mhurhangee/ep-ind-claims huggingface dataset:
An insulating glass spacer construction comprising: (a) an elongate, generally thin metallic sheet, bendable hollow form having a longitudinal axis, said hollow form including a bottom panel, a first lateral side panel joined to a first side edge intersection with the bottom panel, a second spaced lateral side panel joined to a second side edge intersection with the bottom panel, said longitudinal axis located between the first lateral side panel and the second lateral side panel, and a top panel joined to the first and second lateral side panels to provide an elongate interior chamber, said panels extending generally uniformly parallel to the longitudinal axis; (b) a force transmission cushion material located in the chamber on said bottom panel, said cushion material positioned to transmit a force onto the bottom panel; (c) a membrane film member generally in the form of a sheet material adhered to said first and second side panels (22,24) and covering the force transmission cushion material, said film member characterized by a tensile strength capable of accommodating a tensile stress upon compression on said force transmission cushion and on said bottom panel, said side panels (22,24), said bottom panel and said film member forming a section of the elongate chamber; and (d) a sieve material in said elongate chamber intermediate the film member and the top panel. (a) an elongate, generally thin metallic sheet, bendable hollow form having a longitudinal axis, said hollow form including a bottom panel, a first lateral side panel joined to a first side edge intersection with the bottom panel, a second spaced lateral side panel joined to a second side edge intersection with the bottom panel, said longitudinal axis located between the first lateral side panel and the second lateral side panel, and a top panel joined to the first and second lateral side panels to provide an elongate interior chamber, said panels extending generally uniformly parallel to the longitudinal axis; (b) a force transmission cushion material located in the chamber on said bottom panel, said cushion material positioned to transmit a force onto the bottom panel; (c) a membrane film member generally in the form of a sheet material adhered to said first and second side panels (22,24) and covering the force transmission cushion material, said film member characterized by a tensile strength capable of accommodating a tensile stress upon compression on said force transmission cushion and on said bottom panel, said side panels (22,24), said bottom panel and said film member forming a section of the elongate chamber; and (d) a sieve material in said elongate chamber intermediate the film member and the top panel.
A medical device for treating a body vessel, comprising: a tubular support structure having a lumen extending longitudinally through the tubular support structure, a luminal surface, and an abluminal surface opposite the luminal surface; a first sol-gel layer disposed at least partially on the luminal surface of the tubular support structure; at least one first non-woven layer of polymeric fibers disposed at least partially over the first sol-gel layer; and at least one second non-woven layer of polymeric fibers disposed at least partially on the abluminal surface of the tubular support structure. a tubular support structure having a lumen extending longitudinally through the tubular support structure, a luminal surface, and an abluminal surface opposite the luminal surface; a first sol-gel layer disposed at least partially on the luminal surface of the tubular support structure; at least one first non-woven layer of polymeric fibers disposed at least partially over the first sol-gel layer; and at least one second non-woven layer of polymeric fibers disposed at least partially on the abluminal surface of the tubular support structure.
Supercharging device for an internal combustion engine, in particular for a vehicle, wherein the supercharging device has: a compressor having a compressor housing comprising a rear wall and having a compressor space in which a compressor wheel is arranged, an electric motor having a motor housing which defines a motor space in which a rotor and a stator are arranged, and a connection arranged in the rear wall from the compressor space into the motor space in order to permit pressure equalization between the compressor space and the motor space, wherein the center of an inlet opening of the connection is spaced apart from a central point M of the rear wall by a distance A 1, and characterized in that at least one elevation for channeling away particles is formed in the region of the inlet opening of the connection, on that side of the rear wall which faces toward the compressor. a compressor having a compressor housing comprising a rear wall and having a compressor space in which a compressor wheel is arranged, an electric motor having a motor housing which defines a motor space in which a rotor and a stator are arranged, and a connection arranged in the rear wall from the compressor space into the motor space in order to permit pressure equalization between the compressor space and the motor space, wherein the center of an inlet opening of the connection is spaced apart from a central point M of the rear wall by a distance A 1, and characterized in that at least one elevation for channeling away particles is formed in the region of the inlet opening of the connection, on that side of the rear wall which faces toward the compressor.
A system comprising: a machining subsystem to machine features, wherein said machining subsystem includes a laser drill; characterised by a laser-line imaging subsystem to measure said features, and further comprising means for calculating in use predictive airflow through the workpiece with respect to the volume of the machined feature and determining whether additional laser drilling is required based on said calculated predictive airflow. a machining subsystem to machine features, wherein said machining subsystem includes a laser drill; characterised by a laser-line imaging subsystem to measure said features, and further comprising means for calculating in use predictive airflow through the workpiece with respect to the volume of the machined feature and determining whether additional laser drilling is required based on said calculated predictive airflow.
A holding device for attachment to the inner wall of a commercial vehicle body, having multiple mutually spaced receiving means, which each have a receiving space for holding at least one load functional element (13a, 13b, 13c) in different positions, wherein the receiving means form a first holding means and are arranged between two rails (14, 15) which form a second holding means and each have an opening for the engagement of a further load functional element (13a, 13b, 13c), characterised in that the receiving means and the rails (14, 15) are formed in an elongate main body consisting of solid material, and the receiving space has a closed bottom, wherein the receiving space is formed by a recess in a middle ridge which is adjacent to the rails (14, 15).
A method for manufacturing a turbine engine component comprising the steps of: forming a first half of an airfoil portion of the turbine engine component; and forming a first cooling microcircuit having at least one passageway on an exposed internal wall surface of said first half of said airfoil portion; characterised by further comprising placing a cover plate over said first cooling microcircuit. forming a first half of an airfoil portion of the turbine engine component; and forming a first cooling microcircuit having at least one passageway on an exposed internal wall surface of said first half of said airfoil portion; characterised by further comprising placing a cover plate over said first cooling microcircuit.
Use of a thermosetting resin composition for a prepreg, which comprises: 35 to 75 parts by weight of a thermosetting resin comprising a compound having a dihydrobenzoxazine ring as a main component; 10 to 25 parts by weight of a polycondensation product of a phenol, a compound having a triazine ring and an aldehyde; and 10 to 45 parts by weight of an epoxy resin, based on 100 parts by weight of a total amount of organic solid components of Components, and; (i) a bisphenol F epoxy resin having a weight average molecular weight of 1,000 to 3,000, or (ii) a mixed epoxy resin of bisphenol F expoxy resin and bisphenol A epoxy resin having a weight average molecular weight of 1,000 to 3,000, is contained in Component in an amount of 4 to 60% by weight of Component. 35 to 75 parts by weight of a thermosetting resin comprising a compound having a dihydrobenzoxazine ring as a main component; 10 to 25 parts by weight of a polycondensation product of a phenol, a compound having a triazine ring and an aldehyde; and 10 to 45 parts by weight of an epoxy resin, based on 100 parts by weight of a total amount of organic solid components of Components, and; (i) a bisphenol F epoxy resin having a weight average molecular weight of 1,000 to 3,000, or (ii) a mixed epoxy resin of bisphenol F expoxy resin and bisphenol A epoxy resin having a weight average molecular weight of 1,000 to 3,000, is contained in Component in an amount of 4 to 60% by weight of Component. (i) a bisphenol F epoxy resin having a weight average molecular weight of 1,000 to 3,000, or (ii) a mixed epoxy resin of bisphenol F expoxy resin and bisphenol A epoxy resin having a weight average molecular weight of 1,000 to 3,000,
A rotary atomizing head (21, 21-1, 21-2) used in a rotary atomizing head type painting device (11, 11-1, 11-2), the rotary atomizing head comprising: an atomizing head main body formed in a bell shape or a cup shape; an attachment part which is connected to the atomizing head main body and is configured to attach the atomizing head main body to a motor rotary shaft (63-1,63-2) of the rotary atomizing head type painting device (11, 11-1, 11-2); characterized by a resin mold in which an IC tag containing unique information about the rotary atomizing head (21, 21-1, 21-2) stored therein is embedded and which is attached to the attachment part, wherein an end surface of the attachment part has an opening which is a groove-shaped straight cutout portion formed at such an angle that the cutout portion does not pass through a cylindrical center of the attachment part, wherein the resin mold is fitted in the cutout portion of the attachment part, and wherein the IC tag is embedded in the resin mold such that a surface of an embedded coil antenna is parallel to or makes a predetermined inclination angle with a cross section of the cutout portion. an atomizing head main body formed in a bell shape or a cup shape; an attachment part which is connected to the atomizing head main body and is configured to attach the atomizing head main body to a motor rotary shaft (63-1,63-2) of the rotary atomizing head type painting device (11, 11-1, 11-2); characterized by a resin mold in which an IC tag containing unique information about the rotary atomizing head (21, 21-1, 21-2) stored therein is embedded and which is attached to the attachment part, wherein an end surface of the attachment part has an opening which is a groove-shaped straight cutout portion formed at such an angle that the cutout portion does not pass through a cylindrical center of the attachment part, wherein the resin mold is fitted in the cutout portion of the attachment part, and wherein the IC tag is embedded in the resin mold such that a surface of an embedded coil antenna is parallel to or makes a predetermined inclination angle with a cross section of the cutout portion.
A system that provides access to a database comprising a first table comprising a relational field (106, 306) comprising a value that references a second table of the database, the system comprising: a processor (404, 1206); and a memory (406, 1208) storing instructions that, when executed by the processor, cause the system to: receive a request comprising a query involving a record of the first table, where the record includes, for the relational field, the value that references the second table; identify a context of the request, wherein the context relates to the relational field, and wherein the context is supplemental to the query; determine that the second table is not accessible in the context of the request; in response to the determination that the second table is not accessible in the context of the request, generate a response that substitutes, for the value that references the second table, a substitute value that does not reference the second table; and provide the response in response to the request. a processor (404, 1206); and a memory (406, 1208) storing instructions that, when executed by the processor, cause the system to: receive a request comprising a query involving a record of the first table, where the record includes, for the relational field, the value that references the second table; identify a context of the request, wherein the context relates to the relational field, and wherein the context is supplemental to the query; determine that the second table is not accessible in the context of the request; in response to the determination that the second table is not accessible in the context of the request, generate a response that substitutes, for the value that references the second table, a substitute value that does not reference the second table; and provide the response in response to the request. receive a request comprising a query involving a record of the first table, where the record includes, for the relational field, the value that references the second table; identify a context of the request, wherein the context relates to the relational field, and wherein the context is supplemental to the query; determine that the second table is not accessible in the context of the request; in response to the determination that the second table is not accessible in the context of the request, generate a response that substitutes, for the value that references the second table, a substitute value that does not reference the second table; and provide the response in response to the request.
A vaccine, comprising an effective amount of a killed Haemophilus influenzae isolate or outer cell membrane fraction of the Haemophilus influenzae isolate, and a pharmaceutically acceptable carrier, wherein the Haemophilus influenzae is isolate NTHi-164, as deposited with the National Measurement Institute ("NMI") and assigned deposit no. V08/021002, or isolate NTHi-167, as deposited with the NMI and assigned deposit no. V08/021003.
A prosthetic comprising: a glenosphere defining an articulating surface; a glenoid tray defining an interior coupling bore having a planar locking surface; a bushing member disposed within the glenoid tray, the bushing member defining an aperture having a plurality of generally planar bearing surfaces and forming a bushing member bearing ledge; and a bearing coupling member disposed within the bushing member, the bearing coupling member having a planar interface surface configured to engage the planar locking surface, the planar interface surface having a coupling flange extending generally perpendicular therefrom, the coupling flange having a depending locking member configured to be disposed through the interior coupling bore and to engage the locking surface, the bearing coupling member having a bearing coupling side having a coupling member surface configured to mate to a corresponding glenoid coupling surface on the glenosphere. a glenosphere defining an articulating surface; a glenoid tray defining an interior coupling bore having a planar locking surface; a bushing member disposed within the glenoid tray, the bushing member defining an aperture having a plurality of generally planar bearing surfaces and forming a bushing member bearing ledge; and a bearing coupling member disposed within the bushing member, the bearing coupling member having a planar interface surface configured to engage the planar locking surface, the planar interface surface having a coupling flange extending generally perpendicular therefrom, the coupling flange having a depending locking member configured to be disposed through the interior coupling bore and to engage the locking surface, the bearing coupling member having a bearing coupling side having a coupling member surface configured to mate to a corresponding glenoid coupling surface on the glenosphere.
An exhaust gas purification catalyst configured to be disposed in an exhaust passage (3, 4) of an internal combustion engine and which purifies exhaust gas emitted by the internal combustion engine, the catalyst comprising: a base of a wall flow structure having an inlet side cell in which an end on an exhaust gas inflow side is open, an outlet side cell in which an end on an exhaust gas outflow side is open, and a porous partition wall that partitions the inlet side cell and the outlet side cell; and; a first catalyst layer disposed in the interior of the porous partition wall, along an extension direction of the porous partition wall from the end on the exhaust gas inflow side, so as to be in contact with the inlet side cell and the outlet side cell; and a second catalyst layer disposed in the interior of the porous partition wall, along the extension direction of the porous partition wall from the end on the exhaust gas outflow side, so as to be in contact with the inlet side cell and the outlet side cell, wherein either one of the first catalyst layer and the second catalyst layer contains an oxidation catalyst but does not contain a reduction catalyst, and the other one contains a reduction catalyst but does not contain an oxidation catalyst; and a ratio of the lengths of the first catalyst layer and the second catalyst layer differs between a surface of the porous partition wall on the side in contact with the inlet side cell and a surface of the porous partition wall on the side in contact with the outlet side cell. a base of a wall flow structure having an inlet side cell in which an end on an exhaust gas inflow side is open, an outlet side cell in which an end on an exhaust gas outflow side is open, and a porous partition wall that partitions the inlet side cell and the outlet side cell; and; a first catalyst layer disposed in the interior of the porous partition wall, along an extension direction of the porous partition wall from the end on the exhaust gas inflow side, so as to be in contact with the inlet side cell and the outlet side cell; and a second catalyst layer disposed in the interior of the porous partition wall, along the extension direction of the porous partition wall from the end on the exhaust gas outflow side, so as to be in contact with the inlet side cell and the outlet side cell, wherein either one of the first catalyst layer and the second catalyst layer contains an oxidation catalyst but does not contain a reduction catalyst, and the other one contains a reduction catalyst but does not contain an oxidation catalyst; and a ratio of the lengths of the first catalyst layer and the second catalyst layer differs between a surface of the porous partition wall on the side in contact with the inlet side cell and a surface of the porous partition wall on the side in contact with the outlet side cell.
Fluxgate current transducer including a fluxgate device comprising a saturable soft magnetic core and an excitation coil, and a signal processing circuit comprising a control circuit and a voltage generator connected to the control circuit for generating an alternating current in the excitation coil, the voltage generator generating a voltage oscillating between a maximum positive voltage (+ U) and a maximum negative voltage (- U) configured to alternatingly saturate the soft magnetic core, characterized in that the signal processing circuit comprises an overload circuit portion connected to the control circuit, configured to generate overload currents through the excitation coil over time windows ( Tn) after detection of the excitation coil current reaching positive and negative threshold currents (+S3, -S3) representative of saturation of the magnetic core, during at least one of a plurality of alternating voltage periods, the overload current generated after detection of the saturation of the magnetic core in a same alternating voltage period having the same polarity as the excitation coil current in said same alternating voltage period.
A fireplace comprising a connecting device for a double pipe system, which has an outer pipe element and an inner pipe element arranged inside the outer pipe element, for a first interface region between the fireplace and the double pipe system or a second interface region between the double pipe system and a further pipe element, comprising: - a base body, - a disc element adjacent to the base body - an inner edge area provided by the disc element and - an outer edge area provided by the disc element, wherein one or more recesses are arranged between the inner edge area and the outer edge area, wherein -- the outer edge area for connecting a first sleeve element, which is part of the connecting device and which is connectable to the outer pipe element, and -- the inner edge area for connecting a second sleeve element which is part of the connecting device and which is connectable to the inner pipe element, is provided, wherein the connecting device comprises a clamping device for fixing the first sleeve element to the disc element. - a base body, - a disc element adjacent to the base body - an inner edge area provided by the disc element and - an outer edge area provided by the disc element, -- the outer edge area for connecting a first sleeve element, which is part of the connecting device and which is connectable to the outer pipe element, and -- the inner edge area for connecting a second sleeve element which is part of the connecting device and which is connectable to the inner pipe element,