mhurhangee/ep-ind-claims huggingface dataset:
A terminal for providing additional content, the terminal comprising: a first communication interface configured to transmit an image capturing signal corresponding to a captured image to a wireless communication device within a coverage area of the wireless communication device; a second communication interface configured to receive the additional content corresponding to identification information of the wireless communication device from a server that provides the additional content, according to a request of the wireless communication device based on the image capturing signal; and a processor configured to provide the additional content, in response to an additional content request for a user interaction region provided in the captured image. a first communication interface configured to transmit an image capturing signal corresponding to a captured image to a wireless communication device within a coverage area of the wireless communication device; a second communication interface configured to receive the additional content corresponding to identification information of the wireless communication device from a server that provides the additional content, according to a request of the wireless communication device based on the image capturing signal; and a processor configured to provide the additional content, in response to an additional content request for a user interaction region provided in the captured image.
Surgical device, in particular for minimally invasive surgery, having a shaft with a distal end equipped with a surgical instrument, for instance a grasper, and a proximal end equipped with an actuation device (7, 8) for the surgical instrument, and wherein the surgical instrument is mounted on sliders that are longitudinally movable in opposite directions with respect to each other in the said shaft by operation of the said actuation device (7, 8) for actuating the surgical instrument, which sliders are provided adjacent to each other within said shaft, wherein said sliders comprise a first mounted position and a second dismountable position, wherein in the first mounted position the sliders are coupled through a bayonet coupling with the actuation device (7, 8) and are secured while in this first mounted position against rotation within the said shaft to prevent releasing of the bayonet coupling between the sliders and the actuation device (7, 8), and wherein in the second dismountable position the sliders are concurrently slidable at least partly out of said shaft to a point at which rotation of the remainder of the sliders within the said shaft is enabled, and the bayonet coupling between the sliders and the actuation device (7, 8)is releasable, characterized in that the actuation device (7, 8) comprises an actuation wheel for the sliders mounted around and at the proximal end of the shaft, which actuation wheel is equipped with transfer means (7', 8) that are coupled to the sliders to convert rotational motion of said actuation wheel into longitudinal yet opposite motions of the sliders, and that a locking plate is provided which is movable between a first position in which it restricts movement of the actuation wheel along the shaft in its longitudinal direction, and a second position in which it enables movement of the actuation wheel along the shaft in its longitudinal direction, and that the transfer means (7', 8) of the actuation wheel are embodied with slits in said actuation wheel that cooperate with radially outwards extending first pins mounted on longitudinally movable inserts that are further equipped with radially inwards extending second pins (8") that reach through longitudinally provided slits in the shaft and eventually into apertures provided in the sliders within said shaft, which radially inwards extending second pins (8") together with said apertures in the sliders embody the said bayonet coupling between the actuation device (7, 8) and the sliders.
An apparatus for code obfuscation using identifier conversion, comprising: an extractor that extracts a dalvik executable file by decompressing compression of an application program file; a code analyzer that analyzes a bytecode of the extracted dalvik executable file; a controller that selects a kind, the number, and an insertion position of obfuscation characters; and an identifier converter that converts an identifier of the bytecode by inserting the selected obfuscation characters into the bytecodes; characterized in that the obfuscation characters are displayed on the screen same as other characters but have different unicodes. an extractor that extracts a dalvik executable file by decompressing compression of an application program file; a code analyzer that analyzes a bytecode of the extracted dalvik executable file; a controller that selects a kind, the number, and an insertion position of obfuscation characters; and an identifier converter that converts an identifier of the bytecode by inserting the selected obfuscation characters into the bytecodes; characterized in that the obfuscation characters are displayed on the screen same as other characters but have different unicodes.
A method of making a fibrous sheet, the method comprising: (a) forming a nascent web from an aqueous solution of papermaking fibers; (b) dewatering the nascent web to form a dewatered web having a consistency from about ten percent solids to about seventy percent solids; (c) moving the dewatered web on a transfer surface; (d) transferring the dewatered web from the transfer surface to a molding roll at a molding zone, the molding roll having an exterior patterned surface, the exterior patterned surface of the molding roll comprising a plurality of recesses, papermaking fibers of the dewatered web being redistributed on the plurality of recesses of the exterior patterned surface of the molding roll in order to form a molded paper web; (e) transferring the molded paper web to a drying section; and (f) drying the molded paper web in the drying section to form a fibrous sheet. (a) forming a nascent web from an aqueous solution of papermaking fibers; (b) dewatering the nascent web to form a dewatered web having a consistency from about ten percent solids to about seventy percent solids; (c) moving the dewatered web on a transfer surface; (d) transferring the dewatered web from the transfer surface to a molding roll at a molding zone, the molding roll having an exterior patterned surface, the exterior patterned surface of the molding roll comprising a plurality of recesses, papermaking fibers of the dewatered web being redistributed on the plurality of recesses of the exterior patterned surface of the molding roll in order to form a molded paper web; (e) transferring the molded paper web to a drying section; and (f) drying the molded paper web in the drying section to form a fibrous sheet.
A device (100; 400) for assisting the dorsal carrying of a backpack- or satchel-type bag by an individual, said bag including a pair of shoulder straps, the device for assisting the dorsal carrying comprising: - a carry sling (110; 410) for carrying said bag, said sling being intended to clasp a portion of the bag and the hips of said individual; characterized in that the device for assisting the dorsal carrying further comprises: - a means (120; 420) for removable retention of the carry sling to said bag, comprising a retaining sling (120; 420) for retaining the carry sling (110; 410) to said bag, which comprises a means (125; 425) to open and close the retaining sling (120; 420), the retaining sling (120; 420), when closed, forming together with a central portion of the carry sling (110; 410) a loop which is intended for clasping a lower portion of said bag when it is carried according to a carry axis. - a carry sling (110; 410) for carrying said bag, said sling being intended to clasp a portion of the bag and the hips of said individual; characterized in that the device for assisting the dorsal carrying further comprises: - a means (120; 420) for removable retention of the carry sling to said bag, comprising a retaining sling (120; 420) for retaining the carry sling (110; 410) to said bag, which comprises a means (125; 425) to open and close the retaining sling (120; 420), - a means (120; 420) for removable retention of the carry sling to said bag, comprising a retaining sling (120; 420) for retaining the carry sling (110; 410) to said bag, which comprises a means (125; 425) to open and close the retaining sling (120; 420), the retaining sling (120; 420), when closed, forming together with a central portion of the carry sling (110; 410) a loop which is intended for clasping a lower portion of said bag when it is carried according to a carry axis.
A tissue repair membrane comprising: a membrane; and at least one coating of a hydrogel polymer on at least a portion of a surface of the membrane, the hydrogel polymer comprising hyaluronic acid and alginate, wherein the hydrogel polymer coating provides one or more of self-adhesion and lubrication to the tissue repair membrane. a membrane; and at least one coating of a hydrogel polymer on at least a portion of a surface of the membrane, the hydrogel polymer comprising hyaluronic acid and alginate, wherein the hydrogel polymer coating provides one or more of self-adhesion and lubrication to the tissue repair membrane.
A vehicle glazing comprising: a glass substrate having an electrically conductive coating deposited on at least a portion of at least one surface thereof, wherein the electrically conductive coating comprises a pyrolytically deposited transparent conductive oxide layer, characterised by: a peripheral obscuration band comprising an electrically conductive peripheral obscuration band or a peripheral obscuration band which is not electrically conductive, wherein the peripheral obscuration band is printed on at least a portion of the electrically conductive coating, a cured electrically conductive ink (10, 12, 131) printed on the peripheral obscuration band, and an electrically conductive element (21, 123) in electrical contact with both the electrically conductive coating and the cured electrically conductive ink (10, 12, 131). a glass substrate having an electrically conductive coating deposited on at least a portion of at least one surface thereof, wherein the electrically conductive coating comprises a pyrolytically deposited transparent conductive oxide layer, characterised by: a peripheral obscuration band comprising an electrically conductive peripheral obscuration band or a peripheral obscuration band which is not electrically conductive, wherein the peripheral obscuration band is printed on at least a portion of the electrically conductive coating, a cured electrically conductive ink (10, 12, 131) printed on the peripheral obscuration band, and an electrically conductive element (21, 123) in electrical contact with both the electrically conductive coating and the cured electrically conductive ink (10, 12, 131). a peripheral obscuration band comprising an electrically conductive peripheral obscuration band or a peripheral obscuration band which is not electrically conductive, wherein the peripheral obscuration band is printed on at least a portion of the electrically conductive coating, a cured electrically conductive ink (10, 12, 131) printed on the peripheral obscuration band, and an electrically conductive element (21, 123) in electrical contact with both the electrically conductive coating and the cured electrically conductive ink (10, 12, 131).
A turbomachine comprising • an annular combustion chamber with a chamber end wall presenting injection orifices having injection systems mounted therein; • a compressor having a centrifugal downstream stage; and • an annular diffuser enabling the gas flow leaving the compressor to be diffused and said flow of gas to be directed towards said injection systems, the diffuser comprising: a radially-oriented upstream portion that presents diffusion passages connected to the outlet of the compressor; an elbow-shaped intermediate portion; and a downstream portion comprising a series of circularly spaced apart flow-straightening vanes, the downstream portion being inclined relative to the axis of the turbomachine towards the combustion chamber, in such a manner that in the section plane containing the axis of the turbomachine, the mean axis of the flow path at the outlet from the downstream portion of the diffuser passes through the chamber end wall between the maximum radius and the minimum radius (r) of the chamber end wall; the turbomachine being characterized in that, in the section plane containing the axis of the turbomachine and passing via the center of one of said injection orifices, the curvilinear abscissa distance along a flow line between the middle of the flow path at the trailing edges of the flow-straightening vanes and said center, is greater than or equal to three times the height (h) of said flow path at the trailing edges of the flow-straightening vanes, and in that the number of flow-straightening vanes is at least four times greater than the number of injection systems. • an annular combustion chamber with a chamber end wall presenting injection orifices having injection systems mounted therein; • a compressor having a centrifugal downstream stage; and • an annular diffuser enabling the gas flow leaving the compressor to be diffused and said flow of gas to be directed towards said injection systems, the diffuser comprising: a radially-oriented upstream portion that presents diffusion passages connected to the outlet of the compressor; an elbow-shaped intermediate portion; and a downstream portion comprising a series of circularly spaced apart flow-straightening vanes, the downstream portion being inclined relative to the axis of the turbomachine towards the combustion chamber, in such a manner that in the section plane containing the axis of the turbomachine, the mean axis of the flow path at the outlet from the downstream portion of the diffuser passes through the chamber end wall between the maximum radius and the minimum radius (r) of the chamber end wall;
A device (1, 1') for cleaning flue gas flues of a boiler system comprising a cleaning hose (4, 4'), which can be introduced into a flue gas flue through an access, a hose store for storing the cleaning hose outside of the flue gas flue, and a hose guide (5, 6, 7, 8, 9, 5', 6', 7', 8', 9'), through which the cleaning hose (4, 4') can be introduced into the flue gas flue, characterized in that said device has a cleaning hose transporting module, by means of which the cleaning hose (4, 4') can be pushed from the hose store into the hose guide (5, 6, 7, 8, 9, 5', 6', 7', 8', 9'), which runs between the cover of the boiler and a platform.
A vertebral column correction system comprising a first vertebral anchor configured to be secured to a first vertebra, the first vertebral anchor having a head portion (114, 214, 314, 502), a second vertebral anchor configured to be secured to a second vertebra, the second vertebral anchor having a head portion (114, 214, 314, 502), one or more intermediate vertebral anchors, each configured to be secured to an intermediate vertebra located between the first vertebra and the second vertebra, the one or more intermediate vertebral anchors each including a head portion (114, 214, 314, 502), and a connection member configured to extend through the head portion (114, 214, 314, 502) of the first vertebral anchor, through the head portion (114, 214, 314, 502) of each of the one or more intermediate vertebral anchors, and through the head portion (114, 214, 314, 502) of the second vertebral anchor, wherein at least a portion of the connection member is a flexible member configured for tensioning between at least two vertebral anchors, wherein the connection member is sized for location within the head portion (114, 214, 314, 502) of each of the one or more intermediate vertebral anchors and is sized to be longitudinally displaceable through the head portion of at least one of the one or more intermediate vertebral anchors, and wherein the system is free of structure that constrains the displacement of the head portion (114, 214, 314, 502) of the first vertebral anchor toward the head portion (114, 214, 314, 502) of each of the one or more intermediate vertebral anchors, characterized in that the system further comprises a tensioning member for coupling to a first end of the connection member, the tensioning member positionable adjacent a side of the head portion (114, 214, 314, 502) of the first vertebral anchor away from the one or more intermediate vertebral anchors, wherein the tensioning member is configured to maintain the connection member in tension between the first vertebral anchor and the second vertebral anchor.
A method of detecting commissioning errors in a commissioned sensor system, wherein the sensor system comprises a plurality of sensor devices (6, 6a, 6b) installed so as to cover an area (30a, 30b), the method comprising the following steps: capturing, by the sensor devices, sensor data from the area whilst at least one entity moves through the area; processing, by a computer system of the sensor system the sensor data to generate a set of location data, which identifies locations traversed by the at least one moving entity; and detecting in the set of location data a discrepancy caused by at least one of the sensor devices having been incorrectly commissioned. capturing, by the sensor devices, sensor data from the area whilst at least one entity moves through the area; processing, by a computer system of the sensor system the sensor data to generate a set of location data, which identifies locations traversed by the at least one moving entity; and detecting in the set of location data a discrepancy caused by at least one of the sensor devices having been incorrectly commissioned.
Electrical equipment in the form of a hand-operated power tool (10; 110) or a suction device, wherein the electrical equipment comprises an electric drive motor, a supply net and an energy store connection for an electric energy storage arrangement for supplying the drive motor via the supply net, wherein the energy store connection comprises at least two connecting contact arrangements (33, 34) for the electric connection of a first energy store (16; 116) and at least one second energy store (17; 117), wherein the electrical equipment comprises an electric circuit (30; 130) for a series connection of the electric voltage provided by the energy stores (16,17; 116, 117) at the respective first and second connecting contacts (35 - 38) of the connecting contact arrangements (33, 34), so that a sum of the energy store supply voltages (U1, U2) fed in via the connecting contact arrangements (33, 34) is available as a machine supply voltage for the electric drive motor, wherein the circuit (30; 130) comprises, for the deactivation of at least one of the connecting contact arrangements (33, 34), at least one connecting switch (43, 44) for the electric connection of first and second feed lines (39 - 42) connected to the first and second connecting contacts (35 - 38) of the respective connecting contact arrangements (33, 34), and wherein the circuit (30; 130) comprises, for the deactivation of the connecting contact arrangement (33, 34) for a disconnection of the first or second energy store (16, 17; 116, 117) from the supply net of the electrical equipment, at least one circuit breaker (45, 46) for breaking an electric connection between the first feed line (39, 41) and the first connecting contact (35, 37) and/or between the second feed line (41, 42) and the second connecting contact (36, 38), characterised in that it comprises a controller for the sequential activation of the at least one circuit breaker (45, 46) and the at least one connecting switch (43, 44), which controller activates, at a deactivation of the connecting contacts (35 - 38) of the connecting contact arrangement (33, 34), first the circuit breaker (45, 46) for disconnecting the first connecting contact (35, 37) from the first feed line (39, 41) and/or the second connecting contact (36, 38) from the second feed line (41, 42), and then the connecting switch (43, 44) for the electric connection of the first and second feed line (39 - 42), so that the first feed line (39, 41) and the second feed line (41, 42) of the first or second energy store (16, 116; 17, 117) deactivated by the circuit breaker (45, 46) are bridged or short-circuited, and in that it comprises at least one voltage detection device (49, 50) for detecting a voltage of the respective energy store (16, 116; 17, 117), and in that it is designed to deactivate a respective connecting contact arrangement (33, 34) if a lower voltage limit value assigned to the respective energy store (16, 116; 17, 117) is undershot and/or if an upper voltage limit value assigned to the respective energy store (16, 116; 17, 117) is exceeded.
A method for preparing a modified rubber, characterized in that comprising the steps of: irradiating high-performance short fibers by ultraviolet light; adding the irradiated high-performance short fibers to ethanol and stirring to prepare a uniformly dispersed fiber suspension; adding a coupling agent to the prepared fiber suspension; adjusting a pH value of the fiber suspension to a range from 8 to 9, and waiting for 2 to 4 hours at room temperature; adding sodium dodecylbenzenesulfonate into the fiber suspension the and waiting for 1 to 2 hours to prepare a reaction solution; filtering the reaction solution under a reduced pressure to remove liquid from the reaction solution and prepare a modified fiber slurry; adding the modified fiber slurry into an inorganic filler to prepare a modified fiber slurry mixture, the inorganic filler comprising a carbon black and other inorganic filler; adding plasticized polar or non-polar rubber to an internal mixer and pressurized mixing for 1 to 2 minutes to prepare a rubber matrix; adding the modified fiber slurry mixture to the rubber matrix and further pressurized mixing for 1 to 2 minutes to prepare a mixed rubber compound; extruding the rubber compound from an open mill to prepare the modified rubber. irradiating high-performance short fibers by ultraviolet light; adding the irradiated high-performance short fibers to ethanol and stirring to prepare a uniformly dispersed fiber suspension; adding a coupling agent to the prepared fiber suspension; adjusting a pH value of the fiber suspension to a range from 8 to 9, and waiting for 2 to 4 hours at room temperature; adding sodium dodecylbenzenesulfonate into the fiber suspension the and waiting for 1 to 2 hours to prepare a reaction solution; filtering the reaction solution under a reduced pressure to remove liquid from the reaction solution and prepare a modified fiber slurry; adding the modified fiber slurry into an inorganic filler to prepare a modified fiber slurry mixture, the inorganic filler comprising a carbon black and other inorganic filler; adding plasticized polar or non-polar rubber to an internal mixer and pressurized mixing for 1 to 2 minutes to prepare a rubber matrix; adding the modified fiber slurry mixture to the rubber matrix and further pressurized mixing for 1 to 2 minutes to prepare a mixed rubber compound; extruding the rubber compound from an open mill to prepare the modified rubber.