mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire having a tread comprising a rubber composition comprising, expressed as parts by weight per 100 parts by weight of elastomer (phr), 100 phr of a solution-polymerized styrene-butadiene rubber with a bound styrene content of from 20 to 50 percent by weight, a vinyl 1,2 content of from 10 to 40 percent by weight based on the rubber weight, and a Tg of from -40oC to - 10oC; 5 to 60 phr of a low PCA process oil having a polycyclic aromatic content of less than 3 percent by weight as determined by the IP346 method; 90 to 150 phr of silica having a CTAB specific surface area (S CTAB) of between 40 and 525 m 2 /g, and a BET specific surface area (S BET) of between 45 and 550 m 2 /g; 10 to 20 phr of sulfur containing organosilicon compound; and 5 to 30 phr of a polyterpene resin; wherein the rubber composition is exclusive of polybutadiene, natural rubber, synthetic polyisoprene, and other styrene-butadiene rubbers. 100 phr of a solution-polymerized styrene-butadiene rubber with a bound styrene content of from 20 to 50 percent by weight, a vinyl 1,2 content of from 10 to 40 percent by weight based on the rubber weight, and a Tg of from -40oC to - 10oC; 5 to 60 phr of a low PCA process oil having a polycyclic aromatic content of less than 3 percent by weight as determined by the IP346 method; 90 to 150 phr of silica having a CTAB specific surface area (S CTAB) of between 40 and 525 m 2 /g, and a BET specific surface area (S BET) of between 45 and 550 m 2 /g; 10 to 20 phr of sulfur containing organosilicon compound; and 5 to 30 phr of a polyterpene resin; wherein the rubber composition is exclusive of polybutadiene, natural rubber, synthetic polyisoprene, and other styrene-butadiene rubbers.
A connection assembly for connecting a spinal implant to an anchor, the connection assembly comprising: - a housing member having a first end and a second end, the housing member having an aperture proximate the first end for receiving a portion of a spinal implant and a channel extending from the second end towards the first end, the channel is in fluid connection with the aperture and oriented generally transversely to the aperture; - a receiving member having a first end and a second end, the receiving member having an aperture proximate the first end for receiving a portion of an anchor and a lumen extending from the second end towards the first end, the lumen is in fluid communication with the aperture and oriented generally transversely to the aperture, the second end of the receiving member is received in the channel so that the receiving member is rotatably and translatably connected to the housing member; - an interference member having a first end and a second end, the interference member received in the lumen and translatable in the lumen, the first end of the interference member having an anchor contacting surface; and - a cap member having a lumen and an extension portion, wherein the channel of the housing member receives the extension portion of the cap member, - wherein the extension portion is threaded and at least a portion of the channel is threaded so that the cap member is threadingly received in the channel of the housing member. - a housing member having a first end and a second end, the housing member having an aperture proximate the first end for receiving a portion of a spinal implant and a channel extending from the second end towards the first end, the channel is in fluid connection with the aperture and oriented generally transversely to the aperture; - a receiving member having a first end and a second end, the receiving member having an aperture proximate the first end for receiving a portion of an anchor and a lumen extending from the second end towards the first end, the lumen is in fluid communication with the aperture and oriented generally transversely to the aperture, the second end of the receiving member is received in the channel so that the receiving member is rotatably and translatably connected to the housing member; - an interference member having a first end and a second end, the interference member received in the lumen and translatable in the lumen, the first end of the interference member having an anchor contacting surface; and - a cap member having a lumen and an extension portion, wherein the channel of the housing member receives the extension portion of the cap member, - wherein the extension portion is threaded and at least a portion of the channel is threaded so that the cap member is threadingly received in the channel of the housing member.
Field-assisted sintering technology (FAST) method in which an electric or electromagnetic field supports and/or instigates a sintering process for producing semi-finished contact element products for electrical switching contacts (3, 4), contact elements for electrical switching contacts (3, 4), and/or electrical switching contacts (3, 4), in particular for vacuum tubes, wherein a contact material (19, 34, 35) prior to the sintering process is provided in such a manner that the material composition of the contact material (19, 34, 35) and/or at least one property of the contact material (19, 34, 35) are/is modified in at least one body direction (38, 39) of the finished contact element characterized in that said method is a defined gradual modification of the material composition and/or of the at least one property of the contact material (19, 34, 35), wherein gradual means in successive steps, and such a step-wise modification is in such fine steps that a continuous modification is present, and pulverulent initial materials are used.
A tunnel boring machine cutter head comprising: a cutter head body, wherein the cutter head body is provided with mounting holes which penetrate through the cutter head body; freezing portions are provided in the mounting holes, the freezing portions are connected with driving devices configured to drive the freezing portions to extend from or retract to the cutter head body; and the freezing portions are connected to a freezing pipeline configured to supply freezing medium for the freezing portions, wherein a chamber is provided in the cutter head body, the mounting holes are arranged on a side wall of the chamber and penetrate through the side wall, and the freezing pipeline is provided in the chamber, characterized in that, each of the freezing portions has a pipe-in-pipe structure and is a semi-closed structure that opens toward an inside of the chamber, and an open end of the freezing portion is connected to the freezing pipeline, the freezing portion include multiple annular sleeves sleeved in sequence, one end of the innermost annular sleeve is closed and the other end is provided with an opening for the freezing medium to enter, all the other annular sleeves have two open ends, and each annular sleeve is hermetically connected to the adjacent outer annular sleeve, and each annular sleeve can extend or retract relative to the adjacent outer annular sleeve, by controlling the extension length of each annular sleeve, the extension depth of the freezing portion into a heading face can be controlled. a cutter head body, wherein the cutter head body is provided with mounting holes which penetrate through the cutter head body; freezing portions are provided in the mounting holes, the freezing portions are connected with driving devices configured to drive the freezing portions to extend from or retract to the cutter head body; and the freezing portions are connected to a freezing pipeline configured to supply freezing medium for the freezing portions, wherein a chamber is provided in the cutter head body, the mounting holes are arranged on a side wall of the chamber and penetrate through the side wall, and the freezing pipeline is provided in the chamber, characterized in that, each of the freezing portions has a pipe-in-pipe structure and is a semi-closed structure that opens toward an inside of the chamber, and an open end of the freezing portion is connected to the freezing pipeline, the freezing portion include multiple annular sleeves sleeved in sequence, one end of the innermost annular sleeve is closed and the other end is provided with an opening for the freezing medium to enter, all the other annular sleeves have two open ends, and each annular sleeve is hermetically connected to the adjacent outer annular sleeve, and each annular sleeve can extend or retract relative to the adjacent outer annular sleeve, by controlling the extension length of each annular sleeve, the extension depth of the freezing portion into a heading face can be controlled.
A wearable antenna system adapted to be supported by a human body 1, comprising: a) a base structure; b) a multiplicity of vertebrae arranged in a stack to define a spine; c) the spine having an elongated length extending from a base end closer to the base structure to a tip end distal from the base structure; d) a compression applicator which is configured to apply a compression force on the spine in a direction along the elongated length from the tip end to the base end; e) each vertebra including a superior face and an inferior face which are respectively disposed on opposing ends of a vertebra body defining a vertebra axis; and f) the inferior face of each vertebra having an inferior face profile which is shaped to receive the superior face of an adjacent one of the vertebra when the multiplicity of vertebrae are arranged in the stack; g) wherein the superior face and the inferior face define a vertebra interface which is configured to facilitate a variable deviation in angular alignment of the vertebra axis of each vertebra relative to an adjacent one of the vertebra in the stack when the spine is subjected to a deflecting force h) the antenna system further comprises an antenna feed network coupled to a first antenna element of the antenna system extending along a portion of the elongated length of the spine, the antenna feed network is coupled to a second antenna element of the antenna system, and the first and second antenna elements together form a dipole antenna and the second antenna element is the base structure, 1 See description, paragraph a) a base structure; b) a multiplicity of vertebrae arranged in a stack to define a spine; c) the spine having an elongated length extending from a base end closer to the base structure to a tip end distal from the base structure; d) a compression applicator which is configured to apply a compression force on the spine in a direction along the elongated length from the tip end to the base end; e) each vertebra including a superior face and an inferior face which are respectively disposed on opposing ends of a vertebra body defining a vertebra axis; and f) the inferior face of each vertebra having an inferior face profile which is shaped to receive the superior face of an adjacent one of the vertebra when the multiplicity of vertebrae are arranged in the stack; g) wherein the superior face and the inferior face define a vertebra interface which is configured to facilitate a variable deviation in angular alignment of the vertebra axis of each vertebra relative to an adjacent one of the vertebra in the stack when the spine is subjected to a deflecting force h) the antenna system further comprises an antenna feed network coupled to a first antenna element of the antenna system extending along a portion of the elongated length of the spine, the antenna feed network is coupled to a second antenna element of the antenna system, and the first and second antenna elements together form a dipole antenna and the second antenna element is the base structure,
Method for establishing a quality indicator for a radio transmission channel in a first cell of a cellular network using a plurality of frequency-division-multiplexed orthogonal subcarriers for transmitting data, the method comprising: the transmission, by a first transmitting device (NB 1) located in the first cell, of a reference pilot signal (SP 1) comprising a total load pilot signal (SP CT) modulating at least one of said orthogonal subcarriers, during at least a first symbol time dedicated to the transmission of symbols other than data symbols, and an effective load pilot signal (SP CE) modulating at least one of said orthogonal subcarriers during at least one second symbol time dedicated to the transmission of data symbols; for each cell adjacent to the first cell in the cellular network, the transmission, by a transmitting device (NB 2) located in said adjacent cell, of an interfering pilot signal (SP 2) modulating, during said at least one first symbol time, during which the total load pilot signal (SP CT) modulates at least one of said subcarriers, said at least one subcarrier modulated by the total load pilot signal (SP CT); the measurement, by a receiving device located in the first cell, of a quality indicator for the channel at total load (CQI CT) by means of the total load pilot signal (SP CT) and of a quality indicator for the channel at effective load (CQI CE) by means of the effective load pilot signal (SP CE); and the determination of the quality indicator for the radio transmission channel from the quality indicator for the channel at effective load (CQI CE) and the quality indicator for the channel at total load (CQI CT). the transmission, by a first transmitting device (NB 1) located in the first cell, of a reference pilot signal (SP 1) comprising a total load pilot signal (SP CT) modulating at least one of said orthogonal subcarriers, during at least a first symbol time dedicated to the transmission of symbols other than data symbols, and an effective load pilot signal (SP CE) modulating at least one of said orthogonal subcarriers during at least one second symbol time dedicated to the transmission of data symbols; for each cell adjacent to the first cell in the cellular network, the transmission, by a transmitting device (NB 2) located in said adjacent cell, of an interfering pilot signal (SP 2) modulating, during said at least one first symbol time, during which the total load pilot signal (SP CT) modulates at least one of said subcarriers, said at least one subcarrier modulated by the total load pilot signal (SP CT); the measurement, by a receiving device located in the first cell, of a quality indicator for the channel at total load (CQI CT) by means of the total load pilot signal (SP CT) and of a quality indicator for the channel at effective load (CQI CE) by means of the effective load pilot signal (SP CE); and the determination of the quality indicator for the radio transmission channel from the quality indicator for the channel at effective load (CQI CE) and the quality indicator for the channel at total load (CQI CT).
An assembly or kit which can be mounted on a hand driven wheel chair for a person with motor disability, which comprises a frame or chassis, a seat, front wheels or rollers and hand driven large diameter rear wheels which can be immobilized by wheel brakes, said assembly comprising two telescopic components, namely a substantially horizontal guide and a telescopic wheel slide comprising, at its rear end, a portion on which the rear wheel can be mounted and which is movable along the guide between an advanced normal running location and a retracted location which protrudes from the rear end of the guide and where the rear wheel does no more project into the side of the seat, hand operable devices for immobilizing the slide at said advanced location and at said retracted location, said immobilizing devices comprising one or several ratchets exhibited by one component, and one or several depressions or holes exhibited by the other component, wherein the ratchet(s) is (are) brought back in order to click into the holes of the other component when the slide is located in advanced or retracted location while still being manually operable by the user to be backed out from the hole, characterized in that said assembly further comprises a holding device (20, 24) located at the hole level to hold the ratchet in free position and release the ratchet when the movement of the slide moves it away from the related hole and accordingly from the holding device (20, 24), whereby the ratchet is pushed back toward the other component and can automatically enter the hole it meets during the movement of the slide.
Actuator mechanism for a fold rear-view mirror assembly for motor vehicles, the actuator mechanism comprising: - a first member associated with a pivotable rear-view mirror housing and movable therewith; - a third member configured to be moved in a direction towards the first member and in a direction away from the first member and - a second member characterized in that the second member is arranged such that the third member is disposed concentrically surrounding the second member, the second member being adapted to: - be locked in rotation to a fixed part of a motor vehicle as the first member is rotated by a first torque that does not exceed a maximum predetermined torque (Tmax), and also adapted to - move the third member in a direction towards the first member as the first member is rotated with a second torque that exceeds said maximum predetermined torque (Tmax), causing the first member and the third member to be interlocked in a predetermined position of the first member. - a first member associated with a pivotable rear-view mirror housing and movable therewith; - a third member configured to be moved in a direction towards the first member and in a direction away from the first member and - a second member characterized in that the second member is arranged such that the third member is disposed concentrically surrounding the second member, the second member being adapted to: - be locked in rotation to a fixed part of a motor vehicle as the first member is rotated by a first torque that does not exceed a maximum predetermined torque (Tmax), and also adapted to - move the third member in a direction towards the first member as the first member is rotated with a second torque that exceeds said maximum predetermined torque (Tmax), causing the first member and the third member to be interlocked in a predetermined position of the first member. - be locked in rotation to a fixed part of a motor vehicle as the first member is rotated by a first torque that does not exceed a maximum predetermined torque (Tmax), and also adapted to - move the third member in a direction towards the first member as the first member is rotated with a second torque that exceeds said maximum predetermined torque (Tmax), causing the first member and the third member to be interlocked in a predetermined position of the first member.
An apparatus comprising: a non-conductive layer; a conductive layer adhered to the non-conductive layer; and an electrode pattern disposed in the conductive layer, wherein the electrode pattern is insulated by at least one of a hydrophobic or a dielectric material (130, 316), and wherein at least a portion of the non-conductive layer comprises a feature of the electrode pattern or a disturbance proximate to the electrode pattern, wherein the feature is an outline of at least a portion of the electrode pattern, and wherein the electrode pattern comprises a line and the feature at least partially corresponds to a position of the line in the electrode pattern. a conductive layer adhered to the non-conductive layer; and an electrode pattern disposed in the conductive layer, wherein the electrode pattern is insulated by at least one of a hydrophobic or a dielectric material (130, 316), and wherein at least a portion of the non-conductive layer comprises a feature of the electrode pattern or a disturbance proximate to the electrode pattern, wherein the feature is an outline of at least a portion of the electrode pattern, and wherein the electrode pattern comprises a line and the feature at least partially corresponds to a position of the line in the electrode pattern.
A flexible tube for an endoscope, the flexible tube comprising a flexible-tube base containing metal as a constituent material; a layer containing a siloxane compound and disposed on the flexible-tube base; a primer layer on the layer containing the siloxane compound; and a polymer cover layer on the primer layer, wherein the siloxane compound has a hydroxy group, and the polymer cover layer includes at least one compound of a polyamide, a polyester, a polyurethane, or a polyolefin on a side in contact with the primer layer. a flexible-tube base containing metal as a constituent material; a layer containing a siloxane compound and disposed on the flexible-tube base; a primer layer on the layer containing the siloxane compound; and a polymer cover layer on the primer layer, wherein the siloxane compound has a hydroxy group, and the polymer cover layer includes at least one compound of a polyamide, a polyester, a polyurethane, or a polyolefin on a side in contact with the primer layer.
Light source comprising an optical resonator and an optical medium arranged therein and excitable for light emission, wherein the optical medium comprises at least one two-level system and the lower of the two levels involved is at least metastable or represents the ground state of the medium and the optical length of the resonator comprising at least one curved mirror is chosen such that the free spectral bandwidth of said resonator is greater than or equal to the absorption and/or fluorescence bandwidth of the optical medium and only a single longitudinal mode and a plurality of transverse modes of the resonator are arranged within the fluorescence bandwidth, characterized in that said light source is configured to be in thermodynamic equilibrium of the radiation field with the medium and has a reabsorption probability of the emitted photons that is greater than 50%.
A printer, comprising: a printer body that includes a recording paper holder configured to accommodate a roll of recording paper; a lid attached to the printer body to be opened and closed relative to the printer body; and a projection provided on an interior bottom surface of the recording paper holder, the interior bottom surface being flat and configured to contact the recording paper when the roll of recording paper is loaded in the recording paper holder, the projection being provided at a position where the projection does not contact the roll of recoding paper of a maximum diameter, between part of the recording paper that contacts the bottom surface and the lid, the projection being further formed on the bottom surface of the recording paper holder at a position where the distance to the lid is shorter than at least the radius of the roll of recording paper in its initial state where the roll of recording paper has the maximum diameter. a recording paper holder configured to accommodate a roll of recording paper; a lid attached to the printer body to be opened and closed relative to the printer body; and a projection provided on an interior bottom surface of the recording paper holder, the interior bottom surface being flat and configured to contact the recording paper when the roll of recording paper is loaded in the recording paper holder, the projection being provided at a position where the projection does not contact the roll of recoding paper of a maximum diameter, between part of the recording paper that contacts the bottom surface and the lid, the projection being further formed on the bottom surface of the recording paper holder at a position where the distance to the lid is shorter than at least the radius of the roll of recording paper in its initial state where the roll of recording paper has the maximum diameter.
A method of manufacturing a feed beater for a twin axial-flow crop processor in a combine harvester, the method comprising providing a generally cylindrical rotor core, cutting from sheet material a flat-state vane element, bending the flat state vane element along predetermined bend lines, and securing the vane element to the rotor core, the vane element comprising a transverse vane section (21, 34) aligned parallel to the rotation axis, and a directional vane section (22, 23) having an effective edge that extends at a non-zero angle to the rotation axis.