mhurhangee/ep-ind-claims huggingface dataset:
System (2; 102) for connecting rigid pipes and for connecting flexible pipes, wherein the pipes (4, 6) have corresponding outer diameters, - with a press jaw (10; 110) having a press contour (8; 108), - with at least one first fitting (20; 120) for press-fitting to a rigid pipe, -- wherein the at least one first fitting (20; 120) is formed as an externally sealing fitting and externally seals a rigid pipe to be connected, and -- wherein the at least one first fitting (20; 120) comprises a first press sleeve (21; 121) having a first outer contour (22; 122), - with at least one second fitting (40; 140) for press-fitting to a flexible pipe, -- wherein the at least one second fitting (40; 140) is formed as an internally sealing fitting and seals a flexible pipe to be connected from the inside, and -- wherein the at least one second fitting (40; 140) comprises a second press sleeve (41; 141) having a second outer contour (42; 142), - wherein the outer contour (22; 122) of the first press sleeve (21; 121) and the outer contour (42; 142) of the second press sleeve (41; 141) are each adapted at least in sections to the press contour (8; 108) of the press jaw (10; 110) and can be pressed by the press jaw (10; 110). - with a press jaw (10; 110) having a press contour (8; 108), - with at least one first fitting (20; 120) for press-fitting to a rigid pipe, -- wherein the at least one first fitting (20; 120) is formed as an externally sealing fitting and externally seals a rigid pipe to be connected, and -- wherein the at least one first fitting (20; 120) comprises a first press sleeve (21; 121) having a first outer contour (22; 122), -- wherein the at least one first fitting (20; 120) is formed as an externally sealing fitting and externally seals a rigid pipe to be connected, and -- wherein the at least one first fitting (20; 120) comprises a first press sleeve (21; 121) having a first outer contour (22; 122), - with at least one second fitting (40; 140) for press-fitting to a flexible pipe, -- wherein the at least one second fitting (40; 140) is formed as an internally sealing fitting and seals a flexible pipe to be connected from the inside, and -- wherein the at least one second fitting (40; 140) comprises a second press sleeve (41; 141) having a second outer contour (42; 142), -- wherein the at least one second fitting (40; 140) is formed as an internally sealing fitting and seals a flexible pipe to be connected from the inside, and -- wherein the at least one second fitting (40; 140) comprises a second press sleeve (41; 141) having a second outer contour (42; 142), - wherein the outer contour (22; 122) of the first press sleeve (21; 121) and the outer contour (42; 142) of the second press sleeve (41; 141) are each adapted at least in sections to the press contour (8; 108) of the press jaw (10; 110) and can be pressed by the press jaw (10; 110).
Use of a round billet (5, 7) for being produced into a seamless metal tube with a Mannesmann process, the round billet (5, 7) comprising: a body having a hole (6, 8) formed in an axial direction of the body, wherein the hole (6, 8) includes: an aperture (6a, 6b, 8a) opening at least at one end face of the round billet (5, 7); a tapered portion (61, 81) continued to the aperture (6a, 6b, 8a) and having a diameter gradually increasing toward the aperture (6a, 6b, 8a); and a straight portion (62, 82) whose diameter is constant and which is adjacent to the tapered portion (61, 81). a body having a hole (6, 8) formed in an axial direction of the body, wherein the hole (6, 8) includes: an aperture (6a, 6b, 8a) opening at least at one end face of the round billet (5, 7); a tapered portion (61, 81) continued to the aperture (6a, 6b, 8a) and having a diameter gradually increasing toward the aperture (6a, 6b, 8a); and a straight portion (62, 82) whose diameter is constant and which is adjacent to the tapered portion (61, 81). an aperture (6a, 6b, 8a) opening at least at one end face of the round billet (5, 7); a tapered portion (61, 81) continued to the aperture (6a, 6b, 8a) and having a diameter gradually increasing toward the aperture (6a, 6b, 8a); and a straight portion (62, 82) whose diameter is constant and which is adjacent to the tapered portion (61, 81).
A motor driven roller support assembly comprising: a motorized roller (22, 222), said motorized roller having a cylindrical outer surface with said motorized roller (22, 222) configured to provide driving rotation whereby said outer surface rotates; a support frame (24, 224), said motorized roller (22, 222) being mounted to said support frame (24, 224); a roller support (26, 226), said roller support (26, 226) engaging said outer surface of said motorized roller (22, 222); wherein said roller support (26, 226) includes a pair of support wheels, and wherein said support wheels engage said outer surface of said motorized roller (22, 222), characterized in that said support wheels are mounted to a pivot plate, and wherein a pivot axle connects said pivot plate with said support frame (24, 224). a motorized roller (22, 222), said motorized roller having a cylindrical outer surface with said motorized roller (22, 222) configured to provide driving rotation whereby said outer surface rotates; a support frame (24, 224), said motorized roller (22, 222) being mounted to said support frame (24, 224); a roller support (26, 226), said roller support (26, 226) engaging said outer surface of said motorized roller (22, 222); wherein said roller support (26, 226) includes a pair of support wheels, and wherein said support wheels engage said outer surface of said motorized roller (22, 222), characterized in that said support wheels are mounted to a pivot plate, and wherein a pivot axle connects said pivot plate with said support frame (24, 224).
An item inspection apparatus for inspecting an item, said apparatus comprising: a transitioning part configured to transition-the item such that a top or bottom surface or a front or rear surface, seen with respect to a transfer direction, faces upwards; a transferring part configured to transfer the item to the transitioning part; a rotating part configured to rotate the item-such that the left and right surfaces and the front and rear surfaces with respect to the transfer direction are changed, while the top and bottom surfaces are maintained; and an inspecting part provided above the transitioning part configured to inspect the shape of an item held by the transitioning part, wherein the transferring part is configured to: transfer the item, which has been transitioned by the transitioning part, to the rotating part; and transfer the item, which has been rotated by the rotating part, to the transitioning part. a transitioning part configured to transition-the item such that a top or bottom surface or a front or rear surface, seen with respect to a transfer direction, faces upwards; a transferring part configured to transfer the item to the transitioning part; a rotating part configured to rotate the item-such that the left and right surfaces and the front and rear surfaces with respect to the transfer direction are changed, while the top and bottom surfaces are maintained; and an inspecting part provided above the transitioning part configured to inspect the shape of an item held by the transitioning part, wherein the transferring part is configured to: transfer the item, which has been transitioned by the transitioning part, to the rotating part; and transfer the item, which has been rotated by the rotating part, to the transitioning part. transfer the item, which has been transitioned by the transitioning part, to the rotating part; and transfer the item, which has been rotated by the rotating part, to the transitioning part.
A winder system, comprising a battery winder and a camera apparatus with a camera and a lens, wherein an angle between a sensor target plane of the camera and a lens plane of the lens is a predetermined angle, and an angle value of the predetermined angle is greater than 0 degree and less than or equal to 20 degrees, wherein the camera apparatus is mounted at a target position with respect to the battery winder, and is configured to obtain image information of a first detection region and image information of a second detection region concurrently, the target position is determined based on the predetermined angle, the battery winder is configured to wind a positive electrode plate of a battery and a negative electrode plate of the battery, the image information of the first detection region comprises positive electrode features of the positive electrode plate, and the image information of the second detection region comprises negative electrode features of the negative electrode plate.
Cellulose derivative particles comprising an alkoxy group having 2 or more carbons or an acyl group having 3 or more carbons, wherein the cellulose derivative particles have an average particle size of 80 nm or greater and 100 μm or less, a sphericity of 90% or greater and 100% or less, and a surface smoothness of 80% or greater and 100% or less; and a total substitution degree of the cellulose derivative is 1.0 or greater and 3 or less, wherein the average particle size, the sphericity, the surface smoothness and the total substitution degree of the cellulose derivative are measured as described in the description. wherein the cellulose derivative particles have an average particle size of 80 nm or greater and 100 μm or less, a sphericity of 90% or greater and 100% or less, and a surface smoothness of 80% or greater and 100% or less; and a total substitution degree of the cellulose derivative is 1.0 or greater and 3 or less, wherein the average particle size, the sphericity, the surface smoothness and the total substitution degree of the cellulose derivative are measured as described in the description.
A brake caliper assembly comprising: a housing assembly having an opening; a first brake pad assembly disposed proximate the housing assembly, the first brake pad assembly having a backing plate that has an inboard tab and an outboard tab and a friction material disposed on the backing plate; and a pad shield disposed in the opening the pad shield including: a first inboard channel, a first outboard channel spaced apart from the first inboard channel, and a first gutter that is disposed between the first inboard channel and the first outboard channel; wherein the inboard and outboard tabs (70, 72) are disposed in the inboard and outboard channels (90, 92), respectively. a housing assembly having an opening; a first brake pad assembly disposed proximate the housing assembly, the first brake pad assembly having a backing plate that has an inboard tab and an outboard tab and a friction material disposed on the backing plate; and a pad shield disposed in the opening the pad shield including: a first inboard channel, a first outboard channel spaced apart from the first inboard channel, and a first gutter that is disposed between the first inboard channel and the first outboard channel; a first inboard channel, a first outboard channel spaced apart from the first inboard channel, and a first gutter that is disposed between the first inboard channel and the first outboard channel; wherein the inboard and outboard tabs (70, 72) are disposed in the inboard and outboard channels (90, 92), respectively.
Assembly tool for releasing a latch element of a plug latchingly connected to a jack, having a tool shaft and a head part arranged on the tool shaft, wherein the head part comprises two side walls disposed parallel to one another, wherein the side walls are arranged on a profile top side of a bottom part, wherein wall strips are arranged on a side of the side walls opposite the profile top side of the bottom part parallel to the bottom part facing one another and spaced from one another so that a receiving space for the plug is enclosed by the bottom part, the side walls and the wall strips, which space comprises an opening formed between the wall strips, wherein a cable connected to the plug can be introduced into the receiving space through the opening, characterized in that an abutment section is formed on a front edge of the bottom part, which extends inclined from a profile bottom side of the bottom part facing away from the side walls to the profile top side of the bottom part in direction of a rear edge of the bottom part opposite the front edge.
Layout for an electronic component to be cooled during operation, said layout comprising: - a support on which the electronic component is intended to be mounted, - a base configured so that it will be cooled, - a connecting element mechanically and thermally connecting the base to the support so as to cool it, said connecting element being configured such that the support is free to move relative to the base, characterised in that it comprises a displacement adjustment system configured so as to apply a movement to said support relative to the base. - a support on which the electronic component is intended to be mounted, - a base configured so that it will be cooled, - a connecting element mechanically and thermally connecting the base to the support so as to cool it,
An air pollution control apparatus comprising: a stack that discharges flue gas, discharged from an industrial facility, outside; a blower that is provided downstream of the stack and draws in the flue gas; and a CO 2 recovering apparatus that recovers CO 2 in the flue gas drawn in by the blower, wherein the stack includes a controlling unit that suppresses release of the flue gas outside from the stack and suppresses inflow of atmosphere to the stack, and the controlling unit is a channel forming unit (23A, 23B, 23C) that forms a serpentine channel through which the flue gas and the atmosphere in the stack flow characterized in that the channel forming unit includes a partition including a portion defining an opening formed at a central portion of the stack in a cross-sectional direction in a longitudinal direction and a projection that projects toward a tower head of the stack; and a hood-like cover provided to face the partition with a given gap therebetween. a stack that discharges flue gas, discharged from an industrial facility, outside; a blower that is provided downstream of the stack and draws in the flue gas; and a CO 2 recovering apparatus that recovers CO 2 in the flue gas drawn in by the blower, wherein the stack includes a controlling unit that suppresses release of the flue gas outside from the stack and suppresses inflow of atmosphere to the stack, and the controlling unit is a channel forming unit (23A, 23B, 23C) that forms a serpentine channel through which the flue gas and the atmosphere in the stack flow characterized in that the channel forming unit includes a partition including a portion defining an opening formed at a central portion of the stack in a cross-sectional direction in a longitudinal direction and a projection that projects toward a tower head of the stack; and a hood-like cover provided to face the partition with a given gap therebetween.
A sensor trolley for use in a container crane, the sensor trolley comprising: a sensor arrangement being usable to determine a position of a target for landing or picking up a container; and wherein the sensor trolley is configured to be movable along a horizontal trolley support of the container crane for the sensor arrangement to cover a plurality of vehicle lanes (20a-f) under the container crane, wherein the sensor trolley is characterized by a visual indicator for providing indications to vehicles in the vehicle lanes (20a-f). a sensor arrangement being usable to determine a position of a target for landing or picking up a container; and wherein the sensor trolley is configured to be movable along a horizontal trolley support of the container crane for the sensor arrangement to cover a plurality of vehicle lanes (20a-f) under the container crane, wherein the sensor trolley is characterized by a visual indicator for providing indications to vehicles in the vehicle lanes (20a-f).
A method in a node (100; 1100; 1300; 1600) of a 5G radio access network of controlling radio transmission in the wireless communication network, the method comprising: managing sending of downlink control information to a user equipment (10; 1500; 1700), the downlink control information controlling reception of a data channel which is based on modulation using subcarriers from a first frequency subband and a second frequency subband and indicating, for the first frequency subband, a first start position for transmission of the data channel, and, for a second frequency subband, a second start position for transmission of the data channel, and based on the first start position and the second start position, controlling transmission of data on the data channel. managing sending of downlink control information to a user equipment (10; 1500; 1700), the downlink control information controlling reception of a data channel which is based on modulation using subcarriers from a first frequency subband and a second frequency subband and indicating, for the first frequency subband, a first start position for transmission of the data channel, and, for a second frequency subband, a second start position for transmission of the data channel, and based on the first start position and the second start position, controlling transmission of data on the data channel.
Packaging paper for food, with a basis weight from 20 g/m 2 to 50 g/m 2, comprising cellulose fibers and one or more filler materials, in which the total amount of filler materials is between 5 % by weight and 20 % by weight with respect to the weight of the packaging paper, wherein the packaging paper • comprises a sizing agent, which is contained in such an amount that on both sides a relative water absorption of 0.4 to 0.7 is achieved, wherein the relative water absorbency is defined as the ratio of the Cobb 60 value, determined in accordance with ISO 535:2014, to the basis weight, • has a coating on at least one side, which comprises nanoparticles of a starch, wherein the coating contains between 1 g/m 2 and 6 g/m 2 of said nanoparticles, • does not contain any compounds with the structure CF 3 (CF 2) n (CH 2) m X, wherein n=5 or n=7 and m=0, 1 or 2 and X is a hydroxyl group (X=OH) or a carboxyl group (X=COOH), or the proportion of such compounds with respect to the total mass of the packaging paper is less than 0.1 ‰, and • which has a resistance against grease and oil of 6 to 12, described by the Kit Level in accordance with TAPPI T559 cm-12, wherein in the test in accordance with TAPPI T559 cm-12, the at least one side coated with said nanoparticles is exposed to the test liquids. • comprises a sizing agent, which is contained in such an amount that on both sides a relative water absorption of 0.4 to 0.7 is achieved, wherein the relative water absorbency is defined as the ratio of the Cobb 60 value, determined in accordance with ISO 535:2014, to the basis weight, • has a coating on at least one side, which comprises nanoparticles of a starch, wherein the coating contains between 1 g/m 2 and 6 g/m 2 of said nanoparticles, • does not contain any compounds with the structure CF 3 (CF 2) n (CH 2) m X, wherein n=5 or n=7 and m=0, 1 or 2 and X is a hydroxyl group (X=OH) or a carboxyl group (X=COOH), or the proportion of such compounds with respect to the total mass of the packaging paper is less than 0.1 ‰, and • which has a resistance against grease and oil of 6 to 12, described by the Kit Level in accordance with TAPPI T559 cm-12, wherein in the test in accordance with TAPPI T559 cm-12, the at least one side coated with said nanoparticles is exposed to the test liquids.
A production method for a bead core, comprising: a forming step of forming a plurality of one or more types of annular bodies, each of which is formed by winding a strip member two or more turns, the strip member being comprised of one or more bead wires coated with a resin material; and characterised by a joining step of joining the plurality of one or more types of annular bodies to one another in an axial direction of the annular body. a forming step of forming a plurality of one or more types of annular bodies, each of which is formed by winding a strip member two or more turns, the strip member being comprised of one or more bead wires coated with a resin material; and characterised by a joining step of joining the plurality of one or more types of annular bodies to one another in an axial direction of the annular body.
Melting furnace for producing hydrogen-lean copper from a copper melt, the melting furnace having a container with a melting space and a gas supply access on the melt side for introducing purge gas bubbles which form purge gas into the copper melt, characterised in that the gas supply access is arranged below an agitator (105, 107) so that purge gas bubbles in the copper melt contact the agitator when the agitator is stirred.
A sheet processing apparatus comprising: a first stack tray and, at least, a second stack tray (207, 208) on which a sheet is stacked; and alignment means including, at least, an alignment member provided on the first stack tray, which is arranged to align sheets which have been stacked on the first stack tray by coming into contact with side surfaces of the sheets which have been stacked parallel to a conveyance direction; characterised by further comprising determination means arranged, in a case where a second sheet is already stacked on the first stack tray that has been decided on as a discharge destination for a first sheet, to determine whether or not a width of the first sheet orthogonal to the conveyance direction is smaller than a width of the second sheet orthogonal to the conveyance direction; and control means arranged, in a case where the determination means determines that said width of the first sheet is smaller than said width of the second sheet, to control the sheet processing apparatus not to discharge the first sheet to the first stack tray. a first stack tray and, at least, a second stack tray (207, 208) on which a sheet is stacked; and alignment means including, at least, an alignment member provided on the first stack tray, which is arranged to align sheets which have been stacked on the first stack tray by coming into contact with side surfaces of the sheets which have been stacked parallel to a conveyance direction; characterised by further comprising determination means arranged, in a case where a second sheet is already stacked on the first stack tray that has been decided on as a discharge destination for a first sheet, to determine whether or not a width of the first sheet orthogonal to the conveyance direction is smaller than a width of the second sheet orthogonal to the conveyance direction; and control means arranged, in a case where the determination means determines that said width of the first sheet is smaller than said width of the second sheet, to control the sheet processing apparatus not to discharge the first sheet to the first stack tray.
A liquid cannabinoid composition, said liquid cannabinoid composition comprising a vaporizer carrier liquid, and a tetrahydrocannabinolic compound and/or a cannabidiolic compound, wherein at least 95 percent by weight of said tetrahydrocannabinolic compound and/or cannabidiolic compound is present in acid form.