mhurhangee/ep-ind-claims huggingface dataset:
A system (200, 300, 400, 442, 500, 600, 700) for use with production of hydrocarbons, the system comprising: a first tubular member (202, 302, 502, 602, 702) defining an internal flow channel (218, 318, 518, 718) and at least partially defining an external flow area (216, 316, 516, 716), and wherein the first tubular member comprises a permeable region (208, 308, 508, 608, 708) providing fluid communication between the external flow area and the internal flow channel; characterized in that the system further comprises a particulate composition (212, 312, 512, 612, 712) disposed in the external flow area, wherein the particulate composition comprises a plurality of particles bound by a reactive binding material adapted to release particles in response to a triggering condition, and wherein particles released from the particulate composition move within the external flow area and are at least substantially retained in the external flow area to form a particulate accumulation (230, 530, 630) at least substantially blocking the permeable region of the first tubular member. a first tubular member (202, 302, 502, 602, 702) defining an internal flow channel (218, 318, 518, 718) and at least partially defining an external flow area (216, 316, 516, 716), and wherein the first tubular member comprises a permeable region (208, 308, 508, 608, 708) providing fluid communication between the external flow area and the internal flow channel; characterized in that the system further comprises a particulate composition (212, 312, 512, 612, 712) disposed in the external flow area, wherein the particulate composition comprises a plurality of particles bound by a reactive binding material adapted to release particles in response to a triggering condition, and wherein particles released from the particulate composition move within the external flow area and are at least substantially retained in the external flow area to form a particulate accumulation (230, 530, 630) at least substantially blocking the permeable region of the first tubular member.
An electronic device, comprising: a touch screen; and at least one processor, wherein the at least one processor is configured to: detect a first input defining a plurality of attributes and a second input including a gesture connecting the plurality of attributes inputted by a user through the touch screen, for generating output writing data on the touch screen; process the first input to determine and display the attributes of the output writing data and process the second input to determine a type corresponding to the output writing data; determine the output writing data based on the attributes and the type and display the determined output writing data on the touch screen; wherein each of the attributes of the output writing data comprises a position of the output writing data, and wherein the type of the output writing data comprises the shape of the output writing data, and wherein the displayed output writing data is a geometric shape; and wherein the at least one processor is further configured to determine the output writing data by performing processing comprising: comparing the type corresponding to the output writing data obtained by detecting the second input with a pre-stored template stored in a memory of the electronic device. a touch screen; and at least one processor, wherein the at least one processor is configured to: detect a first input defining a plurality of attributes and a second input including a gesture connecting the plurality of attributes inputted by a user through the touch screen, for generating output writing data on the touch screen; process the first input to determine and display the attributes of the output writing data and process the second input to determine a type corresponding to the output writing data; determine the output writing data based on the attributes and the type and display the determined output writing data on the touch screen; detect a first input defining a plurality of attributes and a second input including a gesture connecting the plurality of attributes inputted by a user through the touch screen, for generating output writing data on the touch screen; process the first input to determine and display the attributes of the output writing data and process the second input to determine a type corresponding to the output writing data; determine the output writing data based on the attributes and the type and display the determined output writing data on the touch screen; wherein each of the attributes of the output writing data comprises a position of the output writing data, and wherein the type of the output writing data comprises the shape of the output writing data, and wherein the displayed output writing data is a geometric shape; and wherein the at least one processor is further configured to determine the output writing data by performing processing comprising: comparing the type corresponding to the output writing data obtained by detecting the second input with a pre-stored template stored in a memory of the electronic device.
A communication device for communicating data over a low power wide area, LPWA, communication network, wherein the communication device comprises: a processor configured to process data; a memory (113, 115) configured to store data; a radio configured to transmit and/or receive data over the LPWA communication network; and a security system configured to operate a plurality of logically separated sets of security domains (111a-c, 113a-c, 115a-c), including a master set of security domains (111a, 113a, 115a) and one or more slave sets of security domains (111b,c, 113b,c, 115b,c), on the processor and the memory (113, 115), wherein each set of security domains comprises a processor security domain (111a-c) and a memory security domain (113a-c, 115a-c), characterized in that the processor security domain of the master set of security domains (111a, 113a, 115a) is configured to generate on the basis of a cryptographic master key stored in the memory security domain (113a, 115a) of the master set of security domains (111a, 113a, 115a) for each of the one or more slave sets of security domains (111b,c, 113b,c, 115b,c) a respective cryptographic key for an end-to-end encryption. a processor configured to process data; a memory (113, 115) configured to store data; a radio configured to transmit and/or receive data over the LPWA communication network; and a security system configured to operate a plurality of logically separated sets of security domains (111a-c, 113a-c, 115a-c), including a master set of security domains (111a, 113a, 115a) and one or more slave sets of security domains (111b,c, 113b,c, 115b,c), on the processor and the memory (113, 115), wherein each set of security domains comprises a processor security domain (111a-c) and a memory security domain (113a-c, 115a-c), characterized in that the processor security domain of the master set of security domains (111a, 113a, 115a) is configured to generate on the basis of a cryptographic master key stored in the memory security domain (113a, 115a) of the master set of security domains (111a, 113a, 115a) for each of the one or more slave sets of security domains (111b,c, 113b,c, 115b,c) a respective cryptographic key for an end-to-end encryption.
A control panel for controlling a numerically controlled machine tool, comprising: - a housing, - a screen arranged on a front portion of said housing, - at least one circuit board including electric components characterized in that said control panel comprises a cooling channel through which a fluid can be led, wherein said cooling channel is arranged between said circuit board and a rear wall of said housing, and extends within said housing between a lower opening and an upper opening, said openings (6b, 6c) being formed in said rear wall of said housing. - a housing, - a screen arranged on a front portion of said housing, - at least one circuit board including electric components
A two-wheeled vehicle tire comprising: a tread having an outer surface which forms a tread surface; a belt located inward of the tread in a radial direction; and a rubber layer located inward of the tread in the radial direction, wherein the belt includes a first layer and a second layer located outward of the first layer in the radial direction, each of the first layer and the second layer includes a large number of cords aligned with each other, and a topping rubber, and the rubber layer is located between the first layer and the second layer, wherein a thickness of the rubber layer on an equator plane is larger than a thickness of the rubber layer at each outer end, in an axial direction, of the rubber layer, and wherein when a width from the equator plane to the outer end of the rubber layer in the axial direction is represented as Wi and a width from the equator plane to an outer end of the second layer in the axial direction is represented as Wb, a ratio (Wi/Wb) of the width Wi relative to the width Wb is not lower than 0.8 and not higher than 1.0, characterized in that when the thickness of the rubber layer on the equator plane is represented as Ti and a thickness of the topping rubber is represented as Tc, a ratio (Ti/Tc) of the thickness Ti relative to the thickness Tc is not lower than 1.0 and not higher than 2.0. a tread having an outer surface which forms a tread surface; a belt located inward of the tread in a radial direction; and a rubber layer located inward of the tread in the radial direction, wherein the belt includes a first layer and a second layer located outward of the first layer in the radial direction, each of the first layer and the second layer includes a large number of cords aligned with each other, and a topping rubber, and the rubber layer is located between the first layer and the second layer, wherein a thickness of the rubber layer on an equator plane is larger than a thickness of the rubber layer at each outer end, in an axial direction, of the rubber layer, and wherein when a width from the equator plane to the outer end of the rubber layer in the axial direction is represented as Wi and a width from the equator plane to an outer end of the second layer in the axial direction is represented as Wb, a ratio (Wi/Wb) of the width Wi relative to the width Wb is not lower than 0.8 and not higher than 1.0, characterized in that when the thickness of the rubber layer on the equator plane is represented as Ti and a thickness of the topping rubber is represented as Tc, a ratio (Ti/Tc) of the thickness Ti relative to the thickness Tc is not lower than 1.0 and not higher than 2.0.
A current detection device comprising: a conductor through which a current to be measured flows; two bobbin-wound coils (12, 13) arranged around the conductor; a first magnetic body provided to face one end surfaces of the respective bobbin-wound coils (12, 13) and configured to magnetically short-circuit the two bobbin-wound coils (12, 13); and a second magnetic body provided to face the other end surfaces of the respective two bobbin-wound coils (12, 13), configured to magnetically short-circuit the two bobbin-wound coils (12, 13), and provided with a through-hole through which coil wires (17, 18) from the two bobbin-wound coils (12, 13) are passed, wherein the through-hole of the second magnetic body is provided ata position except for positions facing the other end surfaces of the, two bobbin-wound coils (12, 13), characterised in that: the first magnetic body has the same shape as the second magnetic body, wherein the first magnetic body is provided with a through-hole. a conductor through which a current to be measured flows; two bobbin-wound coils (12, 13) arranged around the conductor; a first magnetic body provided to face one end surfaces of the respective bobbin-wound coils (12, 13) and configured to magnetically short-circuit the two bobbin-wound coils (12, 13); and a second magnetic body provided to face the other end surfaces of the respective two bobbin-wound coils (12, 13), configured to magnetically short-circuit the two bobbin-wound coils (12, 13), and provided with a through-hole through which coil wires (17, 18) from the two bobbin-wound coils (12, 13) are passed, wherein the through-hole of the second magnetic body is provided ata position except for positions facing the other end surfaces of the, two bobbin-wound coils (12, 13), characterised in that: the first magnetic body has the same shape as the second magnetic body, wherein the first magnetic body is provided with a through-hole.
A cordless base assembly for a cordless electrical appliance, the assembly comprising a central portion comprising a 360° cordless electrical connector and an electrical cable connected thereto, and a separate or separable portion (338; 343; 344) respectively securable or secured to the central portion, characterised in that the separate or separable portion (338; 343; 344) has an aperture that interfaces with the perimeter of the central portion such that the 360° cordless electrical connector is able to cooperate with a corresponding cordless electrical connector in the appliance.
Flow forming machine for producing a wheel, in particular a vehicle wheel, with a rim from a workpiece, with - a spinning chuck, the external side of which is designed to form the rim, - a counter chuck which is axially displaceable relative to the spinning chuck, wherein the workpiece is clamped on the spinning chuck and/or the counter chuck, - a rotary drive for rotationally driving spinning chuck and counter chuck with the clamped workpiece and - at least one spinning roller which can be fed axially and radially to the workpiece in order to form the rim, characterized in that - the spinning chuck has a sleeve-shaped circumferential element which is axially displaceable with respect to the workpiece during forming, - in that the spinning chuck has a base carrier, on which the circumferential element is supported in an axially movable manner, - in that on a free front side of the base carrier a front element is arranged, wherein a radial hub or a drop center can be clamped axially between the spinning chuck with the front element and the counter chuck, and - in that a control is provided, by means of which, during forming of the rim, the at least one spinning roller and the circumferential element of the spinning chuck are, in a coordinated manner, axially displaceable relative to the workpiece. - a spinning chuck, the external side of which is designed to form the rim, - a counter chuck which is axially displaceable relative to the spinning chuck, wherein the workpiece is clamped on the spinning chuck and/or the counter chuck, - a rotary drive for rotationally driving spinning chuck and counter chuck with the clamped workpiece and - at least one spinning roller which can be fed axially and radially to the workpiece in order to form the rim, - the spinning chuck has a sleeve-shaped circumferential element which is axially displaceable with respect to the workpiece during forming, - in that the spinning chuck has a base carrier, on which the circumferential element is supported in an axially movable manner, - in that on a free front side of the base carrier a front element is arranged, wherein a radial hub or a drop center can be clamped axially between the spinning chuck with the front element and the counter chuck, and - in that a control is provided, by means of which, during forming of the rim, the at least one spinning roller and the circumferential element of the spinning chuck are, in a coordinated manner, axially displaceable relative to the workpiece.
Mobile illuminating device comprising a generally cylindrical housing with an axis (X-X), including: - Illuminating elements in the form of light-emitting diodes mounted on a support plate; - Electrical/electronic control and/or connecting means between said illuminating elements and a power source; said housing being in one piece and having an illuminating portion and a gripping portion suitable for manually holding the device and directing the illuminating portion towards the location that must be illuminated; characterised in that at least one portion of said support plate rests on a rectangular flat area defined by a receptacle that is semi-cylindrical in shape. - Illuminating elements in the form of light-emitting diodes mounted on a support plate; - Electrical/electronic control and/or connecting means between said illuminating elements and a power source;
A blower comprising: a housing at least partially defining a chamber having a chamber inlet (66, 70) and a chamber outlet, the chamber having a non-circular cross-section proximate the chamber outlet; a tube assembly in fluid communication with the chamber, the tube assembly having a tube inlet coupled to the chamber outlet and a tube outlet, the tube assembly having a non-circular cross-section proximate the tube inlet; and an impeller operable to generate an air flow within the chamber and through the tube assembly; characterized in that the tube assembly includes a flexible portion providing the tube inlet and a rigid portion connected to the flexible portion and providing the tube outlet; at least a portion of the flexible portion having a non-circular cross-section. a housing at least partially defining a chamber having a chamber inlet (66, 70) and a chamber outlet, the chamber having a non-circular cross-section proximate the chamber outlet; a tube assembly in fluid communication with the chamber, the tube assembly having a tube inlet coupled to the chamber outlet and a tube outlet, the tube assembly having a non-circular cross-section proximate the tube inlet; and an impeller operable to generate an air flow within the chamber and through the tube assembly; characterized in that the tube assembly includes a flexible portion providing the tube inlet and a rigid portion connected to the flexible portion and providing the tube outlet; at least a portion of the flexible portion having a non-circular cross-section.
A thread form for a tubular connection comprising a box member (67; 67') and a pin member (61; 61'), said thread form having internal threads with stab flanks (65; 65') and load flanks and flat roots and crests on said box member (67; 67'), and external threads with stab flanks (63; 63') and load flanks (77; 81) and flat crests and roots on said pin member (61; 61'), for mating with the internal threads of the box member to make up a tubular connection, the threads increasing in width in one direction on the box member (67; 67') and in the other direction on the pin member (61; 61') so that the roots, crests and flanks of the threads are helically structured as a wedge and move together during make up; characterized in that the pin thread has a multi-faceted complex profile stab flank (63; 63') for engaging a mating complementary stab flank (65; 65') of the box member to provide an interfit between the stab flanks of the pin and box members, the interfit serving to limit the radial movement of the pin threads into the mating box member complementary thread structure to control radial make up of the tubular connection; and the complex profile stab flanks of the pin and box members have at least three facets (69, 71, 73; 69', 71', 73') and four radii per stab flank, said three facets of said stab flank comprising a radial inner and a radial outer facet (69, 73; 69', 73') each having a positive or obtuse angle with respect to the longitudinal axis (75; 75') of the tubular connection and a radially intermediate facet (71; 71') having a negative or acute angle with respect to the longitudinal axis (75; 75') of the tubular connection.
A toner, comprising mother toner particles comprising: a binder resin comprising a crystalline polyester resin and an amorphous polyester resin; a fatty acid amide compound; and a colorant, wherein the ratio (W/R) of the height of a peak at a wavenumber of 1638 cm -1, specific for the fatty acid amide compound, to the height of a peak at a wavenumber of 829 cm -1, specific for the amorphous polyester resin, is from 0.010 to 0.040 in an absorption spectrum obtained by an ATR method (total reflectance method) using a Fourier transformation infrared (FT-IR) spectrophotometer. a binder resin comprising a crystalline polyester resin and an amorphous polyester resin; a fatty acid amide compound; and a colorant, wherein the ratio (W/R) of the height of a peak at a wavenumber of 1638 cm -1, specific for the fatty acid amide compound, to the height of a peak at a wavenumber of 829 cm -1, specific for the amorphous polyester resin, is from 0.010 to 0.040 in an absorption spectrum obtained by an ATR method (total reflectance method) using a Fourier transformation infrared (FT-IR) spectrophotometer.
A method, performed by one or more computing devices, for automated retention of configuration information, the method comprising: deploying an addon software package to a web application server, wherein the web application server is running a main software platform, wherein the main software platform and the addon software package use a common configuration file; and wherein the addon software package adds configuration information to the common configuration file, wherein the addon software package is configured to operate with the main software platform and to provide additional software features or functionality to the main software platform; adding an entry for the addon software package to an addon presence file; installing an addon configuration file that contains configuration information for the addon software package; upon upgrading the main software platform: replacing the common configuration file; detecting the entry for the addon software package from the addon presence file; and responsive to detecting the entry for the addon software package, adding configuration information from the addon configuration file to the common configuration file, wherein the common configuration file, the addon configuration file, and the addon presence file are stored on the web application server. deploying an addon software package to a web application server, wherein the web application server is running a main software platform, wherein the main software platform and the addon software package use a common configuration file; and wherein the addon software package adds configuration information to the common configuration file, wherein the addon software package is configured to operate with the main software platform and to provide additional software features or functionality to the main software platform; adding an entry for the addon software package to an addon presence file; installing an addon configuration file that contains configuration information for the addon software package; upon upgrading the main software platform: replacing the common configuration file; detecting the entry for the addon software package from the addon presence file; and responsive to detecting the entry for the addon software package, adding configuration information from the addon configuration file to the common configuration file, replacing the common configuration file; detecting the entry for the addon software package from the addon presence file; and responsive to detecting the entry for the addon software package, adding configuration information from the addon configuration file to the common configuration file, wherein the common configuration file, the addon configuration file, and the addon presence file are stored on the web application server.