mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a processor; a touch-enabled display accessible to the processor; and a memory accessible to the processor and bearing instructions executable by the processor to: present, on the touch-enabled display at a first location, a first representation of at least a portion of first handwriting input; identify at least a first characteristic related to the first handwriting input; receive first input pertaining to second handwriting input; in response to receipt of the first input, present, on the touch-enabled display at a second location, a second representation of at least a portion of the second handwriting input; receive second input to present at least a portion of the second representation at least adjacent to the first location; and in response to receipt of the second input and without receiving further input from a user, present at least the portion of the second representation at least adjacent to the first location using the first characteristic, characterized in that the first characteristic includes averages of slant angles of strokes of the first representation. a processor; a touch-enabled display accessible to the processor; and a memory accessible to the processor and bearing instructions executable by the processor to: present, on the touch-enabled display at a first location, a first representation of at least a portion of first handwriting input; identify at least a first characteristic related to the first handwriting input; receive first input pertaining to second handwriting input; in response to receipt of the first input, present, on the touch-enabled display at a second location, a second representation of at least a portion of the second handwriting input; receive second input to present at least a portion of the second representation at least adjacent to the first location; and in response to receipt of the second input and without receiving further input from a user, present at least the portion of the second representation at least adjacent to the first location using the first characteristic, characterized in that the first characteristic includes averages of slant angles of strokes of the first representation. present, on the touch-enabled display at a first location, a first representation of at least a portion of first handwriting input; identify at least a first characteristic related to the first handwriting input; receive first input pertaining to second handwriting input; in response to receipt of the first input, present, on the touch-enabled display at a second location, a second representation of at least a portion of the second handwriting input; receive second input to present at least a portion of the second representation at least adjacent to the first location; and in response to receipt of the second input and without receiving further input from a user, present at least the portion of the second representation at least adjacent to the first location using the first characteristic, characterized in that the first characteristic includes averages of slant angles of strokes of the first representation.
A weaving weft feeder comprising reflection optical sensors (F1-F4) for the detection of a weft thread, wherein each of said reflection sensors (F1-F4) comprises a light emitter and a light receiver assembled on a relative supply printed circuit board and apt to be housed in an arm of the weft feeder which projects towards a front part of the weft feeder and extends alongside a weft feeder drum whereon coils of said weft thread are wound, so as to form a path of direct light radiation, from said light emitter towards a respective reflective surface placed on said drum, and of reflected light radiation, from said reflective surface to said light receiver, for detecting the presence/absence of a weft thread running through said path, characterized in that said light emitter and light receiver are assembled with mutually parallel optical axes on said supply printed circuit board and in that the optical sensor further includes a mechanical screening means of the reflected radiation coming from said reflective surface and directed towards the optical detector of said light receiver.
A method for measuring channel state information in a wireless access system for supporting an environment in which amounts of uplink, UL, and downlink, DL, resources are dynamically changed, the method performed by a user equipment, UE, and comprising: receiving interference measurement resource information comprising location information of interference measurement resource configured as UL resource for interference measurement for DL; measuring interference for DL exerted by an adjacent cell at a location of the interference measurement resource; calculating the channel state information using the measured interference; and transmitting the calculated channel state information to an eNB, wherein, when a subframe included in the interference measurement resource is used for UL, nulling is performed on a location of the interference measurement resource in a UL channel transmission region of other UEs except for the UE and rate matching is applied to data to be transmitted through the UL channel. receiving interference measurement resource information comprising location information of interference measurement resource configured as UL resource for interference measurement for DL; measuring interference for DL exerted by an adjacent cell at a location of the interference measurement resource; calculating the channel state information using the measured interference; and transmitting the calculated channel state information to an eNB, wherein, when a subframe included in the interference measurement resource is used for UL, nulling is performed on a location of the interference measurement resource in a UL channel transmission region of other UEs except for the UE and rate matching is applied to data to be transmitted through the UL channel.
A drive unit for a hybrid vehicle, the drive unit configured to distribute output power of an engine to a first motor having a generating function and to an output member, and to add output power of a second motor driven by electric power generated by the first motor to power delivered from the output member, the drive unit comprising: a first planetary gear unit that is configured to perform a differential action between a first input element to which the output power of the engine is applied, a first reaction element connected to the first motor, and a first output element; a second planetary gear unit that is configured to perform a differential action between a second input element connected to the first output element, a second output element, and a second reaction element; a first clutch that is configured selectively to connect any one of the first input element and the first reaction element to the second reaction element; a second clutch that is configured selectively to connect at least two elements of the second planetary gear unit to rotate the second planetary gear unit integrally; and a differential gear unit as a final reduction to which a torque is delivered from the output member; wherein the output member is connected to the second output element; wherein an output torque of the second motor is synthesized with the torque delivered from the output member to the differential gear unit. a first planetary gear unit that is configured to perform a differential action between a first input element to which the output power of the engine is applied, a first reaction element connected to the first motor, and a first output element; a second planetary gear unit that is configured to perform a differential action between a second input element connected to the first output element, a second output element, and a second reaction element; a first clutch that is configured selectively to connect any one of the first input element and the first reaction element to the second reaction element; a second clutch that is configured selectively to connect at least two elements of the second planetary gear unit to rotate the second planetary gear unit integrally; and a differential gear unit as a final reduction to which a torque is delivered from the output member; wherein the output member is connected to the second output element; wherein an output torque of the second motor is synthesized with the torque delivered from the output member to the differential gear unit.
Applicator for applying a hair product comprising a base and spikes (14; 40) protruding from the base and having an elongate shape, characterized in that at least a plurality of spikes (14; 40) each have a surface tension that varies along its length, a distal application portion (20; 30) of each spike of said plurality of spikes having a surface tension greater than that of a proximal portion (22; 34) of said spike.
Medical device having a coating system having electrically insulating properties deposited on a surface of an electrically conductive part of the medical device, which have to be electrically non-conductive, characterized in that the coating system comprises at least one zirconium dioxide layer comprising droplets containing at least mostly or mainly zirconium, wherein the zirconium dioxide layer is deposited using arc evaporation of targets consisting mainly of zirconium in an oxygen-containing atmosphere, and a pulsed bias voltage is applied to the part whose surface is being coated at least during the deposition of the zirconium dioxide layer, wherein the droplets are melted material from the target which could not be evaporated properly and consequently could not react properly with the reactive oxygen gas for forming the desired coating material ZrO 2, wherein the zirconium dioxide layer exhibits a dielectric constant of 18.4 and/or a high voltage breakdown of 0.60 kV and/or a breakdown current of 20 mA.
A circuit for energy management in a Triboelectric Nanogenerator, TENG, comprising a first stage of circuit and a second stage of circuit connected in parallel with the TENG sequentially, wherein the first stage of circuit comprises a temporary energy storage (C temp), and the second stage of circuit comprises a DC-DC converter and an energy storage (Cstore) connected in parallel with each other, wherein the DC-DC converter is configured to transfer electrical energy stored in the temporary energy storage (C temp) to the energy storage (Cstore), wherein the DC-DC converter is configured to transfer the electrical energy stored temporarily in the temporary energy storage (C temp) to the energy storage (Cstore) when a voltage of the electrical energy stored temporarily in the temporary energy storage (C temp) reaches a first predetermined value, and to stop, when transferring the electrical energy, transferring the electrical energy to the energy storage (Cstore) when the voltage of the electrical energy stored temporarily in the temporary energy storage (C temp) reaches a second predetermined value, and characterized in that the DC-DC converter comprises: a first switch (J 1); a first inductor (L 1) connected in parallel with the temporary energy storage (C temp) via the first switch (J 1); a second switch (J 2); and a second inductor (L 2) connected in parallel with the energy storage (Cstore) via the second switch (J 2), the first inductor (L 1) and the second inductor (L 2) forming mutual inductance. the second stage of circuit comprises a DC-DC converter and an energy storage (Cstore) connected in parallel with each other, wherein the DC-DC converter is configured to transfer electrical energy stored in the temporary energy storage (C temp) to the energy storage (Cstore), wherein the DC-DC converter is configured to transfer the electrical energy stored temporarily in the temporary energy storage (C temp) to the energy storage (Cstore) when a voltage of the electrical energy stored temporarily in the temporary energy storage (C temp) reaches a first predetermined value, and to stop, when transferring the electrical energy, transferring the electrical energy to the energy storage (Cstore) when the voltage of the electrical energy stored temporarily in the temporary energy storage (C temp) reaches a second predetermined value, and characterized in that the DC-DC converter comprises: a first switch (J 1); a first inductor (L 1) connected in parallel with the temporary energy storage (C temp) via the first switch (J 1); a second switch (J 2); and a second inductor (L 2) connected in parallel with the energy storage (Cstore) via the second switch (J 2), the first inductor (L 1) and the second inductor (L 2) forming mutual inductance.
A system for purifying two consecutive batches of a reaction mixture comprising an 18 F-labelled compound wherein said system comprises: (i) a reversed-phase solid phase extraction column having a first end and a second end, wherein each of said first end and said second end is selectively fluidly connected to a common pathway; and, (ii) first and second normal-phase SPE columns, each having a first end (4a, 5a) selectively fluidly connected to said common pathway and a second end (4b, 5b) fluidly connected to a product collection vial (6, 7). (i) a reversed-phase solid phase extraction column having a first end and a second end, wherein each of said first end and said second end is selectively fluidly connected to a common pathway; and, (ii) first and second normal-phase SPE columns, each having a first end (4a, 5a) selectively fluidly connected to said common pathway and a second end (4b, 5b) fluidly connected to a product collection vial (6, 7).
Device to position and align a rotationally-symmetrical body with respect to a measuring device for the implementation of a measurement on the rotationally-symmetrical body, having a basic element which has a contact surface on a pin or is allocated to a contact surface, on which the rotationally-symmetrical body is supported to implement the measurement, characterised in that a positioning element which is moveable relative to the contact surface is provided on the basic element which comprises a prismatic receiver, wherein the contact surface is positioned within the prismatic receiver or abutting onto this and a movement path of the positioning element towards the basic element corresponds at least to the height of the prismatic receiver.
An alarm apparatus comprising: an alarm unit and a user portion for generating a localised alert, the user portion has an attachment mechanism for attaching the user portion about or around a part of the user's body, the user portion includes: a locking mechanism which in use is adapted to lock the user portion about or around the part of the user's body, the alarm unit and user portion in use are located apart one from another, characterised in that the user portion is programmed to provide a localised alert at a pre-selected time to wake the user and wherein the alert is disabled upon presentation of the user portion to the alarm unit.
An absorbent sandwich-like structure is provided which comprises a carrier layer, an auxiliary layer and an intermediate absorbent particulate material there between; wherein substantially primary attachments and substantially secondary attachments join the carrier layer and auxiliary layer together, whereby the secondary attachments are configured to be loosened as a result of exposing the absorbent structure to liquid whereas the primary attachments are configured to remain substantially intact; wherein also unattached regions are present between the carrier layer and the auxiliary layer, wherein absorbent particulate material is located in the unattached regions, wherein the secondary attachment regions comprise essentially no particulate material, and the secondary attachments are made up from discrete shape; wherein, in the unattached regions, there is substantially no attachment, bond and/or joint between the carrier layer and auxiliary layer, thereby providing pockets in which the absorbent material can be located to form well designed clusters; wherein the unattached regions are substantially continuously connected; wherein the primary and secondary attachments are formed via ultrasonic bonding, thermo-bonding, pressure-bonding and/or glue-bonding means; wherein the absorbent structure contains less that 40% by weight of cellulosic fibers.
An actuating assembly for a hydraulic brake, the assembly comprising: - a frame, - a second lever hinged to the frame about a hinge axis, - a movable member carried by the second lever in a movable manner with respect to the second lever, - a control unit - actuating means (29, 7) coupled to the second lever for operating the hydraulic brake in response to a rotation of the second lever about said hinge axis; said actuating assembly is characterized in that it further comprises: a first lever hinged to the frame about the hinge axis, - transmission means for coupling the first lever to the movable member in a manner that a relative rotation of the first lever with respect to the second lever corresponds to a movement of the movable member with respect to the second lever, - a transducer associated to the movable member and configured to detect the movement of the movable member transmitted by the transmission means, and to generate an associated signal indicative of the relative rotation corresponding to the movement of the movable member, wherein the control unit is configured to extract from the signal an item of information related to the relative rotation of the first lever and to control the hydraulic brake as a function of the extracted item of information,- interlocking means for selectively locking the first lever to the second lever, such that the second lever is constrained to rotate integrally with the first lever. - a frame, - a second lever hinged to the frame about a hinge axis, - a movable member carried by the second lever in a movable manner with respect to the second lever, - a control unit - actuating means (29, 7) coupled to the second lever for operating the hydraulic brake in response to a rotation of the second lever about said hinge axis; said actuating assembly is characterized in that it further comprises: a first lever hinged to the frame about the hinge axis, - transmission means for coupling the first lever to the movable member in a manner that a relative rotation of the first lever with respect to the second lever corresponds to a movement of the movable member with respect to the second lever, - a transducer associated to the movable member and configured to detect the movement of the movable member transmitted by the transmission means, and to generate an associated signal indicative of the relative rotation corresponding to the movement of the movable member, wherein the control unit is configured to extract from the signal an item of information related to the relative rotation of the first lever and to control the hydraulic brake as a function of the extracted item of information,- interlocking means for selectively locking the first lever to the second lever, such that the second lever is constrained to rotate integrally with the first lever.
A fabric treating apparatus, comprising: an inside cabinet defining at least a portion of a treating chamber within which the fabrics are treated; a heating unit configured to supply heated air, or steam, or heated air and steam to the treating chamber; a driving unit, disposed outside the treating chamber, configured to generate a driving power; a power transmission unit (132,133,135), coupled to the driving unit, configured to transmit the driving power of the driving unit to an assembly within the treating chamber through an opening in a wall of the inside cabinet; and a sealing unit (134,140) configured to seal a gap in the opening between the power transmission unit (132,133,135) and the inside cabinet, wherein the driving power is rotary power, and the power transmission unit (132, 133, 135) comprises: a rotary shaft which penetrates the inside cabinet through the opening; and the sealing unit (134,140) comprises: a bearing assembly configured to support the rotary shaft; and a sealing tube having a first end and a second end spaced apart from the first end, the first end coupled to the bearing assembly and the second end coupled to the inside cabinet, whereby a connecting rod is coupled to the rotary shaft; and a hanger unit is coupled to the connecting rod, wherein the hanger unit travels in a reciprocating direction when driven by the rotary shaft. an inside cabinet defining at least a portion of a treating chamber within which the fabrics are treated; a heating unit configured to supply heated air, or steam, or heated air and steam to the treating chamber; a driving unit, disposed outside the treating chamber, configured to generate a driving power; a power transmission unit (132,133,135), coupled to the driving unit, configured to transmit the driving power of the driving unit to an assembly within the treating chamber through an opening in a wall of the inside cabinet; and a sealing unit (134,140) configured to seal a gap in the opening between the power transmission unit (132,133,135) and the inside cabinet, wherein the driving power is rotary power, and the power transmission unit (132, 133, 135) comprises: a rotary shaft which penetrates the inside cabinet through the opening; and the sealing unit (134,140) comprises: a bearing assembly configured to support the rotary shaft; and a sealing tube having a first end and a second end spaced apart from the first end, the first end coupled to the bearing assembly and the second end coupled to the inside cabinet, whereby a connecting rod is coupled to the rotary shaft; and a bearing assembly configured to support the rotary shaft; and a sealing tube having a first end and a second end spaced apart from the first end, the first end coupled to the bearing assembly and the second end coupled to the inside cabinet, whereby a connecting rod is coupled to the rotary shaft; and a hanger unit is coupled to the connecting rod, wherein the hanger unit travels in a reciprocating direction when driven by the rotary shaft.
Internally hollow fitting for the passage of a liquid, in particular water, provided at at least one end thereof with means able to immovably restrain a pipe of an irrigation system, said means of restraining of the pipe being carried by a ring nut screwing on an external thread of said at least one end of the fitting, characterised in that said ring nut has an internal tubular protrusion, having a slight conicity, which is placed against a bevelled or conical section of the wall of the internal cavity of the fitting, creating an excellent seal of the ring nut on the fitting.
A base station controller, BSC, for connection between several base transceiver stations, BTSs, and a transcoder, TC, under Time-Division Multiplexing, TDM, mode and Internet Protocol, IP, mode, respectively, wherein IP mode transmission and traditional TDM mode transmission between the BSC and the TC are simultaneously used, the BSC comprising: a call link controller based on a base station controller body, a first signaling interface controller and a second signaling interface controller each being connected with the call link controller, and an IP package forwarding unit, wherein the call link controller is used for processing setup, handover and releasing of voice and data call links during IP transmission; the first signaling interface controller is used for processing signaling transmission with the TC, controlling setup and releasing of switch links between voice channels at Ater interfaces and voice channels at A interfaces inside the TC; the second signaling interface controller is used for processing signaling and voice transmission with the BTSs and the TC in IP or TDM mode, and controlling setup and releasing of voice channels between the BTSs and the TC in IP mode; the IP package forwarding unit is responsible for forwarding IP packages.