mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for providing tyre blanks with at least one tyre component which is pre-crosslinked by way of electron beams, comprising: - a radiation protection housing with an irradiation chamber with an electron beam source and two airlocks which are adjacent on one side of the irradiation chamber , characterized in that - one slide arrangement per airlock , each slide arrangement comprising a cross-slide and a radiation slide , the cross-slides extending below the level of the airlocks between the airlocks and the irradiation chamber and being capable of being moved with respect to the electron beam source , it being possible for the irradiation slides to be displaced on and with respect to the cross-slides and to be moved in this way between the respective airlock and the irradiation chamber , and a rotatable quick-change receptacle for receiving a tyre blank which is clamped in a torus shape on a workpiece gripper being placed on each irradiation slide , - conveying devices for transporting the tyre blanks in and out, - gripping devices (6, 6', 6") for the simultaneous handling of a plurality of tyre blanks and workpiece grippers between the airlocks and the conveying devices . - a radiation protection housing with an irradiation chamber with an electron beam source and two airlocks which are adjacent on one side of the irradiation chamber , characterized in that - one slide arrangement per airlock , each slide arrangement comprising a cross-slide and a radiation slide , the cross-slides extending below the level of the airlocks between the airlocks and the irradiation chamber and being capable of being moved with respect to the electron beam source , it being possible for the irradiation slides to be displaced on and with respect to the cross-slides and to be moved in this way between the respective airlock and the irradiation chamber , and a rotatable quick-change receptacle for receiving a tyre blank which is clamped in a torus shape on a workpiece gripper being placed on each irradiation slide , - conveying devices for transporting the tyre blanks in and out, - gripping devices (6, 6', 6") for the simultaneous handling of a plurality of tyre blanks and workpiece grippers between the airlocks and the conveying devices .
Sensor for detecting a rotation angle of a shaft in a vehicle comprising a gear mechanism with a drive element which can be positioned in a stationary manner on the shaft and with an output element on which a transmitter element , for outputting a transmitter field which is dependent on the rotation angle , is arranged in a stationary manner, wherein the drive element and the output element are braced against one another in an elastic manner by means of a clip element , wherein the output element is mounted on the clip element , and the clip element engages around the drive element , characterized in that the clip element has two limbs which engage around the drive element and, at their ends , are of thickened design at least in the direction of the drive element .
Torque detection arrangement for a muscle-powered vehicle vehicle , comprising: - an input shaft via which a torque (M) to be detected can be transmitted for driving the vehicle , - at least one rotary member which is mounted on the input shaft and which is designed for transmitting the torque (M), - a torsion spring arrangement , wherein the input shaft and the rotary member are resiliently connected via the torsion spring arrangement in a direction of rotation, and - a torsion angle detection arrangement which is designed to detect a rotation of the rotary member relative to the input shaft , wherein the input shaft is formed as a hollow shaft, wherein a torsion spring of the torsion spring arrangement is arranged within the input shaft , wherein the torsion spring is connected at a first spring end with the input shaft in a rotationally fixed manner and is connected at a second spring end with the rotary member in a rotationally fixed manner, characterized in that the second spring end is connected in a rotationally fixed manner with a transverse pin which extends through a radial opening in the input shaft and which is connected in a rotationally fixed manner with the rotary member . - an input shaft via which a torque (M) to be detected can be transmitted for driving the vehicle , - at least one rotary member which is mounted on the input shaft and which is designed for transmitting the torque (M), - a torsion spring arrangement , wherein the input shaft and the rotary member are resiliently connected via the torsion spring arrangement in a direction of rotation, and - a torsion angle detection arrangement which is designed to detect a rotation of the rotary member relative to the input shaft , wherein the input shaft is formed as a hollow shaft, wherein a torsion spring of the torsion spring arrangement is arranged within the input shaft , wherein the torsion spring is connected at a first spring end with the input shaft in a rotationally fixed manner and is connected at a second spring end with the rotary member in a rotationally fixed manner, characterized in that the second spring end is connected in a rotationally fixed manner with a transverse pin which extends through a radial opening in the input shaft and which is connected in a rotationally fixed manner with the rotary member .
A blade assembly comprising: at least one bent blade including a cutting edge portion , a base portion and a bent portion intermediate to the cutting edge portion and the base portion, the bent portion being formed integrally with at least the cutting edge portion, and an incorporated lubricating element , characterized in that the incorporated lubricating element is attached to the cutting edge portion of the bent blade.
A plug intended to close an orifice of a casing , said plug comprising a solid hub , with a central axis (XX'), which can be arranged to obstruct the orifice of the casing, as well as a retaining member secured to with the hub and which can be arranged to cooperate with the casing in order to ensure the axial fastening of the plug in the orifice of the casing, said plug being characterized in that it includes: - a play compensation carriage , which is distinct from the hub and which is movably mounted on a guide support carried by the hub , said guide support being arranged so as to axially retain said carriage and guide the relative displacement of said carriage relative to the hub in a direction called « play compensation » direction (ZZ') which is transverse to the central axis (XX'), - an elastic member , of the spring type, interposed between the guide support and the carriage so as to elastically constrain said carriage in displacement in the play compensation direction (ZZ'), - an orientation member which can be arranged to be able to cooperate with a conjugate orientation member provided in the casing , so as to orient the plug , and consequently the play compensation direction (ZZ') defined by the guide support , in azimuth about the central axis (XX'), according to a predetermined orientation relative to the casing . - a play compensation carriage , which is distinct from the hub and which is movably mounted on a guide support carried by the hub , said guide support being arranged so as to axially retain said carriage and guide the relative displacement of said carriage relative to the hub in a direction called « play compensation » direction (ZZ') which is transverse to the central axis (XX'), - an elastic member , of the spring type, interposed between the guide support and the carriage so as to elastically constrain said carriage in displacement in the play compensation direction (ZZ'), - an orientation member which can be arranged to be able to cooperate with a conjugate orientation member provided in the casing , so as to orient the plug , and consequently the play compensation direction (ZZ') defined by the guide support , in azimuth about the central axis (XX'), according to a predetermined orientation relative to the casing .
A spinal implant system for fusing one or more vertebral joints of a subject's spine, the spinal implant system comprising: a first intervertebral device for installation in a spinal disc space separating two adjacent vertebrae, a first elongate member , a first connector adapted to be secured to a first vertebra and a second connector adapted to be secured to a second vertebra adjacent the first vertebra, each comprising a body portion being adapted to couple thereto at least a first bone screw for installation in a vertebra, the body portion further being adapted for coupling said first elongate member thereto, the first connector further comprising an extension portion extending from the body portion of the first connector, the extension portion being adapted for coupling thereto said first intervertebral device for securing the connector to the spinal disc space, wherein the extension portion has a longitudinal axis which is configured to extend substantially parallel with the longitudinal axis of the subject's spine when installed, the extension portion being sized with a length to span longitudinally across the spinal disc space between the first intervertebral device when installed in the spinal disc space and the body portion of the first connector when installed at the first vertebra; said first intervertebral device being coupled in use to the extension portion of the first connector at or near the distal end of the extension portion, the first and second connectors being coupled together in use by said first elongate member . a first intervertebral device for installation in a spinal disc space separating two adjacent vertebrae, a first elongate member , a first connector adapted to be secured to a first vertebra and a second connector adapted to be secured to a second vertebra adjacent the first vertebra, each comprising a body portion being adapted to couple thereto at least a first bone screw for installation in a vertebra, the body portion further being adapted for coupling said first elongate member thereto, the first connector further comprising an extension portion extending from the body portion of the first connector, the extension portion being adapted for coupling thereto said first intervertebral device for securing the connector to the spinal disc space, wherein the extension portion has a longitudinal axis which is configured to extend substantially parallel with the longitudinal axis of the subject's spine when installed, the extension portion being sized with a length to span longitudinally across the spinal disc space between the first intervertebral device when installed in the spinal disc space and the body portion of the first connector when installed at the first vertebra; said first intervertebral device being coupled in use to the extension portion of the first connector at or near the distal end of the extension portion, the first and second connectors being coupled together in use by said first elongate member .
A polyethylene having a crystal relaxation temperature of 110 °C or more, and a relaxation time satisfying the following Equation 1: T < − 0.6622 × M + 2 in Equation 1, T is the relaxation time of the polyethylene in seconds, and M is a melt index (MI 5 , g/10min) of the polyethylene measured at a temperature of 190 °C under a load of 5 kg in accordance with ASTM D 1238, wherein the polyethylene is an ethylene homopolymer, wherein the melt index (MI 5 ) is 0.55 g/10min or less, wherein the crystal relaxation temperature is measured by lowering the temperature to -60 °C, maintaining at that temperature for 5 minutes, increasing the temperature to 140 °C, and then determining the top of the tanδ curve as the crystal relaxation temperature using dynamic mechanical analyzer (DMA), and wherein the relaxation time is obtained by measuring a viscosity of the polyethylene at a temperature of 190 °C and at an angular frequency of 0.05 rad/s to 500 rad/s using a rotational rheometer. T is the relaxation time of the polyethylene in seconds, and M is a melt index (MI 5 , g/10min) of the polyethylene measured at a temperature of 190 °C under a load of 5 kg in accordance with ASTM D 1238, wherein the polyethylene is an ethylene homopolymer, wherein the melt index (MI 5 ) is 0.55 g/10min or less, wherein the crystal relaxation temperature is measured by lowering the temperature to -60 °C, maintaining at that temperature for 5 minutes, increasing the temperature to 140 °C, and then determining the top of the tanδ curve as the crystal relaxation temperature using dynamic mechanical analyzer (DMA), and wherein the relaxation time is obtained by measuring a viscosity of the polyethylene at a temperature of 190 °C and at an angular frequency of 0.05 rad/s to 500 rad/s using a rotational rheometer.
A conductive silver-(conjugated compound) composite, comprising silver particles having a number-average Feret diameter of not more than 1,000 nm and an aspect ratio of not more than 1.2, and a conjugated compound having a polystyrene-equivalent weight-average molecular weight measured using gel permeation chromatography (GPC) of not less than 3.0×10 2 adsorbed to the silver particles, wherein the conjugated compound has a monovalent group containing a hetero atom, wherein the monovalent group containing the hetero atom is one group or a combination of two or more groups selected out of a group represented by the formula (p-1), and a group represented by the formula (p-2): -O-(R'O) m -R" (p-1) wherein R' represents a substituted or unsubstituted divalent hydrocarbon group or a group represented by a formula: -R d O- wherein R d represents an alkylene group of 1 to 50 carbon atoms, R" represents a hydrogen atom, a substituted or unsubstituted monovalent hydrocarbon group, -CO 2 H, -SO 3 H, -OH, -SH, -NR c 2 , -CN or -C(=O)NR c 2 wherein R c represents a substituted or unsubstituted alkyl group of 1 to 30 carbon atoms or a substituted or unsubstituted aryl group of 6 to 50 carbon atoms, R"' represents a substituted or unsubstituted trivalent hydrocarbon group, m represents an integer of 1 or greater, and in cases where there is a plurality of any one or more of R', R" and R"' groups, in each case, the plurality of groups may be the same or different; and wherein the conjugated compound has a repeating unit represented by a formula (II) wherein Ar 2 represents an aromatic group having a valency of (n 2 +2), each R 2 independently represents a single bond or a group having a valency of (m 2 + 1), X 2 represents a monovalent group containing a hetero atom, and m 2 and n 2 are identical or different and each represents an integer of 1 or greater; and wherein the formula weight of the repeating unit represented by the formula (II) is not less than 3.0×10 2 .
A multi-purpose work machine, comprising an upper carriage, that is, an upper frame (B) and on it a cabin and multi-purpose boom , which together turn freely around a vertical axis (Y), and which multi-purpose boom comprises a tool, such as a bucket , connected to it and under the upper carriage (B) an undercarriage, that is, a lower frame (A) which comprises axles (50a, 51a...) and on them wheels (50b, 51b...), and on top of the undercarriage (A) a load unit , whereby the boom with the tool is for loading onto the load unit , characterised in that the load unit is an interchangeable platform and that the multi-purpose work machine comprises a hook device or cable device to lower the platform onto the ground or to lift it from the ground on top of the lower frame (A). and under the upper carriage (B) an undercarriage, that is, a lower frame (A) which comprises axles (50a, 51a...) and on them wheels (50b, 51b...), and on top of the undercarriage (A) a load unit , whereby the boom with the tool is for loading onto the load unit , characterised in that the load unit is an interchangeable platform and that the multi-purpose work machine comprises a hook device or cable device to lower the platform onto the ground or to lift it from the ground on top of the lower frame (A).
A circuit configured to emit pulsed light, comprising: a voltage generating circuit ; a light emitting element that emits pulsed light; a circuit wiring that connects the voltage generating circuit and the light emitting element , wherein the circuit wiring includes a PCB wiring pattern having a pattern length "L", a pattern width "W", a pattern thickness "H", and an inductance component that is calculated as follows: 0.0002 L log 2 × L / W + H + 0.2235 W + H / L + 0.5 μH ; a charge capacitor with its end connected to the circuit wiring ; and a switching element configured to be turned on or off to apply voltage to the light emitting element , characterized in that the inductance component of the circuit wiring is not greater than 1.4 nH to reduce an attenuation value of the pulsed light with a pulse width of 2 ns from the light emitting element to be not greater than 3dB. a voltage generating circuit ; a light emitting element that emits pulsed light; a circuit wiring that connects the voltage generating circuit and the light emitting element , wherein the circuit wiring includes a PCB wiring pattern having a pattern length "L", a pattern width "W", a pattern thickness "H", and an inductance component that is calculated as follows: 0.0002 L log 2 × L / W + H + 0.2235 W + H / L + 0.5 μH ; a charge capacitor with its end connected to the circuit wiring ; and a switching element configured to be turned on or off to apply voltage to the light emitting element , characterized in that the inductance component of the circuit wiring is not greater than 1.4 nH to reduce an attenuation value of the pulsed light with a pulse width of 2 ns from the light emitting element to be not greater than 3dB.
A guide device for cannulas for the collection of micro-fragmented subcutaneous adipose tissue (TA), said device comprising: - a handle which has an axial cavity intended to house a syringe equipped with a collection cannula , said axial cavity having an open proximal end , an open distal end and a central axis (X); - a lip which protrudes from said distal end at a distance (D) from said central axis (X) and from said cannula ; - an intermediate anti-flexion element of said cannula arranged between said handle and said lip ; characterized in that said intermediate element comprises a tooth which projects transversely from said lip toward said central axis (X) and which has a through hole intended for the passage of at least a section of a cannula . - a handle which has an axial cavity intended to house a syringe equipped with a collection cannula , said axial cavity having an open proximal end , an open distal end and a central axis (X); - a lip which protrudes from said distal end at a distance (D) from said central axis (X) and from said cannula ; - an intermediate anti-flexion element of said cannula arranged between said handle and said lip ;
An optical emission spectrometer or a mass spectrometer comprising a plasma generator , characterized in that the plasma generator comprises: a dielectric resonator structure having a ring shaped region with a longitudinal axis ; a coupling antenna and a radio frequency power source electrically coupled to the dielectric resonator structure via the coupling antenna separated from the dielectric resonator structure to promote alternating polarization current flow at a natural resonant frequency of the dielectric resonator structure along a circumferential direction around the longitudinal axis to generate plasma in an adjacent gas, wherein: the dielectric resonator structure has a dielectric constant with a loss tangent of less than 0.01 and a dielectric constant of greater than five. a dielectric resonator structure having a ring shaped region with a longitudinal axis ; a coupling antenna and a radio frequency power source electrically coupled to the dielectric resonator structure via the coupling antenna separated from the dielectric resonator structure to promote alternating polarization current flow at a natural resonant frequency of the dielectric resonator structure along a circumferential direction around the longitudinal axis to generate plasma in an adjacent gas, wherein: the dielectric resonator structure has a dielectric constant with a loss tangent of less than 0.01 and a dielectric constant of greater than five.
A vehicle surroundings display device comprising: a plurality of imaging sections , each configured to image a different region surrounding a vehicle; at least one display section that is configured to display a plurality of images captured by the imaging sections ; an operation section including a first operation section configured to receive input of an operation to instruct a movement direction of a range to display as an image on the display section , and a second operation section configured to receive input of an operation to designate a target image out of the plurality of images; and a display controller that is configured to switch between a first mode in which the display controller performs a first modification on an image displayed on the display section and displays the modified image on the display section in response to receipt of an input by the first operation section , and a second mode in which the display controller performs a second modification different to the first modification on an image displayed on the display section and displays the modified image on the display section in response to receipt of an input by the first operation section , wherein the display controller switches to the first mode under a first operation condition in which the target image has not been designated using the second operation section , and wherein the display controller switches to the second mode under a second operation condition in which the target image has been designated using the second operation section . a plurality of imaging sections , each configured to image a different region surrounding a vehicle; at least one display section that is configured to display a plurality of images captured by the imaging sections ; an operation section including a first operation section configured to receive input of an operation to instruct a movement direction of a range to display as an image on the display section , and a second operation section configured to receive input of an operation to designate a target image out of the plurality of images; and a display controller that is configured to switch between a first mode in which the display controller performs a first modification on an image displayed on the display section and displays the modified image on the display section in response to receipt of an input by the first operation section , and a second mode in which the display controller performs a second modification different to the first modification on an image displayed on the display section and displays the modified image on the display section in response to receipt of an input by the first operation section , wherein the display controller switches to the first mode under a first operation condition in which the target image has not been designated using the second operation section , and wherein the display controller switches to the second mode under a second operation condition in which the target image has been designated using the second operation section .