mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for coating by means of sputtering, which consists of a sequence of sputtering segments and gas separating segments with a continuous substrate plane, wherein the sputtering segments each consist of a tank tub with an internal transporting device for transporting substrates and at least one tank cover which is connected to the tank tub by means of a tank flange, wherein the tank flange is positioned in the immediate vicinity above the substrate plane and wherein a cathode bearing block with targets and gas inlet ducts is located in the immediate vicinity of the substrate with splash guards in the tank cover, characterized in that a) to save energy and simultaneously increase the throughput speed, the gas separating segments have, in the region of the substrate plane, a tunnel cover which extends along the entire length of the gas separating segment and which can be adapted to the thickness of the respective substrate by means of a plurality of lifting and lowering elements such that only a small clearance gap remains vertically between the substrate and the tunnel cover, said clearance gap being absolutely necessary for undisturbed passage of the respective substrate; and b) sputtering segments and/or gas separating segments are evacuated by means of one or more vacuum pumps, wherein the air conveyed in the process is collected in a variable-volume air reservoir and, when the relevant segment (3, 2) is subsequently aerated again, is delivered back into this segment (3, 2). a) to save energy and simultaneously increase the throughput speed, the gas separating segments have, in the region of the substrate plane, a tunnel cover which extends along the entire length of the gas separating segment and which can be adapted to the thickness of the respective substrate by means of a plurality of lifting and lowering elements such that only a small clearance gap remains vertically between the substrate and the tunnel cover, said clearance gap being absolutely necessary for undisturbed passage of the respective substrate; and b) sputtering segments and/or gas separating segments are evacuated by means of one or more vacuum pumps, wherein the air conveyed in the process is collected in a variable-volume air reservoir and, when the relevant segment (3, 2) is subsequently aerated again, is delivered back into this segment (3, 2).
Method for the milling machining of components by generating depressions with one or more side walls, in particular for the production of integrally bladed rotors for gas turbines, wherein the depressions form flow channels and the side walls form blade surfaces of an integrally bladed rotor, wherein the component that is to be machined by milling is clamped on a fixing device for the milling machining, and wherein regions of the component are infused and/or effused with a machinable plastic for the adaptation of the vibrational properties of the component that is to be machined by milling, characterised in that the regions of the component that are to be infused and/or effused are infused and/or effused with a machinable and magnetic plastic, and, after the milling, shavings of the component material are separated from shavings of the plastic by magnetic separation.
A cartridge, for containing resin during storage and transportation and connectable to a resin injection system for injecting resin at an elevated temperature and pressure from the cartridge into a mold, comprising: a barrel having a longitudinal axis and configured to withstand high pressure or vaccum at elevated temperatures, the barrel having an open proximal end and an open distal end; a piston within the barrel that can be displaced along the longitudinal axis of the barrel to change the effective volume of the barrel; and an end plug that is received within the open proximal end, the end plug having a sealable outlet; the piston and barrel having stopping means (112, 113, 118) for selectively restricting i.e. locking the piston at a first position adjacent the distal end of the barrel or allowing motion of the piston within the barrel between the first position and the proximal end of the barrel. a barrel having a longitudinal axis and configured to withstand high pressure or vaccum at elevated temperatures, the barrel having an open proximal end and an open distal end; a piston within the barrel that can be displaced along the longitudinal axis of the barrel to change the effective volume of the barrel; and an end plug that is received within the open proximal end, the end plug having a sealable outlet; the piston and barrel having stopping means (112, 113, 118) for selectively restricting i.e. locking the piston at a first position adjacent the distal end of the barrel or allowing motion of the piston within the barrel between the first position and the proximal end of the barrel.
Method for producing marking lines consisting of a smooth uniform base layer and raised elements placed thereupon, made of pumpable marking material, whereby the marking material for the base layer is applied as a first, continuous marking material stream from a first outlet (16.1), whereby the marking material for the thereon raised elements from a second marking material stream is split into small portions and applied from a second outlet (16.2), whereby each marking material stream (21; 22) is conveyed independently of the other marking material stream (22, 21) to its outlet (16.1; 16.2) and whereby the quantities of the individual marking material streams (21; 22) are controlled independently of each other, characterised in that for their delivery the marking material streams (21; 22) are individually pumped with respectively variable pump power.
A method of determining a simultaneously bifocal diffractive optical system, the said optical system being defined by a first system focal point and a second system focal point and a pupil, said system comprising a lens component having a first focal point, a second focal point and a plurality of diffractive zones (101_1-101_n), the plurality of diffractive zones including a central zone (101_1) and a plurality of annular concentric zones (101_2-101_n) surrounding the central zone, the lens component having a first optical power P1 and a second optical power P2 associated with the first focal point and the second focal point respectively, the first focal point and the second focal point respectively corresponding to points of convergence of the most luminous orders of diffraction generated by the lens component for a nominal wavelength, the first system focal point and the second system focal point having a position dependent upon the value of the first optical power P1 and the second optical power P2 of the lens respectively, wherein the method comprises a step of determining a surface area value of the central zone by optimisation of a predetermined optical performance parameter, said optical performance parameter being considered in the vicinity of the first and second focal system points and being obtained for a range of values of an optimisation parameter φ being a phase term representing a function of the surface area value of the central zone (101_1) without modifying the operational function of the diffractive zones (101_1-101_n) and therefore without modifying the first optical power P1 and the second optical power P2, said predetermined optical performance parameter being the brightness and/or the Modulation Transfer Function in the vicinity of the first and second system focal points, whereby the surface area value of the central zone (101_1) is determined as a function of the pupil of the optical system, of the first optical power P1 and of the second optical power P2.
A protective member (10, 10A) for a wire harness having a branching point between a trunk harness and a branch harness, the protective member (10, 10A) comprising: a protective sheet portion to be wound around an outer circumference of at least the trunk harness near the branching point; and a pair of band-shaped fixing strip portions extending from the protective sheet portion and to be wound around on the trunk harness at a pair of spots, the branching point being between the pair of the spots, characterized in that: the fixing strip portions extend from the protective sheet portion in opposite directions respectively, the fixing strip portions laterally extending from side portions of the both ends of the protective sheet portion, respectively, each of the fixing strip portions has a length that is larger than the circumferential length of at least the trunk harness, the protective member (10, 10A) comprises a resin, and the fixing strip portions are smaller in thickness than the protective sheet portion. a protective sheet portion to be wound around an outer circumference of at least the trunk harness near the branching point; and a pair of band-shaped fixing strip portions extending from the protective sheet portion and to be wound around on the trunk harness at a pair of spots, the branching point being between the pair of the spots, the fixing strip portions extend from the protective sheet portion in opposite directions respectively, the fixing strip portions laterally extending from side portions of the both ends of the protective sheet portion, respectively, each of the fixing strip portions has a length that is larger than the circumferential length of at least the trunk harness, the protective member (10, 10A) comprises a resin, and the fixing strip portions are smaller in thickness than the protective sheet portion.
A wireless transmit/receive unit, WTRU, adapted to perform a handover, the WTRU comprising a controller configured to: receive a handover command from a first evolved Node-B, eNode-B, associated with a source cell, the handover command instructing the WTRU to perform a handover from the source cell to a target cell associated with a second eNode-B; and transmit a handover complete message to the second eNode-B associated with the target cell, wherein the WTRU sends a message regarding missing service data units, SDUs, to the second eNode-B associated with the target cell, and characterized in that the message comprises at least a packet data convergence protocol, PDCP, sequence number, SN, that indicates at least one SDU for which transmission was successful and at least one SDU for which transmission was not successful. receive a handover command from a first evolved Node-B, eNode-B, associated with a source cell, the handover command instructing the WTRU to perform a handover from the source cell to a target cell associated with a second eNode-B; and transmit a handover complete message to the second eNode-B associated with the target cell, wherein the WTRU sends a message regarding missing service data units, SDUs, to the second eNode-B associated with the target cell, and characterized in that the message comprises at least a packet data convergence protocol, PDCP, sequence number, SN, that indicates at least one SDU for which transmission was successful and at least one SDU for which transmission was not successful.
A display assembly, comprising: a light pipe adapted for emitting light to illuminate a display, said pipe comprising a front face and a rear face opposite the front face, said pipe defining a compartment and a first channel segment and a second channel segment symmetrical about the compartment, said first channel segment and said second channel segment being formed in the rear face and having an outer wall and an inner wall effective to redirect light from the compartment toward the front face; and a light source received in the compartment for admitting light into the light pipe; and a housing that surrounds the light pipe and is spaced apart from sides of the light pipe, the inner surface of the housing being proximate to light pipe being reflective; wherein light admitted to the light pipe is emitted by the light pipe from the front face in combination with light reflected from the reflective surface to illuminate the display; a light shield (22,222) overlying the compartment and effective to prevent light emission from the compartment perpendicular to the front face; characterized in that the light shield (22,222) is adhesively bonded to the front face. a light pipe adapted for emitting light to illuminate a display, said pipe comprising a front face and a rear face opposite the front face, said pipe defining a compartment and a first channel segment and a second channel segment symmetrical about the compartment, said first channel segment and said second channel segment being formed in the rear face and having an outer wall and an inner wall effective to redirect light from the compartment toward the front face; and a light source received in the compartment for admitting light into the light pipe; and a housing that surrounds the light pipe and is spaced apart from sides of the light pipe, the inner surface of the housing being proximate to light pipe being reflective; wherein light admitted to the light pipe is emitted by the light pipe from the front face in combination with light reflected from the reflective surface to illuminate the display; a light shield (22,222) overlying the compartment and effective to prevent light emission from the compartment perpendicular to the front face; characterized in that the light shield (22,222) is adhesively bonded to the front face.
A powder comprising core/shell particles having an average particle size of less than 1000 microns, each particle comprising: a liquid core that is substantially free of water, wherein substantially free means 5% by weight or less; and comprises A) a polar liquid having a percent surface polarity of at least 24%, wherein the percent surface polarity is measured using the method provided in the description; B) an acidic active agent, and C) from 1% to 5% by weight of at least one basic solubility enhancing agent that is not an active ingredient; and a shell comprising hydrophobic particles. A) a polar liquid having a percent surface polarity of at least 24%, wherein the percent surface polarity is measured using the method provided in the description; B) an acidic active agent, and C) from 1% to 5% by weight of at least one basic solubility enhancing agent that is not an active ingredient; and
A flavor inhaler comprising: an accommodating portion in which an opening portion is formed on one end, the accommodating portion being for housing at least a part of a consumable through the opening portion; and a support portion that supports the accommodating portion, the support portion including a first abutting surface (81a, 81b) provided to surround an outer circumference of the opening portion of the accommodating portion, and an extending portion extending from the first abutting surface (81a, 81b) in a direction away from the opening portion, wherein the extending portion of the support portion and a part of an outer circumference of the accommodating portion that faces the extending portion are separated from each other such that a space is formed in between, characterised in that the first abutting surface (81a, 81b) of the support portion is adhered to an adhesion surface (52a, 54) on the outer circumference of the accommodating portion, and a heat generating unit is provided on the outer circumference of the accommodating portion, the heat generating unit being separated from the adhesion surface (52a, 54) across a part facing the extending portion of the support portion. an accommodating portion in which an opening portion is formed on one end, the accommodating portion being for housing at least a part of a consumable through the opening portion; and a support portion that supports the accommodating portion, the support portion including a first abutting surface (81a, 81b) provided to surround an outer circumference of the opening portion of the accommodating portion, and an extending portion extending from the first abutting surface (81a, 81b) in a direction away from the opening portion, wherein the extending portion of the support portion and a part of an outer circumference of the accommodating portion that faces the extending portion are separated from each other such that a space is formed in between, characterised in that the first abutting surface (81a, 81b) of the support portion is adhered to an adhesion surface (52a, 54) on the outer circumference of the accommodating portion, and a heat generating unit is provided on the outer circumference of the accommodating portion, the heat generating unit being separated from the adhesion surface (52a, 54) across a part facing the extending portion of the support portion.
A camera module for a motor vehicle, comprising a lens assembly, a housing having a back wall and a front end surrounding an opening, and an image sensor carried by the back wall and arranged within the housing in or close to an image plane of the lens assembly, said housing comprising a lens holder extending between the front end and the back wall, said camera module comprising a tube which is fixed to the lens holder at the front end such that the tube surrounds the opening and extends from the opening into the housing, wherein the lens assembly is connected to a bottom end section of the tube by a connecting means (71, 72), and wherein the thermal expansion coefficient of the tube is higher than the thermal expansion coefficient of the lens holder, characterized in that the connecting means (71, 72) extends over less than half of the axial length (h L) of the lens assembly, and the thermal expansion coefficient C T and the height h T of the tube are adapted according to the equation h T ⋅ C T = h H ⋅ C H − Δ d 2 / Δ T wherein h H and C H represent the height and the thermal expansion coefficient of the lens holder, respectively, and Δd 2 represents the change of distance between the lens assembly and the image plane with temperature change ΔT caused by changes of and within the lens assembly.
A computer-implemented method for determining a chance of success for a prospect including a plurality of segments, comprising: receiving seismic data indicative of a plurality of anomalies in the prospect; computing prior probabilities of success and failure scenarios for at least one of the segments; determining likelihoods of the anomalies given the success and failure scenarios for the at least one of the segments; classifying at least two of the segments as part of a direct fluid indicator dependency group; determining a degree of correlation between the anomalies for the direct fluid indicator dependency group; and determining a posterior chance of success for the prospect based at least in part on the degree of correlation between the anomalies. receiving seismic data indicative of a plurality of anomalies in the prospect; computing prior probabilities of success and failure scenarios for at least one of the segments; determining likelihoods of the anomalies given the success and failure scenarios for the at least one of the segments; classifying at least two of the segments as part of a direct fluid indicator dependency group; determining a degree of correlation between the anomalies for the direct fluid indicator dependency group; and determining a posterior chance of success for the prospect based at least in part on the degree of correlation between the anomalies.
An implantable system for a recipient patient, said implantable system comprising a magnetic arrangement, the arrangement comprising: a planar coil housing containing a signal coil for transcutaneous communication of an implant communication signal; a first attachment magnet within the plane of the coil housing, rotatable therein, and having a magnetic dipole parallel to the plane of the coil housing for transcutaneous magnetic interaction with a corresponding second attachment magnet, wherein the coil housing is an implant coil housing for implantation under the skin of the patient and wherein the signal coil is a receiver coil, wherein said implant coil housing has a flat bottom so that there is no need to drill a recess into the bone during implantation. a planar coil housing containing a signal coil for transcutaneous communication of an implant communication signal; a first attachment magnet within the plane of the coil housing, rotatable therein, and having a magnetic dipole parallel to the plane of the coil housing for transcutaneous magnetic interaction with a corresponding second attachment magnet, wherein the coil housing is an implant coil housing for implantation under the skin of the patient and wherein the signal coil is a receiver coil, wherein said implant coil housing has a flat bottom so that there is no need to drill a recess into the bone during implantation.
A ballistic resistant composite material useful in rigid armor applications, said composite material comprising at least one consolidated network of high tenacity fibers in a thermoplastic matrix material, said high tenacity fibers having a tenacity of at least 6.174 cN/dtex (7 g/d), characterised in that said thermoplastic matrix material comprises a thermoplastic polyurethane resin that is semi-crystalline at room temperature, having a crystallinity of at least 30%, wherein said thermoplastic polyurethane resin matrix material, when dry, has a tensile modulus (at 100% elongation) of at least 500 psi (3.45 MPa), a tensile modulus (at 300% elongation) of at least 500 psi (3.45 MPa), an elongation at break of at least 500% and an ultimate tensile strength of at least 2000 psi (13.8 MPa), and wherein prior to consolidation said matrix material comprises said polyurethane resin in an aqueous medium.
An apparatus for clinching nails into workpieces (30, 12)comprising: a housing assembly including a driving assembly capable of driving a fastener; a nose piece arranged with the housing assembly and defining a fastener drive track; a clinching assembly arranged with the housing assembly and including a movable anvil having an anvil tip portion, a linkage assembly for displacing said moveable anvil and an air cylinder assembly for operating said linkage assembly; wherein the movable anvil is capable of being moved into a position whereby the workpieces (30,12) are held between the anvil tip portion and the nosepiece while the anvil tip portion is operable to bend a fastener tip into one of the workpieces after being driven through the workpieces, characterized in that the clinching assembly includes a tool base for contacting the upper surface of the workpiece, and the anvil being slidably mounted to the tool base and the linkage assembly being pivotably mounted to the tool base. a housing assembly including a driving assembly capable of driving a fastener; a nose piece arranged with the housing assembly and defining a fastener drive track; a clinching assembly arranged with the housing assembly and including a movable anvil having an anvil tip portion, a linkage assembly for displacing said moveable anvil and an air cylinder assembly for operating said linkage assembly; wherein the movable anvil is capable of being moved into a position whereby the workpieces (30,12) are held between the anvil tip portion and the nosepiece while the anvil tip portion is operable to bend a fastener tip into one of the workpieces after being driven through the workpieces, characterized in that the clinching assembly includes a tool base for contacting the upper surface of the workpiece, and the anvil being slidably mounted to the tool base and the linkage assembly being pivotably mounted to the tool base.