mhurhangee/ep-ind-claims huggingface dataset:
Device for measuring electronic components, having a plurality of conductors applied to a dielectric conductor carrier, which conductors are each connected on the one hand to a contact finger and on the other hand to a connecting contact for connection to a measuring device, characterised in that a switch is incorporated in at least one of the conductors, via which the conductor between a contact finger and a connecting contact, which conductor connects the contact finger and the connecting contact, can be connected in addition to a ground connection.
A system for measuring leakage current of an electrical power cable that is providing operating power to a powered electrical system, the system comprising: a first transformer having a primary winding about a first magnetic core having a first passageway providing passage therethrough for both a power conductor and a return conductor of the electrical power cable; a second transformer having a secondary winding about a second magnetic core having a second passageway providing passage therethrough for both the power conductor and the return conductor of the electrical power cable; wherein the electrical cable operates as a secondary winding for the first transformer and a primary winding for the second transformer when passing through both the first and second passageways (42, 48); an inducer conductively coupled to the primary winding of the first transformer, the inducer generating a high-frequency excitation signal into the primary winding of the first transformer; a signal sensor conductively coupled to the secondary winding of the second transformer, the signal sensor sensing a high-frequency response signal induced, in response to the high-frequency excitation signal, into the secondary winding of the second transformer; characterised in that the system further comprises a controller that performs a signal amplitude and/or phase comparison of a high-frequency reference signal and the high-frequency response signal sensed by the signal sensor, the controller generating a signal indicative of leakage based on the signal amplitude and/or phase comparison. a first transformer having a primary winding about a first magnetic core having a first passageway providing passage therethrough for both a power conductor and a return conductor of the electrical power cable; a second transformer having a secondary winding about a second magnetic core having a second passageway providing passage therethrough for both the power conductor and the return conductor of the electrical power cable; wherein the electrical cable operates as a secondary winding for the first transformer and a primary winding for the second transformer when passing through both the first and second passageways (42, 48); an inducer conductively coupled to the primary winding of the first transformer, the inducer generating a high-frequency excitation signal into the primary winding of the first transformer; a signal sensor conductively coupled to the secondary winding of the second transformer, the signal sensor sensing a high-frequency response signal induced, in response to the high-frequency excitation signal, into the secondary winding of the second transformer;
A process for high expression of protein of interest using an expression vector which comprises at least the following regulatory elements: a) a CMV promoter, b) an intron, c) TPL, d) VA genes, and e) a bovine growth hormone polyadenylation sequence. a) a CMV promoter, b) an intron, c) TPL, d) VA genes, and e) a bovine growth hormone polyadenylation sequence.
Process for preparing a polymer, comprising a step of dispersed-phase polymerization in the presence of a reactive stabilizer, in which the following are placed in contact in an aqueous phase: - at least one ethylenically unsaturated monomer; - at least one source of free radicals; and - a reactive stabilizer comprising a polymer chain including N-(vinyllactam) monomer units and a thiocarbonylthio group -S(C=S)-. - at least one ethylenically unsaturated monomer; - at least one source of free radicals; and - a reactive stabilizer comprising a polymer chain including N-(vinyllactam) monomer units and a thiocarbonylthio group -S(C=S)-.
Automated parking facility comprising a plurality of parking spaces arranged one next to the other and/or one above the other for motor vehicles as well as pallets (20; 102; 132) on each of which a motor vehicle can be parked, the pallets (20; 102; 132) being positionable for storing a motor vehicle, in each case, at a parking space, at least one pallet (20; 102; 132) comprising at least one fluid collection area with at least one emptying opening (50, 54), and a draining device being provided, with at least one fluid discharge part (56; 104) which is held movably on the pallet (20; 102; 132) and is in fluid communication with or can be brought into fluid communication with the fluid collection area by way of the emptying opening (50, 54), and with an actuating part, with which the fluid discharge part (56; 104) is transferable from a normal position to an emptying position, in which emptying position the fluid collection area can be specifically drained, the actuating part being arranged at the parking space and, when the pallet (20; 102; 132) is positioned in the parking space, being in operative connection with the fluid discharge part (56; 104) to hold the fluid discharge part (56; 104) in the emptying position or to transfer the fluid discharge part (56; 104) from the normal position to the emptying position, the actuating part comprising a contact element which acts with an actuating force on the fluid discharge part (56; 104) to transfer it from the normal position to the emptying position, characterized in that the contact element comprises an actuating section aligned at an angle to the direction of insertion of the pallet (20; 102; 132) into the parking space, the actuating section being or comprising a ramp along which the fluid discharge part (56; 104) is movable, when inserting the pallet (20; 120; 132) into the parking space, in order to move the fluid discharge part (56; 104) relative to the pallet (20; 102; 132).
Commercial vehicle chassis, in particular of a truck, trailer or semitrailer, having a receptacle for temporarily stowing elongated equipment components while the vehicle is in motion, comprising at least one receiving element for receiving an end portion of the equipment components, the receiving element having a lateral receiving opening for inserting and/or removing the equipment components characterized in that the receiving element has at least two locking elements arranged at different distances from the receiving opening for positively locking a locking tab in at least two securing positions spaced at different distances from the receiving opening, in each case for securing the equipment components against accidental slipping out of the receiving opening, that the locking tab is adjustable from the securing positions into at least one release position releasing the receiving opening for insertion and/or removal of the equipment components and back, and the locking tab is held captive and adjustable between the securing positions along at least one longitudinal guide. the receiving element has at least two locking elements arranged at different distances from the receiving opening for positively locking a locking tab in at least two securing positions spaced at different distances from the receiving opening, in each case for securing the equipment components against accidental slipping out of the receiving opening, that the locking tab is adjustable from the securing positions into at least one release position releasing the receiving opening for insertion and/or removal of the equipment components and back, and the locking tab is held captive and adjustable between the securing positions along at least one longitudinal guide.
A peroperative probe for guiding a manual excision tool, comprising: - a detection head comprising at least one optical fibre (212, 2121, 2122, 2123, 2124) for the reception and guidance of a signal emitted by at least one of radioactive tracers and fluorescent molecules in a tissue area, - at least one photo-detector (29, 311) for converting the signal guided by the optical fibre into an electrical signal, - a transmitter for transmitting information carried by the electrical signal to an analysis equipment, - a detachable part connectable to the detection head comprising the transmitter, wherein the detection head comprises a first connection surface and the end of the optical fibre (212, 2121, 2122, 2123, 2124) is flush with the first connection surface, wherein the detachable part comprises a second connection surface and the photo-detector (29, 311) is flush with the second connection surface, and wherein the first and second connection surfaces are arranged for contacting an end of the optical fibre (212, 2121, 2122, 2123, 2124) and the photo-detector (29, 311) when the detachable part is connected with the detection head, and - a fastener for attaching the probe onto the manual excision tool, so that the manual excision tool is then adapted for removing a portion of tissue from the tissue area emitting the signal. - a detection head comprising at least one optical fibre (212, 2121, 2122, 2123, 2124) for the reception and guidance of a signal emitted by at least one of radioactive tracers and fluorescent molecules in a tissue area, - at least one photo-detector (29, 311) for converting the signal guided by the optical fibre into an electrical signal, - a transmitter for transmitting information carried by the electrical signal to an analysis equipment, - a detachable part connectable to the detection head comprising the transmitter, wherein the detection head comprises a first connection surface and the end of the optical fibre (212, 2121, 2122, 2123, 2124) is flush with the first connection surface, wherein the detachable part comprises a second connection surface and the photo-detector (29, 311) is flush with the second connection surface, and wherein the first and second connection surfaces are arranged for contacting an end of the optical fibre (212, 2121, 2122, 2123, 2124) and the photo-detector (29, 311) when the detachable part is connected with the detection head, and wherein the detection head comprises a first connection surface and the end of the optical fibre (212, 2121, 2122, 2123, 2124) is flush with the first connection surface, wherein the detachable part comprises a second connection surface and the photo-detector (29, 311) is flush with the second connection surface, and wherein the first and second connection surfaces are arranged for contacting an end of the optical fibre (212, 2121, 2122, 2123, 2124) and the photo-detector (29, 311) when the detachable part is connected with the detection head, and - a fastener for attaching the probe onto the manual excision tool, so that the manual excision tool is then adapted for removing a portion of tissue from the tissue area emitting the signal.
Method for depositing a film (4") of particles on a substrate, comprising a method for forming a film of ordered particles on a carrier liquid present in a container, characterised in that the method for forming the film comprises the following successive steps: - producing a film leader between the means forming a barrier and a head having a tilted rail, said leader being obtained by dispensing particles via said tilted rail, carried out until these particles floating on the carrier liquid occupy the space between the means forming a barrier against which they are abutted, and a upstream face of particles situated on the tiled rail; and - elongation of the film by producing, simultaneously, a continuation of dispensing particles via said tilted tail, and a movement of said head relative to the container so as to distance this head from said means forming a barrier, this elongation of the film being made so as to maintain said upstream face of particles on the tilted rail, and in that once the step of elongating the film is completed, the depositing method comprises a step of transferring said film (4") on the substrate. - producing a film leader between the means forming a barrier and a head having a tilted rail, said leader being obtained by dispensing particles via said tilted rail, carried out until these particles floating on the carrier liquid occupy the space between the means forming a barrier against which they are abutted, and a upstream face of particles situated on the tiled rail; and - elongation of the film by producing, simultaneously, a continuation of dispensing particles via said tilted tail, and a movement of said head relative to the container so as to distance this head from said means forming a barrier, this elongation of the film being made so as to maintain said upstream face of particles on the tilted rail,
A method of forming a composite component from a plurality of dissimilar powdered feed materials, comprising the steps of: obtaining a negative ceramic mould (102, 401, 601, 801, 901) of a component defining a first aperture (603, 804, 906) associated with a first region (602, 802, 902) of the mould and a second aperture (604, 805, 908) associated with a second region (605, 803, 904) of the mould; deploying a first powdered feed material (104, 608, 806, 909) into said first region of the negative mould via the first aperture and a second powdered feed material (105, 609, 807, 910) into said second region of the negative mould via the second aperture; preventing diffusion of said first feed material with said second feed material by means of a partition (808, 903) separating said first region and said second region; increasing the temperature within said negative mould to a first temperature causing said first feed material to melt during a heating stage; and melting said partition to allow diffusion of said first feed material with said second feed material. obtaining a negative ceramic mould (102, 401, 601, 801, 901) of a component defining a first aperture (603, 804, 906) associated with a first region (602, 802, 902) of the mould and a second aperture (604, 805, 908) associated with a second region (605, 803, 904) of the mould; deploying a first powdered feed material (104, 608, 806, 909) into said first region of the negative mould via the first aperture and a second powdered feed material (105, 609, 807, 910) into said second region of the negative mould via the second aperture; preventing diffusion of said first feed material with said second feed material by means of a partition (808, 903) separating said first region and said second region; increasing the temperature within said negative mould to a first temperature causing said first feed material to melt during a heating stage; and melting said partition to allow diffusion of said first feed material with said second feed material.
A catalyst composition comprising a mixed oxide catalyst of formula: FeMo i Cr j Bi k M m N n Q q X x Y y O r wherein in the formula: M is Ce and/or Sb; N is La, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Ti, Zr, Hf, B, Al, Ga, In, Tl, Si, Ge, Sn, Pb, P, and/or As; Q is W, Ru, and/or Os; X is Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Hg, Mn, Re, V, Nb, Ta, Se, and/or Te; Y is an alkaline earth metal and/or an alkali metal; 0.2 ≤ i ≤ 100; 0 ≤ j ≤ 2; 0 ≤ k ≤ 2; 0.05 ≤ m ≤ 10; 0 ≤ n ≤ 200; 0 ≤ q ≤ 8; 0 ≤ x ≤ 30; 0 ≤ y ≤ 8; j and k < i; m > j; and r is the number of oxygen atoms required to satisfy the valence requirements of the component elements other than oxygen present in formula, wherein: 4 ≤ m + n + q + x + y ≤ 200; 0 ≤ q + x + y ≤ 30; and wherein the catalyst composition has a surface area of from 2 to 500 m 2 /g as determined by the Brunauer-Emmett-Teller method. M is Ce and/or Sb; N is La, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Ti, Zr, Hf, B, Al, Ga, In, Tl, Si, Ge, Sn, Pb, P, and/or As; Q is W, Ru, and/or Os; X is Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Hg, Mn, Re, V, Nb, Ta, Se, and/or Te; Y is an alkaline earth metal and/or an alkali metal; 0.2 ≤ i ≤ 100; 0 ≤ j ≤ 2; 0 ≤ k ≤ 2; 0.05 ≤ m ≤ 10; 0 ≤ n ≤ 200; 0 ≤ q ≤ 8; 0 ≤ x ≤ 30; 0 ≤ y ≤ 8; j and k < i; m > j; and r is the number of oxygen atoms required to satisfy the valence requirements of the component elements other than oxygen present in formula, wherein: 4 ≤ m + n + q + x + y ≤ 200; 0 ≤ q + x + y ≤ 30; and wherein the catalyst composition has a surface area of from 2 to 500 m 2 /g as determined by the Brunauer-Emmett-Teller method.
A method of manufacturing a tissue engineering scaffold suitable for implantation in a patient and promoting tissue growth and suitable for resorbation, the method comprising: receiving data representing at least the tissue engineering scaffold at a Digital Light Processing additive manufacturing apparatus including a Digital Micromirror Device; actuating the DMD to project light corresponding to layers of the scaffold onto a transparent or translucent plate above which is disposed a build plate and a biocompatible resin including a liquid light-polymerizable material that is resorbable after polymerization; and shifting the build plate at selected increments such that the projected light sequentially causes portions of the resin to at least partially polymerize to form the layers of the scaffold wherein the resin further includes a dye and the dye concentration in the resin is configured between 1-5% by weight to reduce the depth of penetration of light to approximately 120 micrometers, wherein the layers of the scaffold are formed with 50 micrometer layers and 70 micrometers of overcuring to previously rendered layers to control depth of penetration of the projected light to limit overcuring of previous layers. receiving data representing at least the tissue engineering scaffold at a Digital Light Processing additive manufacturing apparatus including a Digital Micromirror Device; actuating the DMD to project light corresponding to layers of the scaffold onto a transparent or translucent plate above which is disposed a build plate and a biocompatible resin including a liquid light-polymerizable material that is resorbable after polymerization; and shifting the build plate at selected increments such that the projected light sequentially causes portions of the resin to at least partially polymerize to form the layers of the scaffold wherein the resin further includes a dye and the dye concentration in the resin is configured between 1-5% by weight to reduce the depth of penetration of light to approximately 120 micrometers, wherein the layers of the scaffold are formed with 50 micrometer layers and 70 micrometers of overcuring to previously rendered layers to control depth of penetration of the projected light to limit overcuring of previous layers.
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, a frame format indicator associated with a transmission opportunity for transmissions in an unlicensed radio frequency spectrum band; and determining a time-division duplexing, TDD, configuration for the transmission opportunity based at least in part on the frame format indicator. receiving, from a base station, a frame format indicator associated with a transmission opportunity for transmissions in an unlicensed radio frequency spectrum band; and determining a time-division duplexing, TDD, configuration for the transmission opportunity based at least in part on the frame format indicator.
Support device used for the wiring of a patch panel in a patch closet, a patch panel comprising two ends each provided with a fixing system (200a, 200b) and separated by a plate arranged so as to receive connectors, said plate comprising a planar front face onto which opens the entry of the connectors of the patch panel and a rear face through the rear of which pass the connectors, said patch closet comprising a first fixing upright and a second fixing upright which are parallel and are each provided with several fixing locations which are graded according to their length, said device being characterized in that it comprises a first support device designed to be fixed to the first fixing upright and a second support device designed to be fixed to the second fixing upright, and in that each support device comprises at least one bearing surface (301, 302) against which the front face of the patch panel can press such that it is possible to wire the rear of each connector of the patch panel with a cable, and blocking means designed to engage with the patch panel to wedge the patch panel in the plane defined by the bearing surfaces.
Assembly comprising a motor and a support member, the motor being placed on the support member and fixed to the support member via fixing members, the motor comprising: a body outer shell being annular and surrounding a shaft core portion, a stator being fixed to the body outer shell; a rotor being opposite the stator and being rotatably supported via a bearing; and a bracket having a disc shape with a diameter substantially equal to a diameter of the body outer shell, being arranged on an end face of the stator, including a central portion on which the bearing supporting the rotor is attached, and being closely fixed to the body outer shell, characterized in that the body outer shell includes a plurality of first body legs and a plurality of second body legs, the first and second body legs (101, 102) protruding outward and being disposed at a peripheral edge of an end of bracket side of the body outer shell, the bracket includes a plurality of first bracket legs and a plurality of second bracket legs, the first and second bracket legs protruding outward and being disposed in positions corresponding to the first and second body legs at a peripheral edge of the bracket, the body outer shell and the bracket are fastened together using the first body legs and the first bracket legs via the fixing members, and the body outer shell, the bracket, and the support member are fastened together using the second body legs and the second bracket legs via the fixing members in a state where the bracket is disposed between the body outer shell and the support member, thereby fixing the motor and the support member together. a body outer shell being annular and surrounding a shaft core portion, a stator being fixed to the body outer shell; a rotor being opposite the stator and being rotatably supported via a bearing; and a bracket having a disc shape with a diameter substantially equal to a diameter of the body outer shell, being arranged on an end face of the stator, including a central portion on which the bearing supporting the rotor is attached, and being closely fixed to the body outer shell, characterized in that the body outer shell includes a plurality of first body legs and a plurality of second body legs, the first and second body legs (101, 102) protruding outward and being disposed at a peripheral edge of an end of bracket side of the body outer shell, the bracket includes a plurality of first bracket legs and a plurality of second bracket legs, the first and second bracket legs protruding outward and being disposed in positions corresponding to the first and second body legs at a peripheral edge of the bracket, the body outer shell and the bracket are fastened together using the first body legs and the first bracket legs via the fixing members, and the body outer shell, the bracket, and the support member are fastened together using the second body legs and the second bracket legs via the fixing members in a state where the bracket is disposed between the body outer shell and the support member, thereby fixing the motor and the support member together.