mhurhangee/ep-ind-claims huggingface dataset:
A chassis for a computer device, comprising: a pair of side walls (302, 304) defining a front end and a rear end of the chassis; an electronic component (320, 322) mounted in the chassis between the side walls (302, 304); a first fan (334 or 336) located at the rear end; the first fan (334 or 336) generating air flow from the front end of the chassis to the rear end of the chassis; a duct on one of the side walls, the duct including a front opening and a rear opening; a second fan coupled to the rear opening of the duct; characterized by further comprising: a nozzle frame at the front end of the chassis and coupled to the front opening of the duct, wherein the second fan creates high pressure air flow that is conducted by the duct to the nozzle frame and the nozzle frame includes a top nozzle bar and a bottom nozzle bar, each of the nozzle bars (364, 366) including one or more air jet openings (430, 432) that is configured to emit at least one air jet towards the rear end. a pair of side walls (302, 304) defining a front end and a rear end of the chassis; an electronic component (320, 322) mounted in the chassis between the side walls (302, 304); a first fan (334 or 336) located at the rear end; the first fan (334 or 336) generating air flow from the front end of the chassis to the rear end of the chassis; a duct on one of the side walls, the duct including a front opening and a rear opening; a second fan coupled to the rear opening of the duct; characterized by further comprising: a nozzle frame at the front end of the chassis and coupled to the front opening of the duct, wherein the second fan creates high pressure air flow that is conducted by the duct to the nozzle frame and the nozzle frame includes a top nozzle bar and a bottom nozzle bar, each of the nozzle bars (364, 366) including one or more air jet openings (430, 432) that is configured to emit at least one air jet towards the rear end.
Assembly for securing to a body part of a motor vehicle a headlamp washer that is retractable through an opening made in this body part, said assembly having a support intended to receive said headlamp washer and a base, the support and the base being two separate parts, one of the assembly composed of the base and the support comprising integrally produced connecting elements and able to cooperate with apertures on the other of the assembly composed of the base and the support, these connecting elements and the apertures being dimensioned such that they, alone, allow the body part to be sandwiched between the base and the support and allow this sandwiching to be maintained durably, characterised in that the connecting elements and the apertures are the only means of securing the base and the support to the vehicle body.
A method, comprising: receiving, by a computing device, static web page data of a web page; responsive to receiving the static web page data, parsing, by the computing device, the static web page data to identify a plurality of links comprising a first link and a second link in the static web page data, wherein the first link and the second link correspond to respective first and second computing environments corresponding to an operating system of the computing device; selecting, by the computing device, the first or second link of the plurality of links, wherein the computing device selects the first or the second link from the plurality of links to be displayed based on the computing environment of the computing device, wherein the computing environment of the computing device corresponds to the operating system on the computing device; rendering, by the computing device, the web page with i) the first link of the plurality of links if the computing device is operated using the corresponding first computing environment and ii) the second link of the plurality of links if the computing device is operated using the corresponding second computing environment; and outputting, for display, the rendered web page. receiving, by a computing device, static web page data of a web page; responsive to receiving the static web page data, parsing, by the computing device, the static web page data to identify a plurality of links comprising a first link and a second link in the static web page data, wherein the first link and the second link correspond to respective first and second computing environments corresponding to an operating system of the computing device; selecting, by the computing device, the first or second link of the plurality of links, wherein the computing device selects the first or the second link from the plurality of links to be displayed based on the computing environment of the computing device, wherein the computing environment of the computing device corresponds to the operating system on the computing device; rendering, by the computing device, the web page with i) the first link of the plurality of links if the computing device is operated using the corresponding first computing environment and ii) the second link of the plurality of links if the computing device is operated using the corresponding second computing environment; and outputting, for display, the rendered web page.
A taped interlayer flow cell comprising: a first substrate; a second substrate; and a double-sided tape disposed between the first substrate and the second substrate and comprising a carrier material, adhesive layers on top and bottom surfaces of the carrier material, and a flow channel formed therein; wherein the first substrate comprises a first transparent substrate and a first masking layer deposited on the transparent substrate to cover adhesive attachment of the double-sided tape to the first substrate; wherein the masking layer comprises a mating cutout to at least partially expose the flow channel of the double-sided tape; wherein the second substrate comprises a second transparent substrate and a second masking layer deposited on the second transparent substrate to cover adhesive attachment of the double-sided tape to the second substrate; and wherein the first masking layer and the second masking layer are metal layers and each have a mating cutout (13, 19) that are aligned to allow viewing of the same flow channel through both the first substrate and the second substrate. a first substrate; a second substrate; and a double-sided tape disposed between the first substrate and the second substrate and comprising a carrier material, adhesive layers on top and bottom surfaces of the carrier material, and a flow channel formed therein; wherein the first substrate comprises a first transparent substrate and a first masking layer deposited on the transparent substrate to cover adhesive attachment of the double-sided tape to the first substrate; wherein the masking layer comprises a mating cutout to at least partially expose the flow channel of the double-sided tape; wherein the second substrate comprises a second transparent substrate and a second masking layer deposited on the second transparent substrate to cover adhesive attachment of the double-sided tape to the second substrate; and wherein the first masking layer and the second masking layer are metal layers and each have a mating cutout (13, 19) that are aligned to allow viewing of the same flow channel through both the first substrate and the second substrate.
Computer-implemented method for providing an operator with guidance to a pathological vessel comprising the steps of: generating a vessel roadmap library, the vessel roadmap library including a plurality of vessel roadmaps, wherein each vessel roadmap comprises a vessel roadmap image and first and second alignment data (212, 213); detecting, within the vessel roadmap images of the vessel roadmap library, a pathological vessel; obtaining a real-time fluoroscopy image and corresponding real-time first fluoroscopy information and real-time second fluoroscopy information; selecting a vessel roadmap from the roadmap library based on comparing the real-time first fluoroscopy information with the first alignment data of each vessel roadmap of the roadmap library; overlaying the real-time fluoroscopy image with the selected vessel roadmap image of the vessel roadmap library; aligning the vessel roadmap image of the selected vessel roadmap and the real-time fluoroscopy image based on the second alignment data and the real-time second fluoroscopy information; and providing an operator with guidance for a fluoroscopy object to the pathological vessel based on the selected vessel roadmap and the real-time second fluoroscopy information. generating a vessel roadmap library, the vessel roadmap library including a plurality of vessel roadmaps, wherein each vessel roadmap comprises a vessel roadmap image and first and second alignment data (212, 213); detecting, within the vessel roadmap images of the vessel roadmap library, a pathological vessel; obtaining a real-time fluoroscopy image and corresponding real-time first fluoroscopy information and real-time second fluoroscopy information; selecting a vessel roadmap from the roadmap library based on comparing the real-time first fluoroscopy information with the first alignment data of each vessel roadmap of the roadmap library; overlaying the real-time fluoroscopy image with the selected vessel roadmap image of the vessel roadmap library; aligning the vessel roadmap image of the selected vessel roadmap and the real-time fluoroscopy image based on the second alignment data and the real-time second fluoroscopy information; and providing an operator with guidance for a fluoroscopy object to the pathological vessel based on the selected vessel roadmap and the real-time second fluoroscopy information.
Vehicle having a display device for a driver of the vehicle, wherein the display device comprises a projection surface extending in a horizontal and vertical direction and a projector that is designed to project a projection onto the projection surface, wherein the projection surface is curved in the horizontal direction and surrounds the driver by at least 100 degrees in the horizontal direction, characterized in that the projection surface is integrated into a vehicle interior enclosed by a driver's cabin and is fastened to the driver's cabin. the display device comprises a projection surface extending in a horizontal and vertical direction and a projector that is designed to project a projection onto the projection surface, wherein the projection surface is curved in the horizontal direction and surrounds the driver by at least 100 degrees in the horizontal direction, characterized in that the projection surface is integrated into a vehicle interior enclosed by a driver's cabin and is fastened to the driver's cabin.
A method of providing metadata for a slide show to an external device, which is performed by a device, the method comprising: determining a plurality of images and at least one piece of music for the slide show; grouping the determined plurality of images into a plurality of image groups; generating a plurality of metadata groups that respectively correspond to the plurality of image groups, each metadata group comprising metadata regarding images comprised in the corresponding image group and metadata regarding the at least one piece of music corresponding to the image group; sequentially transmitting (S425; S435; S440; S600; S610) the plurality of metadata groups to the external device, modifying one of the transmitted generated metadata groups, while the slide show is being played by the external device; transmitting the modified metadata group to the external device to change the slide show that is being played by the external device based on the modified metadata group, and wherein the plurality of metadata groups comprise information regarding a playing rule for playing the plurality of images and the at least one piece of music together and wherein the metadata is used by the external device to play the slide show. determining a plurality of images and at least one piece of music for the slide show; grouping the determined plurality of images into a plurality of image groups; generating a plurality of metadata groups that respectively correspond to the plurality of image groups, each metadata group comprising metadata regarding images comprised in the corresponding image group and metadata regarding the at least one piece of music corresponding to the image group; sequentially transmitting (S425; S435; S440; S600; S610) the plurality of metadata groups to the external device, modifying one of the transmitted generated metadata groups, while the slide show is being played by the external device; transmitting the modified metadata group to the external device to change the slide show that is being played by the external device based on the modified metadata group, and wherein the plurality of metadata groups comprise information regarding a playing rule for playing the plurality of images and the at least one piece of music together and wherein the metadata is used by the external device to play the slide show.
A baking oven for producing baked products, the baking oven having a front oven section, a rear oven section, an oven frame provided with external thermal insulation, a baking chamber situated inside the thermal insulation, and an endless baking tong chain that circulates continuously in the baking oven and moves through the baking chamber, the baking tong chain being situated in a closed circulating path that extends through the two oven sections (1a, 1b) in two transport levels (4, 5) situated one above the other, wherein the baking tong chain contains openable and closable baking tongs in which baking molds made up of baking mold upper parts and baking mold lower parts are situated, which are opened by opening the baking tongs and closed by closing the baking tongs, wherein a device for opening the baking tongs, a dispensing station, a loading station, and a device for closing the baking tongs are arranged in succession in the running direction of the baking tongs in the front oven section along the upper transport level, wherein a product removal apparatus that removes the baked products from the opened baking tongs is provided in the dispensing station, followed by an upper transport device for the removed baked products, characterized in that the product removal apparatus has a horizontal rotating frame (36, 50, 60, 70, 85) that is rotatable about a horizontal rotational axis and that protrudes into the opened baking tongs, and the rotating frame (36, 50, 60, 70, 85) bears removal elements (59, 68, 78) situated along its outer circumference, which are situated along the outer circumference of the rotating frame (36, 50, 60, 70, 85) in at least one longitudinal row that extends along the circumference of the rotating frame (36, 50, 60, 70, 85), the removal elements (59, 68, 78) are designed as suction elements that are connected to a negative pressure source, it being optionally provided that the horizontal rotating frame (36, 50, 60, 70, 85) is situated in a height-adjustable manner in the front oven section, and it being optionally provided that the horizontal rotating frame (36, 50, 60, 70, 85) on its outer circumference has outwardly protruding drive lugs which in the baking tong chain engage with the intermediate spaces in the baking tong chain situated between the baking tongs, and the rotating frame (50, 70) has at least two product carrying arms (58, 77) situated along the circumference of the rotating frame (50, 70) at a distance from one another, wherein each product carrying arm (58, 77) bears at least one removal element (59, 78) designed as a suction element.
A submarine power cable comprising: a power core including a conductor, wherein the conductor has a conductor joint in a joint region of the power core, a main armour layer comprising a plurality of main armour wires arranged around the power core and extending in the axial direction of the power core, and a joint reinforcement armour layer comprising a plurality of joint reinforcement armour wires axially locked relative to the main armour wires, wherein the joint reinforcement armour layer is provided only in the joint region and arranged layered with the main armour layer, wherein the joint reinforcement armour layer and the main armour layer thereby form a dual-layer armour only in the joint region, wherein the dual-layer armour is provided over and extends axially across the conductor joint, characterised in that the main armour wires are arranged helically around the power core and all the main armour wires have a first lay direction, wherein the joint reinforcement armour wires are arranged helically around the power core and all the joint reinforcement armour wires have a second lay direction, wherein the second lay direction is opposite to the first lay direction. a power core including a conductor, wherein the conductor has a conductor joint in a joint region of the power core, a main armour layer comprising a plurality of main armour wires arranged around the power core and extending in the axial direction of the power core, and a joint reinforcement armour layer comprising a plurality of joint reinforcement armour wires axially locked relative to the main armour wires, wherein the joint reinforcement armour layer is provided only in the joint region and arranged layered with the main armour layer, wherein the joint reinforcement armour layer and the main armour layer thereby form a dual-layer armour only in the joint region, wherein the dual-layer armour is provided over and extends axially across the conductor joint, characterised in that the main armour wires are arranged helically around the power core and all the main armour wires have a first lay direction, wherein the joint reinforcement armour wires are arranged helically around the power core and all the joint reinforcement armour wires have a second lay direction, wherein the second lay direction is opposite to the first lay direction.
Carding machine for a spinning preparation line, comprising a rotating main drum, a travelling flat device having a plurality of travelling flats translating and cooperating with the main drum along a working stretch of a closed path, an air suction system having a fixed conduit, and an auxiliary cleaning device comprising: - an auxiliary cleaning unit operating on at least one travelling flat and comprising an auxiliary brush movable between an operating configuration, in which it engages a clothing of the at least one travelling flat, and a non-operating configuration, in which it does not engage said clothing; - an auxiliary suction nozzle configured for suctioning a suction air stream from the auxiliary brush and/or from said at least one travelling flat; wherein the carding machine is characterized in that the auxiliary suction nozzle can be moved between the non-operating configuration, in which it is detached from the fixed conduit of the air suction system, and the operating configuration, in which it is connected to said fixed conduit. - an auxiliary cleaning unit operating on at least one travelling flat and comprising an auxiliary brush movable between an operating configuration, in which it engages a clothing of the at least one travelling flat, and a non-operating configuration, in which it does not engage said clothing; - an auxiliary suction nozzle configured for suctioning a suction air stream from the auxiliary brush and/or from said at least one travelling flat;
A routing device included in a communication network, the communication network being capable of explicit routing, the explicit routing specifying a bandwidth included in a default path for each flow, the routing device comprising: a detour path detection unit that detects a detour path which enables estimation of temporary transmission quality which can be provided to a flow within a detour region when at least a portion of an explicit default path of the flow transmitted by the routing device is detoured via a bandwidth included in a default path of another flow; and a routing unit that routes data of the flow at least to either one of the detour path and the default path, based on a difference between transmission quality of the detour path detected by the detour path detection unit and transmission quality of the default path, characterized in that the detour path detection unit detects the detour path based on information of transmission quality guaranteed with respect to a primary flow of both of the default path and detour path, a local condition for determining whether or not conditions of transmission quality guarantee at the routing device is maintained, and a global condition which is a determination criterion for avoiding possibility of congestion on a downstream side of the routing device. a detour path detection unit that detects a detour path which enables estimation of temporary transmission quality which can be provided to a flow within a detour region when at least a portion of an explicit default path of the flow transmitted by the routing device is detoured via a bandwidth included in a default path of another flow; and a routing unit that routes data of the flow at least to either one of the detour path and the default path, based on a difference between transmission quality of the detour path detected by the detour path detection unit and transmission quality of the default path, characterized in that the detour path detection unit detects the detour path based on information of transmission quality guaranteed with respect to a primary flow of both of the default path and detour path, a local condition for determining whether or not conditions of transmission quality guarantee at the routing device is maintained, and a global condition which is a determination criterion for avoiding possibility of congestion on a downstream side of the routing device.
An eye-shield condensation preventing system comprising: a portable, transparent eye shield adapted for protecting a user's eyes and adapted for defining at least a partially enclosed space between the user's eyes and said eye shield; a power source; a pulse-width modulator; a metal-oxide-semiconductor field-effect transistor switching means responsive to said pulse-width modulator; a film heating element on said eye shield; a circuit interconnecting said power source, said pulse-width modulator, said switching means and said heating element for controlling heating of said eye shield; and current adjustment means operatively connected to said pulse-width modulator for varying duty cycle of the power source via said pulse-width modulator in turn varying the amount of current delivered to said heating element. a portable, transparent eye shield adapted for protecting a user's eyes and adapted for defining at least a partially enclosed space between the user's eyes and said eye shield; a power source; a pulse-width modulator; a metal-oxide-semiconductor field-effect transistor switching means responsive to said pulse-width modulator; a film heating element on said eye shield; a circuit interconnecting said power source, said pulse-width modulator, said switching means and said heating element for controlling heating of said eye shield; and current adjustment means operatively connected to said pulse-width modulator for varying duty cycle of the power source via said pulse-width modulator in turn varying the amount of current delivered to said heating element.
A method for orienting elongated objects arranged on a surface of a substrate, the elongated objects extending according to an initial orientation, the method comprising the following steps: - depositing on the surface of the substrate at least one layer of a soft material covering at least partially a portion of the elongated objects; - applying a mechanical stress on at least one portion of the layer of soft material in such a way as to modify the orientation of at least one portion of the elongated objects. - depositing on the surface of the substrate at least one layer of a soft material covering at least partially a portion of the elongated objects; - applying a mechanical stress on at least one portion of the layer of soft material in such a way as to modify the orientation of at least one portion of the elongated objects.