mhurhangee/patent-ind-claim-en huggingface dataset:
A header for an agricultural vehicle , comprising: a frame ; a receiving member connected to the frame of the header ; and at least one divider movably connected to the frame , the at least one divider comprising: a divider body ; and an adjustable connector positionable in an unfolded work position and a folded transport position, the adjustable connector comprising a first member , a second member , and an articulating joint for pivotally connecting the first and second members, the first member mounts the divider body , the second member is slidably connected to and received within the receiving member , characterized in that the articulating j oint is at least partially received within the receiving member in the unfolded work position such that the first and second members are immobilized and the articulating j oint is positioned outside of the receiving member in the folded transport position such that the first and second members are movable relative to one another. a frame ; a receiving member connected to the frame of the header ; and at least one divider movably connected to the frame , the at least one divider comprising: a divider body ; and an adjustable connector positionable in an unfolded work position and a folded transport position, the adjustable connector comprising a first member , a second member , and an articulating joint for pivotally connecting the first and second members, the first member mounts the divider body , the second member is slidably connected to and received within the receiving member , characterized in that the articulating j oint is at least partially received within the receiving member in the unfolded work position such that the first and second members are immobilized and the articulating j oint is positioned outside of the receiving member in the folded transport position such that the first and second members are movable relative to one another. a divider body ; and an adjustable connector positionable in an unfolded work position and a folded transport position, the adjustable connector comprising a first member , a second member , and an articulating joint for pivotally connecting the first and second members, the first member mounts the divider body , the second member is slidably connected to and received within the receiving member , characterized in that the articulating j oint is at least partially received within the receiving member in the unfolded work position such that the first and second members are immobilized and the articulating j oint is positioned outside of the receiving member in the folded transport position such that the first and second members are movable relative to one another.
Method for manufacturing bags for infusion materials, in which a revolver device consists of at least two revolvers driven rotatably independently of one another, namely of a central revolver , which is moved cyclically past a number of work stations arranged distributed on the circumference, and a label revolver driven rotatably likewise cyclically which is suitable for manufacturing the labels , wherein first of all the label is supplied to the central revolver and following thereafter the bag and in that in the central revolver, the bag is supplied to the label , characterised in that the labels remain on a label strand until completion of feeding into and fixing in the label revolver on the label strand and still connected to the label strand are transported until they are fixed in the label revolver .
A refrigerant channel switching unit configured to be disposed between a heat source unit and a utilization unit , the refrigerant channel switching unit being configured and arranged to switch flow of refrigerant in a refrigerant circuit formed by the heat source unit and the utilization unit, the refrigerant channel switching unit comprising: a first refrigerant pipe (R1) configured and arranged to be connected to a suction gas communicating pipe extending from the heat source unit; a second refrigerant pipe (R2) configured and arranged to be connected to a high-low pressure gas communicating pipe extending from the heat source unit; a third refrigerant pipe (R3) connected to the first refrigerant pipe (R1) and the second refrigerant pipe (R2) and being configured and arranged to be connected to a gas pipe (GP) extending to the utilization unit; a fourth refrigerant pipe configured and arranged to be connected at one end to a liquid communicating pipe extending from the heat source unit, the fourth refrigerant pipe being configured and arranged to be connected at the other end to a liquid pipe (LP) extending to the utilization unit; a first valve (Ev1) mounted to the first refrigerant pipe; and a second valve (Ev2) mounted to the second refrigerant pipe, characterized by a minute channel (rp, rp') being formed in the first valve or the second valve, the minute channel enables the refrigerant to flow through the minute channel even when an opening degree of the first valve or the electric valve having the minute channel is set to be the lowest degree, wherein the minute channel is a groove (s1) formed in a valve seat or a hole (h1) formed in the valve seat , wherein the first valve (Ev1) and the second valve (Ev2) are electric valves. a first refrigerant pipe (R1) configured and arranged to be connected to a suction gas communicating pipe extending from the heat source unit; a second refrigerant pipe (R2) configured and arranged to be connected to a high-low pressure gas communicating pipe extending from the heat source unit; a third refrigerant pipe (R3) connected to the first refrigerant pipe (R1) and the second refrigerant pipe (R2) and being configured and arranged to be connected to a gas pipe (GP) extending to the utilization unit; a fourth refrigerant pipe configured and arranged to be connected at one end to a liquid communicating pipe extending from the heat source unit, the fourth refrigerant pipe being configured and arranged to be connected at the other end to a liquid pipe (LP) extending to the utilization unit; a first valve (Ev1) mounted to the first refrigerant pipe; and a second valve (Ev2) mounted to the second refrigerant pipe, characterized by a minute channel (rp, rp') being formed in the first valve or the second valve, the minute channel enables the refrigerant to flow through the minute channel even when an opening degree of the first valve or the electric valve having the minute channel is set to be the lowest degree, wherein the minute channel is a groove (s1) formed in a valve seat or a hole (h1) formed in the valve seat , wherein the first valve (Ev1) and the second valve (Ev2) are electric valves.
Migration device for determining the migratory ability of cells capable of amoeboid movement, comprising • a sample chamber arranged in a housing and having an inlet opening for receiving a sample liquid containing the cells capable of amoeboid movement; • at least one migration matrix which rests on a base surface of the sample chamber and is formed as a thin layer, into which the cells capable of amoeboid movement penetrate, wherein the mean pore size of the migration matrix is smaller than the mean diameter of the cells capable of amoeboid movement; • at least one fluid outlet ; • a first discharge structure formed in said housing and adapted to discharge a fluid from said migration matrix and having a drain structure arranged in said base surface ; and • wherein the first discharge structure opens into the at least one fluid outlet . • a sample chamber arranged in a housing and having an inlet opening for receiving a sample liquid containing the cells capable of amoeboid movement; • at least one migration matrix which rests on a base surface of the sample chamber and is formed as a thin layer, into which the cells capable of amoeboid movement penetrate, wherein the mean pore size of the migration matrix is smaller than the mean diameter of the cells capable of amoeboid movement; • at least one fluid outlet ; • a first discharge structure formed in said housing and adapted to discharge a fluid from said migration matrix and having a drain structure arranged in said base surface ; and • wherein the first discharge structure opens into the at least one fluid outlet .
A method of promoting production of larvae or eggs of a selected sex of tilapia, the method comprising; providing a plurality of larvae or eggs of tilapia in a volume of water; irradiating the plurality of larvae or eggs utilizing a lighting device above the volume of water with light having a spectrum concentrated within a predetermined range of wavelengths at a pre-determined lighting intensity to promote production of the selected sex in the eggs or larvae; wherein the predetermined range is 440-460 nm. providing a plurality of larvae or eggs of tilapia in a volume of water; irradiating the plurality of larvae or eggs utilizing a lighting device above the volume of water with light having a spectrum concentrated within a predetermined range of wavelengths at a pre-determined lighting intensity to promote production of the selected sex in the eggs or larvae; wherein the predetermined range is 440-460 nm.
Method for monitoring the temperature of the sleeve part of a tool holder which is introduced into the induction coil of a shrink-fitting device, in which the instantaneous inductance of the induction coil is measuring during the inductive heating and the power supply to the induction coil is influenced if the instantaneous inductance approaches, reaches or exceeds a predefined value, characterized in that for one or more tool holders having different sleeve parts, the instantaneous inductance reached by the induction coil is measured and stored when the sleeve part introduced into the induction coil has been heated to such an extent that shrinking or removal can be carried out, and in that at the start of a new shrink-fitting operation, a query is performed as to which tool holder has been inserted into the induction coil for shrinking or removal, and in that the heating cycle is terminated when an instantaneous inductance is measured which corresponds to the stored inductance of the sleeve part of this tool holder when it is ready for shrinking or removal.
Motor vehicle headlight light module which means for imaging an internal light distribution using projection optics having a projection lens , a first lens (42.1) and a second lens (42.2), the optics being designed to image the internal light distribution as external light distribution, the projection optics having a variable focal length and an actuator means designed to adjust the focal length, the actuator means being designed to adjust a position of at least one of the first and the second lens (42.1, 42.2) with respect to the other of the two first and second lenses, and the actuator means being designed to change the position by moving, transversely to an optical axis of the projection optics , the first lens (42.1) against the second lens (42.2) and/or the second lens (42.2) against the first lens (42.1), and the first lens (42.1) and the second lens (42.1) being designed to react to the change in position with a change in the focal length of the projection optics , and the internal light distribution resulting from illumination of the micromirrors of a DMD chip by means of a light source , characterized in that the motor vehicle headlight light module has a dust-proof housing (16.1) and in that the two lenses (42.1, 42.1) are arranged in the dust-proof housing (16.1) and in that its interior is delimited by a housing front part , a central support element, the DMD chip , a first printed circuit board , the projection lens of the projection optics and a dust-proof pressure equalization membrane .
A method of producing a fertiliser composition, the method comprising: (a) providing a composition comprising ammonia, calcium nitrate and an anaerobic digestate; (b) contacting the composition provided in step (a) with a composition comprising carbon dioxide; and (c) adding a composition comprising cellulosic fibres to the mixture obtained in step (b). (a) providing a composition comprising ammonia, calcium nitrate and an anaerobic digestate; (b) contacting the composition provided in step (a) with a composition comprising carbon dioxide; and (c) adding a composition comprising cellulosic fibres to the mixture obtained in step (b).
A transducer assembly for mounting in a roadway ; which transducer assembly comprises a hollow profile extending along a longitudinal axis (Y), a force sensor assembly and at least one insulating element arranged on the outside of the hollow profile ; which insulating element insulates the transducer assembly after mounting from a rolling force acting on the sides thereof; wherein said hollow profile comprises a cavity and said force sensor assembly is arranged in the cavity ; wherein after mounting the force sensor assembly of the transducer assembly is configured to detect a weight force exerted onto the hollow profile ; wherein the insulating element is secured to the hollow profile by a positive fit connection; wherein the hollow profile comprises at least one holding means , which holding means is configured to establish a positive fit connection between the insulating element and the hollow profile ; wherein the positive fit connection is effective in a direction perpendicular to the longitudinal axis (Y) so that the insulating element is fixed relative to the hollow profile in all directions perpendicular to the longitudinal axis (Y); characterized in that the insulating element can be inserted in the holding means by sliding it along the longitudinal axis (Y).
Use of 2,4,6-substituted-1,3,5-triazines of general formula I and their derivatives, wherein: R 1 and R 2 is the same or different from each other, and selected in the group consisting of: linear alkyl quaternary ammonium salt, branched alkyl quaternary ammonium salt, aryl quaternary ammonium salt, heterocyclic quaternary ammonium salt, Cl, Br and F, R 3 is selected in the group consisting of: alkoxy (C1-C4), aryloxy (C6-C8) and substituted amine NR'R" ' being substituent R' and R" independently alkyl (C1-C4) or aryl (C6-C8); as condensing, cross-linking, tanning, grafting, curing agents for the production of amides, esters, thioesters, and stabilized collagen and leather, CMC (carboxymethyl cellulose), synthetic and natural polymers. R 1 and R 2 is the same or different from each other, and selected in the group consisting of: linear alkyl quaternary ammonium salt, branched alkyl quaternary ammonium salt, aryl quaternary ammonium salt, heterocyclic quaternary ammonium salt, Cl, Br and F, R 3 is selected in the group consisting of: alkoxy (C1-C4), aryloxy (C6-C8) and substituted amine NR'R" ' being substituent R' and R" independently alkyl (C1-C4) or aryl (C6-C8); as condensing, cross-linking, tanning, grafting, curing agents for the production of amides, esters, thioesters, and stabilized collagen and leather, CMC (carboxymethyl cellulose), synthetic and natural polymers.
A tire stud comprising a stud body comprising or consisting of at least one polymer and a pin comprising a first portion (P 1 ) radially adjacent to a second portion (P 2 ,), and wherein the stud body further comprises a hole for receiving the pin , the second portion (P 2 ) of the pin being located in said hole and the first portion (P 1 ) of the pin extending radially out of the stud body , wherein the pin has a length (L P ) being defined as the maximum radial distance between the radially outermost surface of said first portion (P 1 ) and the radially innermost surface of the bottom of said second portion (P 2 ), and wherein said pin length (L P ) is the sum of the radial length (L P1 ) of said first portion (P 1 ) of the pin and the radial length (L P2 ) of said second portion (P 2 ) of the pin , characterized in that the ratio of the radial length (L P2 ) of said second portion (P 2 ) of the pin relative to the radial distance from the radially outermost point or surface of said stud body to the radially innermost point or surface of said stud body (H SB ) is in a range of from 0.65:1 to 0.90:1; and the stud body comprises a top portion , an intermediate portion and a bottom portion , the top portion being radially adjacent to the intermediate portion and the intermediate portion being radially adjacent to the bottom portion , wherein the hole extends from the top portion of the stud body through the intermediate portion of the stud body , wherein the top portion has an axial width (W1) being determined by the maximum axial distance between the sidewalls of the stud body in the top portion , wherein the intermediate portion has an axial width (W2) being determined by the maximum axial distance between the sidewalls of the stud body in the intermediate portion , and wherein said top portion axial width (W1) is larger than said intermediate portion axial width (W2). the ratio of the radial length (L P2 ) of said second portion (P 2 ) of the pin relative to the radial distance from the radially outermost point or surface of said stud body to the radially innermost point or surface of said stud body (H SB ) is in a range of from 0.65:1 to 0.90:1; and the stud body comprises a top portion , an intermediate portion and a bottom portion , the top portion being radially adjacent to the intermediate portion and the intermediate portion being radially adjacent to the bottom portion , wherein the hole extends from the top portion of the stud body through the intermediate portion of the stud body , wherein the top portion has an axial width (W1) being determined by the maximum axial distance between the sidewalls of the stud body in the top portion , wherein the intermediate portion has an axial width (W2) being determined by the maximum axial distance between the sidewalls of the stud body in the intermediate portion , and wherein said top portion axial width (W1) is larger than said intermediate portion axial width (W2).
Aperture for a photographic or film camera lens or for a photographic or film camera, characterized in that the aperture has a device (1'; 1") which at least partially defines an ellipse-like opening (2'; 2") whose major and minor axes are stationary, wherein the device (1'; 1") comprises two blades (1'; 1") defining therebetween the ellipse-like opening (2'; 2") and upon stopping down move linearly towards each other in a direction perpendicular to the major axis of the ellipse-like opening so that the ellipse-like opening (2'; 2") gets narrower, and wherein the aperture comprises an iris in addition to the device (1'; 1").
Confocal chromatic microscope device for producing a reflectivity measure of the surface of an object to be inspected, characterized in that it comprises a lighting path and an analysis path , the lighting path comprising a polychromatic light source , a spatial filtering slot , and an objective with strong axial chromatism comprising at least a lens made of a material having an Abbe number of less than 50, the analysis path comprising said objective with strong axial chromatism, a chromatic filtering slot , and a linear light intensity sensor , in this order, allowing for a multipoint acquisition, the linear light intensity sensor producing a light intensity information, the spatial filtering slot and the chromatic filtering slot being arranged at the same optical distance from the objective with strong axial chromatism, and the chromatic filtering slot ensuring a spatial filtering of the wavelengths not focalized on the surface of the object so that the beam attaining the linear light sensor (24 substantially consists of the range of wavelengths focalized on said surface and produces a sharp image.
A curable resin composition comprising a resin (A) which has a benzoxazine structure represented by structural formula (A1) below and an epoxy resin (B) as essential components, wherein when the total number of moles of the benzoxazine structure in the resin (A) is α, and the number of moles of epoxy groups in the epoxy resin (B) is β, a ratio [(β)/(α)] is 0.1 to 0.5, [in the structural formula (A1), Ar 1 represents a tetravalent aromatic group, Ar 2 represents a divalent aromatic group, L represents a divalent linking group, x represents an average repeating number of 0.25 to 5.0, and O* 1 atom and C* 1 atom represent bonds to adjacent carbon atoms of an aromatic group represented by Ar 1 , and O* 2 atom and C* 2 atom represent bonds to adjacent carbon atoms of an aromatic group represented by Ar 2 ]. Ar 1 represents a tetravalent aromatic group, Ar 2 represents a divalent aromatic group, L represents a divalent linking group, x represents an average repeating number of 0.25 to 5.0, and O* 1 atom and C* 1 atom represent bonds to adjacent carbon atoms of an aromatic group represented by Ar 1 , and O* 2 atom and C* 2 atom represent bonds to adjacent carbon atoms of an aromatic group represented by Ar 2 ].
A seaming shaft device for a sealer comprising a seaming shaft rotatable about a seaming axis (X), a seaming means detachably arranged at one end of the seaming shaft , and a fastening mechanism for fastening the seaming means to the seaming shaft , wherein the fastening mechanism comprises a locking element and a fastening element , which can be arranged between the locking element and the seaming means , characterized in that the locking element and the seaming means can be moved relative to each other along the seaming axis (X) in such a way that the seaming means can be brought from a locking state to an unlocking state, and the fastening element in the locking state is clamped between the seaming means and the locking element in such a way that the seaming means is fixed to the seaming shaft , wherein the fastening element can be unclamped by bringing the seaming means from the locking state to the unlocking state so that the seaming means is detachably arranged at the end of the seaming shaft .
A light extracting electrode , comprising: a metallic layer , wherein the metallic layer comprises light scattering features on and/or in the metallic layer , and an underlayer comprising a zinc oxide layer over a zinc stannate layer, wherein the light extracting electrode has a visible light transmittance at a wavelength of 550 nm of at least 50%. a metallic layer , wherein the metallic layer comprises light scattering features on and/or in the metallic layer , and an underlayer comprising a zinc oxide layer over a zinc stannate layer, wherein the light extracting electrode has a visible light transmittance at a wavelength of 550 nm of at least 50%.
A device for collecting air in a pipe, the device being installed at one side of the pipe, the device comprising: a collecting pipe provided at one side of the pipe to collect air in the pipe; a diaphragm check valve provided under the collecting pipe and configured to operate as a pressure balance is broken by an air layer existing in the pipe, wherein the diaphragm check valve has a diaphragm in which holes for collecting air are formed and wherein fine dents are formed in the holes ; and a collected air storing unit configured to store the air coming through the diaphragm check valve and the collecting pipe . a collecting pipe provided at one side of the pipe to collect air in the pipe; a diaphragm check valve provided under the collecting pipe and configured to operate as a pressure balance is broken by an air layer existing in the pipe, wherein the diaphragm check valve has a diaphragm in which holes for collecting air are formed and wherein fine dents are formed in the holes ; and a collected air storing unit configured to store the air coming through the diaphragm check valve and the collecting pipe .