mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus capable of switching between front face printing of a web and rear face printing of the web by exchanging positions of a plate cylinder and an impression cylinder relative to the web, comprising: a pair of supporting shafts (5, 6) opposed with each other across the web, a plate cylinder sleeve and an impression cylinder sleeve detachably attached to supporting shafts (5, 6) different from each other, the supporting shafts (5, 6) to be attached being changeable, an ink supply device including an anilox roll and being movable in alignment with a position of the plate cylinder sleeve attached to a supporting shaft (5, 6), and characterised by a turning body holding one of the pair of supporting shafts (5, 6) and being turned together with one supporting shaft (5, 6), wherein a center of rotation of the anilox roll is matched with a center of turning of the turning body, when the ink supply device has been moved in alignment with the position of the plate cylinder sleeve attached to the one supporting shaft (5, 6). a pair of supporting shafts (5, 6) opposed with each other across the web, a plate cylinder sleeve and an impression cylinder sleeve detachably attached to supporting shafts (5, 6) different from each other, the supporting shafts (5, 6) to be attached being changeable, an ink supply device including an anilox roll and being movable in alignment with a position of the plate cylinder sleeve attached to a supporting shaft (5, 6), and characterised by a turning body holding one of the pair of supporting shafts (5, 6) and being turned together with one supporting shaft (5, 6), wherein a center of rotation of the anilox roll is matched with a center of turning of the turning body, when the ink supply device has been moved in alignment with the position of the plate cylinder sleeve attached to the one supporting shaft (5, 6).
A safety headwear monitoring system comprising: a sensor configured to detect a status parameter of a safety headwear, wherein the status parameter indicates whether a head of a person is located within a selected distance of the sensor; a transmission device in electronic communication with the sensor and configured to receive the status parameter from the sensor; and an application installed on a user device in wireless communication with the transmission device; wherein the transmission device is configured to transmit the status parameter to the application wherein: the application on the user device is configured to detect a location parameter of the user device, characterised in that the application on the user device is configured to detect a speed parameter of the user device when the location parameter indicates that the user device is en route to a selected location, and the application on the user device is configured to transmit the speed parameter to an application on a manager device, when the speed parameter is above a selected speed and when the location parameter indicates that the user device is en route to a selected location. a sensor configured to detect a status parameter of a safety headwear, wherein the status parameter indicates whether a head of a person is located within a selected distance of the sensor; a transmission device in electronic communication with the sensor and configured to receive the status parameter from the sensor; and an application installed on a user device in wireless communication with the transmission device; wherein the transmission device is configured to transmit the status parameter to the application wherein: the application on the user device is configured to detect a location parameter of the user device, characterised in that the application on the user device is configured to detect a speed parameter of the user device when the location parameter indicates that the user device is en route to a selected location, and the application on the user device is configured to transmit the speed parameter to an application on a manager device, when the speed parameter is above a selected speed and when the location parameter indicates that the user device is en route to a selected location. the application on the user device is configured to detect a location parameter of the user device, characterised in that the application on the user device is configured to detect a speed parameter of the user device when the location parameter indicates that the user device is en route to a selected location, and the application on the user device is configured to transmit the speed parameter to an application on a manager device, when the speed parameter is above a selected speed and when the location parameter indicates that the user device is en route to a selected location.
A plastic bag making apparatus in which plastic films are fed intermittently and longitudinally thereof, the plastic films being heat sealed with each other by heat seal means (3, 4) and then cut widthwise thereof by a cross cutter whenever being fed intermittently to successively make plastic bags of the plastic films, the apparatus comprising: a trimming cutter for trimming selvages off the plastic films by slitting the plastic films when the plastic films are fed, the apparatus being characterized by drive means by which the trimming cutter is moved along the plastic films whenever the plastic films are fed intermittently so that the plastic bags can be cut at corners by the trimming cutter with wastes kept being continuous with the selvages, wherein the trimming cutter is moved downstream for a distance when the plastic films are fed not to trim the selvages off the plastic films for the distance, the plastic films therefore including portions not subjected to trimming, the trimming cutter being returned to the original position when the plastic films are stopped, the trimming cutter being moved toward the original position and away from the selvages and then moved toward the original position and toward the selvages when being returned to the original position to make the plastic bags cut at corners with the wastes kept being continuous with the selvages. a trimming cutter for trimming selvages off the plastic films by slitting the plastic films when the plastic films are fed, the apparatus being characterized by drive means by which the trimming cutter is moved along the plastic films whenever the plastic films are fed intermittently so that the plastic bags can be cut at corners by the trimming cutter with wastes kept being continuous with the selvages, wherein the trimming cutter is moved downstream for a distance when the plastic films are fed not to trim the selvages off the plastic films for the distance, the plastic films therefore including portions not subjected to trimming, the trimming cutter being returned to the original position when the plastic films are stopped, the trimming cutter being moved toward the original position and away from the selvages and then moved toward the original position and toward the selvages when being returned to the original position to make the plastic bags cut at corners with the wastes kept being continuous with the selvages.
A combined shower comprising: a top shower head; a handheld shower head; an assembly hub that has a water inlet; a water inlet cavity inside the assembly hub, the water inlet cavity connected to the water inlet; an out flow cavity of the handheld shower head connected to the water inlet cavity through a water hose; an elastic piece inside the assembly hub; a holder cavity to hold the handheld shower head, the holder cavity located in front of the assembly hub; a sealing structure inside the assembly hub, the sealing structure capable of connecting or blocking an out flow cavity of the top shower head and the water inlet cavity; characterised in that a first magnetic piece is located inside the assembly hub; the first magnetic piece being capable of moving under an action of an elastic force from the elastic piece and then causing the sealing structure to shut off the outflow cavity of the top shower head; a second magnetic piece being fixed on the handheld shower head, the second magnetic piece arranged magnetically opposite and facing the first magnetic piece; wherein under an action of an attraction force from the second magnetic piece, the first magnetic piece is capable of overcoming the elastic force from the elastic piece, moves in an opposite direction, and causes the sealing structure to connect the out flow cavity of the top shower head to the water inlet cavity. a top shower head; a handheld shower head; an assembly hub that has a water inlet; a water inlet cavity inside the assembly hub, the water inlet cavity connected to the water inlet; an out flow cavity of the handheld shower head connected to the water inlet cavity through a water hose; an elastic piece inside the assembly hub; a holder cavity to hold the handheld shower head, the holder cavity located in front of the assembly hub; a sealing structure inside the assembly hub, the sealing structure capable of connecting or blocking an out flow cavity of the top shower head and the water inlet cavity; characterised in that a first magnetic piece is located inside the assembly hub; the first magnetic piece being capable of moving under an action of an elastic force from the elastic piece and then causing the sealing structure to shut off the outflow cavity of the top shower head; a second magnetic piece being fixed on the handheld shower head, the second magnetic piece arranged magnetically opposite and facing the first magnetic piece; wherein under an action of an attraction force from the second magnetic piece, the first magnetic piece is capable of overcoming the elastic force from the elastic piece, moves in an opposite direction, and causes the sealing structure to connect the out flow cavity of the top shower head to the water inlet cavity.
Headphones (100, 200), comprising: a first ear piece housing (104, 204) configured to be arranged relative to a first ear of a wearer, wherein the first ear piece housing (104, 204) includes a first driver configured to output acoustic signals; a second ear piece housing (104, 204) configured to be arranged relative to a second ear of the wearer, wherein the second ear piece housing (104, 204) includes a second driver configured to output acoustic signals; a first touch screen display (110, 210) arranged on an outward-facing surface of the first ear piece housing (104, 204), wherein the first touch screen display (110, 210) is configured to display a first image related to the acoustic signals output by the first driver, and wherein the first touch screen display (110, 210) is configured to receive a first tactile command from the wearer that controls the acoustic signals; cha racterized in that the headphone further comprises a second touch screen display (110, 210) arranged on an outward-facing surface of the second ear piece housing (104, 204), wherein the second touch screen display (110, 210) is configured to display a second image related to the acoustic signals output by the second driver, wherein the second touch screen display (110, 210) is configured to receive a second tactile command from the wearer that controls the acoustic signals, and wherein the first tactile command and the second tactile command, when performed simultaneously, are configured to provide a third tactile command. a first ear piece housing (104, 204) configured to be arranged relative to a first ear of a wearer, wherein the first ear piece housing (104, 204) includes a first driver configured to output acoustic signals; a second ear piece housing (104, 204) configured to be arranged relative to a second ear of the wearer, wherein the second ear piece housing (104, 204) includes a second driver configured to output acoustic signals; a first touch screen display (110, 210) arranged on an outward-facing surface of the first ear piece housing (104, 204), wherein the first touch screen display (110, 210) is configured to display a first image related to the acoustic signals output by the first driver, and wherein the first touch screen display (110, 210) is configured to receive a first tactile command from the wearer that controls the acoustic signals; cha racterized in that the headphone further comprises a second touch screen display (110, 210) arranged on an outward-facing surface of the second ear piece housing (104, 204), wherein the second touch screen display (110, 210) is configured to display a second image related to the acoustic signals output by the second driver, wherein the second touch screen display (110, 210) is configured to receive a second tactile command from the wearer that controls the acoustic signals, and wherein the first tactile command and the second tactile command, when performed simultaneously, are configured to provide a third tactile command.
An apparatus for manufacturing radiopharmaceutical products from reagents, the apparatus comprising a synthesis device and a loading device on which chemical systems in the form of a plurality of cassettes comprising the reagents may be mounted, said cassettes comprising means for transferring the chemical reagents, the synthesis device comprising an interface and mechanical means able to act on the transfer means of the cassettes when the cassettes are connected to the interface, the apparatus comprising a shifting means able to successively shift the plurality of cassettes from a storage position to a connected position onto the interface, and the synthesis device furthermore comprising ejecting means able to eject a cassette connected to the interface, said shifting means comprising: - a transfer means able to successively transfer, in a first movement, the cassettes from the storage position to a loading position located on or near the interface, and - a connecting means able to securely connect, in a second movement, the cassettes to the interface, both the transfer means and the connecting means being a piston or a hydraulic cylinder actuated by an automaton co-operating with a computer, the apparatus being characterized in that the shifting means is able to place a positioning wedge on the connecting means when the shifting means is shifting a cassette from the storage position to the loading position. - a transfer means able to successively transfer, in a first movement, the cassettes from the storage position to a loading position located on or near the interface, and - a connecting means able to securely connect, in a second movement, the cassettes to the interface,
A method for automatically establishing communication between an image photographing apparatus and a user device, the method comprising, when tagging between the user device and the image photographing apparatus occurs: causing a near field communication reader of the user device to read tag information from a NFC tag chip of the image photographing apparatus, wherein the tag information includes connection information; capturing an image by the image photographing apparatus; characterised in that: the tagging event causes the NFC tag chip of the image photographing apparatus to automatically convert a communication module of the image photographing apparatus from an inactive state into an active state by generating an interrupt signal and to transmit an interrupt signal and automatically establishing wireless communication between the communication module of the photographing apparatus and a communication module of the user device; transmitting a photograph mode information through the communication module and automatically displaying a function appropriate for the transmitted photograph; receiving at the image photographing apparatus position information in the form of Global Positioning System information, of the user device from the user device when the tagging is performed; adding the position information to the captured image; and storing the captured image and the added position information together in a storage unit of the image photographing apparatus. causing a near field communication reader of the user device to read tag information from a NFC tag chip of the image photographing apparatus, wherein the tag information includes connection information; capturing an image by the image photographing apparatus; the tagging event causes the NFC tag chip of the image photographing apparatus to automatically convert a communication module of the image photographing apparatus from an inactive state into an active state by generating an interrupt signal and to transmit an interrupt signal and automatically establishing wireless communication between the communication module of the photographing apparatus and a communication module of the user device; transmitting a photograph mode information through the communication module and automatically displaying a function appropriate for the transmitted photograph; receiving at the image photographing apparatus position information in the form of Global Positioning System information, of the user device from the user device when the tagging is performed; adding the position information to the captured image; and storing the captured image and the added position information together in a storage unit of the image photographing apparatus.
A method for clustering transportation units in a distribution chain, the method comprising: providing a plurality of transportation units, wherein each transportation unit comprises a communication module providing short-range and long-range communication and a memory; the method further comprising a respective transportation unit to: share the identity of the transportation unit via the communication module; receive, via the communication module, the shared identity of at least one other transportation unit of the plurality of transportation units; store in the memory the received identity of the at least one other transportation unit; and transmit via the communication module the identity of the transportation unit and the stored identity of the at least one other transportation unit to an external processing unit; and clustering, at the external processing unit, the transportation units based on the transmitted identities; wherein the respective transportation unit shares the identity of the transportation unit, and receives and stores the identity of the at least one other transportation unit in response to the transportation unit loosing long-range communication connectivity and/or in response to another transportation unit sharing the identity of the another transportation unit through a short-range communication protocol. providing a plurality of transportation units, wherein each transportation unit comprises a communication module providing short-range and long-range communication and a memory; the method further comprising a respective transportation unit to: share the identity of the transportation unit via the communication module; receive, via the communication module, the shared identity of at least one other transportation unit of the plurality of transportation units; store in the memory the received identity of the at least one other transportation unit; and transmit via the communication module the identity of the transportation unit and the stored identity of the at least one other transportation unit to an external processing unit; and share the identity of the transportation unit via the communication module; receive, via the communication module, the shared identity of at least one other transportation unit of the plurality of transportation units; store in the memory the received identity of the at least one other transportation unit; and transmit via the communication module the identity of the transportation unit and the stored identity of the at least one other transportation unit to an external processing unit; and clustering, at the external processing unit, the transportation units based on the transmitted identities; wherein the respective transportation unit shares the identity of the transportation unit, and receives and stores the identity of the at least one other transportation unit in response to the transportation unit loosing long-range communication connectivity and/or in response to another transportation unit sharing the identity of the another transportation unit through a short-range communication protocol.
A rein safety connector device, the device comprising a ball component including a ball, a socket component including a socket shaped to receive the ball, and a retaining member, the socket including an opening having a diameter smaller than the diameter of the ball, the opening being configured for expansion upon application of a first force along a longitudinal axis of the socket component in a first direction by the ball of said ball component and retraction upon removal of said force, wherein the retaining member is attachable to the socket component around the opening thereof to secure the ball of the ball component in the socket of said socket component, the ball releasable from the socket when subject to a second force, greater than the first force along said longitudinal axis in a second direction, wherein the retaining member is attachable to the socket component by means of a rotational coupling, wherein the retaining member and the socket component each comprise a respective part of the rotational coupling, characterised in that the rotational coupling comprises co-operating internal and external threads (4a, 3d) on respective ones of the socket component and the retaining member.
A stator for a gas turbine engine comprising: an outer shroud; at least one vane coupled to the outer shroud; an inner shroud coupled to the at least one vane; and characterised by an anti-rotation lug coupled to and extending in an axial direction from the inner shroud, wherein the anti-rotation lug comprises a body and a tapered shoulder, the body comprising a contact face and a trailing side wherein the contact face and the tapered shoulder intersect in a leading fillet located between the body and the tapered shoulder, wherein the trailing side and the inner shroud intersect in a trailing fillet, and wherein the tapered shoulder and the inner shroud intersect in a shoulder filler located between the tapered shoulder and the inner shroud. an outer shroud; at least one vane coupled to the outer shroud; an inner shroud coupled to the at least one vane; and characterised by an anti-rotation lug coupled to and extending in an axial direction from the inner shroud, wherein the anti-rotation lug comprises a body and a tapered shoulder, the body comprising a contact face and a trailing side wherein the contact face and the tapered shoulder intersect in a leading fillet located between the body and the tapered shoulder, wherein the trailing side and the inner shroud intersect in a trailing fillet, and wherein the tapered shoulder and the inner shroud intersect in a shoulder filler located between the tapered shoulder and the inner shroud.
An agent comprising hyaluronic acid or a pharmaceutically acceptable salt thereof having an aminoalkyl cinnamate covalently bonded thereto for use in improving ocular subjective symptoms in a human, wherein the human is a person with dry eye, wherein the ocular subjective symptoms are at least one selected from the group consisting of ocular discomfort, dryness, and grittiness, and wherein the agent is in the form of a solution and the hyaluronic acid or pharmaceutically acceptable salt thereof having an aminoalkyl cinnamate covalently bonded thereto is contained in the solution at a concentration of 0.3% (w/v).