mhurhangee/ep-ind-claims huggingface dataset:
A variable pinhole collimator comprising: a plurality of pinhole plates provided in each plate surface thereof with a plurality of pinhole formation holes (111a,111b,111c,111n) at locations of a same radius from a rotation axis along a circumferential direction and having sizes different from each other, characterized in that the plurality of pinhole plates is provided in each plate surface thereof with a plurality of rotation operation holes around the rotation axis along the circumferential direction, and laminated in an incidence direction of radiation; and further characterized by a driving module configured for sequential insertion into the rotation operation holes of the plurality of pinhole plates in the incidence direction to rotate the plurality of pinhole plates about the rotation axis, and configured to rotate the plurality of pinhole plates to sequentially place the pinhole formation holes (111a,111b,111c,111n) one by one in an overlapping area, thereby forming a pinhole in the overlapping area. a plurality of pinhole plates provided in each plate surface thereof with a plurality of pinhole formation holes (111a,111b,111c,111n) at locations of a same radius from a rotation axis along a circumferential direction and having sizes different from each other, characterized in that the plurality of pinhole plates is provided in each plate surface thereof with a plurality of rotation operation holes around the rotation axis along the circumferential direction, and laminated in an incidence direction of radiation; and further characterized by a driving module configured for sequential insertion into the rotation operation holes of the plurality of pinhole plates in the incidence direction to rotate the plurality of pinhole plates about the rotation axis, and configured to rotate the plurality of pinhole plates to sequentially place the pinhole formation holes (111a,111b,111c,111n) one by one in an overlapping area, thereby forming a pinhole in the overlapping area.
Method for operating a combined casting/rolling installation in which - a casting machine of the combined casting/rolling installation is used to produce a cast product and - a rolling mill (6, 8) of the combined casting/rolling installation is used to produce a rolled product (42a, 42b) from the cast product, wherein - the combined casting/rolling installation has a control device with a measuring unit and a controller, - the measuring unit detects a rolled-product property, generates a measurement signal dependent on the rolled-product property and transmits the measurement signal to the controller, - the controller uses the measurement signal to generate a control signal for the casting machine on the basis of a control algorithm and transmits the control signal to the casting machine and - the casting machine uses the control signal to set a casting parameter, - wherein the rolled-product property that is detected by the measuring unit is a temperature profile of the rolled product (42a, 42b) in the width direction thereof, - wherein the casting parameter that is set by the casting machine using the control signal is a cooling parameter of the casting machine, and - wherein the said cooling parameter is a cooling parameter of a secondary cooling device of the casting machine. - a casting machine of the combined casting/rolling installation is used to produce a cast product and - a rolling mill (6, 8) of the combined casting/rolling installation is used to produce a rolled product (42a, 42b) from the cast product, wherein - the combined casting/rolling installation has a control device with a measuring unit and a controller, - the measuring unit detects a rolled-product property, generates a measurement signal dependent on the rolled-product property and transmits the measurement signal to the controller, - the controller uses the measurement signal to generate a control signal for the casting machine on the basis of a control algorithm and transmits the control signal to the casting machine and - the casting machine uses the control signal to set a casting parameter, - wherein the rolled-product property that is detected by the measuring unit is a temperature profile of the rolled product (42a, 42b) in the width direction thereof, - wherein the casting parameter that is set by the casting machine using the control signal is a cooling parameter of the casting machine, and - wherein the said cooling parameter is a cooling parameter of a secondary cooling device of the casting machine.
A repeating rifle with a housing, a barrel that is detachably connected with the latter, and a breech mechanism that is guided in the housing and can be locked with the barrel, wherein at its rear end the barrel is securely connected with a locking bushing, the inner wall of which forms a locking zone with first locking parts, and the outer wall of which sits in the housing, and can be located in position; wherein the breech mechanism is divided into a breech head that can be locked with the barrel with second locking parts, and a breech body guided in the housing; wherein breech head and breech body are connected with one another such that they can be separated from one another if the breech body is located in the locked position; wherein the breech head has a cylindrical rear section, which is inserted in a central bore of the breech body; wherein the rear section has a peripheral groove and the breech body possesses a number of radial holes, which, together with the peripheral groove, accommodate in each case a coupling body, and wherein the guide of the breech body has recesses, which are only matched with the radial holes if the breech body is located in the locked position, so that when the breech head is pulled out of the breech body the coupling body can be pushed into the recesses; so that when its location with the therein locked breech head is released the barrel can be pulled out forward out of the housing.
A method for use in a mobile communications network, the mobile communications network comprising a plurality of infrastructure equipment each providing wireless connectivity within at least one cell, and a communications device configured to communicate wirelessly with at least a first of the infrastructure equipment including by the use of a radio bearer, the method comprising the first infrastructure equipment determining that there is a requirement to alter data handling resources allocated for handling the radio bearer in one or both of the first infrastructure equipment and the communications device, characterised by re-establishing, in response to the determination, its radio link control protocol layer, transmitting a reconfiguration message to the communications device to effect re-establishment of its radio link control protocol layer, and subsequently effecting a change in the header of data packets transmitted to the communications device by adding a new bit to the header. a plurality of infrastructure equipment each providing wireless connectivity within at least one cell, and a communications device configured to communicate wirelessly with at least a first of the infrastructure equipment including by the use of a radio bearer, the method comprising the first infrastructure equipment determining that there is a requirement to alter data handling resources allocated for handling the radio bearer in one or both of the first infrastructure equipment and the communications device, characterised by re-establishing, in response to the determination, its radio link control protocol layer, transmitting a reconfiguration message to the communications device to effect re-establishment of its radio link control protocol layer, and subsequently effecting a change in the header of data packets transmitted to the communications device by adding a new bit to the header.
A fuel supply system of an internal combustion engine comprising a high-pressure fuel supply pump, a high-pressure fuel injection apparatus (23, 24), and a low-pressure fuel supply apparatus (41, 43, 44), the high-pressure fuel supply pump comprising: a pump housing provided with a compression chamber, a plunger for pressurizing a fuel in the compression chamber, a cylinder for holding the plunger as a pressurizing member so as to be slidable, a low-pressure chamber (10c, 10d) provided at an upstream side of the compression chamber, a low-pressure fuel port communicating with the low-pressure chamber (10c, 10d), a first joint connected to the high-pressure fuel injection apparatus (23, 24) and configured for discharging a high-pressure fuel pressurized in the compression chamber to a high-pressure fuel capacity chamber of the high-pressure fuel injection apparatus (23, 24, 30), a second joint connected to the low-pressure fuel injection apparatus (41, 43, 44) and configured for discharging a low-pressure fuel in the low-pressure chamber (10c, 10d) to a low-pressure fuel capacity chamber of the low-pressure fuel injection apparatus (41, 43, 44), a plunger seal chamber formed around the plunger, wherein the fuel in the low-pressure chamber (10c, 10d) flows into the plunger seal chamber through a first low-pressure fuel passage formed outside of the cylinder in the radial direction, wherein fuel in the plunger seal chamber is discharged, via a second low-pressure fuel passage formed radially outside the cylinder, from the second joint. a pump housing provided with a compression chamber, a plunger for pressurizing a fuel in the compression chamber, a cylinder for holding the plunger as a pressurizing member so as to be slidable, a low-pressure chamber (10c, 10d) provided at an upstream side of the compression chamber, a low-pressure fuel port communicating with the low-pressure chamber (10c, 10d), a first joint connected to the high-pressure fuel injection apparatus (23, 24) and configured for discharging a high-pressure fuel pressurized in the compression chamber to a high-pressure fuel capacity chamber of the high-pressure fuel injection apparatus (23, 24, 30), a second joint connected to the low-pressure fuel injection apparatus (41, 43, 44) and configured for discharging a low-pressure fuel in the low-pressure chamber (10c, 10d) to a low-pressure fuel capacity chamber of the low-pressure fuel injection apparatus (41, 43, 44), a plunger seal chamber formed around the plunger, wherein the fuel in the low-pressure chamber (10c, 10d) flows into the plunger seal chamber through a first low-pressure fuel passage formed outside of the cylinder in the radial direction, wherein fuel in the plunger seal chamber is discharged, via a second low-pressure fuel passage formed radially outside the cylinder, from the second joint.
A non-pneumatic tire comprising: - an annular beam having an inner radius R, the annular beam comprising a circumferential reinforcement; - an annular support extending radially inward from the annular beam, said annular support comprising a thermoplastic elastomer; - a rim extending radially inward from the annular beam; and the non-pneumatic tire having an initial tangent vertical stiffness that is at least twice a tangent vertical stiffness at a design load, characterised in that a ratio of a tire deflection at a design load to a contact patch length at the design load is no less than 5. - an annular beam having an inner radius R, the annular beam comprising a circumferential reinforcement; - an annular support extending radially inward from the annular beam, said annular support comprising a thermoplastic elastomer; - a rim extending radially inward from the annular beam; and the non-pneumatic tire having an initial tangent vertical stiffness that is at least twice a tangent vertical stiffness at a design load,
A method of wireless communication, comprising: communicating on a first channel with a base station; tuning to a second channel in accordance with a pre-agreed hop pattern indicating times and channels concurrently with the base station tuning to at least one of the second channel or a third channel; measuring interference on the second channel; re-tuning to the first channel concurrently with the base station re-tuning to the first channel; and reporting a channel quality, based on the interference, to the base station to enable channel selection. communicating on a first channel with a base station; tuning to a second channel in accordance with a pre-agreed hop pattern indicating times and channels concurrently with the base station tuning to at least one of the second channel or a third channel; measuring interference on the second channel; re-tuning to the first channel concurrently with the base station re-tuning to the first channel; and reporting a channel quality, based on the interference, to the base station to enable channel selection.
A linear fluorescent lighting fixture (1, 100) comprising: a plurality of fluorescent tube locations; a plurality of pairs of tube sockets, one pair of sockets being disposed at each of the plurality of fluorescent tube locations; and a pair of socket mounting plates for holding the plurality of tube sockets; characterized in that it further comprises a plurality of laterally-flexible reflector panels (40, 140), one of the reflector panels (40, 140) being disposed at each of the plurality of fluorescent tube locations; and a pair of endcaps each having a plurality of horizontal slot pairs (32, 33), the slots (32, 33) receiving flanged end portions (41, 141) of reflector panels (40, 140), wherein at least one of the reflector panels (40, 140) is removable and insertable with respect to ones of the horizontal slots by laterally flexing the reflector panel (40, 140). a plurality of fluorescent tube locations; a plurality of pairs of tube sockets, one pair of sockets being disposed at each of the plurality of fluorescent tube locations; and a pair of socket mounting plates for holding the plurality of tube sockets;
Flushing head for inspecting and cleaning rainwater channels, service water channels or sewers, comprising a connection for a flushing hose, at least one nozzle for propelling the flushing head and for flushing the channels, and comprising a camera, characterised in that the camera is arranged in a damping substance in the housing of the flushing head without further support elements being arranged directly thereon.
An electrical cable for underground installation comprising: a core with an outer periphery defined by an insulation shield; a plurality of neutral elements arranged circumferentially around a radius and helically along the length of the cable, said neutral elements electrically contacting said insulation shield of said core; and a composite outer jacket surrounding the core and forming the exterior of the cable, characterized in that said composite outer jacket includes an inner circumferential layer proximate to said core and an outer circumferential layer contacting said inner circumferential layer, said inner circumferential layer substantially encapsulating said plurality of neutral elements, at least the inner circumferential layer of the jacket being an expanded polymeric material. a core with an outer periphery defined by an insulation shield; a plurality of neutral elements arranged circumferentially around a radius and helically along the length of the cable, said neutral elements electrically contacting said insulation shield of said core; and a composite outer jacket surrounding the core and forming the exterior of the cable, characterized in that said composite outer jacket includes an inner circumferential layer proximate to said core and an outer circumferential layer contacting said inner circumferential layer, said inner circumferential layer substantially encapsulating said plurality of neutral elements, at least the inner circumferential layer of the jacket being an expanded polymeric material.
A cooking appliance comprising: a cavity for cooking food; a pair of side wire racks which are disposed onto the side walls of the cavity respectively, and adapted to support a tray at one or more different levels, wherein the side wire racks each comprises one or more wires; three fixing devices for fixing the side wire racks to the side walls of the cavity, wherein each side wire rack comprises only three bending wire sections which are adapted to form-fittingly engage with the three fixing devices respectively; wherein each fixing device comprises a retaining member which comprises a heat resistant and electrically insulating material, and which is adapted to keep the respective side wire rack at an electrically safe distance from the side wall of the cavity; the side walls each comprises only three holes for the installation of the fixing devices respectively; and each fixing device comprises a fastener which is adapted to fasten the retaining member to the respective hole on the side wall and a bore which is formed into the retaining member and adapted to receive the fastener.
A pneumatic tire comprising: a belt layer laminated and formed on an upper side of a carcass ply inside a tread portion; and a plurality of air vent cords arranged between the carcass ply and the belt with a predetermined interval, wherein at least a part of the air vent cords is formed so as to have electrical conductivity, thus to electrically communicate the carcass ply and the belt layer with each other, characterized in that an electrically conductive coating layer is formed on the surface of the air vent cords so as to have the electrical conductivity, wherein the electrically conductive coating layer includes a carbon coating layer formed by coating the surface of the air vent cords with liquid carbon, and wherein the liquid carbon has an N 2 surface area (N 2 SA) within the range of 83 to 125 (m 2 /g). a belt layer laminated and formed on an upper side of a carcass ply inside a tread portion; and a plurality of air vent cords arranged between the carcass ply and the belt with a predetermined interval, wherein at least a part of the air vent cords is formed so as to have electrical conductivity, thus to electrically communicate the carcass ply and the belt layer with each other, characterized in that an electrically conductive coating layer is formed on the surface of the air vent cords so as to have the electrical conductivity, wherein the electrically conductive coating layer includes a carbon coating layer formed by coating the surface of the air vent cords with liquid carbon, and wherein the liquid carbon has an N 2 surface area (N 2 SA) within the range of 83 to 125 (m 2 /g).
A port sealing device for housing an optical cable when passing through a peripheral wall of a termination box, comprising: - a first body (10, 110) and a second body (11, 111) each having a thickness and a height defining a passage (14, 114) therebetween when the bodies are placed one on the other, - a removable plug (15, 115) sealing said passage (14, 114), - flexible and frangible bridges (16, 17, 116, 117) connecting said plug (15, 115) to said first and second bodies, characterized in that said flexible and frangible bridges (16, 17, 116, 117) are configured to allow an angular movement of the plug with respect to each one of the bodies of at least 90°. - a first body (10, 110) and a second body (11, 111) each having a thickness and a height defining a passage (14, 114) therebetween when the bodies are placed one on the other, - a removable plug (15, 115) sealing said passage (14, 114), - flexible and frangible bridges (16, 17, 116, 117) connecting said plug (15, 115) to said first and second bodies,
An optical rail system, comprising: a plurality of parallel rails including: an upper set of rails (102a-b); and a lower sets of rails (102d-c); and a mount secured to the upper and lower sets of rails (102a-d), wherein the mount comprises a housing including an upper set of grooves (124a-b) and a lower set of grooves (124d-c) and a set of recesses (412a-b) extending from horizontally outward surfaces of the housing, wherein the upper set of grooves (124a-b) is configured to receive the upper set of rails (102a-b) from the set of recesses (412a-b) along an upward direction, respectively, wherein the lower set of grooves (124d-c) is configured to receive the lower set of rails (102d-c) along the upward direction, wherein the housing has a width at the recesses (412a-b) smaller than a distance between the upper set of rails (102a-b), and wherein the set of recesses (412a-b) are situated between the upper set of grooves (124a-b) and the lower set of grooves (124d-c), respectively. an upper set of rails (102a-b); and a lower sets of rails (102d-c); and a mount secured to the upper and lower sets of rails (102a-d), wherein the mount comprises a housing including an upper set of grooves (124a-b) and a lower set of grooves (124d-c) and a set of recesses (412a-b) extending from horizontally outward surfaces of the housing, wherein the upper set of grooves (124a-b) is configured to receive the upper set of rails (102a-b) from the set of recesses (412a-b) along an upward direction, respectively, wherein the lower set of grooves (124d-c) is configured to receive the lower set of rails (102d-c) along the upward direction, wherein the housing has a width at the recesses (412a-b) smaller than a distance between the upper set of rails (102a-b), and wherein the set of recesses (412a-b) are situated between the upper set of grooves (124a-b) and the lower set of grooves (124d-c), respectively.