mhurhangee/ep-ind-claims huggingface dataset:
A printed circuit board, comprising: dielectric laminate material in which has been drilled a hole, the dielectric laminate material being coated with a catalytic adhesive (11, 12, 15) so as to form a top adhesive layer and a bottom adhesive layer and wherein the layer of catalytic adhesive extends all the way through the hole and on all interior walls of the hole, catalytic adhesive also coating a portion of the dielectric laminate material around the hole, wherein the catalytic adhesive (11, 12, 15) is a dielectric adhesive that includes catalytic filler particles composed of metal coated over silicon dioxide or kaolin; and, a patterned metal layer (16, 19, 20) over the catalytic adhesive (11, 12, 15) on both faces of the dielectric laminate material, including a portion of the patterned metal layer over the layer of catalytic adhesive that coats the portion of the dielectric laminate material around the hole; and, wherein the patterned metal layer is a patterned copper layer and extends through the hole surrounded by the catalytic adhesive on the interior walls of the hole. dielectric laminate material in which has been drilled a hole, the dielectric laminate material being coated with a catalytic adhesive (11, 12, 15) so as to form a top adhesive layer and a bottom adhesive layer and wherein the layer of catalytic adhesive extends all the way through the hole and on all interior walls of the hole, catalytic adhesive also coating a portion of the dielectric laminate material around the hole, wherein the catalytic adhesive (11, 12, 15) is a dielectric adhesive that includes catalytic filler particles composed of metal coated over silicon dioxide or kaolin; and, a patterned metal layer (16, 19, 20) over the catalytic adhesive (11, 12, 15) on both faces of the dielectric laminate material, including a portion of the patterned metal layer over the layer of catalytic adhesive that coats the portion of the dielectric laminate material around the hole; and, wherein the patterned metal layer is a patterned copper layer and extends through the hole surrounded by the catalytic adhesive on the interior walls of the hole.
A test apparatus for simulating high-speed continuous electroplating of strip steel, wherein the test apparatus comprises a supporting underframe, a workbench is arranged on the supporting underframe, a working bath is fixed on the workbench, the test apparatus also comprises a working electrode system, a transmission shaft, an auxiliary electrode and a specimen working electrode, the transmission shaft is connected to the working electrode system, both the auxiliary electrode and the working electrode system are connected to a rectifier to form a closed loop, the specimen working electrode is mounted on the working electrode system, characterized in that the test apparatus further comprises a rotating platform arranged on the workbench, a circulating pump, a reservoir and a cleaning bath, wherein the reservoir is arranged under the working bath and is linked to the working bath, and further characterized in that a vertical lifting motor is connected to the rotating platform to carry out vertical motion; a rotating motor is connected to a moving screw of the vertical lifting motor, and high speed rotation of the working electrode system is realized by means of the transmission shaft, wherein a high-speed strip steel production process is simulated by adjusting rotation of the rotating motor.
A repair unit for a pod, in particular for a laser designation pod, comprising: - a transportable casing, - a bubble attached on to the casing, the bubble having a retracted state and a deployed state, the bubble comprising an insertion opening for inserting a part of a pod and at least two projections forming through-passage tubes for the hands of an operator, each tube opening out into the bubble, - a gas supply device capable of switching the bubble from the retracted state into the deployed state, the casing and the bubble delimiting an interior space that is sealed against exterior contaminants both in the retracted state and in the deployed state, each tube comprising elastics, the elastics being capable of tightly gripping the arms of an operator when the hands of the said operator are introduced into the bubble, the repair unit comprising a pressure switch connected on the one hand to the interior of the casing and on the other hand to the gas supply device, the pressure switch being capable of measuring the differential pressure within the interior of the bubble and of disabling the gas supply device when the differential pressure measured within the interior of the bubble is, in absolute terms, greater than or equal to a predetermined value. - a transportable casing, - a bubble attached on to the casing, the bubble having a retracted state and a deployed state, the bubble comprising an insertion opening for inserting a part of a pod and at least two projections forming through-passage tubes for the hands of an operator, each tube opening out into the bubble, - a gas supply device capable of switching the bubble from the retracted state into the deployed state,
A flow control method executed by a gateway, comprising: Obtaining a data packet of a user; Determining N value-added services required by the data packet, wherein N is a positive integer greater than or equal to 1; modifying a first IP address in the data packet to an M th IP address in an address sequence, wherein the first IP address is an IP address of a network server, M is a positive integer greater than or equal to 1, the address sequence is an IP address set allocated by the gateway to the user, and a correspondence exists between an address in the address sequence and a value-added service; sending the data packet that has been modified to a value-added service server corresponding to the M th IP address, so that the value-added service server corresponding to the M th IP address performs value-added service processing on the data packet that has been modified; and receiving the data packet on which the value-added service processing has been performed, and modifying the M th IP address in the data packet that is received to the IP address of the network server. Obtaining a data packet of a user; Determining N value-added services required by the data packet, wherein N is a positive integer greater than or equal to 1; modifying a first IP address in the data packet to an M th IP address in an address sequence, wherein the first IP address is an IP address of a network server, M is a positive integer greater than or equal to 1, the address sequence is an IP address set allocated by the gateway to the user, and a correspondence exists between an address in the address sequence and a value-added service; sending the data packet that has been modified to a value-added service server corresponding to the M th IP address, so that the value-added service server corresponding to the M th IP address performs value-added service processing on the data packet that has been modified; and receiving the data packet on which the value-added service processing has been performed, and modifying the M th IP address in the data packet that is received to the IP address of the network server.
A modified bacterium of the genus Brucella carrying an inactivated wadC gene and an inactivated ppdK gene, wherein said genes encode either a non-functional protein or no protein.
A method of solar occultation employing a spacecraft, the method comprising: controlling the spacecraft to achieve a position within a target zone relative to the Moon such that the Moon occults the Sun; and controlling the spacecraft to observe the Sun or the space around the Sun, characterised in that the spacecraft is controlled to have an orbit within the target zone which is at least partly non-Keplerian via a discrete set of frequent manoeuvres in a direction perpendicular to a line between the Moon and the Sun and in the plane of the spacecraft orbit, such that the spacecraft is positioned within the target zone for a predetermined time. controlling the spacecraft to achieve a position within a target zone relative to the Moon such that the Moon occults the Sun; and controlling the spacecraft to observe the Sun or the space around the Sun, characterised in that the spacecraft is controlled to have an orbit within the target zone which is at least partly non-Keplerian via a discrete set of frequent manoeuvres in a direction perpendicular to a line between the Moon and the Sun and in the plane of the spacecraft orbit, such that the spacecraft is positioned within the target zone for a predetermined time.
A pendular joint decompression device comprising a table configured to support a person lying on his or her back, the table having a head end and a leg end, and a traction system positioned at the leg end of the table, elevated from the plane of the table, the traction system including cabling, leg-receiving means secured to the cabling and configured to link the cabling to the person's legs, traction means configured to act on the cabling to make traction on the legs, oscillation means configured to act on the cabling to obtain lateral oscillation movements of the legs on either side of the axis of the person's spine, and a control unit adapted to control the traction means and the oscillation means to combine lateral oscillation movements and traction movements on the person's raised legs, the leg-receiving means comprising two interconnected chutes, each chute being adapted to receive one of the person's legs and being adapted to close, to block the person's legs, characterized by the fact that each chute is connected to the cabling at two distinct application points, spaced apart in the longitudinal direction of the chutes, such that when the cabling applies a traction, a force is applied at the two corresponding separate application points on each chute, the cabling being configured to clamp the chutes around the legs, above the foot, at the ankle and calf of the person, the leg-receiving means thus being configured to apply, for each of the person's legs, a force on the back of the calf and a force on the front of the ankle, simultaneously, when the traction means act on the cabling.
A processing method of sliding parts (3, 5), comprising: a step of preparing at least one sliding part of a pair of sliding parts (3, 5); and a processing step of forming a shallow groove within a range of depth from 0.05 μm to 5 μm on a sealing face of the sliding part by irradiating an ultrashort pulse laser to a part of the sealing face where a positive pressure generation groove, a negative pressure generation groove, or a fluid communication passage/positive pressure generation groove is formed and removing part of a surface of the sealing face, wherein an energy fluence of the ultrashort pulse laser used in the processing step is 0.5 J/(cm 2.pulse) to 7 J/ (cm 2.pulse), characterized in that a wavelength of the ultrashort pulse laser is 515nm or more, and the pulse width of the ultrashort pulse laser is less than 10 picoseconds. a step of preparing at least one sliding part of a pair of sliding parts (3, 5); and a processing step of forming a shallow groove within a range of depth from 0.05 μm to 5 μm on a sealing face of the sliding part by irradiating an ultrashort pulse laser to a part of the sealing face where a positive pressure generation groove, a negative pressure generation groove, or a fluid communication passage/positive pressure generation groove is formed and removing part of a surface of the sealing face, wherein an energy fluence of the ultrashort pulse laser used in the processing step is 0.5 J/(cm 2.pulse) to 7 J/ (cm 2.pulse), characterized in that a wavelength of the ultrashort pulse laser is 515nm or more, and the pulse width of the ultrashort pulse laser is less than 10 picoseconds.
A real-time acquisition and control system for engine test beds comprising a computer platform, a software operating environment associated with a real-time module, comprising the following elements: - a file comprising descriptions of equipments and drivers associated with various engine test beds, - a set of software drivers for engine test bed equipment management, independent of said software operating environment and of said computer platform, - a test configuration editor (EDIT) describing engine test acquisition and control conditions, said configurations being independent of said software drivers and of said engine test bed equipments, - a real-time supervision software configured to read information from said description file and for real-time execution of the test configurations from said editor by carrying out loading of the required software drivers; and wherein - said software drivers for engine test bed equipment management communicate in real time with said real-time supervision software. - a file comprising descriptions of equipments and drivers associated with various engine test beds, - a set of software drivers for engine test bed equipment management, independent of said software operating environment and of said computer platform, - a test configuration editor (EDIT) describing engine test acquisition and control conditions, said configurations being independent of said software drivers and of said engine test bed equipments, - a real-time supervision software configured to read information from said description file and for real-time execution of the test configurations from said editor by carrying out loading of the required software drivers; and wherein - said software drivers for engine test bed equipment management communicate in real time with said real-time supervision software.
A station (100; 501-2; 701-1; 1000) comprising: - a receiver (101; 1001) configured to receive a wireless signal sent via a wireless channel; - a clear channel assessment, CCA, detector (103; 1003) configured to detect, based on a CCA threshold, if the wireless channel is busy; and - a controller (105; 1005) configured to adjust the CCA threshold of the CCA detector (103; 1003) when the wireless channel is busy and the signal received via the wireless channel is not meant for the station (100; 501-2; 701-1; 1000); and - a transmitter; wherein the CCA detector (103; 1003) is configured to determine an interference value indicating a signal strength of interference in an environment of the station (100; 501-2; 701-1; 1000) and to determine the wireless channel as busy, when the interference value exceeds the CCA threshold; and wherein the controller (105; 1005) is further configured to reduce a transmit power of the transmitter depending on the determined interference value. - a receiver (101; 1001) configured to receive a wireless signal sent via a wireless channel; - a clear channel assessment, CCA, detector (103; 1003) configured to detect, based on a CCA threshold, if the wireless channel is busy; and - a controller (105; 1005) configured to adjust the CCA threshold of the CCA detector (103; 1003) when the wireless channel is busy and the signal received via the wireless channel is not meant for the station (100; 501-2; 701-1; 1000); and - a transmitter; wherein the CCA detector (103; 1003) is configured to determine an interference value indicating a signal strength of interference in an environment of the station (100; 501-2; 701-1; 1000) and to determine the wireless channel as busy, when the interference value exceeds the CCA threshold; and wherein the controller (105; 1005) is further configured to reduce a transmit power of the transmitter depending on the determined interference value.
A coin separating unit for separating bulk coins having different thicknesses comprising: a coin transporting unit which is designed to transport plural coins in a storing direction; a separating roller which is located at a distance from the coin transporting unit wherein, at least when the coin transporting unit moves in the storing direction, the peripheral surface of the separating roller moves in the opposite direction to the storing direction; a supporter which is located upstream from the separating roller, wherein it is moved away from the coin transporting unit by the coin; the separating roller is located to the coin transporting unit at a distance which is, at most, two times the thickness of the thinnest coin or less; characterized in that the plural coins are located on the coin transporting unit; the separating roller is located above the coin transporting unit; the coin transporting unit and the separating roller can move relative for increasing the distance based on elasticity of a belt; the supporter is located above the coin transporting unit at a distance which is at most the thickness of the thinnest coin or less and that the belt of the transporting unit can bend downward; whereby the coins are pushed to the coin transporting unit by the weight of the supporter. a coin transporting unit which is designed to transport plural coins in a storing direction; a separating roller which is located at a distance from the coin transporting unit wherein, at least when the coin transporting unit moves in the storing direction, the peripheral surface of the separating roller moves in the opposite direction to the storing direction; a supporter which is located upstream from the separating roller, wherein it is moved away from the coin transporting unit by the coin; the separating roller is located to the coin transporting unit at a distance which is, at most, two times the thickness of the thinnest coin or less; characterized in that the plural coins are located on the coin transporting unit; the separating roller is located above the coin transporting unit; the coin transporting unit and the separating roller can move relative for increasing the distance based on elasticity of a belt; the supporter is located above the coin transporting unit at a distance which is at most the thickness of the thinnest coin or less and that the belt of the transporting unit can bend downward; whereby the coins are pushed to the coin transporting unit by the weight of the supporter.
A plastic welding device, comprising: a. a first tool which is arranged at a first support, wherein the first tool is a lower tool and the first support is a lifting table and b. a second tool which is arranged at a second support which is an upper fastening plate, wherein c. the first tool is movable by means of a first drive with respect to the first support in a first direction (r 1) linearly between a first position and a second position, wherein d. an origin of a first imaginary spherical coordinate system is arranged in the first position, wherein the z-axis as a first z-axis (z 1) extends in the direction of the second support, characterized in that e. for a first inclination angle (υ 1) between the first z-axis (z 1) which is positive in the direction of the second support and the first direction (r 1) it applies 0 < υ 1 < π/2, whereby the first tool is arranged in the first position adjacent to the first support and in the second position it has a distance to the first support which is larger than the distance in the first position, and a first component at the first tool can be brought into engagement with a second component at the second tool. a. a first tool which is arranged at a first support, wherein the first tool is a lower tool and the first support is a lifting table and b. a second tool which is arranged at a second support which is an upper fastening plate, wherein c. the first tool is movable by means of a first drive with respect to the first support in a first direction (r 1) linearly between a first position and a second position, wherein d. an origin of a first imaginary spherical coordinate system is arranged in the first position, wherein the z-axis as a first z-axis (z 1) extends in the direction of the second support, characterized in that e. for a first inclination angle (υ 1) between the first z-axis (z 1) which is positive in the direction of the second support and the first direction (r 1) it applies 0 < υ 1 < π/2, whereby the first tool is arranged in the first position adjacent to the first support and in the second position it has a distance to the first support which is larger than the distance in the first position, and a first component at the first tool can be brought into engagement with a second component at the second tool.
A conjugated polymer comprising one or more units selected from the following formula wherein R 1, R 2 and R 3 on each occurrence identically or differently, denote H or, when being different from H, denote straight-chain, branched or cyclic alkyl with 1 to 30 C atoms that is optionally fluorinated. R 1, R 2 and R 3 on each occurrence identically or differently, denote H or, when being different from H, denote straight-chain, branched or cyclic alkyl with 1 to 30 C atoms that is optionally fluorinated.
Vane pump comprising a housing having a stator bore, a rotor being rotatably mounted and positioned eccentrically within said stator bore, and having a number of vanes slidably mounted in said rotor in radial direction of said rotor, an inlet and an outlet, wherein said inlet opens in an axial end wall of said stator bore and said outlet is connected to an outflow area formed in a circumferential wall of said stator bore, characterized in that a radially inner border of said inlet recess runs parallel to a circle line around a rotational axis of said rotor and a radially outer border of said inlet recess runs parallel to said circumferential wall of said stator bore.
A combination comprising a pure 5-HT 6 receptor antagonist, an acetylcholinesterase inhibitor and a NMDA receptor antagonist, wherein the pure 5-HT 6 receptor antagonist is selected from the group consisting of: 1-[(2-Bromophenyl)sulfonyl]-5-methoxy-3-[(4-methyl-1-piperazinyl)methyl]-1H-indole; 1-[(4-Fluorophenyl)sulfonyl]-5-methoxy-3-[(4-methyl-1-piperazinyl)methyl]-1H-indole; and 1-[(4-Isopropylphenyl)sulfonyl]-5-methoxy-3-[(4-methyl-1-piperazinyl)methyl]-1H-indole; or a pharmaceutically acceptable salt thereof. 1-[(2-Bromophenyl)sulfonyl]-5-methoxy-3-[(4-methyl-1-piperazinyl)methyl]-1H-indole; 1-[(4-Fluorophenyl)sulfonyl]-5-methoxy-3-[(4-methyl-1-piperazinyl)methyl]-1H-indole; and 1-[(4-Isopropylphenyl)sulfonyl]-5-methoxy-3-[(4-methyl-1-piperazinyl)methyl]-1H-indole;
An apparatus for use with a wearable cuff in measuring blood pressure, wherein the cuff is inflatable to pressurize a measurement site of a subject and the apparatus is configured to: estimate a size of the cuff during a current inflation of the cuff; compare the estimated size of the cuff to a previous size of the cuff estimated during an inflation of the cuff that immediately preceded the current inflation of the cuff; and if the estimated size of the cuff differs from the previous size of the cuff by more than a predefined amount, change a pressure up to which the cuff is inflated before deflation of the cuff starts. estimate a size of the cuff during a current inflation of the cuff; compare the estimated size of the cuff to a previous size of the cuff estimated during an inflation of the cuff that immediately preceded the current inflation of the cuff; and if the estimated size of the cuff differs from the previous size of the cuff by more than a predefined amount, change a pressure up to which the cuff is inflated before deflation of the cuff starts.