mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a source LTE base station, the method comprising: buffering downlink user data packets for transmission to a mobile communication device in a buffer; sending downlink user data packets to the mobile communication device; receiving uplink user data packets from the mobile communication device; receiving a handover response indicating handover of the mobile communication device to a target base station; and selectively forwarding downlink user data packets from said buffer to said target base station in dependence upon an RLC status report or HARQ feedback information; wherein in response to receiving the handover response, stopping the transmission of downlink user data packets to the mobile communication device and transmitting a handover command to the mobile communication device, and wherein said receiving of uplink user data packets from the mobile communications device continues after said stopping; wherein said selective forwarding of user data packets to the target base station is performed after stopping transmission of downlink user data packets to the mobile communication device. buffering downlink user data packets for transmission to a mobile communication device in a buffer; sending downlink user data packets to the mobile communication device; receiving uplink user data packets from the mobile communication device; receiving a handover response indicating handover of the mobile communication device to a target base station; and selectively forwarding downlink user data packets from said buffer to said target base station in dependence upon an RLC status report or HARQ feedback information; wherein in response to receiving the handover response, stopping the transmission of downlink user data packets to the mobile communication device and transmitting a handover command to the mobile communication device, and wherein said receiving of uplink user data packets from the mobile communications device continues after said stopping; wherein said selective forwarding of user data packets to the target base station is performed after stopping transmission of downlink user data packets to the mobile communication device.
A grinder in which a cylindrical housing accommodating a motor has a rear portion that is assembled with a switch block that includes a switch that turns driving of the motor on and off, and the switch block is assembled with a controller that includes a control circuit of the motor, wherein the grinder comprises a male terminal that is projectingly provided on one assembling surface of one of the switch block and the controller, and a connection portion that accommodates a female terminal and includes an entry opening for the male terminal and is provided on the other assembling surface of the switch block and the controller, wherein at the time of assembling of the switch block and the controller, the male terminal that enters the connection portion from the entry opening is inserted into and connected to the female terminal, and the grinder being characterised in that the connecting portion is projectingly provided on the other assembling surface of the switch block and the controller, and a closing portion (68, 69; 71; 74) is formed on the one assembling surface, and covers at least a formation surface of the entry opening of the connection portion with the male terminal in an inserted and connected state.
An electrosurgical generator, comprising: a radio frequency output configured to output energy applied to tissue; a sensor module configured to detect at least one tissue property, wherein the at least one tissue property comprises tissue conductance; a controller configured to receive the at least one detected tissue property, and to determine a phase transition of the tissue based on a determined rate of change in the at least one detected tissue property, the controller further configured to control the energy applied to tissue from the radio frequency output based on the determined rate of change to control the determined phase transition, wherein the phase transition is manifest as a bubble field proximate the tissue, and wherein the control of the energy applied to tissue is configured to collapse the bubble field upon the adjustment of the energy applied to tissue. a radio frequency output configured to output energy applied to tissue; a sensor module configured to detect at least one tissue property, wherein the at least one tissue property comprises tissue conductance; a controller configured to receive the at least one detected tissue property, and to determine a phase transition of the tissue based on a determined rate of change in the at least one detected tissue property, the controller further configured to control the energy applied to tissue from the radio frequency output based on the determined rate of change to control the determined phase transition, wherein the phase transition is manifest as a bubble field proximate the tissue, and wherein the control of the energy applied to tissue is configured to collapse the bubble field upon the adjustment of the energy applied to tissue.
Process for producing a hydrolysed vegetable protein comprising subjecting a mixture comprising sunflower protein and at least one other vegetable protein to hydrolysis, wherein the at least one other vegetable protein comprises maize protein, rape protein or a mixture thereof.
A method for estimating the acoustic reverberations in an environment comprising the following steps: (a) a measurement step in which at least one acoustic signal emitted in the environment is captured; (b) an observation step during which an acoustic energy decay rate distribution is determined from the acoustic signal measured in step (a) and the characteristic function of the acoustic energy decay rate distribution is determined; (c) an estimation step during which a characteristic reverberation time and a characteristic reverberation level of the sound in the environment thereof are estimated by regression from said characteristic function determined in step (b), where the regression is done with reference to: - reference characteristic functions representative respectively of several acoustic energy decay rate distributions; - reference characteristic reverberation times corresponding to said reference characteristic functions; and - reference characteristic reverberation levels corresponding to said reference characteristic functions. (a) a measurement step in which at least one acoustic signal emitted in the environment is captured; (b) an observation step during which an acoustic energy decay rate distribution is determined from the acoustic signal measured in step (a) and the characteristic function of the acoustic energy decay rate distribution is determined; (c) an estimation step during which a characteristic reverberation time and a characteristic reverberation level of the sound in the environment thereof are estimated by regression from said characteristic function determined in step (b), where the regression is done with reference to: - reference characteristic functions representative respectively of several acoustic energy decay rate distributions; - reference characteristic reverberation times corresponding to said reference characteristic functions; and - reference characteristic reverberation levels corresponding to said reference characteristic functions. - reference characteristic functions representative respectively of several acoustic energy decay rate distributions; - reference characteristic reverberation times corresponding to said reference characteristic functions; and - reference characteristic reverberation levels corresponding to said reference characteristic functions.
A medical system comprising a catheter configured to be inserted into a body part of a living subject, and including: a deflectable element having a distal end; an expandable distal end assembly disposed at the distal end of the deflectable element, and comprising a plurality of electrodes, a distal portion, and a proximal portion, and configured to expand from a collapsed form to an expanded deployed form; and characterised by a stretchable irrigation tube disposed between the distal portion and the proximal portion, and comprising a plurality of irrigation holes, and configured to stretch longitudinally when the distal end assembly is collapsed from the expanded deployed form to the collapsed form. a deflectable element having a distal end; an expandable distal end assembly disposed at the distal end of the deflectable element, and comprising a plurality of electrodes, a distal portion, and a proximal portion, and configured to expand from a collapsed form to an expanded deployed form; and characterised by a stretchable irrigation tube disposed between the distal portion and the proximal portion, and comprising a plurality of irrigation holes, and configured to stretch longitudinally when the distal end assembly is collapsed from the expanded deployed form to the collapsed form.
Use of an additive selected from alkyl nitrates, alkyl peroxides, and mixtures thereof in a diesel fuel composition for reducing the build-up of deposits in an Exhaust Gas Recirculation system of a compression ignition internal combustion engine.
Micromechanical acceleration sensor, comprising a substrate, an elastic membrane, which extends parallel to the substrate plane, is partially connected to the substrate and has a surface region that can be deflected perpendicularly to the substrate plane, and a seismic mass, the centre of gravity of which lies outside the plane of the elastic membrane, characterized in that the seismic mass extends at a distance over regions of the substrate that lie outside the region of the elastic membrane and have an arrangement comprising multiple electrodes (3a, 3b, 3c, 3d), which in terms of circuitry respectively form a capacitor with opposite regions of the seismic mass, and the seismic mass being attached in its central region to the elastic membrane in the surface region of the elastic membrane that can be deflected perpendicularly to the substrate plane.
A plant for drying and solid state polycondensing a moisture-containing polymeric material in granular form, which plant comprises: - a conduit for feeding the material to be treated in a longitudinal direction; - at least one treatment zone for treating the polymeric material, which is located along said conduit; - blower means for blowing an inert gas into said conduit; - radiating means for emitting an alternating electromagnetic field in the radio-frequency band, for thermal treatment of the polymeric material, such that it can be dried and upgraded; wherein said radiating means comprise a plurality of applicators located in correspondence of said treatment zone and external to said conduit, in longitudinally offset positions, said applicators being connected to the terminals of an electromagnetic wave generator; and wherein said applicators comprise pairs of opposed radiating elements (11, 11') each connected to a respective terminal (14, 16) of said wave generator to provide said alternating electromagnetic field having field lines at least partially parallel to the direction of feed of the material and to define magnetic dipoles with opposite polarities along said conduit; characterized in that said radiating elements (11, 11') consist of pairs of bars made of an electrically conductive material and extending substantially transverse to said conduit in diametrically opposite positions. - a conduit for feeding the material to be treated in a longitudinal direction; - at least one treatment zone for treating the polymeric material, which is located along said conduit; - blower means for blowing an inert gas into said conduit; - radiating means for emitting an alternating electromagnetic field in the radio-frequency band, for thermal treatment of the polymeric material, such that it can be dried and upgraded; wherein said radiating means comprise a plurality of applicators located in correspondence of said treatment zone and external to said conduit, in longitudinally offset positions, said applicators being connected to the terminals of an electromagnetic wave generator; and wherein said applicators comprise pairs of opposed radiating elements (11, 11') each connected to a respective terminal (14, 16) of said wave generator to provide said alternating electromagnetic field having field lines at least partially parallel to the direction of feed of the material and to define magnetic dipoles with opposite polarities along said conduit; characterized in that said radiating elements (11, 11') consist of pairs of bars made of an electrically conductive material and extending substantially transverse to said conduit in diametrically opposite positions.
Fall protection device (1, 800) for a transition from an elevator, in particular a construction elevator or an industrial elevator, to a building or a scaffolding, comprising a frame (2, 102, 202, 302, 402, 502, 602, 802) and an opening closure leaf (3, 703, 803) for closing an opening at the transition, wherein the frame comprises a lower crossbeam (21, 121, 221, 321, 421, 521, 621, 821) and lateral frame parts (23, 24, 123, 124, 223, 224, 323, 324, 423, 424, 523, 623), wherein the lower crossbeam and the lateral frame parts are detachably connected to each other to form the frame, characterized in that the frame can be extended in a modular manner due to the fact that the fall protection device comprises at least one further lower crossbeam and/or lateral frame parts which can be added into the frame, so that the fall protection device can be extended in a width and/or in a height, in that the fall protection device comprises at least one further opening closure leaf and/or at least one opening closure leaf height extension (54, 754), so that the opening closure leaf can be extended in a width and/or in a height in a modular manner, wherein the opening closure leaf can be extended in height in a modular manner due to the fact that the at least one opening closure leaf height extension can be placed onto a basic opening closure leaf (53, 753) and can be connected to the latter, in particular in a detachable manner, and in that the opening closure leaf is designed in the manner of a door leaf and is slidable relative to the frame in the manner of the door leaf of a sliding door. wherein the frame comprises a lower crossbeam (21, 121, 221, 321, 421, 521, 621, 821) and lateral frame parts (23, 24, 123, 124, 223, 224, 323, 324, 423, 424, 523, 623), wherein the lower crossbeam and the lateral frame parts are detachably connected to each other to form the frame, characterized in that the frame can be extended in a modular manner due to the fact that the fall protection device comprises at least one further lower crossbeam and/or lateral frame parts which can be added into the frame, so that the fall protection device can be extended in a width and/or in a height, in that the fall protection device comprises at least one further opening closure leaf and/or at least one opening closure leaf height extension (54, 754), so that the opening closure leaf can be extended in a width and/or in a height in a modular manner, wherein the opening closure leaf can be extended in height in a modular manner due to the fact that the at least one opening closure leaf height extension can be placed onto a basic opening closure leaf (53, 753) and can be connected to the latter, in particular in a detachable manner, and in that the opening closure leaf is designed in the manner of a door leaf and is slidable relative to the frame in the manner of the door leaf of a sliding door.
A device for treating stains which can be carried around on its own by a person, the device comprising a reservoir for receiving a chemical formulation, wherein the reservoir has an outlet opening for dispensing the chemical formulation, and a UV radiation source which emits its radiation substantially in a direction away from the device, wherein the device is pin-shaped, comprising a first and a second end, wherein the UV radiation source is arranged in the region of the first end and the outlet opening of the reservoir is arranged in the region of the second end of the device, wherein the device is formed in at least two parts, wherein the reservoir is arranged in a first part of the device and the UV radiation source is arranged in a second part of the device, and wherein the first and the second part (2, 3) of the device can be interconnected via connecting means.
Food preparation household electrical appliance comprising a working receptacle receiving food to be ground to extract the juice, said working receptacle having a bottom comprising a grinding tool driven in rotation about an X axis, said grinding tool having an abrasive upper surface coming in contact with the food, said upper surface of the grinding tool comprising a projecting transverse obstacle (51; 51A; 51 B; 51 C; 51 D) extending at least partially near the periphery of the grinding tool, said transverse obstacle (51; 51A; 51 B; 51 C; 51 D) comprising a lateral side (52; 52A; 52B; 52C; 52D) not having a shape of revolution about the X axis and striking the food during the rotation of the grinding tool about the X axis, characterised in that the height of said transverse obstacle (51; 51A; 51 B; 51 C; 51 D) is between 5 mm and 20 mm.
A fluid heating device for an engine comprising: a holder; a heater; and a radiator pipe, the radiator pipe inserted into the holder, the heater housed in the holder, heat of the heater radiated to fluid passing through the radiator pipe via the radiator pipe, wherein the radiator pipe is formed by an outer pipe and an inner pipe in the outer pipe, the heat generated by the heater is transferred to the outer pipe and the inner pipe, the fluid passing inside and outside the inner pipe in the outer pipe is heated by heat radiation from the outer pipe and the inner pipe.
A method for waste gas purification in dust separation plants making use of a device for generating a negative pressure, in particular by means of steam jet ejector pumps or mechanical vacuum pumps, characterised in that the waste gas coming from a vacuum chamber is conducted into a cyclone separator, and that the method steps of coarse separation of particles from the waste gas and fine dust separation of particles from the waste gas and gas cooling in the cyclone separator are carried out in succession in such a way that the waste gas, after coarse purification has taken place, is conducted directly via a fine dust filter installed in the cyclone separator and subsequently through a gas cooler, which follows the fine dust filter, into a suction line connected to the device for generating a negative pressure and to the device.
An electronic device comprising: a display sub-assembly: a light sub-assembly coupled to the display sub-assembly, the light sub-assembly comprising: a flexible printed circuit, the FPC comprising a target fiducial; a plurality of light sources coupled to the FPC; a light guide having a first edge adjacent to the plurality of light sources, for receiving light traveling directly from the light sources to the light guide, wherein the light guide comprises a pattern of optical surface features and an alignment feature aligned with the target fiducial; a first tape layer adhered to the plurality of the light sources and a first surface portion, along the first edge, of the light guide, the first tape layer comprising a yellow pigment for reflecting light from the light sources to the light guide; a second tape layer adhered to the first tape layer; and a touch sub-assembly coupled to the light sub-assembly, wherein the touch sub-assembly is configured to receive touch input. a light sub-assembly coupled to the display sub-assembly, the light sub-assembly comprising: a flexible printed circuit, the FPC comprising a target fiducial; a plurality of light sources coupled to the FPC; a light guide having a first edge adjacent to the plurality of light sources, for receiving light traveling directly from the light sources to the light guide, wherein the light guide comprises a pattern of optical surface features and an alignment feature aligned with the target fiducial; a first tape layer adhered to the plurality of the light sources and a first surface portion, along the first edge, of the light guide, the first tape layer comprising a yellow pigment for reflecting light from the light sources to the light guide; a second tape layer adhered to the first tape layer; and a flexible printed circuit, the FPC comprising a target fiducial; a plurality of light sources coupled to the FPC; a light guide having a first edge adjacent to the plurality of light sources, for receiving light traveling directly from the light sources to the light guide, wherein the light guide comprises a pattern of optical surface features and an alignment feature aligned with the target fiducial; a first tape layer adhered to the plurality of the light sources and a first surface portion, along the first edge, of the light guide, the first tape layer comprising a yellow pigment for reflecting light from the light sources to the light guide; a second tape layer adhered to the first tape layer; and a touch sub-assembly coupled to the light sub-assembly, wherein the touch sub-assembly is configured to receive touch input.
Ignition device for igniting an air/fuel mixture in a combustion chamber, in particular of an internal combustion engine, having a spark plug which has exact two electrodes (18, 20), namely a first electrode and a second electrode, having a high voltage source for generating an electrical high voltage pulse at an output of the high voltage source and having a high frequency voltage source for generating an electrical high frequency alternating voltage at an output of the high frequency voltage source, wherein the output of the high voltage source is connected electrically to the first electrode of the spark plug via a first electrical conduction path in such a way that the high voltage pulse is present at the first electrode, and wherein the output of the high frequency voltage source is connected electrically to the second electrode via a second electrical conduction path in such a way that the high frequency alternating voltage is present at the second electrode.