mhurhangee/ep-ind-claims huggingface dataset:
A multifunctional suitcase, comprising: a suitcase body; and fences, disposed on the suitcase body; wherein the fences and a top of the suitcase body are configured to constitute a seat; wherein the fences comprise: a front fence, a left fence, a right fence and a rear fence; and the rear fence defines a second hollow part, and the second hollow part is configured to extend legs of a user sitting on top of the suitcase body; and wherein the front fence defines a first hollow part, and the first hollow part is configured to extend the legs of the user sitting on top of the suitcase body; characterized by that the rear fence is U-shaped, two ends of the rear fence are rotatably connected to the left fence and the right fence respectively, characterized in that the rear fence is configured to be flipped relative to the front fence through rotation of the rear fence; and in that the multifunctional suitcase further comprises: a first limit structure disposed on at least one of the left fence and the right fence, and the first limit structure is configured to limit a flip angle of the rear fence. a suitcase body; and fences, disposed on the suitcase body; wherein the fences and a top of the suitcase body are configured to constitute a seat; wherein the fences comprise: a front fence, a left fence, a right fence and a rear fence; and the rear fence defines a second hollow part, and the second hollow part is configured to extend legs of a user sitting on top of the suitcase body; and wherein the front fence defines a first hollow part, and the first hollow part is configured to extend the legs of the user sitting on top of the suitcase body; characterized by that the rear fence is U-shaped, two ends of the rear fence are rotatably connected to the left fence and the right fence respectively, characterized in that the rear fence is configured to be flipped relative to the front fence through rotation of the rear fence; and in that the multifunctional suitcase further comprises: a first limit structure disposed on at least one of the left fence and the right fence, and the first limit structure is configured to limit a flip angle of the rear fence.
A method of controlling a plurality of luminaires of a lighting system, the method comprising the following steps: - capturing with an imaging device, by a user adopting a stationary position, at least one image of the luminaires in a predominant field of view of the user in the stationary position; - processing the at least one image to determine the predominant field of view of the user in the stationary position and a location of each of the luminaires relative to the determined predominant field of view of the user; and - controlling the luminaires of the lighting system to emit illumination, based on their determined locations relative to the predominant field of view of the user in the stationary position, characterised in that determining the predominant field of view comprises determining at least a predominant center gaze region for the user in the stationary position within the at least one image, and a predominant peripheral vision region for the user within the at least one image, wherein the luminaires are controlled based on whether they are within the center gaze region or the peripheral vision region. - capturing with an imaging device, by a user adopting a stationary position, at least one image of the luminaires in a predominant field of view of the user in the stationary position; - processing the at least one image to determine the predominant field of view of the user in the stationary position and a location of each of the luminaires relative to the determined predominant field of view of the user; and - controlling the luminaires of the lighting system to emit illumination, based on their determined locations relative to the predominant field of view of the user in the stationary position, characterised in that determining the predominant field of view comprises determining at least a predominant center gaze region for the user in the stationary position within the at least one image, and a predominant peripheral vision region for the user within the at least one image, wherein the luminaires are controlled based on whether they are within the center gaze region or the peripheral vision region.
A cooling apparatus for a drive motor comprising an oil reserve tank in which cooling oil flows, the cooling apparatus comprising: a first water jacket in which a first cooling channel passing up and down through the oil reserve tank is formed; and a second water jacket in which a second cooling channel corresponding to the first cooling channel is formed, wherein the first water jacket and the second water jacket are coupled to form the oil reserve tank, characterized in that the first water jacket comprises: a first housing in which a first water jacket inner space is defined by a first surface, a second surface opposite to the first surface, and at least two third surfaces forming a side between the first surface and the second surface; and a first dividing plate dividing the first water jacket inner space into a first inner space through which coolant flows and a second inner space through which cooling oil flows, and the first cooling channel extends from the first dividing plate and passes through the second inner space. a first water jacket in which a first cooling channel passing up and down through the oil reserve tank is formed; and a second water jacket in which a second cooling channel corresponding to the first cooling channel is formed, wherein the first water jacket and the second water jacket are coupled to form the oil reserve tank, characterized in that the first water jacket comprises: a first housing in which a first water jacket inner space is defined by a first surface, a second surface opposite to the first surface, and at least two third surfaces forming a side between the first surface and the second surface; and a first dividing plate dividing the first water jacket inner space into a first inner space through which coolant flows and a second inner space through which cooling oil flows, and the first cooling channel extends from the first dividing plate and passes through the second inner space. a first housing in which a first water jacket inner space is defined by a first surface, a second surface opposite to the first surface, and at least two third surfaces forming a side between the first surface and the second surface; and a first dividing plate dividing the first water jacket inner space into a first inner space through which coolant flows and a second inner space through which cooling oil flows, and the first cooling channel extends from the first dividing plate and passes through the second inner space.
Latent heat storage system comprising at least one latent heat storage device, which contains a storage medium with latent heat, at least one heat pump coupled to the latent heat storage device, at least one extraction circuit, which has a first heat transfer medium, with which, during normal operation, in accordance with the intended purpose, heat can be extracted from the storage medium and supplied to the heat pump on the input side, and an extraction heat exchanger, which is in contact with the storage medium, wherein the extraction heat exchanger is connected to the extraction circuit, wherein a coupling device is arranged in a connection line between the extraction heat exchanger and the heat pump, which at least intermittently supplies a second heat transfer medium, which can be heated by at least one heat source, into a portion of the connection line, characterised in that at least one regeneration circuit is provided with the second heat transfer medium, with which, during normal operation, in accordance with the intended purpose, heat from at least one heat source can be supplied into the storage medium, wherein the at least one latent heat storage device comprises a regeneration device within the storage medium, wherein the regeneration device is connected to the regeneration circuit, wherein the extraction circuit with the extraction heat exchanger and the regeneration circuit with the regeneration device are provided hydraulically separated, during normal operation, wherein the extraction circuit and the regeneration circuit are intermittently flowably connected by means of connection lines (66, 68), wherein a first connection line connects a portion of the extraction circuit downstream or upstream of a conveyor unit to a connection line between the regeneration device and the heat source of the regeneration circuit and a second connection line connects the coupling device to a portion of the regeneration circuit upstream or downstream of a conveyor unit within the regeneration circuit such that the first heat transfer medium can be mixed and heated with the second heat transfer medium.
A fuel cell system comprising at least one reversible fuel cell arranged to cyclically or alternately operate in a fuel cell mode to generate electrical energy and reactant product from fuel and an oxidant and in an electrolysis mode to generate hydrogen and an oxidant from the reactant product, a pressure boiler, the pressure boiler including a reactor for generating hydrocarbon fuel, a synthesis gas storage connected with a fuel electrode inlet of the reversible fuel cell via a synthesis gas conduit, a fuel electrode outlet of the reversible fuel cell connected to a reactant product conduit, an oxidant storage, connected to the oxidant electrode inlet of the reversible fuel cell via an oxidant conduit, an oxidant electrode outlet connected to an oxidant electrode exhaust conduit, and a heat exchanger system for receiving and releasing heat, wherein - the synthesis gas conduit, the reactant product conduit, the oxidant conduit and the oxidant electrode exhaust conduit are guided through the pressure boiler, and wherein - the pressure boiler is integrated in a water transport conduit. - the synthesis gas conduit, the reactant product conduit, the oxidant conduit and the oxidant electrode exhaust conduit are guided through the pressure boiler, and wherein - the pressure boiler is integrated in a water transport conduit.
Process for treating a light fraction produced during the treatment of scrap that has a low metal content and a high plastic content, comprising the following process steps: - applying stress to the light fraction by means of impact and/or shock, - classifying the light fraction into at least two light fraction classes (LF1 and LF2), - separating at least one light fraction class into at least one dust fraction and at least one further fraction (LF1-LG, LF1-SG), a separation of the dust fraction taking place over a substantially controlled retention time of the light fraction class in at least one process means taking part in the separation. - applying stress to the light fraction by means of impact and/or shock, - classifying the light fraction into at least two light fraction classes (LF1 and LF2), - separating at least one light fraction class into at least one dust fraction and at least one further fraction (LF1-LG, LF1-SG), a separation of the dust fraction taking place over a substantially controlled retention time of the light fraction class in at least one process means taking part in the separation.
A computer-implemented method for processing a payload in a content-centric network, comprising: receiving an Interest packet by a network node (104.2), wherein the Interest packet includes a name or a name prefix associated with one or more target entities for the Interest; determining that the Interest packet includes a payload; determining an operation to perform for processing the payload; and processing the payload by performing the determined operation.; characterised in that the payload includes instructions or data for configuring a network node, and wherein the instructions or data includes one or more of: program instructions, a binary executable file, a virtual machine executable file, a script and a configuration file. receiving an Interest packet by a network node (104.2), wherein the Interest packet includes a name or a name prefix associated with one or more target entities for the Interest; determining that the Interest packet includes a payload; determining an operation to perform for processing the payload; and processing the payload by performing the determined operation.; characterised in that the payload includes instructions or data for configuring a network node, and wherein the instructions or data includes one or more of: program instructions, a binary executable file, a virtual machine executable file, a script and a configuration file.
A seat structure for an operator of a construction machine, the seat structure comprising: a suspension equipment fixed to a floor frame; an attachment bracket attached onto the suspension equipment; and a seat and a work equipment console juxtaposed to each other on the attachment bracket, wherein the work equipment console is attached to the attachment bracket via a first slide rail, characterized in that the work equipment console is provided with a guide bar in parallel with the first slide rail, the guide bar being slidably inserted in a slider, the slider being supported by the attachment bracket via a support bracket, and the seat is attached to the attachment bracket via a second slide rail. a suspension equipment fixed to a floor frame; an attachment bracket attached onto the suspension equipment; and a seat and a work equipment console juxtaposed to each other on the attachment bracket, wherein the work equipment console is attached to the attachment bracket via a first slide rail, characterized in that the work equipment console is provided with a guide bar in parallel with the first slide rail, the guide bar being slidably inserted in a slider, the slider being supported by the attachment bracket via a support bracket, and the seat is attached to the attachment bracket via a second slide rail.
A nozzle arrangement for a cleaning device, comprising: - a brush rotatable about a brush axis, said brush being provided with flexible brush elements that are substantially uniformly distributed over the periphery of the brush, wherein the brush is at least partly surrounded by a nozzle housing and protrudes at least partially from a bottom side of said nozzle housing, which bottom side, during use of the device, faces the surface to be cleaned, wherein the brush elements, during the rotation of the brush, substantially form a sealing with the housing at a first position where the brush elements leave the housing during the rotation of the brush, and contact the surface to be cleaned during the rotation of the brush at a second position for picking up dirt particles and liquid from said surface, thereby defining a suction area in a space between the brush, said housing and said surface to be cleaned which is at least partly sealed at said first and second positions (33, 35), - a single squeegee element which is spaced apart from the brush and attached to the bottom side of the nozzle housing on a side of the brush, where the brush elements enter the housing during the rotation of the brush, wherein said squeegee element is adapted for pushing or wiping dirt particles and liquid across or off the surface to be cleaned during movement of the cleaning device, thereby defining a suction inlet between the squeegee element and the brush that opens into the suction area, and - a drive means for driving the brush in rotation. - a brush rotatable about a brush axis, said brush being provided with flexible brush elements that are substantially uniformly distributed over the periphery of the brush, wherein the brush is at least partly surrounded by a nozzle housing and protrudes at least partially from a bottom side of said nozzle housing, which bottom side, during use of the device, faces the surface to be cleaned, wherein the brush elements, during the rotation of the brush, substantially form a sealing with the housing at a first position where the brush elements leave the housing during the rotation of the brush, and contact the surface to be cleaned during the rotation of the brush at a second position for picking up dirt particles and liquid from said surface, thereby defining a suction area in a space between the brush, said housing and said surface to be cleaned which is at least partly sealed at said first and second positions (33, 35), - a single squeegee element which is spaced apart from the brush and attached to the bottom side of the nozzle housing on a side of the brush, where the brush elements enter the housing during the rotation of the brush, wherein said squeegee element is adapted for pushing or wiping dirt particles and liquid across or off the surface to be cleaned during movement of the cleaning device, thereby defining a suction inlet between the squeegee element and the brush that opens into the suction area, and - a drive means for driving the brush in rotation.
An image capturing device, comprising: an optical lens; an image capturing element having a light receiving face on which is focused an image of an object using the optical lens and generating an image signal output as image data and stored; a contrast data computing means to compute contrast data based on the image data; a color data computing means to compute color data based on the image data; a first lens position determining means to determine a first lens position of the optical lens where the contrast data peaks based on the contrast data, with the first lens position focusing an object image onto the light receiving face; a second lens position determining means to determine a second lens position of the optical lens where the color data peaks based on the color data; and characterized in that the image capturing device further comprises: a determining means to compute a difference between the first lens position and the second lens position and compare the difference and a threshold set in advance, wherein the determining means determines that color moiré occurs when the difference is smaller than the threshold. an optical lens; an image capturing element having a light receiving face on which is focused an image of an object using the optical lens and generating an image signal output as image data and stored; a contrast data computing means to compute contrast data based on the image data; a color data computing means to compute color data based on the image data; a first lens position determining means to determine a first lens position of the optical lens where the contrast data peaks based on the contrast data, with the first lens position focusing an object image onto the light receiving face; a second lens position determining means to determine a second lens position of the optical lens where the color data peaks based on the color data; and characterized in that the image capturing device further comprises: a determining means to compute a difference between the first lens position and the second lens position and compare the difference and a threshold set in advance, wherein the determining means determines that color moiré occurs when the difference is smaller than the threshold. a determining means to compute a difference between the first lens position and the second lens position and compare the difference and a threshold set in advance, wherein the determining means determines that color moiré occurs when the difference is smaller than the threshold.
A monodisperse composition comprising a compound selected from the group consisting of 6-CH 3 -(OCH 2 CH 2) 5 -O- naloxol; 6-CH 3 -(OCH 2 CH 2) 6 -O-naloxol; and 6-CH 3 -(OCH 2 CH 2) 7 -O- naloxol; or pharmaceutically acceptable salt thereof for use as a medicament, wherein the compound is an α-6 isomer, a β-6 isomer or a mixture of α-6 and β-6 isomers.
A straddle-type seat on which an occupant seats in a straddle state comprising: a seat main body on which the occupant seats; and a cover member that covers a through hole formed in the seat main body, wherein the cover member comprises: a lid portion that closes the through hole on a top surface of the seat main body; and a downward extension portion that extends downward from the lid portion; wherein the downward extension portion is locked to a lock portion formed on a bottom surface of the seat main body, wherein a flange portion is formed on an outer periphery of the lid portion, characterized in that the straddle-type seat further comprises an engagement member that is fixed in a state in which the engagement member is inserted into the through hole of the seat main body, and engages with the cover member, wherein a concave portion is formed in the flange portion; and the engagement member comprises a convex portion fitted to the concave portion of the flange portion. a seat main body on which the occupant seats; and a cover member that covers a through hole formed in the seat main body, wherein the cover member comprises: a lid portion that closes the through hole on a top surface of the seat main body; and a downward extension portion that extends downward from the lid portion; wherein the downward extension portion is locked to a lock portion formed on a bottom surface of the seat main body, wherein a flange portion is formed on an outer periphery of the lid portion, a lid portion that closes the through hole on a top surface of the seat main body; and a downward extension portion that extends downward from the lid portion; wherein the downward extension portion is locked to a lock portion formed on a bottom surface of the seat main body, wherein a flange portion is formed on an outer periphery of the lid portion, characterized in that the straddle-type seat further comprises an engagement member that is fixed in a state in which the engagement member is inserted into the through hole of the seat main body, and engages with the cover member, wherein a concave portion is formed in the flange portion; and the engagement member comprises a convex portion fitted to the concave portion of the flange portion. a concave portion is formed in the flange portion; and the engagement member comprises a convex portion fitted to the concave portion of the flange portion.
An optical node (105a, 105b), comprising: at least two reconfigurable optical add/drop multiplexers (ROADMs) (120a, 120b) configured to transmit and receive respective wavelength division multiplexed signals, each WDM signal including multiple signals of different wavelengths, onto and from at least two internode network paths (110a, 110b); and characterized by: a routing module, coupled to at least two of the at least two ROADMs, configured to direct distinct signals of the same wavelength from different ones of the at least two ROADMs to different internode network paths (110a, 110b) via the at least two ROADMs (120a, 120b).