mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a transparent circuit substrate for a touch screen, the method comprising: forming an electrode layer on a transparent substrate; stacking a light shielding layer on the transparent substrate such that the light shielding layer is located on an outside of the electrode layer; and forming connecting terminals on the light shielding layer such that the connecting terminals contact connecting lines, characterized by stacking a mask on the light shielding layer and the electrode layer; forming a conductive layer on the mask; and forming the connecting lines for connecting the electrode layer and the connecting terminals by removing the mask and a portion of the conductive layer, and characterized in that the mask is stacked such that a mask central part located in an effective display region and a side end of the light shielding layer are spaced apart from each other and a mask peripheral part is stacked on a portion of an upper surface of the light shielding layer such that the connecting lines extend to the upper surface of the light shielding layer; and the conductive layer is stacked on an upper surface of the mask and in a space between the mask central part and the mask peripheral part. forming an electrode layer on a transparent substrate; stacking a light shielding layer on the transparent substrate such that the light shielding layer is located on an outside of the electrode layer; and forming connecting terminals on the light shielding layer such that the connecting terminals contact connecting lines, characterized by stacking a mask on the light shielding layer and the electrode layer; forming a conductive layer on the mask; and forming the connecting lines for connecting the electrode layer and the connecting terminals by removing the mask and a portion of the conductive layer, and characterized in that the mask is stacked such that a mask central part located in an effective display region and a side end of the light shielding layer are spaced apart from each other and a mask peripheral part is stacked on a portion of an upper surface of the light shielding layer such that the connecting lines extend to the upper surface of the light shielding layer; and the conductive layer is stacked on an upper surface of the mask and in a space between the mask central part and the mask peripheral part.
An evaporative cooling apparatus for downhole evaporative cooling of at least one heat-sensitive component, comprising: a heat transfer module in thermal communication with the at least one heat-sensitive component and including: - a first container, - a liquid refrigerant in the first container, - a vapor passage in fluid communication with the first container; and a heat absorbing module adjacent to the heat transfer module, wherein the heat absorbing module is in fluid communication with the vapor passage, the heat absorbing module including: - a second container, characterised in that the heat absorbing module further includes: - a drawing liquid in the second container, the drawing liquid selected to absorb the liquid refrigerant, and - a vapor chamber in the drawing liquid and configured to receive vapor generated during evaporation of the liquid refrigerant, the vapor chamber having a selectively permeable membrane configured to: (i) condense refrigerant vapor to a liquid, and (ii) block flow of the drawing liquid into the vapor chamber. a heat transfer module in thermal communication with the at least one heat-sensitive component and including: - a first container, - a liquid refrigerant in the first container, - a vapor passage in fluid communication with the first container; and - a first container, - a liquid refrigerant in the first container, - a vapor passage in fluid communication with the first container; and a heat absorbing module adjacent to the heat transfer module, wherein the heat absorbing module is in fluid communication with the vapor passage, the heat absorbing module including: - a second container, characterised in that the heat absorbing module further includes: - a drawing liquid in the second container, the drawing liquid selected to absorb the liquid refrigerant, and - a vapor chamber in the drawing liquid and configured to receive vapor generated during evaporation of the liquid refrigerant, the vapor chamber having a selectively permeable membrane configured to: (i) condense refrigerant vapor to a liquid, and (ii) block flow of the drawing liquid into the vapor chamber. - a second container, characterised in that the heat absorbing module further includes: - a drawing liquid in the second container, the drawing liquid selected to absorb the liquid refrigerant, and - a vapor chamber in the drawing liquid and configured to receive vapor generated during evaporation of the liquid refrigerant, the vapor chamber having a selectively permeable membrane configured to: (i) condense refrigerant vapor to a liquid, and (ii) block flow of the drawing liquid into the vapor chamber.
A method for continuously cleaning a moving strip in a cleaning installation comprising a tank containing an aqueous solution, at least a roll immerged in said aqueous solution for guiding said strip into said tank, at least an ultrasound emitting mean, means for feeding an aqueous solution inside said tank, means for emptying said tank, means for controlling the power of said at least one ultrasound emitting mean, characterised in that the installation comprises means for estimating the aqueous solution level in the tank, means for calculating, for each ultrasound emitting mean, its distance to the aqueous solution level and characterised by the method comprising the following steps, performed continuously: - estimating the aqueous solution level in the tank, - calculating for each ultrasound emitting mean its distance to the aqueous solution level, - comparing for each ultrasound emitting mean its distance to the aqueous solution level to a determined threshold, - decreasing the power of an ultrasound emitting mean having its distance to the aqueous solution level under said determined threshold. - estimating the aqueous solution level in the tank, - calculating for each ultrasound emitting mean its distance to the aqueous solution level, - comparing for each ultrasound emitting mean its distance to the aqueous solution level to a determined threshold, - decreasing the power of an ultrasound emitting mean having its distance to the aqueous solution level under said determined threshold.
A method for recovering helium from a feed stream comprising helium, carbon dioxide, and one or more intermediate components having volatilities between those of carbon dioxide and helium, the method comprising separating the carbon dioxide and the intermediate components from the helium at a temperature greater than -82.7 °C to form a helium-rich product stream, wherein the concentration of at least one of the intermediate components in the helium-rich product stream is lower than its concentration in the feed stream, and wherein at least part of the separation is effected by contacting a vapor with a liquid, the method further comprising the steps of a. cooling the feed stream; b. separating the feed stream into a first helium-enriched stream and a first CO 2 -enriched stream (S105, S132); c. separating the first helium-enriched stream to form the helium-rich product stream and a helium-lean stream; d. splitting the first CO 2 -enriched stream into two or more derivative CO 2 -enriched streams (S116, 117); e. heating at least one of the two or more derivative CO 2 -enriched streams (S116, 117); and f. compressing and combining the two or more derivative CO 2 -enriched streams (S116, 117) to form a CO 2 -rich product stream, wherein the feed stream is separated in step b) in a distillation column (C102, C103) and at least part of the feed stream enters the distillation column (C102, C103) at an intermediate location, further comprising separating at least one of the two or more derivative CO 2 -enriched streams (S116, S117) into a liquid fraction and a vapor fraction and feeding the liquid fraction to the top of the distillation column (C102, C103). a. cooling the feed stream; b. separating the feed stream into a first helium-enriched stream and a first CO 2 -enriched stream (S105, S132); c. separating the first helium-enriched stream to form the helium-rich product stream and a helium-lean stream; d. splitting the first CO 2 -enriched stream into two or more derivative CO 2 -enriched streams (S116, 117); e. heating at least one of the two or more derivative CO 2 -enriched streams (S116, 117); and f. compressing and combining the two or more derivative CO 2 -enriched streams (S116, 117) to form a CO 2 -rich product stream,
A writing device for electronic paper comprising: an array substrate, a master control module, an input module electrically connected with the master control module, a position sensing module and an array substrate driving module electrically connected with the master control module, the array substrate being electrically connected with the array substrate driving module, an upper surface of the array substrate being configured to be electrically connected with electronic paper to be written, the input module being configured to input operation instructions to the master control module, and the master control module being configured for driving the array substrate driving module to drive the array substrate for performing writing operation according to the operation instructions; wherein the position sensing module is electrically connected with the master control module and configured for sensing the electronic paper disposed on the array substrate; characterized in that the position sensing module comprises at least one size line made of a conductive material and a position detection controller electrically connected with the master control module, the size line is configured on an upper surface of the array substrate and configured for dividing the upper surface of the array substrate into regions of respective sizes.
A pressure bulkhead system comprising: - a pressure bulkhead which is adapted to be connected to a fuselage of a vehicle in order to separate a pressurized cabin space of the vehicle from an unpressurized cabin space of the vehicle; and - a peripheral pressure frame for sealingly connecting the pressure bulkhead to the fuselage of the vehicle, the peripheral pressure frame comprising: -- an attachment section which is sealingly attached to an outer rim portion of a first surface of the pressure bulkhead, wherein the first surface, when the pressure bulkhead system is installed in the vehicle, faces the unpressurized cabin space of the vehicle; and -- a flange section which is adapted to be sealingly attached to an inner surface of the vehicle fuselage and which extends in a direction facing away from the first surface of the pressure bulkhead, wherein the peripheral pressure frame further comprises a flexible section (34, 32, 35) which interconnects the attachment section and the flange section and which is flexible to accommodate cabin pressure acting on the pressure bulkhead, characterized in that the flexible section (34, 32, 35) incorporates, when viewed in axial cross-section through the pressure bulkhead system, multiple curves (34, 35), each separated by a straight. - a pressure bulkhead which is adapted to be connected to a fuselage of a vehicle in order to separate a pressurized cabin space of the vehicle from an unpressurized cabin space of the vehicle; and - a peripheral pressure frame for sealingly connecting the pressure bulkhead to the fuselage of the vehicle, the peripheral pressure frame comprising: -- an attachment section which is sealingly attached to an outer rim portion of a first surface of the pressure bulkhead, wherein the first surface, when the pressure bulkhead system is installed in the vehicle, faces the unpressurized cabin space of the vehicle; and -- a flange section which is adapted to be sealingly attached to an inner surface of the vehicle fuselage and which extends in a direction facing away from the first surface of the pressure bulkhead, wherein the peripheral pressure frame further comprises a flexible section (34, 32, 35) which interconnects the attachment section and the flange section and which is flexible to accommodate cabin pressure acting on the pressure bulkhead, characterized in that the flexible section (34, 32, 35) incorporates, when viewed in axial cross-section through the pressure bulkhead system, multiple curves (34, 35), each separated by a straight. -- an attachment section which is sealingly attached to an outer rim portion of a first surface of the pressure bulkhead, wherein the first surface, when the pressure bulkhead system is installed in the vehicle, faces the unpressurized cabin space of the vehicle; and -- a flange section which is adapted to be sealingly attached to an inner surface of the vehicle fuselage and which extends in a direction facing away from the first surface of the pressure bulkhead,
An adjustment mechanism for a chair having a J-back support bar, the mechanism including: a housing having a receiving slot, the housing being adapted to be coupled to the chair; and a means for adjusting the orientation of the J-back support bar, comprising a tilt wedge having a mating surface and a receiving slot; characterized in that the adjustment mechanism further includes: an adjustment lever threadably received within the means for adjusting the orientation and rotatably coupled to the housing; wherein the receiving slot of the housing and the tilt wedge align to receive an end of the J-back support bar; and wherein rotation of the adjustment lever changes the orientation of the J-back support bar. a housing having a receiving slot, the housing being adapted to be coupled to the chair; and a means for adjusting the orientation of the J-back support bar, comprising a tilt wedge having a mating surface and a receiving slot; characterized in that the adjustment mechanism further includes: an adjustment lever threadably received within the means for adjusting the orientation and rotatably coupled to the housing; wherein the receiving slot of the housing and the tilt wedge align to receive an end of the J-back support bar; and wherein rotation of the adjustment lever changes the orientation of the J-back support bar.
A toy bow assembly used to launch toy projectiles, said toy bow assembly comprising: a bow structure having a handle, a first arm section and a second arm section, wherein said first arm section and said second arm section both contain internal compartments (37, 43), wherein each of said internal compartments (37, 43) is defined, in part, by at least one translucent area; lights disposed within said internal compartments (37, 43) of both said first arm section and said second arm section, wherein said lights internally illuminate each said internal compartments (37, 43) when activated, wherein light from said lights is observable through said at least one translucent area of each internal compartment (37, 43); an activation switch disposed on said bow structure for selectively activating and deactivating said lights; a first elastic element anchored to the first arm section and extending through the internal compartment of said first arm section into a central area between said first arm section and said second arm section; a second elastic element anchored to the second arm section and extending through the internal compartment of said second arm section into said central area; the internal compartments (37, 43) serving to protect the elastic elements from ambient UV light; and the lights containing no significant UV wavelengths. a bow structure having a handle, a first arm section and a second arm section, wherein said first arm section and said second arm section both contain internal compartments (37, 43), wherein each of said internal compartments (37, 43) is defined, in part, by at least one translucent area; lights disposed within said internal compartments (37, 43) of both said first arm section and said second arm section, wherein said lights internally illuminate each said internal compartments (37, 43) when activated, wherein light from said lights is observable through said at least one translucent area of each internal compartment (37, 43); an activation switch disposed on said bow structure for selectively activating and deactivating said lights;
An automated application test system, comprising: a. a plurality of clients providing test interfaces to corresponding users, and b. a network of test nodes connected to the clients; wherein each said test node comprises: c. one or more test devices locally connected to the test node; and d. an agent arranged to execute one or more test applications on the locally connected test devices in accordance with requests from the clients; wherein a first said agent is arranged to link execution of a first said test application on a first said test node with execution of a second said test application executed by a second said agent on a second said test node such that test data output from the first test application is provided as input to the second test application via a shared data repository. a. a plurality of clients providing test interfaces to corresponding users, and b. a network of test nodes connected to the clients; c. one or more test devices locally connected to the test node; and d. an agent arranged to execute one or more test applications on the locally connected test devices in accordance with requests from the clients; wherein a first said agent is arranged to link execution of a first said test application on a first said test node with execution of a second said test application executed by a second said agent on a second said test node such that test data output from the first test application is provided as input to the second test application via a shared data repository.
An air deflection plug-in box (1; 4; 52) for a forced air-cooled cabinet, wherein the air deflection plug-in box (1; 4; 52) comprises a front vertical plate with one or more vent holes, a rear vertical plate with one or more vent holes, two side vertical plates (13; 43) with suspension loops and an air deflection diaphragm (14; 44; 524) arranged to isolate air areas, wherein the front vertical plate, the rear vertical plate, the two side vertical plates (13; 43) and the air deflection diaphragm (14; 44; 524) are fixedly connected into a whole to distinctively guide cold airflow on one side of the air deflection diaphragm (14; 44; 524) and guide hot airflow on the other side of the air deflection diaphragm (14; 44; 524), one or more thermal barriers are also arranged on at least one surface of the air deflection diaphragm (14; 44; 524), and each thermal barrier is made from thermal insulation material, wherein a thickness of the thermal barrier on each surface of the air deflection diaphragm (14; 44; 524) gradually increases with the increase of a distance from the front vertical plate such that the thermal barrier is thicker at positions with larger hot air volumes.
A polysiloxane composition, comprising: a modified polyhedral polysiloxane, which is obtainable by hydrosilylation of a polyhedral polysiloxane compound (a) with a compound (b), the polyhedral polysiloxane compound (a) having an alkenyl group and/or a hydrosilyl group, the compound (b) having a hydrosilyl group and/or an alkenyl group each capable of hydrosilylation with the component (a), wherein the compound (b) is: a cyclic siloxane having a hydrosilyl group and/or an alkenyl group; and a curing agent, which is an alkenyl group-containing compound containing at least two alkenyl groups in a molecule, or a hydrosilyl group-containing compound containing at least two hydrosilyl groups in a molecule. a modified polyhedral polysiloxane, which is obtainable by hydrosilylation of a polyhedral polysiloxane compound (a) with a compound (b), the polyhedral polysiloxane compound (a) having an alkenyl group and/or a hydrosilyl group, the compound (b) having a hydrosilyl group and/or an alkenyl group each capable of hydrosilylation with the component (a), wherein the compound (b) is: a cyclic siloxane having a hydrosilyl group and/or an alkenyl group; and a curing agent, which is an alkenyl group-containing compound containing at least two alkenyl groups in a molecule, or a hydrosilyl group-containing compound containing at least two hydrosilyl groups in a molecule. a cyclic siloxane having a hydrosilyl group and/or an alkenyl group; and a curing agent, which is an alkenyl group-containing compound containing at least two alkenyl groups in a molecule, or a hydrosilyl group-containing compound containing at least two hydrosilyl groups in a molecule.
A foldable vehicle cage system arranged for sectioning an interior vehicle luggage compartment, wherein the cage system comprises a cage post, an elongated guide member, and a net structure, wherein the net structure is connected to the cage post, a first end of the cage post is slidingly and hingedly connected to the elongated guide member, and the elongated guide member is configured to be connected to a first vehicle interior structure, wherein the cage post and the net structure are movably arranged in relation to the elongated guide member between a storage position (P ST) and an in-use position (P IU), wherein a second end of the cage post in the in-use position (P IU) is configured to be attached to a second vehicle interior structure, characterized in that the system further comprises a movable cargo floor structure, wherein the cage post and the net structure in the storage position (P S) are arranged in a storage compartment below the movable cargo floor structure. wherein the cage post and the net structure are movably arranged in relation to the elongated guide member between a storage position (P ST) and an in-use position (P IU), wherein a second end of the cage post in the in-use position (P IU) is configured to be attached to a second vehicle interior structure, characterized in that the system further comprises a movable cargo floor structure, wherein the cage post and the net structure in the storage position (P S) are arranged in a storage compartment below the movable cargo floor structure.
A stator vane assembly comprising: a vane that includes an inner end; an inner shroud having an aperture receiving the inner end; and a flexible material securing the inner end to the inner shroud, the material having an inner surface opposite the vane providing a seal land; characterised in that: the inner end includes at least one notch (56,58) providing a portion received in the aperture in the inner shroud, a gap provided between said portion of the inner end and the aperture with the flexible material disposed in the gap and joining said portion of the inner end to the inner shroud. a vane that includes an inner end; an inner shroud having an aperture receiving the inner end; and a flexible material securing the inner end to the inner shroud, the material having an inner surface opposite the vane providing a seal land; characterised in that: the inner end includes at least one notch (56,58) providing a portion received in the aperture in the inner shroud, a gap provided between said portion of the inner end and the aperture with the flexible material disposed in the gap and joining said portion of the inner end to the inner shroud.