mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for PECVD treatment of a first vessel having an open end, a closed end, and an interior space, comprising: • a vessel holder configured for seating to the open end of a vessel; • a first gripper configured for selectively holding and releasing the closed end of a vessel and, while gripping the closed end of the vessel, transporting the vessel to the vicinity of the vessel holder; • a seat on the vessel holder, the seat configured for establishing sealed communication between the vessel holder and the interior space of the first vessel; • a reactant supply operatively connected for introducing at least one gaseous reactant within the first vessel through the vessel holder; • a plasma generator configured for forming plasma within the first vessel under conditions effective to form a reaction product of the reactant on the interior surface of the first vessel; • a vessel release for unseating the first vessel from the vessel holder; and • a gripper which is the first gripper or another gripper, configured for axially transporting the first vessel away from the vessel holder, and then releasing the first vessel. • a vessel holder configured for seating to the open end of a vessel; • a first gripper configured for selectively holding and releasing the closed end of a vessel and, while gripping the closed end of the vessel, transporting the vessel to the vicinity of the vessel holder; • a seat on the vessel holder, the seat configured for establishing sealed communication between the vessel holder and the interior space of the first vessel; • a reactant supply operatively connected for introducing at least one gaseous reactant within the first vessel through the vessel holder; • a plasma generator configured for forming plasma within the first vessel under conditions effective to form a reaction product of the reactant on the interior surface of the first vessel; • a vessel release for unseating the first vessel from the vessel holder; and • a gripper which is the first gripper or another gripper, configured for axially transporting the first vessel away from the vessel holder, and then releasing the first vessel.
A transmitter for wireless charging, comprising: an input circuit, configured to receive a first alternating-current electric signal of a first frequency; a first conversion circuit, configured to convert the first alternating-current electric signal into a second alternating-current electric signal of a second frequency; at least one first radio frequency antenna, connected with the first conversion circuit, and configured to convert the second alternating-current electric signal into a radio frequency signal for wireless charging and to transmit the radio frequency signal; and a display screen, configured to display a charging parameter for wireless charging, the charging parameter comprising at least one of: the second frequency, a charging current, a charging voltage and charging power, a carrier, the display screen and the at least one first radio frequency antenna being placed on an outer surface of the carrier; a base, provided with an accommodation cavity, the input circuit and the first conversion circuit being arranged in the accommodation cavity; and characterized in that, the transmitter further comprises: a support rod, one end of the support rod being connected with the base and the other end being connected with the carrier, to support the carrier. an input circuit, configured to receive a first alternating-current electric signal of a first frequency; a first conversion circuit, configured to convert the first alternating-current electric signal into a second alternating-current electric signal of a second frequency; at least one first radio frequency antenna, connected with the first conversion circuit, and configured to convert the second alternating-current electric signal into a radio frequency signal for wireless charging and to transmit the radio frequency signal; and a display screen, configured to display a charging parameter for wireless charging, the charging parameter comprising at least one of: the second frequency, a charging current, a charging voltage and charging power, a carrier, the display screen and the at least one first radio frequency antenna being placed on an outer surface of the carrier; a base, provided with an accommodation cavity, the input circuit and the first conversion circuit being arranged in the accommodation cavity; and characterized in that, the transmitter further comprises: a support rod, one end of the support rod being connected with the base and the other end being connected with the carrier, to support the carrier.
A device for controlling a handling device comprising a carrier housing which is configured to be arranged on the handling device with a tactile sensor body arranged on the outside of the carrier housing and a tool carrier movably mounted on the carrier housing, wherein the sensor body is configured to be actuated by the tool carrier when load is acting on the tool carrier, wherein the sensor body is formed by a gas-filled chamber which is surrounded by a flexible shell, which is configured to be deformed by collision with an obstacle, and further comprises a pressure sensor configured for measuring a gas pressure prevailing inside the chamber, characterized in that the sensor body encloses the carrier housing with a first area and with a second area engages a gap formed between the carrier housing and the tool carrier.
A method of protecting a region of a pipe suspended in seawater within an open ended tubular member such that the pipe is spaced from the tubular member against corrosion, the method comprising the step of deploying a liquid providing or adapted to provide corrosion protection to the pipe into the space between the pipe and the tubular member through one of an upper or lower open end of the tubular member to displace seawater within the space from the other of the upper or lower open end of the tubular member such that the liquid surrounds the selected region of the pipe wherein the liquid has or is adapted to have a neutral buoyancy at a depth representative of the location of the selected region of the pipe.
A light bulb shaped lamp comprising: a base board which is tabular; a plurality of light-emitting devices mounted in a line shape on said base board; a first sealing material with translucent property covering said plurality of light-emitting devices; a base for receiving power from outside; at least two power-supply leads (141, 142) for supplying power to said plurality of light-emitting devices; and a globe for housing said base board, said plurality of light-emitting devices, and said power-supply leads, said globe being partially attached to said base, wherein said base board is translucent, each of said two power-supply leads is extended from a side of said base toward inside of said globe and is connected to said base board, said plurality of light-emitting devices is provided between (i) a portion at which one of said two power-supply leads and said base board are connected and (ii) a portion at which the other of said two power-supply leads and said base board are connected, said first sealing material includes a wavelength conversion material, and is formed on a surface of the base board in a line shape covering said plurality of light-emitting devices, and wherein said plurality of light-emitting devices is not mounted on a surface of said base board opposite to the surface on which said plurality of light-emitting devices is mounted; and a second sealing material including a wavelength conversion material and provided on the surface of said base board opposite to the surface on which said plurality of light-emitting devices is mounted. a base board which is tabular; a plurality of light-emitting devices mounted in a line shape on said base board; a first sealing material with translucent property covering said plurality of light-emitting devices; a base for receiving power from outside; at least two power-supply leads (141, 142) for supplying power to said plurality of light-emitting devices; and a globe for housing said base board, said plurality of light-emitting devices, and said power-supply leads, said globe being partially attached to said base,
An apparatus for protecting an electronics module used in a borehole, the apparatus comprising a drill string, the electronics module, and - an enclosure disposed along the drill string, wherein the electronics module comprises at least one end which connects to at least one joint such that the electronics module is attached to the enclosure by the at least one joint, the at least one joint being configured to allow a predetermined bending between the electronics module and the enclosure that does not mechanically overload the electronics module, and wherein the at least one joint comprises a surface that allows relative rotation between the at least one joint and the at least one end of the electronics module. - an enclosure disposed along the drill string, wherein the electronics module comprises at least one end which connects to at least one joint such that the electronics module is attached to the enclosure by the at least one joint, the at least one joint being configured to allow a predetermined bending between the electronics module and the enclosure that does not mechanically overload the electronics module, and wherein the at least one joint comprises a surface that allows relative rotation between the at least one joint and the at least one end of the electronics module.
A LED module comprising, at least one light-emitting diode (25, 26), an input terminal for coupling the LEED module with an operating device and a controllable switching means, which is coupled to the input terminal and the at least one light-emitting diode (25, 26), characterized in that the LED module also comprises: a control circuit for controlling the controllable switching means, wherein the control circuit is arranged, in order to connect the controllable switching means depending on the data to be transmitted, in order to transmit the data to be transmitted from the LED module to the operating device via a supply line of the LED module. a control circuit for controlling the controllable switching means, wherein the control circuit is arranged, in order to connect the controllable switching means depending on the data to be transmitted, in order to transmit the data to be transmitted from the LED module to the operating device via a supply line of the LED module.
A rim lock for an eyeglass frame, comprising: - a screw which comprises a screw head and a threaded part, wherein the screw head comprises a screw drive; and - a casing comprising a first portion which comprises a first side, a second side, a first hole that extends between two opposite to each other surfaces of the first side, a second hole that extends between two opposite to each other surfaces of the second side, the first and second sides being opposite to each other, and wherein the first portion defines a hollow cavity; and the casing further comprises a second portion which comprises a third hole; wherein the screw head fits in the hollow cavity with the screw drive facing the first hole, the screw head has a larger diameter than the first and second holes (4, 5), the second hole is configured to allow the passage of the threaded part, and the third hole is at least partially threaded and configured for the screwing therein of the threaded part. - a screw which comprises a screw head and a threaded part, wherein the screw head comprises a screw drive; and - a casing comprising a first portion which comprises a first side, a second side, a first hole that extends between two opposite to each other surfaces of the first side, a second hole that extends between two opposite to each other surfaces of the second side, the first and second sides being opposite to each other, and wherein the first portion defines a hollow cavity; and the casing further comprises a second portion which comprises a third hole;
Product, optionally sintered, comprising a plurality of macroscopic truncated tubular pores extending roughly parallel to one another in a longitudinal direction, a macroscopic frustoconical tubular pore, also called macropore, having a median cross section having an equivalent diameter greater than 0.15 μm and less than 450 μm, each truncated tubular pore being delimited by a wall comprising more than 50% by number of orientable ceramic grains, an orientable grain orienting in a particular way under the effect of the passage of a solidification front, the walls between said truncated tubular pores comprising more than 5%, in percentage by volume, of orientable ceramic grains made of a material with an oriented function, a material with an oriented function having at least one property, other than mechanical, oriented, that is to say whose intensity is variable depending on the orientation of measurement, in a proportion such that there is at least one direction in which said property is at least 1.1 times higher, than the average value of said property in the other directions, the orientable ceramic grains having one or more preferred orientations.
A method for allocating time-frequency resources (PRB n,m) to data packets for transmitting said data packets via a communications network in which communications are performed over a frequency selective channel, the method being performed by a scheduler device of the communications network, the method comprising: - obtaining data packets to be transmitted, or descriptions thereof, each data packet being either a latency-constrained data packet or a non latency-constrained data packet; and - obtaining information representative of transmission conditions for each channel over which at least one obtained data packet may be transmitted within a predefined time period; the method being characterized in that it comprises: - performing an assignment of time-frequency resources within said predefined time period for transmitting data of non latency-constrained data packets, according to the obtained information representative of transmission conditions; - performing (S406,S407) a revision of the assignment so that at least one time-frequency resource is allocated to at least one respective transmission of data of the latency-constrained data packets instead of data of the non latency-constrained data packets, said revision being performed by minimizing a cost impact of the revision on a global performance metric related to the transmissions of said non latency-constrained data packets; and - allocating the time-frequency resources as assigned to the non latency-constrained data that did not incur the assignment revision, whereas the non latency-constrained data that incurred the assignment revision are put aside for later scheduling in a subsequent time period. - obtaining data packets to be transmitted, or descriptions thereof, each data packet being either a latency-constrained data packet or a non latency-constrained data packet; and - obtaining information representative of transmission conditions for each channel over which at least one obtained data packet may be transmitted within a predefined time period; - performing an assignment of time-frequency resources within said predefined time period for transmitting data of non latency-constrained data packets, according to the obtained information representative of transmission conditions; - performing (S406,S407) a revision of the assignment so that at least one time-frequency resource is allocated to at least one respective transmission of data of the latency-constrained data packets instead of data of the non latency-constrained data packets, said revision being performed by minimizing a cost impact of the revision on a global performance metric related to the transmissions of said non latency-constrained data packets; and - allocating the time-frequency resources as assigned to the non latency-constrained data that did not incur the assignment revision, whereas the non latency-constrained data that incurred the assignment revision are put aside for later scheduling in a subsequent time period.
A method for manufacturing a mill roll, the mill roll comprising a roll barrel member having a hard tinkering hardfacing layer formed on an outer circumference of a columnar core material consisting of chromium-molybdenum steel or carbon steel; and shaft materials (14, 15) consisting of chromium-molybdenum steel and being singly provided on both sides in an axial direction of the core material, characterized in that the method comprises: a preparatory process for preparing the roll barrel member and the shaft materials (14, 15), the roll barrel member having projecting portions that protrude in an axial center direction in joining end portions (16, 18) to be joined to the shaft materials (14, 15), diameters of joining end portions (17, 19) of the shaft materials (14, 15) being smaller than a diameter of the core material, a preheating process for preheating either one or both of at least the joining end portions (16, 18) of the roll barrel member and the joining end portions (17, 19) of the shaft materials (14, 15) to a pre-set temperature; and a friction pressure welding process for, with axial centers of the shaft materials (14, 15) aligned with an axial center of the core material, joining the core material and the shaft materials (14, 15) by strongly pressing the shaft materials (14, 15) to the core material after frictionally heating the joining end portions of the core material and the shaft materials (14, 15) by rotating the shaft materials (14, 15) while pressing the shaft materials (14, 15) to the core material. a preparatory process for preparing the roll barrel member and the shaft materials (14, 15), the roll barrel member having projecting portions that protrude in an axial center direction in joining end portions (16, 18) to be joined to the shaft materials (14, 15), diameters of joining end portions (17, 19) of the shaft materials (14, 15) being smaller than a diameter of the core material, a preheating process for preheating either one or both of at least the joining end portions (16, 18) of the roll barrel member and the joining end portions (17, 19) of the shaft materials (14, 15) to a pre-set temperature; and a friction pressure welding process for, with axial centers of the shaft materials (14, 15) aligned with an axial center of the core material, joining the core material and the shaft materials (14, 15) by strongly pressing the shaft materials (14, 15) to the core material after frictionally heating the joining end portions of the core material and the shaft materials (14, 15) by rotating the shaft materials (14, 15) while pressing the shaft materials (14, 15) to the core material.
A thrust reverser system (200; 300; 400) of an aircraft comprising: a fixed structure; a translating cascade sleeve (204; 304); a blocker door; and a kinematic mechanism configured to actuate the blocker door, the kinematic mechanism comprising: a first link coupled to the translating cascade sleeve (204; 304); a second link coupled to the first link and the fixed structure; and a third link coupled to the first link and the blocker door, wherein the blocker door is hinged to the translating cascade sleeve (204; 304), characterised in that the thrust reverser system further comprises: a primary sleeve (202; 302), wherein the primary sleeve (202; 302) is configured to conceal the blocker door with respect to a bypass duct airflow path when the thrust reverser system (200; 300; 400) operates in a stowed state. a fixed structure; a translating cascade sleeve (204; 304); a blocker door; and a kinematic mechanism configured to actuate the blocker door, the kinematic mechanism comprising: a first link coupled to the translating cascade sleeve (204; 304); a second link coupled to the first link and the fixed structure; and a third link coupled to the first link and the blocker door, a first link coupled to the translating cascade sleeve (204; 304); a second link coupled to the first link and the fixed structure; and a third link coupled to the first link and the blocker door, wherein the blocker door is hinged to the translating cascade sleeve (204; 304), characterised in that the thrust reverser system further comprises: a primary sleeve (202; 302), wherein the primary sleeve (202; 302) is configured to conceal the blocker door with respect to a bypass duct airflow path when the thrust reverser system (200; 300; 400) operates in a stowed state.
An assembly for a turbomachine with a longitudinal axis comprising: - an exhaust cone comprising an outer annular wall for the flow of a primary air flow and an annular box arranged radially inside said outer annular wall, the annular box comprising an inner annular wall arranged radially inside the outer annular wall of the exhaust cone, - an exhaust case arranged upstream of the exhaust cone, and - a connecting member interposed longitudinally between the exhaust case and the exhaust cone, the connecting member being fastened to the exhaust case and to the inner annular wall, said assembly further comprising at least one elastic means (118, 200, 300, 400) radially deformable and radially prestressed between the outer annular wall and the connecting member, and characterized in that the connecting member comprises an annular flange connected to a corresponding flange of the exhaust case and a plurality of fastening lugs distributed circumferentially around the longitudinal axis and connected to the inner annular wall. - an exhaust cone comprising an outer annular wall for the flow of a primary air flow and an annular box arranged radially inside said outer annular wall, the annular box comprising an inner annular wall arranged radially inside the outer annular wall of the exhaust cone, - an exhaust case arranged upstream of the exhaust cone, and - a connecting member interposed longitudinally between the exhaust case and the exhaust cone, the connecting member being fastened to the exhaust case and to the inner annular wall, said assembly further comprising at least one elastic means (118, 200, 300, 400) radially deformable and radially prestressed between the outer annular wall and the connecting member, and characterized in that the connecting member comprises an annular flange connected to a corresponding flange of the exhaust case and a plurality of fastening lugs distributed circumferentially around the longitudinal axis and connected to the inner annular wall.
Human CF-SC for use as a medicament to stimulate or enhance angiogenesis, wherein human CF-SC is an isolated population of bone marrow-derived self-renewing colony-forming somatic cells, wherein said CF-SC do not have multipotent differentiation capacity, wherein said CF-SC have a normal karyotype, wherein said CF-SC are non-immortalized, wherein said CF-SC express CD13, CD44, CD49c, CD90, HLA Class-1 and β (beta) 2-Microglobulin, wherein said CF-SC do not express CD10, CD34, CD45, CD62L, or CD106, and wherein said CF-SC have been cultured under a low oxygen condition, wherein said low oxygen condition is selected from the group consisting of: less than 5 % oxygen; and wherein said CF-SC grow adherent to a tissue culture-treated surface. less than 5 % oxygen; and wherein said CF-SC grow adherent to a tissue culture-treated surface.
Measuring device using acoustic waves, comprising a heating device for preventing the formation of concretions and/or melting the concretions on the measuring device using acoustic waves, characterized in that the measuring device comprises a trident composed of three prongs firmly fixed to a body, a free end of each prong bearing a transducer, in that the trident is made from ferromagnetic material, and in that the heating device comprises an induction heating device.