mhurhangee/ep-ind-claims huggingface dataset:
An aerial work vehicle comprising: a boom; a rotary table; a work platform coupled to a distal end of said boom, said work platform having a first end in a direction of travel and a second end in a direction other than the direction of travel; a first control panel coupled to the first end of said work platform; and a second control panel coupled to the second end of said work platform, characterized in that said first control panel comprises a first plurality of manual input devices responsive to an operator for receiving boom motion commands to cause said boom to move in a desired direction and responsive to the operator to cause said rotary table to move in a desired direction, and said second control panel comprises a second plurality of manual input devices responsive to the operator for receiving boom motion commands to cause said boom to move in a desired direction. a boom; a rotary table; a work platform coupled to a distal end of said boom, said work platform having a first end in a direction of travel and a second end in a direction other than the direction of travel; a first control panel coupled to the first end of said work platform; and a second control panel coupled to the second end of said work platform, characterized in that said first control panel comprises a first plurality of manual input devices responsive to an operator for receiving boom motion commands to cause said boom to move in a desired direction and responsive to the operator to cause said rotary table to move in a desired direction, and said second control panel comprises a second plurality of manual input devices responsive to the operator for receiving boom motion commands to cause said boom to move in a desired direction.
An endoscope, comprising: a body, which comprises a plurality of operation parts; and an insertion part, which extends from a front end of the body, is configured to be inserted into the body of a patient, and has at least one working channel; characterised in that the endoscope further comprises an applicator load part, which is configured to mount a plurality of applicators (12;14), is disposed at a rear end of the body to be able to rotate, and is configured to arrange the mounted plurality of applicators (12;14) in the working channel according to the rotation angle. a body, which comprises a plurality of operation parts; and an insertion part, which extends from a front end of the body, is configured to be inserted into the body of a patient, and has at least one working channel; characterised in that the endoscope further comprises an applicator load part, which is configured to mount a plurality of applicators (12;14), is disposed at a rear end of the body to be able to rotate, and is configured to arrange the mounted plurality of applicators (12;14) in the working channel according to the rotation angle.
A multiple bit hand tool comprising: a handle body portion; a set of actuation mechanisms; a set of tool bits, each tool bit associated with one of the set of actuation mechanisms; a chuck portion including a locking collar mounted to the handle body portion and an aperture for receiving one of the set of tool bits in an extended position; Characterized in that the locking collar includes: a latch portion including a set of latch arms, each latch arm having a bit end cap contact and a release cam contact; whereby when the tool bit is extended through the locking collar, the bit end cap contact abuts the tool bit to protect against retraction of the tool bit and the release cam contact abuts the associated actuation mechanism. a handle body portion; a set of actuation mechanisms; a set of tool bits, each tool bit associated with one of the set of actuation mechanisms; a chuck portion including a locking collar mounted to the handle body portion and an aperture for receiving one of the set of tool bits in an extended position; Characterized in that the locking collar includes: a latch portion including a set of latch arms, each latch arm having a bit end cap contact and a release cam contact; whereby when the tool bit is extended through the locking collar, the bit end cap contact abuts the tool bit to protect against retraction of the tool bit and the release cam contact abuts the associated actuation mechanism. a latch portion including a set of latch arms, each latch arm having a bit end cap contact and a release cam contact; whereby when the tool bit is extended through the locking collar, the bit end cap contact abuts the tool bit to protect against retraction of the tool bit and the release cam contact abuts the associated actuation mechanism.
A method for implementing information exchange, comprising the following steps of: a calling user terminal sending information to be sent to a called user terminal by carrying the information in a user-to-user signaling, UUS, field of a call message; the called user terminal sorting out the information carried in the UUS field from the call message after receiving the call message, and feeding back a message other than an acknowledge message to the calling user terminal; and the calling user terminal terminating the present call procedure after receiving the message fed back by the called user terminal, characterized in that the calling user terminal sends the information to be sent to the called user terminal through one or more call messages; after sorting out the information carried in the UUS field, the called user terminal also judges whether the information is complete or not; the message other than an acknowledge message is a message containing a UUS field, and the called user terminal carries a judging result in the UUS field in the message that is fed back; if the information is judged to be incomplete, then after receiving the message fed back by the called user terminal, the calling user terminal continues to send a subsequent part of the information to be sent to the called user terminal through a UUS field of a call message that is sent subsequently. a calling user terminal sending information to be sent to a called user terminal by carrying the information in a user-to-user signaling, UUS, field of a call message; the called user terminal sorting out the information carried in the UUS field from the call message after receiving the call message, and feeding back a message other than an acknowledge message to the calling user terminal; and the calling user terminal terminating the present call procedure after receiving the message fed back by the called user terminal, characterized in that the calling user terminal sends the information to be sent to the called user terminal through one or more call messages; after sorting out the information carried in the UUS field, the called user terminal also judges whether the information is complete or not; the message other than an acknowledge message is a message containing a UUS field, and the called user terminal carries a judging result in the UUS field in the message that is fed back; if the information is judged to be incomplete, then after receiving the message fed back by the called user terminal, the calling user terminal continues to send a subsequent part of the information to be sent to the called user terminal through a UUS field of a call message that is sent subsequently.
A control system comprising: a security token; and a controllable object; the security token being a smart card (100, 200) comprising a tactile sensing user interface, wherein said tactile sensing user interface is adapted to capture a stream of authentication data corresponding to a sequence of positions of a finger engaging with said tactile sensing user interface and representing a user-specific credential for accessing at least one function of the controllable object, said security token being adapted to transmit said stream of authentication data to the controllable object in order to access said function, wherein the tactile sensing user interface is further adapted to capture a stream of control data corresponding to a sequence of positions of a finger engaging with said tactile sensing user interface and representing input data for controlling said function, said security token being adapted to transmit said stream of control data to the controllable object in order to control said function, wherein the controllable object is adapted to receive the stream of authentication data, to verify the user-specific credential represented by said stream of authentication data, and to grant the security token access to said function upon or after successful verification of the user-specific credential. a security token; and a controllable object;
A probe used in an optical coherence tomography device, which irradiates measurement light to a subject and collects scattered light returning after reflection from the subject, comprising: a scanning means composed of galvanometer mirrors (72, 73) having reflecting mirrors (72a, 73a) configured to change an irradiation direction of the measurement light, wherein the scanning means comprises actuators (72b, 73b) configured to switch the reflecting mirrors (72a, 73a), which reflect the measurement light, between an imaging state in which the measurement light is reflected by the subject and returns as the scattered light, and a non-imaging state in which the measurement light is diffusely reflected within the probe, and further wherein, when switching to the non-imaging state, the actuators (72b, 73b) are configured to rotate at least one of the reflecting mirrors (72a, 73a) to an angle where the measurement light reflected by the reflecting mirror does not return to the reflecting mirror. a scanning means composed of galvanometer mirrors (72, 73) having reflecting mirrors (72a, 73a) configured to change an irradiation direction of the measurement light, wherein the scanning means comprises actuators (72b, 73b) configured to switch the reflecting mirrors (72a, 73a), which reflect the measurement light, between an imaging state in which the measurement light is reflected by the subject and returns as the scattered light, and a non-imaging state in which the measurement light is diffusely reflected within the probe, and further wherein, when switching to the non-imaging state, the actuators (72b, 73b) are configured to rotate at least one of the reflecting mirrors (72a, 73a) to an angle where the measurement light reflected by the reflecting mirror does not return to the reflecting mirror.
A computer-implemented method comprising: commanding a computer numerically controlled machine comprising a movable head capable of delivering electromagnetic energy to a part of a working area defined by limits within which the movable head can cause delivery of the electromagnetic energy, the working area being inside an interior space of the computer numerically controlled machine, the interior space being defined by a housing comprising an openable barrier that attenuates transmission of electromagnetic energy between the interior space and an exterior of the computer numerically controlled machine when the openable barrier is in a closed position, the computer numerically controlled machine comprising an interlock that prevents emission of the electromagnetic energy when detecting that the openable barrier is not in the closed position, the commanding resulting in the computer numerically controlled machine executing operations of a motion plan for causing movement of the movable head to deliver the electromagnetic energy to effect a change in a material at least partially contained within the interior space; and generating an image including at least half of the working area with at least one camera, the generating occurring when the interlock is not preventing the emission of the electromagnetic energy. commanding a computer numerically controlled machine comprising a movable head capable of delivering electromagnetic energy to a part of a working area defined by limits within which the movable head can cause delivery of the electromagnetic energy, the working area being inside an interior space of the computer numerically controlled machine, the interior space being defined by a housing comprising an openable barrier that attenuates transmission of electromagnetic energy between the interior space and an exterior of the computer numerically controlled machine when the openable barrier is in a closed position, the computer numerically controlled machine comprising an interlock that prevents emission of the electromagnetic energy when detecting that the openable barrier is not in the closed position, the commanding resulting in the computer numerically controlled machine executing operations of a motion plan for causing movement of the movable head to deliver the electromagnetic energy to effect a change in a material at least partially contained within the interior space; and generating an image including at least half of the working area with at least one camera, the generating occurring when the interlock is not preventing the emission of the electromagnetic energy.
A method of fabricating push buttons (948; 950; 966) and assembling said push buttons (948; 950; 966) on associated individual actuator devices of an end-application apparatus, wherein said actuator devices are arrayed in a fixed orientation, said method comprising the steps of: simultaneously molding at least a subset of push buttons on a common tree/gate with said subset of buttons juxtaposed to positionally correspond with their associated actuator devices; inserting said subset of buttons into a fixture in an end-application orientation; trimming extraneous mold material from each button of said subset of buttons; removing said common tree from said subset of buttons while maintaining the subset of buttons in fixed juxtaposition; simultaneously removing said subset of buttons from said fixture; and simultaneously front loading said subset of buttons through end-application apparatus trim plate openings associated with said individual actuator devices. simultaneously molding at least a subset of push buttons on a common tree/gate with said subset of buttons juxtaposed to positionally correspond with their associated actuator devices; inserting said subset of buttons into a fixture in an end-application orientation; trimming extraneous mold material from each button of said subset of buttons; removing said common tree from said subset of buttons while maintaining the subset of buttons in fixed juxtaposition; simultaneously removing said subset of buttons from said fixture; and simultaneously front loading said subset of buttons through end-application apparatus trim plate openings associated with said individual actuator devices.
An exterior panel for a transport vehicle, the exterior panel comprising: an exterior skin configured for atmospheric exposure; an interior skin configured for attachment to a structural frame member of the transport vehicle; a multicellular core sandwiched between the exterior skin and the interior skin; and a superplastic formable reinforcement layer underlying and supporting the exterior skin, wherein the multicellular core is superplastic formed and diffusion bonded to the exterior and interior skins (12, 14). an exterior skin configured for atmospheric exposure; an interior skin configured for attachment to a structural frame member of the transport vehicle; a multicellular core sandwiched between the exterior skin and the interior skin; and a superplastic formable reinforcement layer underlying and supporting the exterior skin, wherein the multicellular core is superplastic formed and diffusion bonded to the exterior and interior skins (12, 14).
A method for producing a flat information carrier from synthetic material, comprising the steps of: - providing a synthetic film (14, 114) - printing information onto the synthetic film (14, 114) - extruding a band-like carrier from a heated, flowable synthetic material mass - contacting the synthetic film (14, 114) and the freshly extruded carrier to form a laminate - punching out, cutting to size or otherwise providing the information carrier from the laminate; wherein two synthetic films (14, 114) are provided, a first synthetic film being fed to the top side and a second synthetic film being fed to the bottom side of the freshly extruded carrier and being laminated thereto together with the carrier, respectively, characterized in that the first synthetic film and the second synthetic film are provided by providing a single film web and slitting it into two halves as viewed in the web direction, the first half of the film web forming the first synthetic film and the second half of the film web forming the second synthetic film. - providing a synthetic film (14, 114) - printing information onto the synthetic film (14, 114) - extruding a band-like carrier from a heated, flowable synthetic material mass - contacting the synthetic film (14, 114) and the freshly extruded carrier to form a laminate - punching out, cutting to size or otherwise providing the information carrier from the laminate; wherein two synthetic films (14, 114) are provided, a first synthetic film being fed to the top side and a second synthetic film being fed to the bottom side of the freshly extruded carrier and being laminated thereto together with the carrier, respectively,
A method of allocating mobile clients to a first server, the method including the steps of: a) determining, as between said first server and a second server, a contest which is weighted in favour of the server with the greater number of allocated clients; and b) if said first server is successful in said contest, changing the allocation of a client from said second server to said first server, and further including the step of: c) if the number of clients allocated to any server falls below a first threshold level, powering down said server, wherein each server has a range and only clients within the range of a server can be allocated to that server. a) determining, as between said first server and a second server, a contest which is weighted in favour of the server with the greater number of allocated clients; and b) if said first server is successful in said contest, changing the allocation of a client from said second server to said first server, and further including the step of: c) if the number of clients allocated to any server falls below a first threshold level, powering down said server, wherein each server has a range and only clients within the range of a server can be allocated to that server.
A lifting wall arrangement for an end wall of a drum mill, having a plurality of segments which are removably installable on the end wall, wherein each segment comprises an inner wall (10:1) and an opposing outer wall (10:2), wherein at least one lifting blade is arranged on said outer wall, such that the outer wall, the lifting blade and the inner wall define a discharge channel leading to a discharge cone, and wherein said inner wall forms a part of a sieving wall in the drum mill, and wherein each segment constitutes an integrated unit adapted to be installed on the end wall, the integrated unit being adapted to be attached to the end wall from the outside of the drum mill, characterized in that the integrated unit comprises first mounting means comprising a fastener body insert arranged in a recess or a bore in the outer wall (10:2) of the integrated unit facing the end wall, the first mounting means being adapted to, through mounting holes in the end wall, interact with complementary second mounting means installed from the outside of the drum mill. wherein each segment comprises an inner wall (10:1) and an opposing outer wall (10:2), wherein at least one lifting blade is arranged on said outer wall, such that the outer wall, the lifting blade and the inner wall define a discharge channel leading to a discharge cone, and wherein said inner wall forms a part of a sieving wall in the drum mill, and wherein each segment constitutes an integrated unit adapted to be installed on the end wall, the integrated unit being adapted to be attached to the end wall from the outside of the drum mill, characterized in that the integrated unit comprises first mounting means comprising a fastener body insert arranged in a recess or a bore in the outer wall (10:2) of the integrated unit facing the end wall, the first mounting means being adapted to, through mounting holes in the end wall, interact with complementary second mounting means installed from the outside of the drum mill.
A noise filter (NF1 - NF5) comprising: a board; at least one coil (L1 - L3, L5, L7) mounted on the board; a plurality of separated board ground patterns (GND1 - GND3, GND5 - GND11) formed as solid patterns on the board and being electrically separated from each other on the surface of the board and being connected to a common ground member present outside the board; at least one capacitor (C1 - C12) mounted on the board, the at least one capacitor (C1 - C12) being connected between the at least one coil (L1 - L3, L5, L7) and one of the plurality of separated board ground patterns, the noise filter being configured to be inserted between a power source side and a load side of a main circuit of the noise filter for which conducted noise is to be attenuated and to attenuate the conducted noise of the main circuit using a filter circuit including the at least one coil (L1 - L3, L5, L7) and the at least one capacitor (C1 - C12), characterized in that adjacent board ground patterns of the separated board ground patterns (GND1 - GND3, GND5 - GND11) are disposed so as to have a spacing equal to or less than one-half of the wavelength of a predetermined electromagnetic wave of radiation noise so that said radiation noise is prevented from being mixed into the main circuit. a board; at least one coil (L1 - L3, L5, L7) mounted on the board; a plurality of separated board ground patterns (GND1 - GND3, GND5 - GND11) formed as solid patterns on the board and being electrically separated from each other on the surface of the board and being connected to a common ground member present outside the board; at least one capacitor (C1 - C12) mounted on the board, the at least one capacitor (C1 - C12) being connected between the at least one coil (L1 - L3, L5, L7) and one of the plurality of separated board ground patterns, the noise filter being configured to be inserted between a power source side and a load side of a main circuit of the noise filter for which conducted noise is to be attenuated and to attenuate the conducted noise of the main circuit using a filter circuit including the at least one coil (L1 - L3, L5, L7) and the at least one capacitor (C1 - C12), characterized in that adjacent board ground patterns of the separated board ground patterns (GND1 - GND3, GND5 - GND11) are disposed so as to have a spacing equal to or less than one-half of the wavelength of a predetermined electromagnetic wave of radiation noise so that said radiation noise is prevented from being mixed into the main circuit.
A method for determining the drum occupancy on a card, which results from the total fibre mass which is stationary and temporarily on the drum or in the drum space of the card, characterised in that the supply of fibres into the card is stopped for the first time in an initial phase and at the same time the total fibres present in the drum space of the card are withdrawn, wherein the sliver number and the delivery lenght of the fibres at the card output are measured and the drum occupancy is thus determined, and subsequently, in a second phase during operation of the card, the supply of fibres to the card is reduced for the time, wherein the sliver number and the delivery lenght of the fibres are measured at the card output, and based on the measured values determined at the time, a further curve, which corresponds to the withdrawal of the total fibres located in the drum space, is simulated by calculation based on the values determined during the initial phase for the drum occupancy.