mhurhangee/ep-ind-claims huggingface dataset:
A process for producing an abrasion resistant laminate comprising the steps of: - Providing a wood-based panel which has at least one decorative layer on the top side, in particular as a printed decoration, - Applying at least one first resin layer to the at least one decorative layer on the top side of the wood-based panel, - Scattering a mixture of abrasion-resistant particles comprising corundum particles and glass beads onto the first resin layer on the top side of the wood-based panel; Whereby the proportion of the amount of scattered glass beads in the mixture of abrasion-resistant particles is 5 to 35 g/m 2, - Flashing-off of the first resin layer provided with the mixture of abrasion-resistant particles on the top side of the wood-based panel; - Applying of at least one further resin layer to the first resin layer provided with the mixture of abrasion-resistant particles on the flashed-off top side of the wood-based panel; - Pressing of the layered structure with the formation of a laminate. - Providing a wood-based panel which has at least one decorative layer on the top side, in particular as a printed decoration, - Applying at least one first resin layer to the at least one decorative layer on the top side of the wood-based panel, - Scattering a mixture of abrasion-resistant particles comprising corundum particles and glass beads onto the first resin layer on the top side of the wood-based panel; Whereby the proportion of the amount of scattered glass beads in the mixture of abrasion-resistant particles is 5 to 35 g/m 2, - Flashing-off of the first resin layer provided with the mixture of abrasion-resistant particles on the top side of the wood-based panel; - Applying of at least one further resin layer to the first resin layer provided with the mixture of abrasion-resistant particles on the flashed-off top side of the wood-based panel; - Pressing of the layered structure with the formation of a laminate. - Applying at least one first resin layer to the at least one decorative layer on the top side of the wood-based panel, - Scattering a mixture of abrasion-resistant particles comprising corundum particles and glass beads onto the first resin layer on the top side of the wood-based panel; Whereby the proportion of the amount of scattered glass beads in the mixture of abrasion-resistant particles is 5 to 35 g/m 2, - Flashing-off of the first resin layer provided with the mixture of abrasion-resistant particles on the top side of the wood-based panel; - Applying of at least one further resin layer to the first resin layer provided with the mixture of abrasion-resistant particles on the flashed-off top side of the wood-based panel; - Pressing of the layered structure with the formation of a laminate.
A heater configured to heat a running yarn, the heater comprising: a heat source; a heating unit which extends in a predetermined extending direction and which is heated by the heat source; a yarn contacted member which has a yarn contacted surface, which extends at least in the extending direction, and which is heated by the heating unit, the yarn making contact with the yarn contacted surface; and an attaching portion which includes the heating unit and to which the yarn contacted member is attached, the yarn contacted surface extending at least in the extending direction and being oriented at least to one side in a predetermined height direction orthogonal to the extending direction, the heater further comprising an elastic deformation holding unit configured to hold the yarn contacted member attached to the attaching portion while elastically deforming the yarn contacted member viewed in a width direction orthogonal to the extending direction and the height direction and, when the yarn contacted member is elastically deformed and held by the elastic deformation holding unit, a cross sectional curve in a cross section orthogonal to the width direction of the yarn contacted member having a predetermined curvature. a heat source; a heating unit which extends in a predetermined extending direction and which is heated by the heat source; a yarn contacted member which has a yarn contacted surface, which extends at least in the extending direction, and which is heated by the heating unit, the yarn making contact with the yarn contacted surface; and an attaching portion which includes the heating unit and to which the yarn contacted member is attached, the yarn contacted surface extending at least in the extending direction and being oriented at least to one side in a predetermined height direction orthogonal to the extending direction, the heater further comprising an elastic deformation holding unit configured to hold the yarn contacted member attached to the attaching portion while elastically deforming the yarn contacted member viewed in a width direction orthogonal to the extending direction and the height direction and, when the yarn contacted member is elastically deformed and held by the elastic deformation holding unit, a cross sectional curve in a cross section orthogonal to the width direction of the yarn contacted member having a predetermined curvature.
A recombinant antibody or an antigen binding fragment thereof that binds to CD40, wherein the antibody: (a) comprises a light chain variable region of SEQ ID NO: 4 or 5 and a heavy chain variable region of SEQ ID NO: 3; (b) comprises a light chain variable region of SEQ ID NO: 7 and a heavy chain variable region of SEQ ID NO: 6; or (c) is a humanised version of (a) or (b). (a) comprises a light chain variable region of SEQ ID NO: 4 or 5 and a heavy chain variable region of SEQ ID NO: 3; (b) comprises a light chain variable region of SEQ ID NO: 7 and a heavy chain variable region of SEQ ID NO: 6; or (c) is a humanised version of (a) or (b).
A window glass for windows in vehicles with conductive ceramic fired body and a first light shielding film, said window glass comprising at least one glass plate (2, 2A, 2B, 12) having main surfaces whereby the light shielding film is arranged along at least a part of the peripheral portion of the glass plate, the conductive ceramic fired body comprising a feeding point and a linear portion which is disposed on either one of the main surfaces of the glass plate (2, 2A, 2B, 12), at least a part of the linear portion being placed in a visible region of the window glass which is a transparent portion of the glass plate (2, 2A, 2B, 12) where no light-shielding film is provided and formed by successively laminating a first colored layer, a conductor layer and a second colored layer on the main surface, wherein the first colored layer and the second colored layer each comprise a pigment and a glass component, and the conductor layer comprises silver and the glass component, wherein (i) the feeding point is formed in the first light shielding film, and (ii) the linear portion is formed in the first light shielding film and the visible region (i) the feeding point is formed in the first light shielding film, and (ii) the linear portion is formed in the first light shielding film and the visible region
Gymnastic equipment, comprising a first element, which is fixed or movable, adapted to interact exclusively with a first portion of the user's body, said first portion consisting of the first foot of the user, a second element, which is fixed or movable, adapted to interact exclusively with a second portion of the user's body, said second portion consisting of the second foot of the user, said first portion and said second portion being arranged on opposite sides with respect to the sagittal plane of the user's body, first vibration generating means associated to said first element, second vibration generating means associated to said second element, and a control unit to which said first vibration generating means and said second vibration generating means are operatively connected, wherein said control unit comprises independent actuation means of said first vibration generating means and of said second vibration generating means adapted for actuating said first means and said second means in respective first and second time periods (T1,T2) alternating with each other in sequence and not overlapping, characterized in that said first element and said second element comprise respective independent plates, not mechanically connected to each other, on which the user puts the one and the other foot (3,7), and in that at a certain moment in use, or in a certain operating time period of the equipment, only one of said first and second element (2,6) of the equipment generates vibrations (VI,V2), and thus transmits direct vibrations to one of said first, second portions (3,7) of the user's body separated by said sagittal plane.
An integrated circuit for a fluid ejection assembly, the integrated circuit comprising: an interface coupled to a plurality of memory cells (404 0 to 404 N), wherein the interface comprises a single contact pad, and the interface is coupled to the plurality of memory cells (404 0 to 404 N) such that a state of each memory cell (404 0 to 404 N) of the integrated circuit can be read via the interface; and a select circuit to select at least one memory cell of the plurality of memory cells (404 0 to 404 N), such that a voltage bias or a current bias applied to the interface generates a sensed current or a sensed voltage, respectively, on the interface indicating the state of the selected at least one memory cell (404 0 to 404 N). an interface coupled to a plurality of memory cells (404 0 to 404 N), wherein the interface comprises a single contact pad, and the interface is coupled to the plurality of memory cells (404 0 to 404 N) such that a state of each memory cell (404 0 to 404 N) of the integrated circuit can be read via the interface; and a select circuit to select at least one memory cell of the plurality of memory cells (404 0 to 404 N), such that a voltage bias or a current bias applied to the interface generates a sensed current or a sensed voltage, respectively, on the interface indicating the state of the selected at least one memory cell (404 0 to 404 N).
A method for increasing resolution of a position feedback signal to a motor drive, the method comprising the steps of: receiving a position feedback signal at an input to the motor drive; determining a plurality of approximate positions, wherein each of the plurality of approximate positions is determined at one of a plurality of frequencies and as a function of the position feedback signal; determining an average approximate position by averaging the plurality of approximate positions; and executing a speed regulator in the motor drive, wherein the speed regulator uses the average approximate position. receiving a position feedback signal at an input to the motor drive; determining a plurality of approximate positions, wherein each of the plurality of approximate positions is determined at one of a plurality of frequencies and as a function of the position feedback signal; determining an average approximate position by averaging the plurality of approximate positions; and executing a speed regulator in the motor drive, wherein the speed regulator uses the average approximate position.
Movable support, designed to support at least one pipeline (2, 2a), the pipeline (2, 2a) being used to dispense a fluid, comprising a support device which has at least three connection elements (7, 7a, 7b), the three connection elements (7, 7a, 7b) preferably being arranged in a main plane E 1, a pipe mounting which is designed to be detachably connected to at least one of said pipelines (2, 2a), which is connected to the third connection element of the support device so as to be rotatable about a first rotational axis A 1, two movement devices (5, 5a) which are each connected to the first connection element or to the second connection element of the support device and which are each designed to roll about one third rotational axis A 3, respectively, at least one of said movement devices (5, 5a) being connected to the support device so as to be rotatable about a second rotational axis A 2, the second rotational axis A 2 being arranged substantially in parallel with the first rotational axis A 1, the first rotational axis A 1 and the second rotational axis A 2 preferably being arranged substantially in parallel with the main plane, at least one of said third rotational axes A 3 preferably being arranged substantially perpendicularly to the second rotational axis A 2, characterised in that the pipe mounting is formed having a joint support element which can be connected to the third connection element of the support device, and a first joint device which is part of the joint support element and which is designed to rotate about a fourth rotational axis A 4, the fourth rotational axis A 4 being able to be oriented substantially in parallel with the first rotational axis A 1.
A resin-impregnated boron nitride body, comprising: 30 to 90 volume% of a boron nitride body wherein the boron nitride is polymer-derived boron nitride; and 10 to 70 volume% of a resin. 30 to 90 volume% of a boron nitride body wherein the boron nitride is polymer-derived boron nitride; and 10 to 70 volume% of a resin.
An optical media detector, for use in a media transport mechanism, the detector comprising: a pair of pinch rollers (32m, 34) for contacting media being transported; a light source; an optical sensor; characterised by a pair of optical guides (20A, 20B) which provide, at least in part, two distinct optical paths (24A, 24B) between the light source and the optical sensor, each of the optical light guides (20A, 20B) being integrated into at least a portion of a respective opposite one of said pair of pinch rollers (32, 34). a pair of pinch rollers (32m, 34) for contacting media being transported; a light source; an optical sensor; characterised by a pair of optical guides (20A, 20B) which provide, at least in part, two distinct optical paths (24A, 24B) between the light source and the optical sensor, each of the optical light guides (20A, 20B) being integrated into at least a portion of a respective opposite one of said pair of pinch rollers (32, 34).
A can comprising a can pull tab, said can pull tab comprising: a seamless can pull tab structure; a U shaped lift end disposed at the midpoint on the broadest side of the said can pull tab structure; a semicircular nose end on the can pull tab structure disposed directly across from the said U shaped lift end extending over the frangible can seal; and a central fastening tongue and hinge structure disposed over the central can rivet to hold the can pull tab structure pivotally and securely over the mouth of a can, wherein the can pull tab structure is wing shaped with two wing parts (10A, 10B) disposed on either side of the said wing shaped can pull tab structure; whereby the U shaped lift end is disposed at the midpoint on the broadest side of the said wing shaped can pull tab structure between the said two wing parts (10A, 10B); characterized in that the pair of wing parts (10A, 10B) on either side with their broadest sides are spanning the top surface of the can at one end of the can's circumference, the broadest sides of the wing shaped can pull tab structure lying parallel to the outer rim of the can end but sufficiently inset from the can rim so it does not impede can stacking, and whereby the wing shaped can pull tab structure provides a wide surface area of the tab permitting the printing and display of advertisements, marketing messages, logos and other promotional material both on the top and bottom surfaces of the tab, wherein the can pull tab has printing both on the top and bottom surfaces of the tab. a seamless can pull tab structure; a U shaped lift end disposed at the midpoint on the broadest side of the said can pull tab structure; a semicircular nose end on the can pull tab structure disposed directly across from the said U shaped lift end extending over the frangible can seal; and a central fastening tongue and hinge structure disposed over the central can rivet to hold the can pull tab structure pivotally and securely over the mouth of a can, wherein the can pull tab structure is wing shaped with two wing parts (10A, 10B) disposed on either side of the said wing shaped can pull tab structure; whereby the U shaped lift end is disposed at the midpoint on the broadest side of the said wing shaped can pull tab structure between the said two wing parts (10A, 10B); characterized in that the pair of wing parts (10A, 10B) on either side with their broadest sides are spanning the top surface of the can at one end of the can's circumference, the broadest sides of the wing shaped can pull tab structure lying parallel to the outer rim of the can end but sufficiently inset from the can rim so it does not impede can stacking, and whereby the wing shaped can pull tab structure provides a wide surface area of the tab permitting the printing and display of advertisements, marketing messages, logos and other promotional material both on the top and bottom surfaces of the tab, wherein the can pull tab has printing both on the top and bottom surfaces of the tab.
Bench saw, comprising a support structure with a lay-on section which provides a lay-on surface for the laying-on of a workpiece, as well as a saw blade which engages through an opening of the lay-on section, so that at least a part of the saw blade is located below the lay-on section lower side, further comprising a housing arrangement which is located below the lay-on section lower side and which surrounds the part of the saw blade which is located below the lay-on section lower side, wherein the saw blade is pivotable together with the housing arrangement relative to the lay-on section, in order to adjust an angle between a cutting plane of the saw blade and the lay-on surface, wherein the bench saw further comprises a cover flap which covers a gap between the housing arrangement and the lay-on section lower side, the gap arising on pivoting the housing arrangement, in order to thus prevent a user of the bench saw from being able to grip through the gap towards the saw blade, wherein the cover flap can be brought from a first position into a second position by way of pivoting the housing arrangement, wherein the cover flap in the first position is aligned essentially parallel to the lay-on surface and/or in the second position is aligned in a manner inclined to the lay-on surface about a horizontal axis, the bench saw further comprising an actuation section which serves for pivoting the saw blade about a horizontal pivot axis, wherein the actuation section comprises a bearing section which is arranged on the support structure, and a pivoting section which is pivotably mounted relative to the bearing section about the horizontal pivot axis and comprises the housing arrangement and the saw blade wherein the cover flap is pivotable from the first position into the second position by way of the pivoting section being pivoted from a normal position into a pivoting position, characterized in that the pivoting section in the normal position is aligned orthogonally to the lay-on section lower side and/or in the pivoting position is aligned non-orthogonally to the lay-on section lower side.
Inlet valve for a teat cup (200, 300) for controlled inlet of air and/or gas into a milk discharge area of the teat cup (200, 300), comprising a valve body having a controllable flow channel terminating at a sealing surface, a resilient diaphragm adapted to be pressurized on a first side with pressure prevailing in a pulsation chamber of the teat cup and having on a second side a sealing body integral with the diaphragm as a constituent part of the diaphragm, which in a first position closes the flow channel by abutting the sealing surface, wherein the diaphragm and the sealing body are made as a one-piece product and of the same material, and a spring member coupled to the resilient diaphragm to bias the diaphragm toward the sealing surface such that when the sealing body is in a second position, the flow passage is open. a valve body having a controllable flow channel terminating at a sealing surface, a resilient diaphragm adapted to be pressurized on a first side with pressure prevailing in a pulsation chamber of the teat cup and having on a second side a sealing body integral with the diaphragm as a constituent part of the diaphragm, which in a first position closes the flow channel by abutting the sealing surface, wherein the diaphragm and the sealing body are made as a one-piece product and of the same material, and a spring member coupled to the resilient diaphragm to bias the diaphragm toward the sealing surface such that when the sealing body is in a second position, the flow passage is open.
A quilting machine for fabrics characterised in that it comprises: - at least three pairs of drive rollers between which the fabric can pass, one pair of rollers, being the master pair and the rest being slave pairs of rollers,,, with respect to the master pair of rollers,, arranged in such a way that they generate a sewing area and a post-sewing area, with the sewing area being arranged before the master pair of rollers and the post-sewing area after the master pair of rollers, and each pair of rollers consists of two opposing rollers associated with a set of chains and sprockets allowing the rollers to rotate in opposite directions to one another, with each pair of drive rollers being linked to a servomotor with a variable speed drive and gear reducer which modifies the speed and degree of rotation of the rollers, - pneumatic cylinders associated with each of the pairs of drive rollers for varying the distance between paired rollers, - stabiliser bars linked to each of the pairs of drive rollers for maintaining paired rollers parallel to one another, - at least one independent sewing head arranged in the sewing area, - a controller associated with each of the variable speed drives and servomotors for controlling all of the pairs of drive rollers and the sewing head independently and simultaneously, varying the speed and degree of rotation of the slave pairs of rollers,,, based on the master pair of rollers, and exerting tension on the fabric in the sewing and post-sewing areas. - at least three pairs of drive rollers between which the fabric can pass, one pair of rollers, being the master pair and the rest being slave pairs of rollers,,, with respect to the master pair of rollers,, arranged in such a way that they generate a sewing area and a post-sewing area, with the sewing area being arranged before the master pair of rollers and the post-sewing area after the master pair of rollers, and each pair of rollers consists of two opposing rollers associated with a set of chains and sprockets allowing the rollers to rotate in opposite directions to one another, with each pair of drive rollers being linked to a servomotor with a variable speed drive and gear reducer which modifies the speed and degree of rotation of the rollers, - pneumatic cylinders associated with each of the pairs of drive rollers for varying the distance between paired rollers, - stabiliser bars linked to each of the pairs of drive rollers for maintaining paired rollers parallel to one another, - at least one independent sewing head arranged in the sewing area, - a controller associated with each of the variable speed drives and servomotors for controlling all of the pairs of drive rollers and the sewing head independently and simultaneously, varying the speed and degree of rotation of the slave pairs of rollers,,, based on the master pair of rollers, and exerting tension on the fabric in the sewing and post-sewing areas.
A loop reactor of a continuous tubular construction comprising at least two horizontal sections and at least two vertical sections wherein the reactor has a volume of over 80 m 3 with a reactor length to internal diameter ratio of less than 500 and an internal diameter of greater than 600 millimeters.