mhurhangee/patent-ind-claim-en huggingface dataset:
A curtain pull , comprising: inner and outer surfaces ; first and second leaves each rotatably connected to the other along an edge by a connector ; the first leaf comprising a first portion of the inner surface and a first portion of the outer surface ; and the second leaf comprising a second portion of the inner surface and a second portion of the outer surface ; wherein the curtain pull transforms by folding at the connector from an open state wherein the first and second portions of the inner surface are relatively rotated on the connector at a non-zero angle to a closed state wherein the first and second portions of the inner surface are opposed, characterized in that at least a portion of the outer surface comprises anti-bacterial, anti-fungal, and anti-viral material, called anti-BFV material, and wherein the anti-BFV material is rechargeable through application of a chlorine containing solution. inner and outer surfaces ; first and second leaves each rotatably connected to the other along an edge by a connector ; the first leaf comprising a first portion of the inner surface and a first portion of the outer surface ; and the second leaf comprising a second portion of the inner surface and a second portion of the outer surface ; wherein the curtain pull transforms by folding at the connector from an open state wherein the first and second portions of the inner surface are relatively rotated on the connector at a non-zero angle to a closed state wherein the first and second portions of the inner surface are opposed, characterized in that at least a portion of the outer surface comprises anti-bacterial, anti-fungal, and anti-viral material, called anti-BFV material, and wherein the anti-BFV material is rechargeable through application of a chlorine containing solution.
Voltage presence indicating system intended to be connected to a voltage measurement sensor for each phase of a high-voltage electrical network, characterized in that the indicating system includes for each phase: - a visual indicator of the presence of a voltage measured by the sensor , - a first peak limiter having a first regulation voltage so as to deliver, at a first output terminal , a first sinusoidal output signal representing the measured voltage, - a second peak limiter having a second regulation voltage so as to deliver, at a second output terminal , a second sinusoidal output signal representing the phase angle of the measured voltage, the second regulation voltage being greater than the first regulation voltage. - a visual indicator of the presence of a voltage measured by the sensor , - a first peak limiter having a first regulation voltage so as to deliver, at a first output terminal , a first sinusoidal output signal representing the measured voltage, - a second peak limiter having a second regulation voltage so as to deliver, at a second output terminal , a second sinusoidal output signal representing the phase angle of the measured voltage, the second regulation voltage being greater than the first regulation voltage.
A method of changing a pin chain in a can decorator , the can decorator comprising: a spindle disc configured to (i) receive beverage cans from an infeed and (ii) carry and rotate each can body on a corresponding spindle; the spindle disc being driven by a spindle disc motor having an encoder; a blanket drum configured to (i) apply ink to printing cylinders and (ii) rotate the printing cylinders in registration with beverage cans on the spindle disc to decorate the cans; the blanket drum being driven by a blanket drum motor having an encoder; a transfer wheel configured to receive beverage cans from the spindle disc after decoration by the blanket drum; the transfer wheel being driven by a transfer wheel motor having an encoder; a pin chain drive configured to receive cans from the transfer wheel and transport the cans on a chain through an oven; the pin chain drive being driven by a pin chain drive motor having an encoder; and a controller configured to receive encoder information and match or adjust speeds of the spindle disc motor, the blanket drum motor, the transfer wheel motor, and the pin chain drive motor, wherein the motors are independently drivable with respect to one another, the method comprising a step of rotating the pin chain drive by engaging the pin chain drive motor without rotating the spindle disc, blanket drum, and transfer wheel. a spindle disc configured to (i) receive beverage cans from an infeed and (ii) carry and rotate each can body on a corresponding spindle; the spindle disc being driven by a spindle disc motor having an encoder; a blanket drum configured to (i) apply ink to printing cylinders and (ii) rotate the printing cylinders in registration with beverage cans on the spindle disc to decorate the cans; the blanket drum being driven by a blanket drum motor having an encoder; a transfer wheel configured to receive beverage cans from the spindle disc after decoration by the blanket drum; the transfer wheel being driven by a transfer wheel motor having an encoder; a pin chain drive configured to receive cans from the transfer wheel and transport the cans on a chain through an oven; the pin chain drive being driven by a pin chain drive motor having an encoder; and a controller configured to receive encoder information and match or adjust speeds of the spindle disc motor, the blanket drum motor, the transfer wheel motor, and the pin chain drive motor, wherein the motors are independently drivable with respect to one another, the method comprising a step of rotating the pin chain drive by engaging the pin chain drive motor without rotating the spindle disc, blanket drum, and transfer wheel.
A crimping tool configured to create a mechanical and electrical connection between a first cable element and a second cable element , wherein the second cable element comprises an electrical conductor or a wire, said crimping tool comprising; a tool body comprising; a first attachment point ; a second attachment point ; a first guidance element arranged at a first distance from said first attachment point and said second attachment point; and a second guidance element arranged at a second distance from said first guidance element, wherein said first attachment point and said second attachment point are arranged on a first side of said first guidance element and said second guidance element; characterized in that : a flexible cable comprising; a first end part removably attached to said first attachment point; a second end part removably attached to said second attachment point, wherein said flexible cable engages said first guidance element and said second guidance element, and wherein said flexible cable extends from said first attachment point to said second attachment point such that a loop is formed on a second side of said first guidance element and said second guidance element opposite said first side; and a powering unit configured to increase said first distance so that a diameter of said loop decreases. a first attachment point ; a second attachment point ; a first guidance element arranged at a first distance from said first attachment point and said second attachment point; and a second guidance element arranged at a second distance from said first guidance element, wherein said first attachment point and said second attachment point are arranged on a first side of said first guidance element and said second guidance element; a flexible cable comprising; a first end part removably attached to said first attachment point; a second end part removably attached to said second attachment point, wherein said flexible cable engages said first guidance element and said second guidance element, and wherein said flexible cable extends from said first attachment point to said second attachment point such that a loop is formed on a second side of said first guidance element and said second guidance element opposite said first side; and a first end part removably attached to said first attachment point; a second end part removably attached to said second attachment point, wherein said flexible cable engages said first guidance element and said second guidance element, and wherein said flexible cable extends from said first attachment point to said second attachment point such that a loop is formed on a second side of said first guidance element and said second guidance element opposite said first side; and a powering unit configured to increase said first distance so that a diameter of said loop decreases.
A compound having the formula: wherein R 1 is C 1 -C 10 alkyl or C 5 -C 10 aryl optionally substituted with one or more of hydroxyl, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -O(O)R 2 , NR 3 2 , wherein R 2 is C 1 -C 6 alkyl and wherein each R 3 is independently H or C 1 -C 6 alkyl, or a pharmaceutically acceptable salt thereof, for use in the treatment of psoriasis. wherein R 1 is C 1 -C 10 alkyl or C 5 -C 10 aryl optionally substituted with one or more of hydroxyl, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -O(O)R 2 , NR 3 2 , wherein R 2 is C 1 -C 6 alkyl and wherein each R 3 is independently H or C 1 -C 6 alkyl, or a pharmaceutically acceptable salt thereof, for use in the treatment of psoriasis.
A method of manufacturing integrated circuits having one or more layers with a respective layout design at least partially formed using a direct write lithography step, said method comprising the steps of: measuring one or more performance characteristics of an at least partially formed integrated circuit ; changing said layout design of at least one of said one or more layers to be formed using said direct write lithography step in dependence upon said one or more performance characteristics to generate a changed layout design; and forming said at least one of said one or more layers using said step of direct write lithography in accordance with said changed layout design, wherein said one or more performance characteristics include a speed of operation of at least a portion of said integrated circuit and said changed layout design provides a changed nominal speed of operation of said at least a portion of said integrated circuit. measuring one or more performance characteristics of an at least partially formed integrated circuit ; changing said layout design of at least one of said one or more layers to be formed using said direct write lithography step in dependence upon said one or more performance characteristics to generate a changed layout design; and forming said at least one of said one or more layers using said step of direct write lithography in accordance with said changed layout design, wherein said one or more performance characteristics include a speed of operation of at least a portion of said integrated circuit and said changed layout design provides a changed nominal speed of operation of said at least a portion of said integrated circuit.
A feeder comprising: a feeder main body with a supply position , the feeder being configured to supply an electronic component from an electronic component housing section that houses many of the electronic components one by one to the supply position ; and a handle attached to an upper surface of the feeder main body , the handle being made from a flexible strip member, wherein the feeder main body includes a level difference portion on the upper surface of the feeder main body for which a height varies in a front-rear direction, and the handle is attached such that a front end of the flexible strip material and a rear end of the flexible strip material straddle the level difference portion , and the handle is configured such that the level difference portion includes a forward-angle portion that is angled forward, and the flexible strip member attached straddling the forward-angle portion is positioned in a storage state contacting the level difference portion so as to match a shape of the level difference portion . a feeder main body with a supply position , the feeder being configured to supply an electronic component from an electronic component housing section that houses many of the electronic components one by one to the supply position ; and a handle attached to an upper surface of the feeder main body , the handle being made from a flexible strip member, wherein the feeder main body includes a level difference portion on the upper surface of the feeder main body for which a height varies in a front-rear direction, and the handle is attached such that a front end of the flexible strip material and a rear end of the flexible strip material straddle the level difference portion , and the handle is configured such that the level difference portion includes a forward-angle portion that is angled forward, and the flexible strip member attached straddling the forward-angle portion is positioned in a storage state contacting the level difference portion so as to match a shape of the level difference portion .
A method of transmitting uplink data in a wireless telecommunications system comprising a terminal device , a first network access node supporting communications in a first communication cell and a second network access node supporting communications in a second communication cell; wherein the method comprises: establishing a first set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node; establishing a shared set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node and to the second network access node, wherein the first set of radio resources and the shared set of radio resources are different sets of radio resources; determining uplink data has become available for transmission; selecting radio resources to use for transmitting the uplink data from within the shared set of radio resources if it is determined the terminal device is in a boundary region between the first communication cell and the second communication cell; and selecting radio resources to use for transmitting the uplink data from within the first set of radio resources if it is determined the terminal device is within the first communication cell and not in the boundary region between the first communication cell and the second communication cell. establishing a first set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node; establishing a shared set of radio resources available for use by the terminal device for transmitting uplink data to the first network access node and to the second network access node, wherein the first set of radio resources and the shared set of radio resources are different sets of radio resources; determining uplink data has become available for transmission; selecting radio resources to use for transmitting the uplink data from within the shared set of radio resources if it is determined the terminal device is in a boundary region between the first communication cell and the second communication cell; and selecting radio resources to use for transmitting the uplink data from within the first set of radio resources if it is determined the terminal device is within the first communication cell and not in the boundary region between the first communication cell and the second communication cell.
A glass-based article comprising: a first surface and a second surface opposing the first surface defining a thickness ( t ) and a center between the first surface and the second surface, the glass-based article comprising Li 2 O, ion-exchanged potassium and ion-exchanged sodium; and a stress profile comprising a hump stress region extending from the first surface or a point below the first surface to an apex in a range of 0.001• t and 0.1• t , a compressive stress at the apex in a range of 25 MPa and 750 MPa, wherein at least one point of the stress profile of the hump stress region between the first surface and the apex comprises a tangent having a slope with a value from 25 MPa/micrometer to 500 MPa/micrometer, a decreasing stress region extending from the apex that decreases such that at least one point of the stress profile of the decreasing stress region extending from the apex toward the center comprises a tangent having a slope with a value from -20 MPa/micrometer to -200 MPa/micrometer until the decreasing stress region reaches a depth of compression where the glass-based article has a stress value of zero, the depth of compression being in a range of 0.1• t and 0.25• t , and a tensile stress region extending from the depth of compression to a maximum tensile stress, wherein the glass-based article comprises a thickness from 0.01 mm to 3 mm. a first surface and a second surface opposing the first surface defining a thickness ( t ) and a center between the first surface and the second surface, the glass-based article comprising Li 2 O, ion-exchanged potassium and ion-exchanged sodium; and a stress profile comprising a hump stress region extending from the first surface or a point below the first surface to an apex in a range of 0.001• t and 0.1• t , a compressive stress at the apex in a range of 25 MPa and 750 MPa, wherein at least one point of the stress profile of the hump stress region between the first surface and the apex comprises a tangent having a slope with a value from 25 MPa/micrometer to 500 MPa/micrometer, a decreasing stress region extending from the apex that decreases such that at least one point of the stress profile of the decreasing stress region extending from the apex toward the center comprises a tangent having a slope with a value from -20 MPa/micrometer to -200 MPa/micrometer until the decreasing stress region reaches a depth of compression where the glass-based article has a stress value of zero, the depth of compression being in a range of 0.1• t and 0.25• t , and a tensile stress region extending from the depth of compression to a maximum tensile stress, wherein the glass-based article comprises a thickness from 0.01 mm to 3 mm.
A power supply system characterized by comprising: a system control unit configured to operate using electric power supplied from a main power supply , so as to control an operation of a steering system mounted in a vehicle that performs a desired function; an auxiliary power supply provided separately from the main power supply and configured to provide assistance in supply of the electric power to the system control unit according to a status of supply of the electric power from the main power supply ; and an auxiliary-power-supply control unit configured to control a status of supply of the electric power to the system control unit from the auxiliary power supply such that the assistance is provided, wherein the system control unit and the auxiliary-power-supply control unit are configured such that information of at least one control unit of the system control unit and the auxiliary-power-supply control unit is able to be output to another control unit of the system control unit and the auxiliary-power-supply control unit, and wherein the at least one control unit is configured to output information indicating that an operation of the at least one control unit is stopped to the other control unit when the at least one control unit stops the operation of the at least one control unit. a system control unit configured to operate using electric power supplied from a main power supply , so as to control an operation of a steering system mounted in a vehicle that performs a desired function; an auxiliary power supply provided separately from the main power supply and configured to provide assistance in supply of the electric power to the system control unit according to a status of supply of the electric power from the main power supply ; and an auxiliary-power-supply control unit configured to control a status of supply of the electric power to the system control unit from the auxiliary power supply such that the assistance is provided, wherein the system control unit and the auxiliary-power-supply control unit are configured such that information of at least one control unit of the system control unit and the auxiliary-power-supply control unit is able to be output to another control unit of the system control unit and the auxiliary-power-supply control unit, and wherein the at least one control unit is configured to output information indicating that an operation of the at least one control unit is stopped to the other control unit when the at least one control unit stops the operation of the at least one control unit.
A connection system, in particular a shaft arrangement, having - a shaft , - a hollow shaft , - a press ring , - a first ring , which is mounted onto the shaft , - a second ring , - a bearing and - a housing part , wherein the hollow shaft is rotatably mounted via the bearing received in the housing part , wherein the shaft is at least partially inserted into the hollow shaft , wherein the hollow shaft has an inner cone-shaped region, in which the radial wall thickness of the hollow shaft increases in an axial direction, wherein the first ring has a first outer cone-shaped region and a second outer cone-shaped region which in particular adjoins the first outer cone-shaped region, wherein the first outer cone-shaped region of the first ring rests against the inner cone-shaped region of the hollow shaft and/or at least a partial region of the first outer cone-shaped region of the first ring is arranged radially between shaft and hollow shaft , wherein the second ring radially encloses and/or surrounds the first ring , and wherein the press ring contacts both a partial region of the radially outer surface of the hollow shaft and at least a partial region of the radially outer surface of the second ring and/or is mounted onto these partial regions. - a shaft , - a hollow shaft , - a press ring , - a first ring , which is mounted onto the shaft , - a second ring , - a bearing and - a housing part , wherein the hollow shaft is rotatably mounted via the bearing received in the housing part , wherein the shaft is at least partially inserted into the hollow shaft , wherein the hollow shaft has an inner cone-shaped region, in which the radial wall thickness of the hollow shaft increases in an axial direction, wherein the first ring has a first outer cone-shaped region and a second outer cone-shaped region which in particular adjoins the first outer cone-shaped region, wherein the first outer cone-shaped region of the first ring rests against the inner cone-shaped region of the hollow shaft and/or at least a partial region of the first outer cone-shaped region of the first ring is arranged radially between shaft and hollow shaft , wherein the second ring radially encloses and/or surrounds the first ring , and wherein the press ring contacts both a partial region of the radially outer surface of the hollow shaft and at least a partial region of the radially outer surface of the second ring and/or is mounted onto these partial regions.