mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus comprising: a first housing; a second housing having a lower side which is connected to an upper side of the first housing such that the first and second housings are foldable; a first display section having a display screen which is provided in an inner surface of the first housing when folded, wherein an inner surface is a surface located on the inside of the imaging apparatus 10 in the closed state; non-screen areas provided on both sides of the first display section in a left-right direction, respectively, on the inner surface of the first housing, a second display section having a display screen which is provided in an inner surface of the second housing when folded; non-screen areas in which the display screen is not present, the non-screen areas being provided on both sides of the second display section in a left-right direction, respectively, on the inner surface of the second housing when folded; an imaging section provided in a center portion in the left-right direction and between the display screen of the first display section and the display screen of the second display section when the first housing and the second housing are opened; and characterized in that it further comprises at least one photographing button (14H, 14G) for performing an instruction to take an image by the imaging section, wherein the at least one photographing button is provided on a side surface of the first housing, which side surface is on a side on which the second housing is located when the first housing and the second housing are opened. a first housing; a second housing having a lower side which is connected to an upper side of the first housing such that the first and second housings are foldable; a first display section having a display screen which is provided in an inner surface of the first housing when folded, wherein an inner surface is a surface located on the inside of the imaging apparatus 10 in the closed state; non-screen areas provided on both sides of the first display section in a left-right direction, respectively, on the inner surface of the first housing, a second display section having a display screen which is provided in an inner surface of the second housing when folded; non-screen areas in which the display screen is not present, the non-screen areas being provided on both sides of the second display section in a left-right direction, respectively, on the inner surface of the second housing when folded; an imaging section provided in a center portion in the left-right direction and between the display screen of the first display section and the display screen of the second display section when the first housing and the second housing are opened; and characterized in that it further comprises at least one photographing button (14H, 14G) for performing an instruction to take an image by the imaging section, wherein the at least one photographing button is provided on a side surface of the first housing, which side surface is on a side on which the second housing is located when the first housing and the second housing are opened.
Sliding sleeve, for a kebab grill apparatus, for supporting an angled meat skewer that can be mounted vertically on a kebab grill apparatus and can be movably mounted on an upper or lower sliding rail of the kebab grill apparatus and can be locked there by means of a lateral locking screw, and which sliding sleeve comprises a sliding socket, for the sliding rail, and a skewer receptacle, connected to the sliding socket, which has a recess for inserting a top or bottom end of the meat skewer, the skewer receptacle being arranged so as to be pivotable, with respect to the sliding socket, about a pivot axis that extends perpendicularly to the longitudinal direction of the recess, characterised in that - the sliding socket carries a U-shaped bearing block, - the sliding socket has, in the direction of the skewer receptacle, a closed, preferably planar, surface, in parallel with which the pivot axis horizontally extends, - the bearing block is rotatably connected to the sliding socket by means of a rotating shaft, - the skewer receptacle is arranged in the bearing block and is pivotally mounted on the bearing block by means of a pivot shaft that defines the pivot axis, and - the rotating shaft extends perpendicularly to the pivot axis and, when the meat skewer is positioned vertically, extends so as to be aligned with the longitudinal direction of the recess of the skewer receptacle. - the sliding socket carries a U-shaped bearing block, - the sliding socket has, in the direction of the skewer receptacle, a closed, preferably planar, surface, in parallel with which the pivot axis horizontally extends, - the bearing block is rotatably connected to the sliding socket by means of a rotating shaft, - the skewer receptacle is arranged in the bearing block and is pivotally mounted on the bearing block by means of a pivot shaft that defines the pivot axis, and - the rotating shaft extends perpendicularly to the pivot axis and, when the meat skewer is positioned vertically, extends so as to be aligned with the longitudinal direction of the recess of the skewer receptacle.
A gas turbine combustion system, comprising: a combustion chamber having a central axis; a primary combustion stage located at a front end of the combustion chamber for combusting injected fuel (17, 19); a plurality of secondary combustion stages (30A-D) spaced apart in flow series along a length of the combustion chamber, wherein each of the plurality of secondary combustion stages (30A-D) comprises a plurality of circumferentially-spaced secondary injectors for injecting fuel, air, or mixtures thereof, toward the central axis; wherein the plurality of secondary combustion stages (30A-D) form a substantially cone-shaped secondary combustion zone in the combustion chamber, characterized in that: a maximum internal diameter (D 1 -D 4) of the combustion chamber decreases from at least a first one (30A-C) of the plurality of secondary combustion stages (30A-D) to at least a second one (30B-D) of the plurality of secondary combustion stages and in that the secondary combustion stages (30A-D) successively decrease in maximum internal diameter (D 1 -D 4) in axial flow series along the length of the combustion chamber. a combustion chamber having a central axis; a primary combustion stage located at a front end of the combustion chamber for combusting injected fuel (17, 19); a plurality of secondary combustion stages (30A-D) spaced apart in flow series along a length of the combustion chamber, wherein each of the plurality of secondary combustion stages (30A-D) comprises a plurality of circumferentially-spaced secondary injectors for injecting fuel, air, or mixtures thereof, toward the central axis; wherein the plurality of secondary combustion stages (30A-D) form a substantially cone-shaped secondary combustion zone in the combustion chamber, characterized in that: a maximum internal diameter (D 1 -D 4) of the combustion chamber decreases from at least a first one (30A-C) of the plurality of secondary combustion stages (30A-D) to at least a second one (30B-D) of the plurality of secondary combustion stages and in that the secondary combustion stages (30A-D) successively decrease in maximum internal diameter (D 1 -D 4) in axial flow series along the length of the combustion chamber. a maximum internal diameter (D 1 -D 4) of the combustion chamber decreases from at least a first one (30A-C) of the plurality of secondary combustion stages (30A-D) to at least a second one (30B-D) of the plurality of secondary combustion stages and in that the secondary combustion stages (30A-D) successively decrease in maximum internal diameter (D 1 -D 4) in axial flow series along the length of the combustion chamber.
A method for determining the optical density and/or the change in optical density of a reaction mixture in a shaken reactor, wherein - light from at least one light source reaches the reaction mixture, and - the light leaving the reaction mixture is detected by at least one light sensor (5, 6) so that both transmission through and diffusion at material situated in the light path are measured by different light source/ light sensor pairs, and - the reactor and the reaction mixture are shaken during the detection of the light by the at least one light sensor (5, 6), and - detection of the light by the at least one light sensor (5, 6) is performed at a frequency so that the shaking frequency is not an integer multiple of the detection frequency, - wherein no relative movement is taking place between the reactor and at least one light sensor (5, 6), and - for transmission and diffusion, several measurement points (20, 21) detected in a determined time interval by at least one light sensor (5, 6) are grouped into a measurement series, with each measurement series being a curve varying depending on the shaking, the shape of which is caused by periodically variable levels of the reaction mixture in the respective light path, and wherein the measurement series of transmission and diffusion are used for the determination of the optical densities and/or the change in optical density. - light from at least one light source reaches the reaction mixture, and - the light leaving the reaction mixture is detected by at least one light sensor (5, 6) so that both transmission through and diffusion at material situated in the light path are measured by different light source/ light sensor pairs, and - the reactor and the reaction mixture are shaken during the detection of the light by the at least one light sensor (5, 6), and - detection of the light by the at least one light sensor (5, 6) is performed at a frequency so that the shaking frequency is not an integer multiple of the detection frequency, - wherein no relative movement is taking place between the reactor and at least one light sensor (5, 6), and - for transmission and diffusion, several measurement points (20, 21) detected in a determined time interval by at least one light sensor (5, 6) are grouped into a measurement series,
An electrode assembly for a battery comprising a negative electrode, a positive electrode and a separator interposed between the negative electrode and the positive electrode, wherein the negative electrode comprises a negative electrode current collector provided with a negative electrode tab at one end thereof, and a negative electrode active material layer formed on at least one surface of the negative electrode current collector, a conductive material coating layer containing a conductive material and a polymer binder is provided on the surface of the negative electrode active material layer, and the conductive material coating layer is formed so that it is spaced apart from the negative electrode tab by a predetermined distance and thus is not overlapped with the negative electrode tab, wherein the distance by which the conductive material coating layer is spaced apart from the negative electrode tab is 5-10% of the width of the negative electrode current collector, the area of the conductive material coating layer being lower than the area of the negative electrode active material layer.
A mandrel comprising a device for reducing the closing force exerted by the operating end of a hydraulic cylinder of a machine tool on which the mandrel is mountable, the mandrel comprising: - a mandrel body, adapted to be connected to a front of the machine tool, - an interface pusher, adapted to be housed in the front of the machine tool and axially extending from a first end, configured to be connected to the operating end of the hydraulic cylinder of the machine tool and to a second end, which is axially opposite to the first end and is located in the body of the mandrel, - jaws for clamping a workpiece to be mounted to the mandrel, and a sleeve pusher for actuating the jaws, said second end of the interface pusher comprising a first front portion configured to control the sleeve pusher for actuating the jaws, and a second front portion facing a plurality of elastically deformable elements, said elastically deformable elements being housed within an axial cavity of said sleeve pusher for actuating the jaws, characterized in that the mandrel further comprises a spacer interposed between the second front portion and the plurality of elastically deformable elements, wherein the second front portion is configured to contact the spacer; and in that said elastically deformable elements are adapted to be compressed between said second front portion of the interface pusher and an axial reference rigidly connected to said mandrel body, wherein said first front portion of the interface pusher is configured to engage said sleeve pusher for actuating the jaws as a predetermined elastic deformation value is reached in said elastically deformable elements. - a mandrel body, adapted to be connected to a front of the machine tool, - an interface pusher, adapted to be housed in the front of the machine tool and axially extending from a first end, configured to be connected to the operating end of the hydraulic cylinder of the machine tool and to a second end, which is axially opposite to the first end and is located in the body of the mandrel, - jaws for clamping a workpiece to be mounted to the mandrel, and a sleeve pusher for actuating the jaws, the mandrel further comprises a spacer interposed between the second front portion and the plurality of elastically deformable elements, wherein the second front portion is configured to contact the spacer; and in that said elastically deformable elements are adapted to be compressed between said second front portion of the interface pusher and an axial reference rigidly connected to said mandrel body, wherein said first front portion of the interface pusher is configured to engage said sleeve pusher for actuating the jaws as a predetermined elastic deformation value is reached in said elastically deformable elements.
Lamp band for installation in a passenger compartment of a rail vehicle, having a plurality of elongate light covers that can be connected to each other in the longitudinal direction thereof to form the lamp band, characterized in that an intermediate cover of double-walled configuration is provided between at least two light covers following one another in the longitudinal direction of the lamp band, wherein the wall located on the inside in relation to the lamp band projects with respect to the outer wall in the longitudinal direction of the lamp band in such a way that a gap resulting between the intermediate cover and the adjacent light cover is concealed.
A power storage device packaging material (10, 20), comprising: a base material layer (11, 13, 21); a metal foil layer formed on one surface of the base material layer via an adhesive layer (12, 14, 22); and a sealant layer arranged on a surface of the metal foil layer, the surface of the metal foil layer having the sealant layer being on the opposite side of the metal foil layer to the base material layer, wherein the base material layer (11, 13, 21) contains a polyester resin that contains an amorphous polyester, wherein a content of the amorphous polyester is in a range of 20 to 60 mass% relative to a total amount of the polyester resin. a base material layer (11, 13, 21); a metal foil layer formed on one surface of the base material layer via an adhesive layer (12, 14, 22); and a sealant layer arranged on a surface of the metal foil layer, the surface of the metal foil layer having the sealant layer being on the opposite side of the metal foil layer to the base material layer, wherein the base material layer (11, 13, 21) contains a polyester resin that contains an amorphous polyester, wherein a content of the amorphous polyester is in a range of 20 to 60 mass% relative to a total amount of the polyester resin.
A biofuel cell for generating electricity by recycling a crushed material of disposable diaper waste, comprising: a positive electrode, a negative electrode, and an external circuit electrically connecting the positive electrode and the negatine electrode, a positive electrode region where the positive electrode is disposed, a negative electrode region where the negative electrode is disposed, characterized in that the negative electrode region houses a biocatalyst together with the crushed material, and a proton permeable membrane disposed between the positive electrode region and the negative electrode region, wherein the negative electrode region is separated by a mesh into an electrode region and a crushed material region, the negative electrode is housed in the electrode region, and the crushed material is housed in the crushed material region. a positive electrode, a negative electrode, and an external circuit electrically connecting the positive electrode and the negatine electrode, a positive electrode region where the positive electrode is disposed, a negative electrode region where the negative electrode is disposed, characterized in that the negative electrode region houses a biocatalyst together with the crushed material, and a proton permeable membrane disposed between the positive electrode region and the negative electrode region, wherein the negative electrode region is separated by a mesh into an electrode region and a crushed material region, the negative electrode is housed in the electrode region, and the crushed material is housed in the crushed material region.
Device for connecting a high-voltage conductor to a winding of an electric unit with - a plug-in socket for inserting the high-voltage conductor, - a plug-in socket flange that is fixedly connected to the plug-in socket and - spacer elements that extend between the plug-in socket flange and an additional flange, characterized in that the additional flange is a mounting flange and comprises mounting means for mechanically fastening the device in the electric unit, the plug-in socket flange comprising connecting means for mechanically and electrically connecting a winding conductor connected to the winding and only a single plug-in socket being provided and the plug-in socket flange being directly connected to the winding conductor. - a plug-in socket for inserting the high-voltage conductor, - a plug-in socket flange that is fixedly connected to the plug-in socket and - spacer elements that extend between the plug-in socket flange and an additional flange,
A liquid storage container for storing liquid with which a liquid tank of an inkjet printing apparatus is to be replenished, comprising: a discharge port member including a discharge port through which liquid stored in a storage portion can be discharged; a cover portion configured to be attachable to the discharge port member and to be capable of opening and closing the discharge port; characterised by a sealing portion formed of a contact portion between the cover portion and the discharge port member, wherein the cover portion includes a groove structure, arranged in a top face of an outer portion of the cover portion and/or in a top face of an inner portion of the cover portion, and around the center of the cover portion between an outer periphery of the cover portion and the sealing portion. a discharge port member including a discharge port through which liquid stored in a storage portion can be discharged; a cover portion configured to be attachable to the discharge port member and to be capable of opening and closing the discharge port; characterised by a sealing portion formed of a contact portion between the cover portion and the discharge port member, wherein the cover portion includes a groove structure, arranged in a top face of an outer portion of the cover portion and/or in a top face of an inner portion of the cover portion, and around the center of the cover portion between an outer periphery of the cover portion and the sealing portion.
A method for detecting a variety of output fault conditions in a motor drive, the method comprising: measuring electrical power applied to the motor drive, wherein the motor drive operates as a current controlled source to drive a motor; integrating the electrical power applied over time to yield electrical energy consumed; identifying a fault condition in the motor drive or motor system over a variety of operating conditions by the electrical energy consumed; wherein the fault condition includes balanced three-phase faults, and characterized in that the integrating is constrained to a predetermined amount of time,. measuring electrical power applied to the motor drive, wherein the motor drive operates as a current controlled source to drive a motor; integrating the electrical power applied over time to yield electrical energy consumed; identifying a fault condition in the motor drive or motor system over a variety of operating conditions by the electrical energy consumed; wherein the fault condition includes balanced three-phase faults, and characterized in that the integrating is constrained to a predetermined amount of time,.
A tread made of rubber material for tyre for winter rolling, this tread comprising a plurality of blocks of height H, each block including a contact face intended to come into contact with a ground during a rolling of the tyre and at least one lateral face (5a, 5b), this lateral face being covered with a layer of a cover material over at least 50% of its surface, the block including an attack area intended to come into contact first with the ground during the rolling of the tyre, characterized in that the block has an oblique direction of extension so that the attack area of this block is an attack wedge and in that the block includes a non-covered part by the cover material, the cover material having an elastic module greater than the elastic module of the rubber material composing the block, said non-covered part extending on the lateral faces (5a, 5b) of the block framing the attack wedge and extending from the attack wedge over at least 1/3 of the height H of the block.
A communication method for aggregation of heterogeneous component carriers, adapted for a wireless communication base station, the communication method comprising: aggregating physical channel resources respectively corresponding to heterogeneous access technologies in a Layer 2 or below the Layer 2 in a protocol stack; communicating with at least one wireless terminal communication device through the physical channel resources respectively corresponding to the heterogeneous access technologies, wherein the physical channel resources respectively corresponding to the heterogeneous access technologies are the heterogeneous component carriers, and wherein the heterogeneous component carriers comprise at least two of a radio component carrier (113, 123, 133, 143. 654, 855, 865), an infrared component carrier, an optical component carrier (114, 134, 655, 665), and an acoustic component carrier (115, 144); and the communication method characterized in that: using at least a radio component carrier to communicate ACK/NACK information for data transmitted in downlink on the at least one of the optical component carrier, the acoustic component carrier and the infrared component carrier. aggregating physical channel resources respectively corresponding to heterogeneous access technologies in a Layer 2 or below the Layer 2 in a protocol stack; communicating with at least one wireless terminal communication device through the physical channel resources respectively corresponding to the heterogeneous access technologies, wherein the physical channel resources respectively corresponding to the heterogeneous access technologies are the heterogeneous component carriers, and wherein the heterogeneous component carriers comprise at least two of a radio component carrier (113, 123, 133, 143. 654, 855, 865), an infrared component carrier, an optical component carrier (114, 134, 655, 665), and an acoustic component carrier (115, 144); and the communication method characterized in that: using at least a radio component carrier to communicate ACK/NACK information for data transmitted in downlink on the at least one of the optical component carrier, the acoustic component carrier and the infrared component carrier.