mhurhangee/ep-ind-claims huggingface dataset:
A weft detecting device for an air-jet loom, the weft detecting device comprising: a main nozzle for weft insertion; an auxiliary nozzle for weft insertion; and a reed including a plurality of dents lined in a weft insertion direction, wherein the dents each include a guide recess, the guide recesses define a reed passage, the main nozzle and the auxiliary nozzle eject air to insert a weft through the reed passage, and a reflective photoelectric sensor is located at a position that allows for detection of the weft, wherein the reflective photoelectric sensor includes a light projector and a light receiver, the light projector emits light, and the light receiver receives reflected light that has been reflected by the weft, the weft detecting device being characterized by a determination unit configured to determine a position of the weft relative to the reed passage in a depthwise direction based on a light amount level of the reflected light. a main nozzle for weft insertion; an auxiliary nozzle for weft insertion; and a reed including a plurality of dents lined in a weft insertion direction, wherein the dents each include a guide recess, the guide recesses define a reed passage, the main nozzle and the auxiliary nozzle eject air to insert a weft through the reed passage, and a reflective photoelectric sensor is located at a position that allows for detection of the weft, wherein the reflective photoelectric sensor includes a light projector and a light receiver, the light projector emits light, and the light receiver receives reflected light that has been reflected by the weft, the weft detecting device being characterized by a determination unit configured to determine a position of the weft relative to the reed passage in a depthwise direction based on a light amount level of the reflected light.
A safety switching device for the failsafe shutdown of an electrical load, comprising a number of device connectors (26, 38), comprising at least one input circuit for receiving an input signal (20, 90) from a signaling device (18, 46) which signals a safety-related state, comprising at least one output circuit for outputting an output signal, comprising at least one switching element designed for interrupting a current supply path to the load, and comprising an evaluation and control unit designed for actuating the at least one switching element in dependence on the input signal (20, 90), characterized in that the at least one input circuit and the at least one output circuit are joined at one from the device connectors so that said one device connector can selectively be used as input for receiving the input signal or as output for outputting the output signal, with the input circuit having a test switch which is coupled to the evaluation and control unit, and with the evaluation and control unit being designed for selectively suppressing the input signal using the test switch.
Method for the treatment of reeds of vegetable origin comprising the immersion, for an appropriate period of time of the said reed, in a liquid composition comprising acemannan or glucomannan or mixtures thereof.
A method for providing authentication service account management to a user of a multi-factor authentication service on third-party websites, comprising: registering a user with the multi-factor authentication service comprising: providing an availability of multi-factor authentication service notice to the user based on the user's locality; providing a location-specific authentication service mobile access code to the user based on the user's locality; and registering a user's desired mobile device with the multi-factor authentication service for use in multi-factor user authentication; providing an Internet-based user account revocation service comprising a user interface (Ul) that allows the user to revoke user designation of a mobile device for multi-factor authentication; providing an Internet-based user account reporting service comprising a UI that reports one or more transactions to the user, wherein at least some of the one or more transactions correspond to transactions made using the multi-factor authentication service via third-party websites, and wherein said reporting includes the internet protocol address location from which the authentication was initiated, and providing the user with an authentication service webpage to manage his account settings to determine a length of time between multi-factor authentications after an initial logon on to the third-party website utilizing the multi-factor authentication service. registering a user with the multi-factor authentication service comprising: providing an availability of multi-factor authentication service notice to the user based on the user's locality; providing a location-specific authentication service mobile access code to the user based on the user's locality; and registering a user's desired mobile device with the multi-factor authentication service for use in multi-factor user authentication; providing an availability of multi-factor authentication service notice to the user based on the user's locality; providing a location-specific authentication service mobile access code to the user based on the user's locality; and registering a user's desired mobile device with the multi-factor authentication service for use in multi-factor user authentication; providing an Internet-based user account revocation service comprising a user interface (Ul) that allows the user to revoke user designation of a mobile device for multi-factor authentication; providing an Internet-based user account reporting service comprising a UI that reports one or more transactions to the user, wherein at least some of the one or more transactions correspond to transactions made using the multi-factor authentication service via third-party websites, and wherein said reporting includes the internet protocol address location from which the authentication was initiated, and providing the user with an authentication service webpage to manage his account settings to determine a length of time between multi-factor authentications after an initial logon on to the third-party website utilizing the multi-factor authentication service.
A relay node for aggregating data transfers in a wireless telecommunications network, the relay node comprising: a receiver configured to receive uplink signals from multiple terminals (14a, 14b), each uplink signal including respective uplink data and an indication regarding whether the respective uplink signal corresponds to a real-time transmission; a decoder operatively connected to the receiver and configured to decode the uplink signals to obtain the uplink data; a machine-readable storage medium operatively connected to the decoder and configured to store the uplink data; an encoder operatively connected to the machine-readable medium and configured to encode an aggregate uplink signal including the uplink data obtained from the uplink signals; an aggregation logic configured to, based on the indications regarding whether the respective uplink signals correspond to real-time transmissions, determine: to include, where the indication indicates that the respective uplink signal does not correspond to a real-time transmission, the respective uplink data in the aggregate uplink signal to be transmitted to a base station, or to transmit, where the indication indicates that the respective uplink signal corresponds to a real-time transmission, the respective uplink signals to the base station; and a transmitter configured to transmit an uplink transmission of the aggregate uplink signal to the base station. a receiver configured to receive uplink signals from multiple terminals (14a, 14b), each uplink signal including respective uplink data and an indication regarding whether the respective uplink signal corresponds to a real-time transmission; a decoder operatively connected to the receiver and configured to decode the uplink signals to obtain the uplink data; a machine-readable storage medium operatively connected to the decoder and configured to store the uplink data; an encoder operatively connected to the machine-readable medium and configured to encode an aggregate uplink signal including the uplink data obtained from the uplink signals; an aggregation logic configured to, based on the indications regarding whether the respective uplink signals correspond to real-time transmissions, determine: to include, where the indication indicates that the respective uplink signal does not correspond to a real-time transmission, the respective uplink data in the aggregate uplink signal to be transmitted to a base station, or to transmit, where the indication indicates that the respective uplink signal corresponds to a real-time transmission, the respective uplink signals to the base station; and to include, where the indication indicates that the respective uplink signal does not correspond to a real-time transmission, the respective uplink data in the aggregate uplink signal to be transmitted to a base station, or to transmit, where the indication indicates that the respective uplink signal corresponds to a real-time transmission, the respective uplink signals to the base station; and a transmitter configured to transmit an uplink transmission of the aggregate uplink signal to the base station.
A bioprocessing vessel intended for use with a fluid, comprising: a bag capable of receiving and holding the fluid, the bag having a rigid receiver facing an interior of the bag; characterized in that the vessel further comprises a translucent or transparent tube having a closed end for insertion through the receiver and in communication with the interior of the bag. a bag capable of receiving and holding the fluid, the bag having a rigid receiver facing an interior of the bag; characterized in that the vessel further comprises a translucent or transparent tube having a closed end for insertion through the receiver and in communication with the interior of the bag.
A PSU pod assembly configured to be positioned in the interior of an aircraft, the PSU pod assembly comprising: a PSU pod that includes a housing that includes a top, a bottom and first, second, third and fourth sides that cooperate to define a pod interior, at least first and second reading lights positioned, within the pod interior and configured to shine light below the housing, and cabin lighting positioned on or in the housing and configured to shine light above the housing, a panel positioned above and connected to the PSU pod, wherein the panel includes connectors that are configured to secure the PSU pod assembly to a component within the aircraft. a PSU pod that includes a housing that includes a top, a bottom and first, second, third and fourth sides that cooperate to define a pod interior, at least first and second reading lights positioned, within the pod interior and configured to shine light below the housing, and cabin lighting positioned on or in the housing and configured to shine light above the housing, a panel positioned above and connected to the PSU pod, wherein the panel includes connectors that are configured to secure the PSU pod assembly to a component within the aircraft.
A method for coating a dental article comprising: providing a stainless steel crown having a height of contour; depositing a ceramic material on at least a portion of the surface of the crown, wherein said depositing forms a ceramic layer; depositing at least one hardenable composition comprising a polymerizable component on at least a portion of the ceramic layer, wherein depositing at least one hardenable composition forms a first polymeric layer; and depositing a plurality of spherical microparticles on at least a portion of the first polymeric layer, wherein the plurality of spherical microparticles are at least partially embedded in the first polymeric layer. providing a stainless steel crown having a height of contour; depositing a ceramic material on at least a portion of the surface of the crown, wherein said depositing forms a ceramic layer; depositing at least one hardenable composition comprising a polymerizable component on at least a portion of the ceramic layer, wherein depositing at least one hardenable composition forms a first polymeric layer; and depositing a plurality of spherical microparticles on at least a portion of the first polymeric layer, wherein the plurality of spherical microparticles are at least partially embedded in the first polymeric layer.
A fluid supply assembly comprising: a printhead assembly; a fluid conduit interconnect to connect to a fluid conduit to communicate printing fluid from an off-axis printing fluid supply through the fluid conduit interconnect to the printhead assembly; and, a printing system carriage comprising a dual attachment mechanism to simultaneously attach the printhead assembly to the fluid conduit interconnect and to the carriage by a single user action; wherein the printhead assembly and the fluid conduit interconnect comprise, respectively, first and second engagement members (128, 136) to attach to the dual attachment mechanism; wherein the dual attachment mechanism comprises: a rotatable latch spindle having latch openings to receive the first engagement members of the printhead assembly; and, latch arms to hook onto the second engagement members, one latch arm positioned toward each end of the rotatable latch spindle; wherein the dual attachment mechanism comprises a moveable member, and the single user action comprises movement of the moveable member in a single direction to rotate the rotatable latch spindle to cause the latch openings to receive the first engagement members and the latch arms to hook onto the second engagement members. a printhead assembly; a fluid conduit interconnect to connect to a fluid conduit to communicate printing fluid from an off-axis printing fluid supply through the fluid conduit interconnect to the printhead assembly; and, a printing system carriage comprising a dual attachment mechanism to simultaneously attach the printhead assembly to the fluid conduit interconnect and to the carriage by a single user action; wherein the printhead assembly and the fluid conduit interconnect comprise, respectively, first and second engagement members (128, 136) to attach to the dual attachment mechanism; wherein the dual attachment mechanism comprises: a rotatable latch spindle having latch openings to receive the first engagement members of the printhead assembly; and, latch arms to hook onto the second engagement members, one latch arm positioned toward each end of the rotatable latch spindle; wherein the dual attachment mechanism comprises a moveable member, and the single user action comprises movement of the moveable member in a single direction to rotate the rotatable latch spindle to cause the latch openings to receive the first engagement members and the latch arms to hook onto the second engagement members. a rotatable latch spindle having latch openings to receive the first engagement members of the printhead assembly; and, latch arms to hook onto the second engagement members, one latch arm positioned toward each end of the rotatable latch spindle; wherein the dual attachment mechanism comprises a moveable member, and the single user action comprises movement of the moveable member in a single direction to rotate the rotatable latch spindle to cause the latch openings to receive the first engagement members and the latch arms to hook onto the second engagement members.
Composition comprising a) a polymer comprising recurring units derived from vinylidene fluoride monomer and at least one monomer carrying at least one functional group selected from carboxyl groups, ester groups and hydroxyl groups, and b) a microporous adsorbent carbon material having a specific surface area of at least 700 m 2 /g (as measured according to the experimental part), a pore volume in the range of from 0.1 to 0.7 ml/g (as measured according to the experimental part), at least 60% of said pore volume being formed by micropores having a pore radius of 2 nm or less (as measured according to the experimental part), a) a polymer comprising recurring units derived from vinylidene fluoride monomer and at least one monomer carrying at least one functional group selected from carboxyl groups, ester groups and hydroxyl groups, and b) a microporous adsorbent carbon material having a specific surface area of at least 700 m 2 /g (as measured according to the experimental part), a pore volume in the range of from 0.1 to 0.7 ml/g (as measured according to the experimental part), at least 60% of said pore volume being formed by micropores having a pore radius of 2 nm or less (as measured according to the experimental part),
A digital subscriber line 'XDSL' communication system for provisioning multi-tone modulated communications over a subscriber line, and the communication system comprising: a digital subscriber line access multiplexer, DSLAM, for distributing a near end crosstalk,NEXT, model of anticipated disturbance from neighbouring disturber subscriber lines; and at least one modem having shared and discrete components forming a transmit path and a receive path and the at least one modem coupled to the DSLAM and responsive to the distributed NEXT model there from to adjust a dynamic range of an analog portion of the receive path to accommodate the anticipated disturbance modelled in the distributed NEXT model, whereby the adjusted range is large enough to substantially avoid clipping of a received signal and at the same time not so large as to result in significant excess dynamic range. a digital subscriber line access multiplexer, DSLAM, for distributing a near end crosstalk,NEXT, model of anticipated disturbance from neighbouring disturber subscriber lines; and at least one modem having shared and discrete components forming a transmit path and a receive path and the at least one modem coupled to the DSLAM and responsive to the distributed NEXT model there from to adjust a dynamic range of an analog portion of the receive path to accommodate the anticipated disturbance modelled in the distributed NEXT model, whereby the adjusted range is large enough to substantially avoid clipping of a received signal and at the same time not so large as to result in significant excess dynamic range.
Device for treating liquids by means of hydromechanical cavitation and negative pressure, wherein the device has a swirl chamber, for through-guidance in rotation of the liquid under pressure in an inlet of the swirl chamber, and has a flow body, adjoining the swirl chamber in the throughflow direction of the liquid and having a passage channel, for generation of cavitation and negative pressure, wherein the flow body has a portion narrowing in cross section in the throughflow direction of the liquid through the flow body and has a portion adjoining this portion and widening in cross section, characterized in that the widening of the widening portion is realized along at least one step, wherein the cross-sectionally widening portion widens conically downstream of the at least one step.
Workpiece guide for a processing machine for elongated workpieces, particularly wire, for guiding a supplied workpiece to a processing tool, having a holder for fixing to the processing machine and having an extension which is fitted to the holder and in the projecting end region of which a tool holder is inserted, through which the workpiece fed to it runs via a guide groove, and in which a replaceable tool insert is accommodated, forming the outlet-side edge region of the guide groove, characterized in that the tool holder comprises two holding parts (9, 10), which support the tool insert on both sides and each engage under the latter on its underside over a lateral marginal region (a, b) with a protruding limb (11, 12), wherein an interspace, within which the underside of the tool insert is fixed to the extension, is formed over the entire length between the two limbs (11, 12).
A rotary molding system configured to mold food products comprising: a stripper plate having an inlet surface and an outlet surface, the inlet surface being in communication with a feed source, the stripper plate having a plurality of holes therethrough through which food product is configured to pass; a wear plate having a planar first surface and a planar second surface, the first surface of the wear plate abutting against the outlet surface of the stripper plate, the stripper plate being capable of moving in a reciprocating manner relative to the wear plate, the wear plate having a plurality of holes therethrough through which food product is configured to pass; a fill plate having an inlet surface and an outlet surface, the inlet surface of the fill plate abutting against the second surface of the wear plate, the fill plate having a plurality of holes therethrough through which food product is configured to pass, the wear plate being releasably attached to the fill plate; and a cylindrical drum having an inner surface, an outer surface and mold cavities into which food product is configured to be deposited, the outer surface of the drum being proximate to the outlet surface of the fill plate; and wherein the wear plate is releasably attached to the stripper plate by a plurality of retainer bars and wherein each retainer bar defines a recess into which the stripper plate seats, the stripper plate being capable of being removed relative to the retainer bars. a stripper plate having an inlet surface and an outlet surface, the inlet surface being in communication with a feed source, the stripper plate having a plurality of holes therethrough through which food product is configured to pass; a wear plate having a planar first surface and a planar second surface, the first surface of the wear plate abutting against the outlet surface of the stripper plate, the stripper plate being capable of moving in a reciprocating manner relative to the wear plate, the wear plate having a plurality of holes therethrough through which food product is configured to pass; a fill plate having an inlet surface and an outlet surface, the inlet surface of the fill plate abutting against the second surface of the wear plate, the fill plate having a plurality of holes therethrough through which food product is configured to pass, the wear plate being releasably attached to the fill plate; and a cylindrical drum having an inner surface, an outer surface and mold cavities into which food product is configured to be deposited, the outer surface of the drum being proximate to the outlet surface of the fill plate; and wherein the wear plate is releasably attached to the stripper plate by a plurality of retainer bars and wherein each retainer bar defines a recess into which the stripper plate seats, the stripper plate being capable of being removed relative to the retainer bars.
Method for discharging exhaust gases at a mobile system for filling storage containers with hydrogen, characterized in that the exhaust gases are discharged at a height of 1 to 12 m via a chimney movably attached to the mobile system, and that the chimney is moved by means of a swivel joint in such a way that it is horizontal during transport and vertical during operation of the mobile system.