamber .
A clearing blade for arrangement at the front of a snow groomer, comprising a middle part and two side parts swivelably movable relative to the middle part , wherein the middle part is provided, in the region of a lower rear edge facing towards the driver's cab, with a rearward projecting cutting and shaping profile extending over an entire length of the middle part , wherein the side parts are each provided, in the region of a lower rear edge facing towards the driver's cab, with a rearward projecting cutting and shaping profile which, with the side parts in a position aligned relative to the middle part , are continued in one line with the cutting and shaping profile of the middle part .
An M240 machine gun (110; 310) comprising: an M240 machine gun having a receiver (18; 318) with a floor, top, proximal end and distal end , wherein the floor of the receiver comprises an ejection port (130; 330), trigger opening and receiver floor wall (134; 334); a buttstock connected to the proximal end of the receiver (18; 318); a barrel connected to said distal end of the receiver; and a trigger housing assembly with a grip , the trigger housing assembly being attached to the floor of the receiver (18; 318), characterized in that the receiver floor wall (134; 334) is positioned between the proximal end of the receiver (18; 318) and the trigger opening , the trigger opening is positioned between the receiver floor wall (134; 334) and the ejection port (130; 330), the trigger housing assembly is attached to the floor so as to be positioned in a forward position between the receiver floor wall (134; 334) and the ejection port (130; 330) and at least two inches (approximately 50.8 mm) from the proximal end of the receiver (18;318) with the grip spaced distally from the proximal end of the receiver (18; 318). an M240 machine gun having a receiver (18; 318) with a floor, top, proximal end and distal end , wherein the floor of the receiver comprises an ejection port (130; 330), trigger opening and receiver floor wall (134; 334); a buttstock connected to the proximal end of the receiver (18; 318); a barrel connected to said distal end of the receiver; and a trigger housing assembly with a grip , the trigger housing assembly being attached to the floor of the receiver (18; 318), characterized in that the receiver floor wall (134; 334) is positioned between the proximal end of the receiver (18; 318) and the trigger opening , the trigger opening is positioned between the receiver floor wall (134; 334) and the ejection port (130; 330), the trigger housing assembly is attached to the floor so as to be positioned in a forward position between the receiver floor wall (134; 334) and the ejection port (130; 330) and at least two inches (approximately 50.8 mm) from the proximal end of the receiver (18;318) with the grip spaced distally from the proximal end of the receiver (18; 318).
A process for manufacturing an austenitic stainless steel comprising, in sequence: a) feeding iron-bearing material into a melting furnace and melting the iron-bearing material into molten metal; b) introducing elements selected from the group consisting of Al and Mg into the molten metal to react with dissolved oxygen in the molten metal to form fine oxide dispersoids comprising Mg oxide and/or Al oxide compounds in the molten metal; c) maintaining the molten metal at a temperature above a liquidus temperature of the molten metal and, after terminating the introducing of elements of step b, introducing one or more metal grain refiner elements selected from the group consisting of Hf, Nb, Ti, and Zr into the molten metal to precipitate metal nitrides of the metal grain refiner elements onto the oxide dispersoids to yield a molten metal containing the metal nitrides; and d) cooling the molten metal with said metal nitrides therein to a temperature below the solidus temperature of the molten metal to form solidified austenitic stainless steel. a) feeding iron-bearing material into a melting furnace and melting the iron-bearing material into molten metal; b) introducing elements selected from the group consisting of Al and Mg into the molten metal to react with dissolved oxygen in the molten metal to form fine oxide dispersoids comprising Mg oxide and/or Al oxide compounds in the molten metal; c) maintaining the molten metal at a temperature above a liquidus temperature of the molten metal and, after terminating the introducing of elements of step b, introducing one or more metal grain refiner elements selected from the group consisting of Hf, Nb, Ti, and Zr into the molten metal to precipitate metal nitrides of the metal grain refiner elements onto the oxide dispersoids to yield a molten metal containing the metal nitrides; and d) cooling the molten metal with said metal nitrides therein to a temperature below the solidus temperature of the molten metal to form solidified austenitic stainless steel.
A method for detecting stability of a medical implant , the method comprising: applying a force to the medical implant with a probe and measuring the force using a force sensor ; based on the applied force, measuring a vibration of the medical implant via a vibration sensor ; comparing the measured vibration of the medical implant based on the applied force with a finite element model of the medical implant; and based on the comparison, determining an angular stiffness coefficient of the medical implant , wherein the angular stiffness coefficient corresponds to a stiffness of a rotation about an axis perpendicular to a centerline of the medical implant , and wherein the angular stiffness coefficient indicates a stability of the medical implant . applying a force to the medical implant with a probe and measuring the force using a force sensor ; based on the applied force, measuring a vibration of the medical implant via a vibration sensor ; comparing the measured vibration of the medical implant based on the applied force with a finite element model of the medical implant; and based on the comparison, determining an angular stiffness coefficient of the medical implant , wherein the angular stiffness coefficient corresponds to a stiffness of a rotation about an axis perpendicular to a centerline of the medical implant , and wherein the angular stiffness coefficient indicates a stability of the medical implant .
A mooring limb comprising more than one elastically compressible core provided axially and/or radially within an outer sheath , the limb being axially extensible as a result of a tensile force being applied to the sheath, the radial width of the sheath being contractible as the axial length of the limb increases, the cores being compressible radially by the sheath as the axial length of the limb increases, the limb being axially contractible as a result of a force provided by the cores acting radially outward onto the sheath, and characterised by at least one layer provided between the cores and the sheath, wherein the at least one layer has relatively low frictional properties to enable the sheath and cores to move relative to one another with relative ease.
A display device comprising: a frame ; at least one processor mounted in the frame and configured to select an image to be displayed to a viewer; a display attached to the frame and configured to display the image selected by the processor ; and two compound lenses , one for each eye of a user, through which a user wearing the display device can see the display; wherein each of the two compound lenses comprises a central lens portion having a first focal length and at least one peripheral lens portion having a second focal length and surrounding the central lens portion , and the first focal length is greater than the second focal length, the two compound lenses configured to form an optically distorted image of the display by redistributing pixels such that the number of pixels in a central region is greater than the number of pixels in a peripheral region , the optically distorted image thereby having a relatively high resolution in the central region of a viewing angle and a relatively low resolution in the peripheral region of the viewing angle, the resolution of the distorted image based on the number of pixels of the display seen by the human eye per degree; and wherein the at least one processor is configured to: apply a pre-distortion algorithm to images to be displayed on the device, the pre-distortion algorithm compensating for the optical distortion of the compound lens, and control the display to display pre-distorted images. a frame ; at least one processor mounted in the frame and configured to select an image to be displayed to a viewer; a display attached to the frame and configured to display the image selected by the processor ; and two compound lenses , one for each eye of a user, through which a user wearing the display device can see the display; wherein each of the two compound lenses comprises a central lens portion having a first focal length and at least one peripheral lens portion having a second focal length and surrounding the central lens portion , and the first focal length is greater than the second focal length, the two compound lenses configured to form an optically distorted image of the display by redistributing pixels such that the number of pixels in a central region is greater than the number of pixels in a peripheral region , the optically distorted image thereby having a relatively high resolution in the central region of a viewing angle and a relatively low resolution in the peripheral region of the viewing angle, the resolution of the distorted image based on the number of pixels of the display seen by the human eye per degree; and wherein the at least one processor is configured to: apply a pre-distortion algorithm to images to be displayed on the device, the pre-distortion algorithm compensating for the optical distortion of the compound lens, and control the display to display pre-distorted images. apply a pre-distortion algorithm to images to be displayed on the device, the pre-distortion algorithm compensating for the optical distortion of the compound lens, and control the display to display pre-distorted images.