mhurhangee/ep-ind-claims huggingface dataset:
A downhole tool system comprising: a downhole tool string configured to couple to a downhole conveyance that extends in a wellbore from a terranean surface (12,112) through at least a portion of a subterranean zone (40,140), the subterranean zone comprising a geologic formation, the downhole tool string comprising a bottom hole assembly that includes a drill bit configured to form the wellbore; and a heating device coupled with the downhole tool string, the heating device configured to transfer heat to the geologic formation in the wellbore at a specified temperature sufficient to adjust a quality of the geologic formation associated with a fluid absorption capacity of the geologic formation, wherein the heating device is configured to transfer heat to the geologic formation in a first portion of the wellbore during operation of the drill bit in a second portion of the wellbore downhole of the first portion of the wellbore, wherein the heating device is at another depth of the wellbore relative to the drill bit operation, and wherein the quality of the geologic formation associated with the fluid absorption capacity of the geologic formation comprises a cationic exchange capacity of the geologic formation and wherein the specified temperature is sufficient to reduce the cationic exchange capacity of the geologic formation. a downhole tool string configured to couple to a downhole conveyance that extends in a wellbore from a terranean surface (12,112) through at least a portion of a subterranean zone (40,140), the subterranean zone comprising a geologic formation, the downhole tool string comprising a bottom hole assembly that includes a drill bit configured to form the wellbore; and a heating device coupled with the downhole tool string, the heating device configured to transfer heat to the geologic formation in the wellbore at a specified temperature sufficient to adjust a quality of the geologic formation associated with a fluid absorption capacity of the geologic formation, wherein the heating device is configured to transfer heat to the geologic formation in a first portion of the wellbore during operation of the drill bit in a second portion of the wellbore downhole of the first portion of the wellbore, wherein the heating device is at another depth of the wellbore relative to the drill bit operation, and wherein the quality of the geologic formation associated with the fluid absorption capacity of the geologic formation comprises a cationic exchange capacity of the geologic formation and wherein the specified temperature is sufficient to reduce the cationic exchange capacity of the geologic formation.
Tracker controller for a photovoltaic installation, the tracker controller comprising: - a box intended to be attached to a tracking structure of a photovoltaic tracker of the installation; - a communications system housed within the box, intended to communicate the trackers to each other; and - an external antenna for the communications system, the antenna comprising: - an elongated casing pipe, and - a rotatory connection at one end of the casing pipe, externally connecting the casing pipe to a lower portion of the box, so as to allow the casing pipe to freely rotate with respect to the box around a rotation axis; the controller being characterized by the antenna further comprising a protrusion, extending from the casing pipe near the connection, and which is configured so as to bump with the box, when the antenna rotates, for limiting rotation of the casing pipe. - a box intended to be attached to a tracking structure of a photovoltaic tracker of the installation; - a communications system housed within the box, intended to communicate the trackers to each other; and - an external antenna for the communications system, the antenna comprising: - an elongated casing pipe, and - a rotatory connection at one end of the casing pipe, externally connecting the casing pipe to a lower portion of the box, so as to allow the casing pipe to freely rotate with respect to the box around a rotation axis; the controller being characterized by the antenna further comprising a protrusion, extending from the casing pipe near the connection, and which is configured so as to bump with the box, when the antenna rotates, for limiting rotation of the casing pipe. - an elongated casing pipe, and - a rotatory connection at one end of the casing pipe, externally connecting the casing pipe to a lower portion of the box, so as to allow the casing pipe to freely rotate with respect to the box around a rotation axis;
Lubricant for hot glass processes, characterized in that it consists of carbon-based solvents and/or suspending agents which contain up to 70% by weight of aluminium powder having a particle size of 10 nm to 500 μm.
A method for establishing a network connection by using WPS, comprising: receiving, by a mobile Wi-Fi device, a connection request sent by user equipment; determining, by the mobile Wi-Fi device and according to the connection request, that the user equipment enables a connection mode of a WPS function, wherein the connection mode comprises an access point mode and a station mode, wherein in the access point mode the user equipment indicates that its current state is an access point, AP, device and in the station mode it indicates that the current state of the user equipment is a station device; enabling, by the mobile Wi-Fi device and according to the connection mode, a WPS interface of the mobile Wi-Fi device, that is corresponding to the connection mode; establishing, by the mobile Wi-Fi device, a WPS network connection to the user equipment by using the WPS interface; and wherein the enabling, according to the connection mode, a WPS interface of the mobile Wi-Fi device, that is corresponding to the connection mode comprises: enabling a station side WPS interface of the mobile Wi-Fi device when it is confirmed that the connection mode of the user equipment is the access point mode; and enabling an access point side WPS interface of the mobile Wi-Fi device after it is confirmed that the connection mode of the user equipment is the station mode. receiving, by a mobile Wi-Fi device, a connection request sent by user equipment; determining, by the mobile Wi-Fi device and according to the connection request, that the user equipment enables a connection mode of a WPS function, wherein the connection mode comprises an access point mode and a station mode, wherein in the access point mode the user equipment indicates that its current state is an access point, AP, device and in the station mode it indicates that the current state of the user equipment is a station device; enabling, by the mobile Wi-Fi device and according to the connection mode, a WPS interface of the mobile Wi-Fi device, that is corresponding to the connection mode; establishing, by the mobile Wi-Fi device, a WPS network connection to the user equipment by using the WPS interface; and wherein the enabling, according to the connection mode, a WPS interface of the mobile Wi-Fi device, that is corresponding to the connection mode comprises: enabling a station side WPS interface of the mobile Wi-Fi device when it is confirmed that the connection mode of the user equipment is the access point mode; and enabling an access point side WPS interface of the mobile Wi-Fi device after it is confirmed that the connection mode of the user equipment is the station mode. enabling a station side WPS interface of the mobile Wi-Fi device when it is confirmed that the connection mode of the user equipment is the access point mode; and enabling an access point side WPS interface of the mobile Wi-Fi device after it is confirmed that the connection mode of the user equipment is the station mode.
A mobile terminal, comprising: a display unit; a camera configured to capture a plurality of images; a wireless communication unit configured to obtain location information corresponding to each of the plurality of the images; and a memory configured to store at least one of the location information, a date on which each of the plurality of the images is captured, and a time at which each of the plurality of the images is captured together with the plurality of the images; characterized in that the mobile terminal further comprises: a controller configured to: in response to a first command, display a screen including a group of images having a matching at least one of the location information, the date and the time and an image addition indicator, sequentially arrange the group of images according to a predetermined image quality condition different than the at least one of the location information, the date and the time, and in response to a second command selecting the image addition indicator, display a preview image instead of the image addition indicator on a region where the image addition indicator is displayed within the displayed screen, wherein the preview image is being captured by the camera. a display unit; a camera configured to capture a plurality of images; a wireless communication unit configured to obtain location information corresponding to each of the plurality of the images; and a memory configured to store at least one of the location information, a date on which each of the plurality of the images is captured, and a time at which each of the plurality of the images is captured together with the plurality of the images; characterized in that the mobile terminal further comprises: a controller configured to: in response to a first command, display a screen including a group of images having a matching at least one of the location information, the date and the time and an image addition indicator, sequentially arrange the group of images according to a predetermined image quality condition different than the at least one of the location information, the date and the time, and in response to a second command selecting the image addition indicator, display a preview image instead of the image addition indicator on a region where the image addition indicator is displayed within the displayed screen, wherein the preview image is being captured by the camera. in response to a first command, display a screen including a group of images having a matching at least one of the location information, the date and the time and an image addition indicator, sequentially arrange the group of images according to a predetermined image quality condition different than the at least one of the location information, the date and the time, and in response to a second command selecting the image addition indicator, display a preview image instead of the image addition indicator on a region where the image addition indicator is displayed within the displayed screen, wherein the preview image is being captured by the camera.
A coaxial connector having a first and a second connector part (2, 3) and an adapter arranged between said connector parts, wherein the adapter is arranged so as to be tiltable sideways in the mounted state in an opening of an outer conductor of the first connector part, characterised in thata delimiting element made from isolating material which is arranged in the region of the inlet of the opening between the outer conductor of the first connector part and a second outer conductor of the adapter which delimits the lateral deflection of the adapter and the minimal possible distance between the second outer conductor of the adapter and the outer conductor of the first connector part.
A method for outputting interaction elements, in particular in the form of image elements, sound elements, haptic elements or olfactory elements, on an internet-enabled electronic terminal, in particular a mobile telephone or an internet-enabled television, for communication between a user and an electronic terminal, the terminal being connected to a computer cloud, and a user application running on a central data processing unit in the computer cloud, in particular on a server, the central data processing unit being connected to the terminal via a remote data connection, a visualisation of the user application which is running on the central data processing unit being output on the terminal, the terminal outputting a suitable interaction element after a request from the user application which is running on the central data processing unit, characterised in that an item of setup information of the interaction element to be output is stored on a local memory unit of the electronic terminal, the request of the central data processing unit contains a status identification indication about the status to be assumed out of a plurality of predefined statuses, and on the basis of the request from the user application, a specific interaction element is selected by the terminal and the item of setup information for the interaction element to be output is retrieved from the local memory unit, and that the interaction element is output by an output device corresponding to the interaction element.
A build-up resistant crop conveyor system utilized within an agricultural machine, the build-up resistant crop conveyor comprising: a conveyor belt run (36, 38) extending along a primary direction of belt travel; and a runner assembly adjacent the conveyor belt run (36, 38), the runner assembly comprising: elongated runners extending substantially parallel to the primary direction of belt travel and spaced along a lateral axis perpendicular to the primary direction of belt travel; and belt guide surfaces provided on the elongated runners and facing the conveyor belt run (36, 38), characterized in that the belt guide surfaces comprising convex surface regions in a first section plane parallel to the lateral axis and perpendicular to the primary direction of belt travel, the convex surface regions increasing conformity between the belt guide surfaces and the conveyor belt run (36, 38) to reduce crop build-up on the elongated runners during usage of the build-up resistant crop conveyor system. a conveyor belt run (36, 38) extending along a primary direction of belt travel; and a runner assembly adjacent the conveyor belt run (36, 38), the runner assembly comprising: elongated runners extending substantially parallel to the primary direction of belt travel and spaced along a lateral axis perpendicular to the primary direction of belt travel; and belt guide surfaces provided on the elongated runners and facing the conveyor belt run (36, 38), characterized in that the belt guide surfaces comprising convex surface regions in a first section plane parallel to the lateral axis and perpendicular to the primary direction of belt travel, the convex surface regions increasing conformity between the belt guide surfaces and the conveyor belt run (36, 38) to reduce crop build-up on the elongated runners during usage of the build-up resistant crop conveyor system. elongated runners extending substantially parallel to the primary direction of belt travel and spaced along a lateral axis perpendicular to the primary direction of belt travel; and belt guide surfaces provided on the elongated runners and facing the conveyor belt run (36, 38), characterized in that the belt guide surfaces comprising convex surface regions in a first section plane parallel to the lateral axis and perpendicular to the primary direction of belt travel, the convex surface regions increasing conformity between the belt guide surfaces and the conveyor belt run (36, 38) to reduce crop build-up on the elongated runners during usage of the build-up resistant crop conveyor system.
A device for feeding cups to the withdrawal compartment of a machine for preparing and dispensing beverages, wherein the withdrawal compartment is provided with a bottom wall and a side wall that has at least one front opening accessible from the outside, and wherein the device comprises a supporting element for the cup (18, 19), and means for translationally moving said supporting element between an upper position, in which the cup (18, 19) coming from a store of said machine is received, and a lower position in which the cup (18, 19) can be withdrawn by a user, characterized in that said supporting element for the cup is slidingly engaged in an opening of the bottom wall of said withdrawal compartment and comprises an inner cavity open at least at its top end, wherein said inner cavity comprises a lower portion having a substantially cylindrical shape and at least one upper portion having a truncated-cone shape tapered downwards for receiving and centering the cup (18, 19), said inner cavity having an axis coincident with the axis of the opening of the bottom wall of the withdrawal compartment and parallel with the translation direction of the supporting element, wherein the inner cavity of the supporting element is slidingly engaged in a fixed bearing plane for the cup (18, 19) and wherein, when the supporting element is in said lower position, the upper edge of said portion of the inner cavity having a truncated-cone shape, is aligned with the upper surface of said bearing plane and with the upper surface of the bottom wall of the withdrawal compartment.
Multi-shaft extruder comprising a drive and a processing section connected thereto which has at least six axially parallel, co-rotating worm shafts arranged in a circle between an outer housing and an inner housing which are connected to intermeshing screw conveyors (11, 12, 13) and other elements so as to rotate therewith, wherein the outer housing on the inner surface thereof and the inner housing are provided with axially parallel, concave circular segments (15, 16) receiving the respective worm shaft, and which has at least one material feed opening at one end of the outer housing and at least one material discharge opening, wherein the worm shafts have a conveying length of at least six Do and a Do/Di ratio of 1,5 to 1,93, wherein Do is the outer diameter and Di is the inner diameter of the screw conveyors (11, 12, 13), and wherein the drive has two pinion shafts partitioned into two groups of identical construction and arranged on a circle, which are driven radially from the inside and from the outside at equal forces and in the same direction and in diametrical opposition and which are coaxially connected to the worm shafts of the processing section via couplings, characterized in that the torque density of the extruder is at least 100 Nm/cm 3, wherein, at the end facing the drive, the processing section comprises a first section which has a length of 0,25 to 2 Do, is tightly surrounded by the outer housing and the inner housing and provided with tightly intermeshing screw conveyors, with the first section being adjoined by a second section which has a length of 2 to 12 Do and comprises screw conveyors which are surrounded by a partially non-tight outer housing with the feed opening having a length of not more than 6 Do, followed by a third section which has a length of at least 1,25 Do, is tightly surrounded by the outer housing and the inner housing and provided with tightly intermeshing screw conveyors, with the third section being adjoined by a fourth section which has a length of at least 1 Do and has, while forming end faces (23a to 23d, 28a to 28d), screw sections (22a to 22e) or cam disks (26a to 26e), which are progressively angularly offset relative to one another, and a radially free passage cross section in the pitch circle from the outside to the inside of at least 1⁄4 of the free machine conveying surface.
A bilirubin particle having a size of 1-1,000 nm formed by self-assembling of a composite containing bilirubin and a hydrophilic polymer bound to the bilirubin, wherein the hydrophilic polymer is bound to a carboxyl group of the bilirubin.
A method of measuring nucleic acid variants comprising amplifying a low abundance template nucleic acid in a multiplexed polymerase chain reaction, wherein the PCR comprises gene specific primers comprising a) a barcode; and b) a molecular lineage tag comprising a degenerate sequence, wherein the gene specific primers are specific for a mutation prone region and wherein the low abundance template nucleic acid is circulating tumor DNA (ctDNA).
A pet claw clipper including an LED, the pet claw clipper comprising: a pair of handles connected to each other by an elastic member; a pair of clipper blades each attached to a first side of an end portion of each of the handles, respectively; and an LED module provided in a first surface of the end portion of one of the pair of handles and configured to emit light in a direction toward the clipper blades, a polishing part provided in the first surface of the end portion of one of the pair of handles and configured to trim companion animal's claws, characterized in that the LED module comprises: an LED light source configured to emit light in the direction toward the clipper blades; a protrusion member protruding from a first side of the LED light source; and a body member provided at the first surface of the end portion of one of the pair of handles and having a hollow cylindrical shape, wherein the protrusion member is inserted in the body member and in that the pet claw clipper comprises a claw containing part provided at the first surface of one of the pair of handles, wherein the claw containing part comprises a containing member provided at a first surface of an end portion of one of the pair of handles, being open in one direction, and having an interior space; and an opening and closing member provided at a first side of the containing member to be rotatable on an axis of the protrusion member so as to cover an open portion of the containing member. a pair of handles connected to each other by an elastic member; a pair of clipper blades each attached to a first side of an end portion of each of the handles, respectively; and an LED module provided in a first surface of the end portion of one of the pair of handles and configured to emit light in a direction toward the clipper blades, a polishing part provided in the first surface of the end portion of one of the pair of handles and configured to trim companion animal's claws, characterized in that the LED module comprises: an LED light source configured to emit light in the direction toward the clipper blades; a protrusion member protruding from a first side of the LED light source; and a body member provided at the first surface of the end portion of one of the pair of handles and having a hollow cylindrical shape, wherein the protrusion member is inserted in the body member and in that the pet claw clipper comprises a claw containing part provided at the first surface of one of the pair of handles, wherein the claw containing part comprises a containing member provided at a first surface of an end portion of one of the pair of handles, being open in one direction, and having an interior space; and an opening and closing member provided at a first side of the containing member to be rotatable on an axis of the protrusion member so as to cover an open portion of the containing member.
Use of a communications cable in a downhole well having temperatures of 280°C or greater, said communications cable positioned within said well, at least a portion of said cable thereby being exposed to said temperatures of 280°C or greater, said cable including as a component thereof a composition comprising melt-fabricable tetrafluoroethylene/perfluoro(alkyl vinyl ether) copolymer, said perfluoroalkyl containing 1 to 5 carbon atoms, and melt flowable polytetrafluoroethylene, said polytetrafluoroethylene by itself having no tensile strength and being present in said composition in an amount effective to enable said component to withstand said temperatures of 280°C or greater, characterized by said composition of said component retaining at least 90% of its tensile modulus after said exposure to said temperatures of 280°C or greater for at least one week.