mhurhangee/patent-ind-claim-en huggingface dataset:
A heating element assembly for mounting adjacent a moving conveyor for heating work products while carried on the moving conveyor, the heating element assembly comprising: first and second heat conducting outer plates each composed of corrosion resistant material and having outside surfaces and corresponding inside surfaces, wherein the outside surfaces form an exterior of the heating element assembly positionable adjacent to the moving conveyor for heating work products while carried on the moving conveyor ; one or more foil based nominally planar heating elements each having an etched foil center layer disposed between first and second dielectric layers , wherein the one or more nominally planar heating elements are sandwiched between the first and second heat conducting outer plates such that the first dielectric layer contacts the inside surface of the first heat conducting outer plate and the second dielectric layer contacts the inside surface of the second heat conducting outer plate ; a spacer structure disposed between the first and second heat conducting outer plates to space the first and second heat conducting outer plates apart from each other to accommodate the thickness of the one or more foil based nominally planar heating elements; and a mounting structure for mounting the heating element assembly adjacent the moving conveyor to heat work products while carried on the moving conveyor. first and second heat conducting outer plates each composed of corrosion resistant material and having outside surfaces and corresponding inside surfaces, wherein the outside surfaces form an exterior of the heating element assembly positionable adjacent to the moving conveyor for heating work products while carried on the moving conveyor ; one or more foil based nominally planar heating elements each having an etched foil center layer disposed between first and second dielectric layers , wherein the one or more nominally planar heating elements are sandwiched between the first and second heat conducting outer plates such that the first dielectric layer contacts the inside surface of the first heat conducting outer plate and the second dielectric layer contacts the inside surface of the second heat conducting outer plate ; a spacer structure disposed between the first and second heat conducting outer plates to space the first and second heat conducting outer plates apart from each other to accommodate the thickness of the one or more foil based nominally planar heating elements; and a mounting structure for mounting the heating element assembly adjacent the moving conveyor to heat work products while carried on the moving conveyor.
A cable guide device for a multi-articulator joint robot , said robot comprising a base with a driver, a rotary arm rotatably coupled to the base in an articulated form, and a cable connected to the rotary arm via the base , wherein the cable comprises a first portion , a second portion and a third portion ; wherein the cable guide device comprises a cable guide block coupled to the driver in the base ; the cable guide device further comprises a sliding groove extending along an outer peripheral surface of the cable guide block , and a cable friction reducing mechanism , wherein the cable friction reducing mechanism comprises: a boss configured to slide inside the sliding groove ; and a hole through which the second portion of the cable passes; wherein the cable friction reducing mechanism is configured to slide in the sliding groove together with the second portion of the cable as the rotary arm rotates. wherein the cable guide device comprises a cable guide block coupled to the driver in the base ; the cable guide device further comprises a sliding groove extending along an outer peripheral surface of the cable guide block , and a cable friction reducing mechanism , wherein the cable friction reducing mechanism comprises: a boss configured to slide inside the sliding groove ; and a hole through which the second portion of the cable passes; a boss configured to slide inside the sliding groove ; and a hole through which the second portion of the cable passes; wherein the cable friction reducing mechanism is configured to slide in the sliding groove together with the second portion of the cable as the rotary arm rotates.
A method of reducing fuel consumption in a machine with an internal combustion engine, the machine having a hybrid mode in which the engine is used for simultaneous ground propulsion via a torque convertor and hydraulic implement propulsion via a hydraulic pump, the engine controller using a first engine map that defines primary operating constraints, wherein the method comprises: obtaining an initial torque limit value for the engine from a torque limit profile providing operating constraints that fall within the primary operating constraints; implementing an engine torque limit that corresponds to the initial torque limit value such that in an event that a torque demand exceeds the torque limit value then the engine speed will drop below the desired engine speed; in an event that torque converter speed ratio between engine and ground propulsion drops below a speed ratio threshold, removing the engine torque limit profile and reverting to primary operating constraints. obtaining an initial torque limit value for the engine from a torque limit profile providing operating constraints that fall within the primary operating constraints; implementing an engine torque limit that corresponds to the initial torque limit value such that in an event that a torque demand exceeds the torque limit value then the engine speed will drop below the desired engine speed; in an event that torque converter speed ratio between engine and ground propulsion drops below a speed ratio threshold, removing the engine torque limit profile and reverting to primary operating constraints.
A door seal, comprising a fastening element for fastening to a door, a seal receiving element , a lowering mechanism unit which mechanically couples the fastening element to the seal receiving element and which is designed in order to lower the seal receiving element relative to the fastening element from a raised position into a lowered position and conversely to raise same from the lowered position to the raised position, and a sealing element which is fastened to the seal receiving element and extends in a longitudinal direction, wherein the sealing element provides a first sealing line by means of a first sealing element portion , which is lowerable and raisable by means of the lowering mechanism unit, wherein the first sealing element portion is a sealing lip and/or a sealing arc, wherein the sealing arc extends from a first arc end to a second arc end, and wherein the two arc ends are lowerable and raisable together with the seal receiving element, characterized in that the sealing element comprises a second sealing element portion , which is divided from the first sealing element portion by a groove, wherein the sealing element provides a second sealing line , which runs parallel to the first sealing line , by means of the second sealing element portion , in that the second sealing element portion has a first side and a second side , wherein the first side is lowerable and raisable by means of the lowering mechanism unit, and the second side is fixed in the position in relation to the fastening element , and in that , in the lowered state, the first and the second sealing line seal against a surface located outside the door seal.
Method of manufacturing an element for a bodywork part successively comprising the following steps: - Step A: producing a support element having a first face on which a support sheet is fixed comprising at least one connection member . - Step B: arranging at least one heating track on the support element , the heating track being arranged on the first face of the support element , - Step C: connecting the heating track to the connection member , - Step D: arranging the support element in a molding chamber of a mold defining the shape of the element for a bodywork part, the first face of the support element facing the inside of the molding chamber, and injecting a plastic material into the molding chamber in order to cover the heating track , Le method being characterized in that the following step before step D: - Arranging protective means for the connection member on the support sheet so as to at least partially protect the connection member from the plastic material during step D. - Step A: producing a support element having a first face on which a support sheet is fixed comprising at least one connection member . - Step B: arranging at least one heating track on the support element , the heating track being arranged on the first face of the support element , - Step C: connecting the heating track to the connection member , - Step D: arranging the support element in a molding chamber of a mold defining the shape of the element for a bodywork part, the first face of the support element facing the inside of the molding chamber, and injecting a plastic material into the molding chamber in order to cover the heating track , - Arranging protective means for the connection member on the support sheet so as to at least partially protect the connection member from the plastic material during step D.
System consisting of a straightening machine with maintenance device, comprising a straightening machine for straightening a metal strip or planar metal parts, having a number of upper straightening rolls in an upper roll mill and a number of lower straightening rolls in a lower roll mill , wherein the upper and lower straightening rolls are arranged such that they form, in a working area , a straightening gap between an infeed and an outlet of the straightening machine, in order to act from above and from below onto the metal strip or metal part to be straightened, and to guide this in a working direction from the infeed to the outlet through the straightening machine, and having a lower slide plate with which, at an operating side of the straightening machine, the lower straightening rolls can be extended perpendicularly to the working direction out of the working area of the straightening machine and retracted again, characterised in that as a maintenance device is provided an alternating prism for setting into the straightening gap , which is designed such that, it can rest on the lower straightening rolls when the lower slide plate is extended out of the working area , and at the same time the upper straightening rolls can rest on the alternating prism . having a number of upper straightening rolls in an upper roll mill and a number of lower straightening rolls in a lower roll mill , wherein the upper and lower straightening rolls are arranged such that they form, in a working area , a straightening gap between an infeed and an outlet of the straightening machine, in order to act from above and from below onto the metal strip or metal part to be straightened, and to guide this in a working direction from the infeed to the outlet through the straightening machine, and having a lower slide plate with which, at an operating side of the straightening machine, the lower straightening rolls can be extended perpendicularly to the working direction out of the working area of the straightening machine and retracted again, characterised in that as a maintenance device is provided an alternating prism for setting into the straightening gap , which is designed such that, it can rest on the lower straightening rolls when the lower slide plate is extended out of the working area , and at the same time the upper straightening rolls can rest on the alternating prism .
A behind the ear hearing aid comprising a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid , a receiver that is connected to an output of the signal processor for converting the second audio signal into an output sound signal, a transceiver for wireless data communication interconnected with an antenna for emission and reception of an electromagnetic field, CHARACTERISED IN THAT : the antenna comprises a first actively fed resonant structure provided proximate a first side of the hearing aid , a second actively fed resonant structure provided proximate a second side of the hearing aid , a conducting segment short circuiting the first resonant structure and the second resonant structure to provide a current bridge between the first side of the hearing aid and the second side of the hearing aid , and wherein the antenna is a balanced antenna. a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid , a receiver that is connected to an output of the signal processor for converting the second audio signal into an output sound signal, a transceiver for wireless data communication interconnected with an antenna for emission and reception of an electromagnetic field, CHARACTERISED IN THAT : the antenna comprises a first actively fed resonant structure provided proximate a first side of the hearing aid , a second actively fed resonant structure provided proximate a second side of the hearing aid , a conducting segment short circuiting the first resonant structure and the second resonant structure to provide a current bridge between the first side of the hearing aid and the second side of the hearing aid , and wherein the antenna is a balanced antenna. the antenna comprises a first actively fed resonant structure provided proximate a first side of the hearing aid , a second actively fed resonant structure provided proximate a second side of the hearing aid , a conducting segment short circuiting the first resonant structure and the second resonant structure to provide a current bridge between the first side of the hearing aid and the second side of the hearing aid , and wherein the antenna is a balanced antenna.
A dry fractionation method for generating a protein concentrate product from a plant-based flour, the method comprising: milling the plant-based flour to generate milled flour; generating a first protein concentrate and a first starch concentrate from the milled flour using a first air classifier; generating a second protein concentrate using the first starch concentrate with a second air classifier; processing the first protein concentrate and the second protein concentrate to generate a protein rich curd; generating a neutral hydrolyzed protein slurry by mixing the protein rich curd with a base, an enzymatic cocktail and water; generating a homogenized protein slurry from the neutral hydrolyzed protein slurry; generating a pasteurized protein slurry by pasteurizing the homogenized protein slurry; generating a cooled protein slurry by cooling the pasteurized protein slurry; and extracting the protein concentrate product from the cooled protein slurry. milling the plant-based flour to generate milled flour; generating a first protein concentrate and a first starch concentrate from the milled flour using a first air classifier; generating a second protein concentrate using the first starch concentrate with a second air classifier; processing the first protein concentrate and the second protein concentrate to generate a protein rich curd; generating a neutral hydrolyzed protein slurry by mixing the protein rich curd with a base, an enzymatic cocktail and water; generating a homogenized protein slurry from the neutral hydrolyzed protein slurry; generating a pasteurized protein slurry by pasteurizing the homogenized protein slurry; generating a cooled protein slurry by cooling the pasteurized protein slurry; and extracting the protein concentrate product from the cooled protein slurry.
A device for placing and holding soiled items, in particular soiled items such as soiled diapers, therein, comprising a container and a lid , wherein the lid includes a hollow cylinder , which is open at least at one end , in which cylinder a body of the device is capable of reciprocal motion, wherein the lid can pivot relative to the container between a first position, in which an item can be inserted into the cylinder from outside, and a second position, in which the body can move downward in the cylinder under the influence of the force of gravity so as to push the item into the container , characterised in that the device is provided with a locking device for locking the lid in the second position, wherein the locking device comprises an operating element which is movable between a retracted position, in which the lid is locked in the second position, and an extended position, in which the lid is released in the second position, wherein the lid is provided with two opposite cams , which are rotatably provided in correspondingly shaped recesses of the container , wherein the cams define a pivot axis for pivoting the lid between the first and the second position relative to the container , and wherein the operating element prevents rotation of at least one of the cams in the retracted position and allows such rotation in the extended position.
A cryotreatment catheter , comprising: an outer elongate body including a distal portion , a proximal portion , and a lumen therebetween; an inner elongate body being located within the lumen of the outer elongate body to be at least one of rotatably and linearly movable within the lumen of the outer elongate body , the inner elongate body including a distal portion , a proximal portion, and a lumen extending between the distal portion and the proximal portion, the distal portion of the inner elongate body defining a distal end that is located proximal to the distal portion of the outer elongate body , and a plurality of apertures radially arranged around the inner elongate body ; a fluid delivery lumen located within the lumen of the outer elongate body and at least partially within the lumen of the inner elongate body ; a balloon treatment element coupled to the distal portion of the outer elongate body , the balloon treatment element including a plurality of balloon lobes radially arranged around the outer elongate body ; wherein the distal portion of the outer elongate body includes a first plurality of apertures and a second plurality of apertures located distal to the first plurality of apertures, each of the first and second pluralities of apertures being radially arranged around the outer elongate body and corresponding to one of the plurality of balloon lobes ; wherein each of the plurality of balloon lobes includes: a first aperture that is radially aligned with one of the plurality of first apertures of the outer elongate body ; and a second aperture that is radially aligned with one of the plurality of second apertures of the outer elongate body , the second aperture being located distal to the first aperture ; and wherein a branched distal portion of the fluid delivery lumen is located within the outer elongate body distal to the distal end of the inner elongate body , the branched distal portion including a plurality of linear segments , each of the plurality of linear segments being in fluid communication with a corresponding one of the plurality of balloon lobes . a first aperture that is radially aligned with one of the plurality of first apertures of the outer elongate body ; and a second aperture that is radially aligned with one of the plurality of second apertures of the outer elongate body , the second aperture being located distal to the first aperture ; and wherein a branched distal portion of the fluid delivery lumen is located within the outer elongate body distal to the distal end of the inner elongate body , the branched distal portion including a plurality of linear segments , each of the plurality of linear segments being in fluid communication with a corresponding one of the plurality of balloon lobes .
System for mounting surgical lighting to the ceiling of an operating theater, said system comprising: • an anchoring tube for anchoring the surgical lighting to the ceiling of the operating theater, the anchoring tube comprising a plurality of attachment holes ; • a surgical lighting suspension that is suitable for supporting the surgical lighting and for being attached to the anchoring tube , the suspension comprising an attachment portion that has a plurality of internal attachment threads ; and • a plurality of attachment screws comprising a threaded body and a tightening head , each attachment screw being designed for the threaded body thereof to be screwed into one of the internal attachment threads and for the tightening head thereof to be received in one of the attachment holes , characterized in that each attachment screw is a pressure screw that is provided in order to attach the surgical lighting suspension to the anchoring tube by means of compressive stress. • an anchoring tube for anchoring the surgical lighting to the ceiling of the operating theater, the anchoring tube comprising a plurality of attachment holes ; • a surgical lighting suspension that is suitable for supporting the surgical lighting and for being attached to the anchoring tube , the suspension comprising an attachment portion that has a plurality of internal attachment threads ; and • a plurality of attachment screws comprising a threaded body and a tightening head , each attachment screw being designed for the threaded body thereof to be screwed into one of the internal attachment threads and for the tightening head thereof to be received in one of the attachment holes ,
An air cooler arrangement comprising two levels one above the other in an insulating housing , - a negative pressure chamber and a deflecting chamber , separated by a cooler permeated by the air to be cooled, being disposed one behind the other in the lower level, and - a positive pressure chamber having a plurality of axially intaking and radially transporting fans being disposed in the upper level, - the fans intaking the cooled air from the deflecting chamber of the lower level and transporting said air radially into the positive pressure chamber of the upper level, and - a flow control flap being provided and implemented for positioning horizontally in an operating position and vertically in a defrosting position, - the flow control flap being part of the horizontal segmenting of the air cooler arrangement in the operating position and part of a vertical level of the insulating housing in the defrosting position, characterized in that - the fans are implemented as individual, directly driven fans and that the fans are disposed having the axes thereof vertical or angled (a) to the vertical in the positive pressure chamber . - a negative pressure chamber and a deflecting chamber , separated by a cooler permeated by the air to be cooled, being disposed one behind the other in the lower level, and - a positive pressure chamber having a plurality of axially intaking and radially transporting fans being disposed in the upper level, - the fans intaking the cooled air from the deflecting chamber of the lower level and transporting said air radially into the positive pressure chamber of the upper level, and - a flow control flap being provided and implemented for positioning horizontally in an operating position and vertically in a defrosting position, - the flow control flap being part of the horizontal segmenting of the air cooler arrangement in the operating position and part of a vertical level of the insulating housing in the defrosting position, characterized in that - the fans are implemented as individual, directly driven fans and that the fans are disposed having the axes thereof vertical or angled (a) to the vertical in the positive pressure chamber .