mhurhangee/ep-ind-claims huggingface dataset:
A belt drive device comprising: a first pulley; a second pulley; a first bulging portion formed along an outer periphery of the second pulley to bulge outward in a radial direction of the second pulley at a center of the second pulley in an axial direction of the second pulley; a belt mounted around the first pulley and the first bulging portion; and a pressing portion configured to press an outer peripheral surface of the belt at a center of the belt in a width direction of the belt; and a third pulley provided in a state of being in contact with the outer peripheral surface of the belt, wherein the pressing portion is a second bulging portion formed along an outer periphery of the third pulley to bulge outward in a radial direction of the third pulley at a center of the third pulley in an axial direction thereof, the pressing portion presses the belt at a position that is on a downstream side of a first position in a moving direction of the belt, and is on an upstream side of a second position in the moving direction of the belt, wherein an arbitrary point on the belt starts to be separated from the second pulley at the first position while the belt is moving, and an arbitrary point on the belt starts to contact with the first pulley at the second position while the belt is moving, and a curvature of the second bulging portion in the axial direction of the third pulley is larger than a curvature of the first bulging portion in the axial direction of the second pulley. a first pulley; a second pulley; a first bulging portion formed along an outer periphery of the second pulley to bulge outward in a radial direction of the second pulley at a center of the second pulley in an axial direction of the second pulley; a belt mounted around the first pulley and the first bulging portion; and a pressing portion configured to press an outer peripheral surface of the belt at a center of the belt in a width direction of the belt; and a third pulley provided in a state of being in contact with the outer peripheral surface of the belt, wherein the pressing portion is a second bulging portion formed along an outer periphery of the third pulley to bulge outward in a radial direction of the third pulley at a center of the third pulley in an axial direction thereof, the pressing portion presses the belt at a position that is on a downstream side of a first position in a moving direction of the belt, and is on an upstream side of a second position in the moving direction of the belt, wherein an arbitrary point on the belt starts to be separated from the second pulley at the first position while the belt is moving, and an arbitrary point on the belt starts to contact with the first pulley at the second position while the belt is moving, and a curvature of the second bulging portion in the axial direction of the third pulley is larger than a curvature of the first bulging portion in the axial direction of the second pulley.
Arrangement comprising - a supply system (1a, 1b, 1c) comprising a main body and at least one supply port (3 to 8), and - at least one component, wherein the main body extends along a longitudinal axis, wherein the or each supply port (3 to 8) - is let into the main body and - is configured to in each case provide a supply medium, wherein the main body comprises a plurality of outer wall portions (9 to 12) and at least one connecting portion (13 to 16), wherein the or each connecting portion (13 to 16) mechanically connects in each case two mutually adjacent outer wall portions (9 to 12) to each other, wherein at least one connecting portion (13 to 16) has two undercuts (17 to 24) which - each have the shape of a channel or score or groove or profile rail, - extend parallel to the longitudinal axis of the main body, and - are spaced apart from each other, and wherein the or each component of the arrangement is connected or connectable releasably to the main body, characterized in that the or at least one component of the arrangement in each case comprises at least one engaging element, wherein the inner contour of the component is configured to engage in at least two undercuts (17 to 24) on the main body of the supply system (1a, 1b, 1c). - a supply system (1a, 1b, 1c) comprising a main body and at least one supply port (3 to 8), and - at least one component, wherein the main body extends along a longitudinal axis, wherein the or each supply port (3 to 8) - is let into the main body and - is configured to in each case provide a supply medium, - is let into the main body and - is configured to in each case provide a supply medium, wherein the main body comprises a plurality of outer wall portions (9 to 12) and at least one connecting portion (13 to 16), wherein the or each connecting portion (13 to 16) mechanically connects in each case two mutually adjacent outer wall portions (9 to 12) to each other, wherein at least one connecting portion (13 to 16) has two undercuts (17 to 24) which - each have the shape of a channel or score or groove or profile rail, - extend parallel to the longitudinal axis of the main body, and - are spaced apart from each other, and - each have the shape of a channel or score or groove or profile rail, - extend parallel to the longitudinal axis of the main body, and - are spaced apart from each other, and wherein the or each component of the arrangement is connected or connectable releasably to the main body, characterized in that the or at least one component of the arrangement in each case comprises at least one engaging element, wherein the inner contour of the component is configured to engage in at least two undercuts (17 to 24) on the main body of the supply system (1a, 1b, 1c).
A recombinant vaccine against Clostridium perfringens infection and epsilon toxin intoxication, comprising a recombinant non-toxic EtxY71G epsilon protein of Clostridium perfringens.
Method for producing a ceramic component, comprising the following method steps: a) providing a main body having internal electrodes, wherein the internal electrodes in the main body comprise at least one first internal electrode having first outer edges and at least one second internal electrode having second outer edges and the first and second outer edges are located on at least one first outer surface of the main body, b) contact-connecting the first outer surface of the main body with a composition comprising an electrophoretically mobile insulating material and electrophoretically depositing the insulating material on the first outer edges of the first internal electrodes on the first outer surface of the main body and not on the second outer edges of the second internal electrodes, wherein a first electrical potential is applied to the first internal electrodes and a second electrical potential is applied to the second internal electrodes, and wherein EP1 and EP2 are of opposing polarity, wherein a third electrical potential is applied to at least one counterelectrode related to the first and second internal electrodes, wherein the potentials EP1 and EP3 are of opposing polarity and the magnitude of the potential EP3 is chosen to be greater than the magnitude of the potential EP2, c) producing an insulating layer from the insulating material on the outer edges of the internal electrodes (IE1, IE2). a) providing a main body having internal electrodes, wherein the internal electrodes in the main body comprise at least one first internal electrode having first outer edges and at least one second internal electrode having second outer edges and the first and second outer edges are located on at least one first outer surface of the main body, b) contact-connecting the first outer surface of the main body with a composition comprising an electrophoretically mobile insulating material and electrophoretically depositing the insulating material on the first outer edges of the first internal electrodes on the first outer surface of the main body and not on the second outer edges of the second internal electrodes, wherein a first electrical potential is applied to the first internal electrodes and a second electrical potential is applied to the second internal electrodes, and wherein EP1 and EP2 are of opposing polarity, wherein a third electrical potential is applied to at least one counterelectrode related to the first and second internal electrodes, wherein the potentials EP1 and EP3 are of opposing polarity and the magnitude of the potential EP3 is chosen to be greater than the magnitude of the potential EP2, c) producing an insulating layer from the insulating material on the outer edges of the internal electrodes (IE1, IE2).
A method for removing methane from feed gas having a methane concentration of 2 mole % or less, said method comprising the steps of: (a) optionally mixing the feed gas with make-up methane or make-up air; (b) passing the feed gas and optional make-up gas through a heat exchanger to raise the temperature of the gas to the desired inlet temperature T 1 of an oxidation reactor; (c) passing the heated stream from step (b) to the oxidation reactor containing an oxidation catalyst, where the methane is oxidised; (d) removing a gas stream including the products of the oxidation reaction from the reactor, said gas stream being at an outlet temperature T 2 which is higher than the inlet temperature T 1; (e) passing the gas stream removed in step (d) through the heat exchanger against the reactor stream from step (b) to allow the heat to be recovered from the gas stream removed in step (d) and utilised to heat the reactor stream in step (b); and (f) measuring the outlet temperature T 2 and controlling the inlet temperature T 1 by adjusting the relative amount of make-up methane and/or make up air added in step (a). (a) optionally mixing the feed gas with make-up methane or make-up air; (b) passing the feed gas and optional make-up gas through a heat exchanger to raise the temperature of the gas to the desired inlet temperature T 1 of an oxidation reactor; (c) passing the heated stream from step (b) to the oxidation reactor containing an oxidation catalyst, where the methane is oxidised; (d) removing a gas stream including the products of the oxidation reaction from the reactor, said gas stream being at an outlet temperature T 2 which is higher than the inlet temperature T 1; (e) passing the gas stream removed in step (d) through the heat exchanger against the reactor stream from step (b) to allow the heat to be recovered from the gas stream removed in step (d) and utilised to heat the reactor stream in step (b); and (f) measuring the outlet temperature T 2 and controlling the inlet temperature T 1 by adjusting the relative amount of make-up methane and/or make up air added in step (a).
A method for forming a display device, comprising: providing a substrate, wherein a plurality of bonding pads (C 1, C 2, C 3, C 4) are disposed on the substrate; forming an adhesion layer on the substrate to cover the plurality of bonding pads (C 1, C 2, C 3, C 4); patterning the adhesion layer by a lithography process to form a patterned adhesion layer (704A, 704B) corresponding to the plurality of bonding pads (C 1, C 2, C 3, C 4); and bonding a light-emitting unit (706, 103) to at least one of the bonding pads (C 1, C 2, C 3, C 4) through the patterned adhesion layer (704A, 704B); characterized in that the adhesion layer is made of a non-conductive photoresist material providing a substrate, wherein a plurality of bonding pads (C 1, C 2, C 3, C 4) are disposed on the substrate; forming an adhesion layer on the substrate to cover the plurality of bonding pads (C 1, C 2, C 3, C 4); patterning the adhesion layer by a lithography process to form a patterned adhesion layer (704A, 704B) corresponding to the plurality of bonding pads (C 1, C 2, C 3, C 4); and bonding a light-emitting unit (706, 103) to at least one of the bonding pads (C 1, C 2, C 3, C 4) through the patterned adhesion layer (704A, 704B); characterized in that the adhesion layer is made of a non-conductive photoresist material
Fish lift for transporting fish between a headwater of a barrage and a tailwater of the barrage comprising - a shaft and a vessel, - wherein the shaft comprises an upper opening lying under a level of the headwater and having an upper lock outlet, - wherein the shaft comprises a lower opening which lies under a level of the tailwater and has a lower lock inlet, - wherein the vessel can be moved between an upper position and a lower position, and - wherein the vessel is embodied as a floating vessel which assumes its positions (S3; S5; S35) in the shaft as a function of a shaft water level (W22-1; W22-2; W22-3) which is present in the shaft, characterized - in that the fish lift comprises a first sensor and a second sensor, - wherein the respective position (S3; S5; S35) of the vessel can be sensed by the first sensor, and - wherein the shaft water level (W22-1; W22-2; W22-3) which is respectively present in the shaft can be sensed by the second sensor. - a shaft and a vessel, - wherein the shaft comprises an upper opening lying under a level of the headwater and having an upper lock outlet, - wherein the shaft comprises a lower opening which lies under a level of the tailwater and has a lower lock inlet, - wherein the vessel can be moved between an upper position and a lower position, and - wherein the vessel is embodied as a floating vessel which assumes its positions (S3; S5; S35) in the shaft as a function of a shaft water level (W22-1; W22-2; W22-3) which is present in the shaft, - in that the fish lift comprises a first sensor and a second sensor, - wherein the respective position (S3; S5; S35) of the vessel can be sensed by the first sensor, and - wherein the shaft water level (W22-1; W22-2; W22-3) which is respectively present in the shaft can be sensed by the second sensor.
A controlled potential electrolysis gas sensor including, as gas electrodes for detecting gas, a working electrode for electrochemically reacting gas to be detected, a counter electrode with respect to the working electrode, a reference electrode for controlling potential of the working electrode, and an electrolysis solution accommodating portion accommodating electrolysis solution in contact with the electrodes (11, 12, 13), wherein each electrode includes a gas permeable membrane, a noble metal catalyst layer disposed on the gas permeable membrane, and a polymer layer disposed on the noble metal catalyst layer and having ion conductivity and water permeability.
A kit for forming a solid foam proteinaceous biopolymeric material comprising separate reactable aliquot portions of a first aqueous solution containing a water-soluble proteinaceous material comprising human or animal-derived plasma protein material, and a second aqueous solution comprising a di-or polyaldehyde which is reactable by crosslinking with the proteinaceous component of the first aqueous solution to form a solid proteinaceous biopolymeric material when the first and second aqueous solutions are combined, and wherein the first aqueous solution includes a bicarbonate, and wherein said second aqueous solution includes an acidic titrant reactable on contact with the bicarbonate sufficient to evolve a gas when said proteinaceous material of said first aqueous solution reacts by crosslinking with said second aqueous solution to impart a cellular foam structure to the proteinaceous biopolymeric material.
An air conditioner having a circulating refrigerant, the air conditioner comprising: a microchannel condenser; a compressor (120, 130); a primary expansion device; a bypass line for bypassing the primary expansion device, the bypass line having a secondary expansion device; a sensor for measuring pressure in the air conditioner and/or portions thereof; a controller configured to compare a pressure determined by the sensor to a predetermined high pressure retrieved from a memory of the air conditioner, to identify a high pressure event when the determined pressure exceeds the retrieved predetermined high pressure and to control refrigerant flow through the bypass line, characterised by the fact that upon identification of a first high pressure event the controller is configured to direct at least a portion of the refrigerant into the bypass line and secondary expansion device and upon detection of a second high pressure event of the air conditioner, the controller is configured to restrict operation of one or more compressors (120, 130) in the air conditioner. a microchannel condenser; a compressor (120, 130); a primary expansion device; a bypass line for bypassing the primary expansion device, the bypass line having a secondary expansion device; a sensor for measuring pressure in the air conditioner and/or portions thereof; a controller configured to compare a pressure determined by the sensor to a predetermined high pressure retrieved from a memory of the air conditioner, to identify a high pressure event when the determined pressure exceeds the retrieved predetermined high pressure and to control refrigerant flow through the bypass line, characterised by the fact that upon identification of a first high pressure event the controller is configured to direct at least a portion of the refrigerant into the bypass line and secondary expansion device and upon detection of a second high pressure event of the air conditioner, the controller is configured to restrict operation of one or more compressors (120, 130) in the air conditioner.
A sealing corner section for sealing windows and doors against driving rain by forming a corner region of a tanking system, wherein the sealing corner section is open towards two adjacent sides and comprises a tanking bottom joined to two upwardly bent sides (3, 5) to form a tanking on two opposite adjacent sides, wherein each of the two upwardly bent sides (3, 5) comprises an inner tanking edge and a lateral tanking edge, said tanking bottom has a width measured perpendicular to the lateral tanking edge, characterized in that the tanking bottom is fan-shaped, i.e. said tanking bottom increases in width towards the outside, at least in sections.
Electric cooker comprising a steamer basket which comprises: - a filling cylinder, said filling cylinder being provided with a filling chamber, and a bottom wall of said filling cylinder comprising a permeable area; the permeable area of the bottom wall being pierced with a plurality of water passage holes which extend through the bottom wall; - a bottom cover installed beneath the filling cylinder, said bottom cover being connected to the filling cylinder by a hermetic device, the space between the bottom cover and the lower surface of the bottom wall enclosing a water passage cavity, the bottom cover being equipped with an opening mechanism, said opening mechanism being connected to the filling chamber by means of the water passage cavity and the water passage holes, characterised in that the electric cooker comprises an outer housing, an inner container positioned inside the outer housing, the steamer basket being installed inside the inner container, the upper part of the filling cylinder of this steamer basket being hermetically joined to the opening of the inner container. - a filling cylinder, said filling cylinder being provided with a filling chamber, and a bottom wall of said filling cylinder comprising a permeable area; the permeable area of the bottom wall being pierced with a plurality of water passage holes which extend through the bottom wall; - a bottom cover installed beneath the filling cylinder, said bottom cover being connected to the filling cylinder by a hermetic device, the space between the bottom cover and the lower surface of the bottom wall enclosing a water passage cavity, the bottom cover being equipped with an opening mechanism, said opening mechanism being connected to the filling chamber by means of the water passage cavity and the water passage holes,
A fuel hose comprising a tube-shaped inner layer made of a resin composition below and an outer layer formed on an outer peripheral surface of the inner layer and made of a resin composition below, a resin composition that contains an aromatic polyamide resin, wherein the aromatic polyamide resin is selected from the group consisting of polyamide 4T (PA4T), polyamide 6T (PA6T), polyamide MXD6 (PAMXD6), polyamide 9T (PA9T), polyamide 10T (PA10T), polyamide 11T (PA11T), polyamide 12T (PA12T), and polyamide 13T (PA13T), alone or in combination, as a main component, wherein the content of the main component is 50% or more by weight, and an organic acid salt having 10 to 28 carbon atoms a resin composition that contains an aliphatic polyamide resin as a main component, wherein the content of the main component is 50% or more by weight wherein the inner layer and the outer layer are bonded to each other through interlayer adhesion, and wherein the organic acid salt contained in the resin composition is a calcium or zinc salt of a saturated fatty acid. a resin composition that contains an aromatic polyamide resin, wherein the aromatic polyamide resin is selected from the group consisting of polyamide 4T (PA4T), polyamide 6T (PA6T), polyamide MXD6 (PAMXD6), polyamide 9T (PA9T), polyamide 10T (PA10T), polyamide 11T (PA11T), polyamide 12T (PA12T), and polyamide 13T (PA13T), alone or in combination, as a main component, wherein the content of the main component is 50% or more by weight, and an organic acid salt having 10 to 28 carbon atoms a resin composition that contains an aliphatic polyamide resin as a main component, wherein the content of the main component is 50% or more by weight
Optically variable security element for securing valuable objects, the surface extension of which defines a z-axis perpendicular thereto, comprising a polychromatic reflective surface region, - the multi-colored reflective surface region containing two relief structures (24, 34) which are arranged at different vertical levels in the z-direction and form a lower and an upper relief structure, - the lower relief structure being provided with a first color coating following the relief profile and the upper relief structure being provided with a second color coating following the relief profile, - a translucent colored structure being arranged at a vertical level between the two relief structures (24, 34) in the z-direction, - the two relief structures (24, 34) and the colored structure overlapping in an overlap region, and - the second color coating of the upper relief structure having at least one recess (54, 66) in the overlap region, in which the lower relief structure is visible with the combined color effect of the colored structure and the first color coating when the security element is viewed, characterized in that the colored structure is a colored planar structure, and the upper relief structure and/or the lower relief structure are formed by micromirror arrangements with directed micro mirrors. - the multi-colored reflective surface region containing two relief structures (24, 34) which are arranged at different vertical levels in the z-direction and form a lower and an upper relief structure, - the lower relief structure being provided with a first color coating following the relief profile and the upper relief structure being provided with a second color coating following the relief profile, - a translucent colored structure being arranged at a vertical level between the two relief structures (24, 34) in the z-direction, - the two relief structures (24, 34) and the colored structure overlapping in an overlap region, and - the second color coating of the upper relief structure having at least one recess (54, 66) in the overlap region, in which the lower relief structure is visible with the combined color effect of the colored structure and the first color coating when the security element is viewed,