mhurhangee/ep-ind-claims huggingface dataset:
Method for digital printing of images on physical supports, the method comprising the following steps: i) generating a digital image with a predetermined format; ii) converting the digital image into an image with a format suitable for printing on a physical support; iii) printing the converted image on the physical support in order to obtain the physical support with the printed image; wherein at least said step i) is performed by means of a process for the processing, by at least one artificial intelligence software algorithm, of a series of inputs (T 1, T 2, T n...) comprising images and/or texts and/or keywords, the digital image representing the output of the processing process in said step i); and in that said step ii) is performed by means of a dedicated software with the aid of an additional artificial intelligence software algorithm, said additional artificial intelligence software algorithm performing an additional processing process in order to vary the printing parameters of the converted format of said digital image; and in that the inputs (T3, T4, Tn...) for said additional processing process comprise the pixel density, namely the resolution, of the digital image, the dimensions of the printed image, the material of the physical support, the surface roughness of the physical support and the intrinsic characteristics of the surface of the physical support, the output consisting of a converted image so that the printed image has a predetermined resolution. i) generating a digital image with a predetermined format; ii) converting the digital image into an image with a format suitable for printing on a physical support; iii) printing the converted image on the physical support in order to obtain the physical support with the printed image; wherein at least said step i) is performed by means of a process for the processing, by at least one artificial intelligence software algorithm, of a series of inputs (T 1, T 2, T n...) comprising images and/or texts and/or keywords, the digital image representing the output of the processing process in said step i); and in that said step ii) is performed by means of a dedicated software with the aid of an additional artificial intelligence software algorithm, said additional artificial intelligence software algorithm performing an additional processing process in order to vary the printing parameters of the converted format of said digital image; and in that the inputs (T3, T4, Tn...) for said additional processing process comprise the pixel density, namely the resolution, of the digital image, the dimensions of the printed image, the material of the physical support, the surface roughness of the physical support and the intrinsic characteristics of the surface of the physical support, the output consisting of a converted image so that the printed image has a predetermined resolution.
RF resonator having a cylindrical cavity composed of a dielectric material, wherein an inner side of the cavity has an electrically conductive coating, which is subdivided into a first inner coating and a second inner coating by an electrically insulating gap extending circumferentially around a lateral surface of the cavity in ring-shaped fashion, wherein an outer side of the cavity has an electrically conductive first outer coating and an electrically conductive second outer coating, wherein the first outer coating and the second outer coating are electrically insulated from one another, wherein the RF resonator comprises a device provided for applying a radio-frequency electrical voltage between the first outer coating and the second outer coating.
An article of footwear with an upper having a toe end, a heel end, a medial side, and a lateral side, the upper comprising: an inner booty extending from the heel end to the toe end, having an opening for a foot in the as worn condition; an outer braided shell extending at least partially around the inner booty; and a layer (36, 40) coupling the outer braided shell to the inner booty in selected locations of the upper, wherein the layer is a thermoplastic layer disposed over the outer braided shell in a first portion of the selected locations and wherein the thermoplastic layer is disposed between the outer braided shell and the inner booty in a second portion of the selected locations, leaving the outer braided shell uncoupled from the inner booty in other locations of the upper.
Packaging method for a packaging machine, in which a tube of film material generated from a continuous film is supplied in a forward movement direction, and comprising a folding step in which said tube is acted on by contact, in a manner that is transverse to the forward movement direction, to laterally fold part of the tube inwardly in a folding direction transverse to the forward movement direction, and a sealing and cutting step in which a tube closed at one end is obtained upstream in the forward movement direction, and a package closed at both ends and separated from the tube is obtained downstream in said forward movement direction, wherein at least during the folding step the tube is held in a manner that is transverse to the forward movement direction, characterized in that during the folding of the tube a partial lateral tear is generated in the folding direction between the part of the tube that is contacted in order to be folded and the held part of the tube, the tube being sealed on both sides of the partial lateral tear with respect to the forward movement direction and said tube being cut at the height of the partial lateral tear during the sealing and cutting step, the folded part being located in the package and/or in the closed tube.
Gas circuit for a solid oxide fuel cell system which comprises an anode gas segment in which an anode gas exiting from a gas space of an anode of a solid oxide fuel cell flows, and a recirculation segment for recirculating at least a part of the anode gas back to a combustion gas processing appliance arranged in the gas circuit and in which fuel is processed to combustion gas for the solid oxide fuel cell, wherein a conveying appliance for recirculating the anode gas, and a division appliance that divides the anode gas into a recirculation stream and a residual gas stream to be discharged from the gas circuit, are arranged in the gas circuit, wherein the conveying appliance is arranged upstream of the division appliance in the anode gas segment characterized in that a further medium, such as water or steam, is fed to the recirculation stream in the recirculation segment via a line opening out into the recirculation segment by means of an ejector, a nozzle or a jet scrubber.
A quaternary ammonium salt compound represented by the general formula: wherein R 1, R 2, R 3 and R 4 may be the same or different from each other, and are each a hydrocarbon group having not less than 1 and not more than 10 carbon atoms in which a part of hydrogen atoms may be substituted with a hydroxyl group; R 5 is an alkanediyl group having not less than 1 and not more than 18 carbon atoms with the proviso that R 5 adjacent to R 1 represents a single bond; R 6 is an alkanediyl group having not less than 1 and not more than 4 carbon atoms; R 7 is an alkanediyl group having not less than 2 and not more than 4 carbon atoms; R 8 is an aliphatic hydrocarbon group having not less than 1 and not more than 18 carbon atoms; a represents an average molar number of addition of (R 7 O) and is a number of not less than 1 and not more than 100; (M 1) and (M 2) - are each independently an anion; n, m and k each represent a molar number of respective structural units, and (n + m + k) is an integer of not less than 2 and not more than 22, n is an integer of not less than 1 and not more than 22, m is an integer of not less than 0 and not more than 21, and k is an integer of not less than 0 and not more than 21; and if a plurality of (R 7 O) groups are present, the groups may be the same or different from each other, and the respective structural units may be arranged in any order.
Focussing module for a form filter for adjusting a spatial intensity distribution of an x-ray beam, having - a frame with a continuous opening, - an arrangement of groove pairs, which are arranged on the frame, - a first guide rail and a second guide rail, wherein a focal point, faced by the continuous opening, can be defined in relation to the arrangement of groove pairs, - wherein the groove pairs are arranged adjacent to one another along the continuous opening so that they are located in different planes which have the focal point in each case, - wherein the groove pairs each have a first groove and a second groove opposing the first groove in respect of the continuous opening, wherein the first groove and the second groove are embodied so that a fin plate on two mutually opposing edges of the fin plate can be received in the first groove and the second groove and can be introduced into the continuous opening along the first groove and the second groove, - wherein the respective first grooves of the groove pairs are embodied in the first guide rail, - wherein the respective second grooves of the groove pairs are embodied in the second guide rail, characterised in that the first guide rail and/or the second guide rail are produced from a crystalline semiconductor material. - a frame with a continuous opening, - an arrangement of groove pairs, which are arranged on the frame, - a first guide rail and a second guide rail, wherein a focal point, faced by the continuous opening, can be defined in relation to the arrangement of groove pairs, - wherein the groove pairs are arranged adjacent to one another along the continuous opening so that they are located in different planes which have the focal point in each case, - wherein the groove pairs each have a first groove and a second groove opposing the first groove in respect of the continuous opening, wherein the first groove and the second groove are embodied so that a fin plate on two mutually opposing edges of the fin plate can be received in the first groove and the second groove and can be introduced into the continuous opening along the first groove and the second groove, - wherein the respective first grooves of the groove pairs are embodied in the first guide rail, - wherein the respective second grooves of the groove pairs are embodied in the second guide rail, characterised in that
A handle lock assembly for a door of a cabinet, the handle lock assembly comprising: a main body having a handle housing extending along a longitudinal axis of the handle lock assembly; a handle adapted to move between an unlocked position in which the handle is lifted from the handle housing and a locked position in which the handle is substantially within the handle housing; and a lock plug provided at the handle; characterized in that said handle lock assembly further comprises: at least one geared portion formed on the handle, being rotatable within the main body when the handle is lifted; a movable member having at least one toothed portion for rotating a pinion gear by the movement of the movable member; a plurality of the engagement holes formed in the movable member meshing with corresponding teeth of the geared portion so as to convert a rotational movement from the handle to a linear movement; a movable bearing member placed within the handle housing; at least one pin receiving portion formed on the bearing member; and at least one pin formed on the handle, attachable to the pin receiving portion when placing an interchangeable handle. a main body having a handle housing extending along a longitudinal axis of the handle lock assembly; a handle adapted to move between an unlocked position in which the handle is lifted from the handle housing and a locked position in which the handle is substantially within the handle housing; and a lock plug provided at the handle; characterized in that said handle lock assembly further comprises: at least one geared portion formed on the handle, being rotatable within the main body when the handle is lifted; a movable member having at least one toothed portion for rotating a pinion gear by the movement of the movable member; a plurality of the engagement holes formed in the movable member meshing with corresponding teeth of the geared portion so as to convert a rotational movement from the handle to a linear movement; a movable bearing member placed within the handle housing; at least one pin receiving portion formed on the bearing member; and at least one pin formed on the handle, attachable to the pin receiving portion when placing an interchangeable handle. at least one geared portion formed on the handle, being rotatable within the main body when the handle is lifted; a movable member having at least one toothed portion for rotating a pinion gear by the movement of the movable member; a plurality of the engagement holes formed in the movable member meshing with corresponding teeth of the geared portion so as to convert a rotational movement from the handle to a linear movement; a movable bearing member placed within the handle housing; at least one pin receiving portion formed on the bearing member; and at least one pin formed on the handle, attachable to the pin receiving portion when placing an interchangeable handle.
: A storage tank system for high pressure fuel gas including: a) a plurality of tubes or rods comprising either a gas absorbent medium or heat absorbent medium, the tubes or rods being in an ordered arrangement extending along an axis of the tank; b) a plurality of spaces for gas flow adjacent the tubes or rods; c) a heat exchanger centrally disposed internally within the tank such that the heat exchanger is surrounded by the tubes or rods; d) a heat exchanger external to the tank; e) a gas flow circuit defining gas flow into, through and from the tank, the internal heat exchanger and the external heat exchanger, wherein gas is circulated depending on the operational mode of the vehicle on which the tank is installed such that, in a refill mode, gas from a refuel depot is introduced into the internal heat exchanger for circulation therein and flows into the external heat exchanger where heat absorbed from gas in the tank is exhausted before the gas enters the tank for storage, and in a driving mode, before the gas in the flow is conveyed the vehicle power plant, the gas flows from the tank in the flow circuit into the external heat exchanger where the gas is warmed and then introduced into the internal heat exchanger whereby the gas otherwise stored in the tank is warmed. a) a plurality of tubes or rods comprising either a gas absorbent medium or heat absorbent medium, the tubes or rods being in an ordered arrangement extending along an axis of the tank; b) a plurality of spaces for gas flow adjacent the tubes or rods; c) a heat exchanger centrally disposed internally within the tank such that the heat exchanger is surrounded by the tubes or rods; d) a heat exchanger external to the tank; e) a gas flow circuit defining gas flow into, through and from the tank, the internal heat exchanger and the external heat exchanger, wherein gas is circulated depending on the operational mode of the vehicle on which the tank is installed such that, in a refill mode, gas from a refuel depot is introduced into the internal heat exchanger for circulation therein and flows into the external heat exchanger where heat absorbed from gas in the tank is exhausted before the gas enters the tank for storage, and in a driving mode, before the gas in the flow is conveyed the vehicle power plant, the gas flows from the tank in the flow circuit into the external heat exchanger where the gas is warmed and then introduced into the internal heat exchanger whereby the gas otherwise stored in the tank is warmed.
A method of wireless communication, comprising: receiving a first communication on a first set of wireless frequencies from a first wireless device; receiving a second communication, at least partially concurrent with the first communication, on a second set of wireless frequencies from a second wireless device; and transmitting at least one acknowledgment of the first and second communication by transmitting a single broadcast acknowledgment on only the first set of frequencies, the first set and the second set being mutually exclusive subsets of a set of wireless frequencies available for use by both the first and second wireless device. receiving a first communication on a first set of wireless frequencies from a first wireless device; receiving a second communication, at least partially concurrent with the first communication, on a second set of wireless frequencies from a second wireless device; and transmitting at least one acknowledgment of the first and second communication by transmitting a single broadcast acknowledgment on only the first set of frequencies, the first set and the second set being mutually exclusive subsets of a set of wireless frequencies available for use by both the first and second wireless device.
Livestock feed wagon, comprising - a movable frame, - a feed container which is fitted on the frame for accommodating animal feed, in particular provided with feed-mixing means, - a movable arm construction having an operable gripper fitted thereto for grabbing an amount of animal feed, wherein the arm construction is configured in such a way that the arm construction can only pivot the gripper in one, substantially vertical, plane from a first position for grabbing animal feed next to the livestock feed wagon to a second position for releasing the animal feed above the feed container, and wherein the gripper comprises a gripper-displacement device (50, 51) which is configured to move a gripper at right angles to at least one arm, in which the gripper-displacement device in particular comprises a crane crab. - a movable frame, - a feed container which is fitted on the frame for accommodating animal feed, in particular provided with feed-mixing means, - a movable arm construction having an operable gripper fitted thereto for grabbing an amount of animal feed,
A method of cleaning proteinaceous and/or carbohydrate soils from industrial equipment using a CIP process, wherein the soil is from food and beverage manufacturing locations, the method comprising: (a) applying a pre-treatment solution to the soil, the solution comprising at least 0.10 wt-% active ingredients, the active ingredients including a surfactant penetrant and an oxidant selected from the group consisting of hydrogen peroxide, peroxygen compounds and mixtures thereof; (b) recirculating a second solution through the equipment after the pre-treatment solution, the second solution comprising a dilute detergent; and then (c) rinsing the equipment. (a) applying a pre-treatment solution to the soil, the solution comprising at least 0.10 wt-% active ingredients, the active ingredients including a surfactant penetrant and an oxidant selected from the group consisting of hydrogen peroxide, peroxygen compounds and mixtures thereof; (b) recirculating a second solution through the equipment after the pre-treatment solution, the second solution comprising a dilute detergent; and then (c) rinsing the equipment.
A lithium secondary battery comprising: a positive electrode containing a positive electrode active material containing lithium; a negative electrode facing the positive electrode, the negative electrode including a negative electrode current collector; a separator disposed between the positive and negative electrodes (11, 12); and a nonaqueous electrolyte having lithium-ion conductivity, the the negative electrode current collector including: a layer having a first surface and a second surface opposite to the first surface; first protrusions protruding from the first surface; and second protrusions protruding from the second surface, the first and second surfaces (S1, S2) being surfaces on which lithium metal is deposited during charge; wherein, when viewed in a direction of a normal to the first surface, a total area of overlap between the first protrusions and the second protrusions is 1/2 or less of a total area of the first protrusions. a positive electrode containing a positive electrode active material containing lithium; a negative electrode facing the positive electrode, the negative electrode including a negative electrode current collector; a separator disposed between the positive and negative electrodes (11, 12); and a nonaqueous electrolyte having lithium-ion conductivity, the the negative electrode current collector including: a layer having a first surface and a second surface opposite to the first surface; first protrusions protruding from the first surface; and second protrusions protruding from the second surface, a layer having a first surface and a second surface opposite to the first surface; first protrusions protruding from the first surface; and second protrusions protruding from the second surface, the first and second surfaces (S1, S2) being surfaces on which lithium metal is deposited during charge; wherein, when viewed in a direction of a normal to the first surface, a total area of overlap between the first protrusions and the second protrusions is 1/2 or less of a total area of the first protrusions.
A composition comprising bile acid deconjugation activity and 7-epimerization activity, for use in a method of treating or reducing the risk of intrahepatic cholestasis in a subject, wherein said intrahepatic cholestasis comprises intrahepatic cholestasis of pregnancy, and wherein: (i) the composition comprises at least two bacterial strains comprising (a) a first bacterial strain comprising bile acid deconjugation activity, and (b) a second bacterial strain comprising 7-epimerization activity; or (ii) the composition comprises at least three bacterial strains comprising (a) a first bacterial strain comprising bile acid deconjugation activity, (b) a second bacterial strain comprising 7α-hydroxysteroid dehydrogenase (HSDH) activity, and (c) a third bacterial strain comprising 7β-HSDH activity. (i) the composition comprises at least two bacterial strains comprising (a) a first bacterial strain comprising bile acid deconjugation activity, and (b) a second bacterial strain comprising 7-epimerization activity; or (a) a first bacterial strain comprising bile acid deconjugation activity, and (b) a second bacterial strain comprising 7-epimerization activity; or (ii) the composition comprises at least three bacterial strains comprising (a) a first bacterial strain comprising bile acid deconjugation activity, (b) a second bacterial strain comprising 7α-hydroxysteroid dehydrogenase (HSDH) activity, and (c) a third bacterial strain comprising 7β-HSDH activity. (a) a first bacterial strain comprising bile acid deconjugation activity, (b) a second bacterial strain comprising 7α-hydroxysteroid dehydrogenase (HSDH) activity, and (c) a third bacterial strain comprising 7β-HSDH activity.
An apparatus comprising: a resistive control block, coupled to a first data line and a second data line of a universal serial bus connector charging port, configured to change a level of resistance between said first data line and said second data line; and a sensing and adjustment block, coupled to said universal serial bus connector charging port, configured to sense a predetermined level of overheating of said universal serial bus connector charging port and cause said resistive control block to increase said level of resistance resulting in said universal serial bus connector charging port to appear as a different type of port. a resistive control block, coupled to a first data line and a second data line of a universal serial bus connector charging port, configured to change a level of resistance between said first data line and said second data line; and a sensing and adjustment block, coupled to said universal serial bus connector charging port, configured to sense a predetermined level of overheating of said universal serial bus connector charging port and cause said resistive control block to increase said level of resistance resulting in said universal serial bus connector charging port to appear as a different type of port.