mhurhangee/ep-ind-claims huggingface dataset:
A retainer (100, 200, 300, 400) to retain a removable element (102, 202, 302, 402) within a printing system, the retainer (100, 200, 300, 400) comprising: a latch (106, 206, 306, 406) to removably engage with the removable element (102, 202, 302, 402); an actuator plate (110, 210, 310) to operably engage with the removable element (102, 202, 302, 402) such that, upon engagement with the removable element (102, 202, 302, 402), the transmission of signals can occur between a communication interface (218, 318) of the actuator plate (110, 210, 310) and a communication interface (211, 311) of the removable element (102, 202, 302, 402); a bias member (212, 312) to push the actuator plate (110, 210, 310) against the removable element (102, 202, 302, 402) and characterized in that the retainer further comprises a linkage (208, 308) engaged with the actuator plate (110, 210, 310), the bias member (212, 312), and the latch (106, 206, 306, 406), such that the linkage (208, 308) causes the bias member (212, 312) to push the actuator plate (110, 210, 310) against the removable element (102, 202, 302, 402) upon the latch (106, 206, 306, 406) being engaged with the removable element (102, 202, 302, 402) in a locked position. a latch (106, 206, 306, 406) to removably engage with the removable element (102, 202, 302, 402); an actuator plate (110, 210, 310) to operably engage with the removable element (102, 202, 302, 402) such that, upon engagement with the removable element (102, 202, 302, 402), the transmission of signals can occur between a communication interface (218, 318) of the actuator plate (110, 210, 310) and a communication interface (211, 311) of the removable element (102, 202, 302, 402); a bias member (212, 312) to push the actuator plate (110, 210, 310) against the removable element (102, 202, 302, 402) and characterized in that the retainer further comprises a linkage (208, 308) engaged with the actuator plate (110, 210, 310), the bias member (212, 312), and the latch (106, 206, 306, 406), such that the linkage (208, 308) causes the bias member (212, 312) to push the actuator plate (110, 210, 310) against the removable element (102, 202, 302, 402) upon the latch (106, 206, 306, 406) being engaged with the removable element (102, 202, 302, 402) in a locked position.
A membrane comprising: a first film having at least a first wiring, and a layer of flame retardant material, characterized in that the layer of flame retardant material is formed on a surface not formed with the first wiring of the first film, the layer containing an organic substance and phosphorus, and forming a layer of carbide for physically supporting the first wiring by combustion, and a film thickness of the layer of flame retardant material is greater than or equal to one twentieth and smaller than or equal to one third of a film thickness of a film brought into contact with the layer of flame retardant material and physically supported by the layer of carbide. a first film having at least a first wiring, and a layer of flame retardant material, characterized in that the layer of flame retardant material is formed on a surface not formed with the first wiring of the first film, the layer containing an organic substance and phosphorus, and forming a layer of carbide for physically supporting the first wiring by combustion, and a film thickness of the layer of flame retardant material is greater than or equal to one twentieth and smaller than or equal to one third of a film thickness of a film brought into contact with the layer of flame retardant material and physically supported by the layer of carbide.
A foil comprising: a carrier substrate, wherein the carrier substrate is substantially transparent for visible light; a line pattern of vapor deposited aluminum layer on the carrier substrate, wherein the line pattern is an alternating pattern of (i) first beam-shaped areas and (ii) second beam-shaped areas, wherein only the first beam shaped areas are comprised of the aluminum layer on the carrier substrate, characterized in that: the second beam-shaped areas are punctured to reduce weight of the foil, and the aluminum layer has a thickness of one atomic layer of aluminum. a carrier substrate, wherein the carrier substrate is substantially transparent for visible light; a line pattern of vapor deposited aluminum layer on the carrier substrate, wherein the line pattern is an alternating pattern of (i) first beam-shaped areas and (ii) second beam-shaped areas, wherein only the first beam shaped areas are comprised of the aluminum layer on the carrier substrate, characterized in that: the second beam-shaped areas are punctured to reduce weight of the foil, and the aluminum layer has a thickness of one atomic layer of aluminum. the second beam-shaped areas are punctured to reduce weight of the foil, and the aluminum layer has a thickness of one atomic layer of aluminum.
Device for dispensing a fluid product, comprising: - a housing for receiving a dispensing means, - an activating element for activating the dispensing means, - a receiving device for receiving the fluid product, - a blocking means (5, 23) for blocking the activating element, wherein - the receiving device is mounted to rotate relative to the housing, - wherein the blocking means (5, 23) can be moved from a blocking position into a release position by rotating the receiving device relative to the housing, characterised in that the receiving device can be arrested in the release position of the blocking means relative to the housing, so that the receiving means can be rotated in one rotation direction only. - a housing for receiving a dispensing means, - an activating element for activating the dispensing means, - a receiving device for receiving the fluid product, - a blocking means (5, 23) for blocking the activating element, - the receiving device is mounted to rotate relative to the housing, - wherein the blocking means (5, 23) can be moved from a blocking position into a release position by rotating the receiving device relative to the housing,
A circuit comprising: a first input port and at least one second input port (USB IN); an output port (V OUT); a first half-bridge circuit having an input connected to the first input port, a high-side gate drive input, a low-side gate drive input, and an output; at least a second half-bridge circuit having an input connected to the at least one second input port (DC IN), a high-side gate drive input, a low-side gate drive input, and an output; an inductor having one end connected to the output of each half-bridge circuit and another end connected to an output (V OUT) of the circuit; a switching signal generator connected to the high-side gate drive input (124,126) and low-side gate drive input (124,126) of each half-bridge circuit; characterized in a shorting switch connected between the high-side (Q H1) gate drive input of the first half-bridge circuit and the high-side gate drive input of the second half-bridge circuit (Q H2), and having an ON state wherein the high-side gate drive inputs of the first half-bridge circuit and the second half-bridge circuit are electrically connected and an OFF state wherein the high-side gate drive inputs of the first half-bridge circuit and the second half-bridge circuit are not electrically connected; and wherein the switching signal generator generates first switching signals for buck mode operation and the switching signal generator generates second switching signals for reverse boost mode operation, wherein the shorting switch is OFF during buck mode operation and the shorting switch is selectively ON during reverse boost mode operation. a first input port and at least one second input port (USB IN); an output port (V OUT); a first half-bridge circuit having an input connected to the first input port, a high-side gate drive input, a low-side gate drive input, and an output; at least a second half-bridge circuit having an input connected to the at least one second input port (DC IN), a high-side gate drive input, a low-side gate drive input, and an output; an inductor having one end connected to the output of each half-bridge circuit and another end connected to an output (V OUT) of the circuit; a switching signal generator connected to the high-side gate drive input (124,126) and low-side gate drive input (124,126) of each half-bridge circuit; characterized in a shorting switch connected between the high-side (Q H1) gate drive input of the first half-bridge circuit and the high-side gate drive input of the second half-bridge circuit (Q H2), and having an ON state wherein the high-side gate drive inputs of the first half-bridge circuit and the second half-bridge circuit are electrically connected and an OFF state wherein the high-side gate drive inputs of the first half-bridge circuit and the second half-bridge circuit are not electrically connected; and wherein the switching signal generator generates first switching signals for buck mode operation and the switching signal generator generates second switching signals for reverse boost mode operation, wherein the shorting switch is OFF during buck mode operation and the shorting switch is selectively ON during reverse boost mode operation.
A firewall system having signature validation hardware arranged to receive message data for validation and indicate whether or not the data incorporates a valid signature, characterised in that the firewall system is arranged to use complex communication protocols to communicate with remote computer networks (238, 240) and relatively lower level communication protocols to communicate with the signature validation hardware, and the signature validation hardware is arranged to operate on the entire message data and signature, to ascertain data signature validity.
A computing system, comprising: a viewing device including an adjustable optical component; a display configured to render an image; a viewer eye sensor; and a processor configured to: based on information from the viewer eye sensor, determine information about eye accommodation of a viewer viewing a focal object of an image rendered on the display, and information about viewer gaze position relative to the image rendered on the display; determine a virtual focal distance of the focal object based on the viewer gaze position information and the eye accommodation information; adjust the adjustable optical component of the viewing device based on the eye accommodation information, the viewer gaze information and a target visual effect of realism or distortion to change the eye accommodation of the viewer and at least one of magnification and brightness of the viewing device; and re-render the focal object in the image based on the virtual focal distance cooperatively with adjustment of the optical component by changing at least one of magnification and brightness properties of the image to be rendered on the display. a viewing device including an adjustable optical component; a display configured to render an image; a viewer eye sensor; and a processor configured to: based on information from the viewer eye sensor, determine information about eye accommodation of a viewer viewing a focal object of an image rendered on the display, and information about viewer gaze position relative to the image rendered on the display; determine a virtual focal distance of the focal object based on the viewer gaze position information and the eye accommodation information; adjust the adjustable optical component of the viewing device based on the eye accommodation information, the viewer gaze information and a target visual effect of realism or distortion to change the eye accommodation of the viewer and at least one of magnification and brightness of the viewing device; and re-render the focal object in the image based on the virtual focal distance cooperatively with adjustment of the optical component by changing at least one of magnification and brightness properties of the image to be rendered on the display. based on information from the viewer eye sensor, determine information about eye accommodation of a viewer viewing a focal object of an image rendered on the display, and information about viewer gaze position relative to the image rendered on the display; determine a virtual focal distance of the focal object based on the viewer gaze position information and the eye accommodation information; adjust the adjustable optical component of the viewing device based on the eye accommodation information, the viewer gaze information and a target visual effect of realism or distortion to change the eye accommodation of the viewer and at least one of magnification and brightness of the viewing device; and re-render the focal object in the image based on the virtual focal distance cooperatively with adjustment of the optical component by changing at least one of magnification and brightness properties of the image to be rendered on the display.
Fire basket for burning wood and similar fuels, comprising a substantially pot-shaped basket with a bottom and with a fire bowl, wherein the fire bowl is mounted on the basket pivotable relative thereto, characterized in that the basket is tiltable from the operating position into an overhead fire extinguishing position, wherein in the extinguishing position the upwardly tilted basket with its overhead-lying bottom serves as a fire-smothering cover hood.
Variable flow oil pump, in particular for a motor vehicle engine element, comprising a pump casing, a movable ring, and a rotor with radially movable blades which is configured to rotate within a circular chamber imposing the radial position of the blades, the chamber being defined within the movable ring itself configured to be able to pivot with respect to the pump casing about an axis (Ω) of rotation of the ring so as to modify the eccentricity of the chamber with respect to the axis of the rotor, the axis (Ω) of rotation of the ring passing through the circular chamber, the casing comprising a first circular guide contour, the ring comprising a portion of first outer contour complementary with the first circular guide contour of the casing and centred on the axis (Ω) of rotation of the ring, the portion of first outer contour surrounding the circular chamber and being eccentric with respect thereto, characterized in that the casing additionally comprises a second circular guide contour being of same axis (Ω) as the first circular guide contour, the second circular contour extending radially and/or axially beyond the first circular guide contour, the ring additionally comprising at least one portion of second outer contour configured to move along the second circular guide contour of the casing.
Adjustable pedal for motor vehicles comprising a first body including at one end a shoe, a second body pivotable with respect to a rotating shaft, the first body being coupled to the second body, being movable with respect to said second body, a third body pivotably arranged with respect to the second body and movably coupled with respect to the first body, the third body being coupled to an actuator through a coupling, and a control device suitable for adjusting the position of the pedal, the control device being coupled to the first body, characterized in that the first body and the second body are telescopically coupled to one another, the control device controlling the distance between the rotating shaft and the coupling, by moving the three bodies (10,20,30) relatively to one another, keeping the ratio of the distance between the rotating shaft and the shoe and the distance between the rotating shaft and the coupling substantially constant, the third body comprising a substantially U-shaped cross-section, the first body and the second body being housed at least partially inside the third body.
Method for measuring the contamination of a transport box for the atmospheric shipping and storage of substrates in which the concentration of at least one gaseous species inside the transport box is measured by a measurement device comprising at least one gas analyser (5, 5b) and a measurement line connecting said at least one gas analyser (5, 5b) to an interface, the interface placing the measurement line in communication with the internal atmosphere of at least one transport box, characterized in that a gas flow containing water vapour is supplied to the measurement device.
A CDN-based access control method, comprising: receiving, by a content delivery network, CDN, server, an HTTP request sent by a user terminal and identification information of the user terminal, wherein the HTTP request comprises an access ticket, and the access ticket is used to identify a user access permission; sending, by the CDN server, the identification information of the user terminal and the HTTP request to a service server, so that the service server performs authentication on the access ticket by using the identification information of the user terminal; if an authentication result is that the access ticket is valid, receiving, by the CDN server, an HTTP response that comprises a content fingerprint and that is returned by the service server, wherein the content fingerprint is used to identify a content resource; and obtaining, by the CDN server, the content resource according to the content fingerprint, and then sending the content resource to the user terminal. receiving, by a content delivery network, CDN, server, an HTTP request sent by a user terminal and identification information of the user terminal, wherein the HTTP request comprises an access ticket, and the access ticket is used to identify a user access permission; sending, by the CDN server, the identification information of the user terminal and the HTTP request to a service server, so that the service server performs authentication on the access ticket by using the identification information of the user terminal; if an authentication result is that the access ticket is valid, receiving, by the CDN server, an HTTP response that comprises a content fingerprint and that is returned by the service server, wherein the content fingerprint is used to identify a content resource; and obtaining, by the CDN server, the content resource according to the content fingerprint, and then sending the content resource to the user terminal.
Apparatus for drying material comprising: a casing which has an internal channel extending around the inner circumference of the casing, wherein the internal channel extends in an annular fashion around the inside of the casing; a filter element located within the casing, wherein the filter element has an end plate capable of attaching the filter element to the rest of the apparatus and wherein the filter element is tubular in shape; an inlet mounted tangentially or substantially tangentially to the casing, through which damp material and a transport gas is capable of being fed into the casing and the internal channel; and an outlet through which dried material and transport gas is capable of exiting; wherein the apparatus is configured in such a way that when in use, the damp material is dried during its time in the internal channel of the casing by being circulated around the periphery in the internal channel of the casing with damp material thrown to the periphery of the casing due to cyclonic action and once dried, finer dried material is capable of becoming entrained in transport gas flow and drawn towards the centre of the casing wherein the dried material passes through the filter element and exits through the outlet. a casing which has an internal channel extending around the inner circumference of the casing, wherein the internal channel extends in an annular fashion around the inside of the casing; a filter element located within the casing, wherein the filter element has an end plate capable of attaching the filter element to the rest of the apparatus and wherein the filter element is tubular in shape; an inlet mounted tangentially or substantially tangentially to the casing, through which damp material and a transport gas is capable of being fed into the casing and the internal channel; and an outlet through which dried material and transport gas is capable of exiting; wherein the apparatus is configured in such a way that when in use, the damp material is dried during its time in the internal channel of the casing by being circulated around the periphery in the internal channel of the casing with damp material thrown to the periphery of the casing due to cyclonic action and once dried, finer dried material is capable of becoming entrained in transport gas flow and drawn towards the centre of the casing wherein the dried material passes through the filter element and exits through the outlet.
A concrete cofferdam defining a closed space and adapted to be received floating in a volume of water and comprising a collector conduit (20, 22) for a circulating fluid and connected to a heat conduit and adapted to receive heat from the volume of water, characterized by a roof forming a bridge deck (72, 80) of the cofferdam; a surface layer provided onto a heat insulating layer of the bridge deck (72, 80); and a heat conduit (10, 12) for a circulating fluid and received in the surface layer and connected to the collector conduit for emitting heat to the surface layer.
A resource controller for non-centralized management of resources in a communication network and comprised in a first network entity, the resource controller comprising: a database (205, 302, 402, 412), adapted to store resource managing related information, which relates to a managing of resources in the communication network and comprises information concerning specifics of a resource offer and/or specifics of a resource request; an interface adapted to receive at the first network entity, a resource managing message from a second network entity comprising a further resource controller, wherein the resource managing message comprises: resource managing information relating to a resource request and/or a resource offer, and credentials; and a resource managing unit (202, 301) adapted to grant access to the stored resource managing related information on the database (205, 302, 402, 412) based on the received resource managing message from the second network entity, and decouple the resource requests from resource offers to not expose to the first network entity a reference to the second network entity, and to not expose to the second network entity a reference to the first network entity, unless the first network entity and the second network entity mutually agree to being exposed to each other. a database (205, 302, 402, 412), adapted to store resource managing related information, which relates to a managing of resources in the communication network and comprises information concerning specifics of a resource offer and/or specifics of a resource request; an interface adapted to receive at the first network entity, a resource managing message from a second network entity comprising a further resource controller, wherein the resource managing message comprises: resource managing information relating to a resource request and/or a resource offer, and credentials; and a resource managing unit (202, 301) adapted to grant access to the stored resource managing related information on the database (205, 302, 402, 412) based on the received resource managing message from the second network entity, and decouple the resource requests from resource offers to not expose to the first network entity a reference to the second network entity, and to not expose to the second network entity a reference to the first network entity, unless the first network entity and the second network entity mutually agree to being exposed to each other.