mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a service of wireless communications, the wireless communications being applied in a system supporting coexistence of a trunking service and a non-trunking service, the method comprising: receiving, by a network side, a request message which is sent by a terminal and used for creating one service of the trunking service and the non-trunking service, wherein the terminal is a User Equipment, UE; notifying, by the network side, the terminal to delay the creation of the service after determining that the terminal is in a handover process; and receiving, by the network side, the request message which is resent by the terminal and creating the service, after the handover process is completed. receiving, by a network side, a request message which is sent by a terminal and used for creating one service of the trunking service and the non-trunking service, wherein the terminal is a User Equipment, UE; notifying, by the network side, the terminal to delay the creation of the service after determining that the terminal is in a handover process; and receiving, by the network side, the request message which is resent by the terminal and creating the service, after the handover process is completed.
Commercial vehicle, in particular fork-lift truck or industrial truck, comprising: - a functional arrangement comprising at least one drive motor for providing at least one working or operating function including a travelling function; - a parameterizable electronic control arrangement, which is configured or programmed to control the functional arrangement depending on a parameter dataset stored in the control arrangement in relation to switching on or off the working or operating function or a respective working or operating function and/or in relation to a type of implementation of the working or operating function or a respective working or operating function; and a data memory, which is rigidly attached in the vehicle, separate with respect to the control arrangement and in which at least one dataset relevant to the vehicle is stored or can be stored, the control arrangement being configured to read out data of the dataset relevant to the vehicle from the data memory in a read access via a data connection and/or, in a write access, to write data to the data memory for recording in the dataset relevant to the vehicle or to update the dataset relevant to the vehicle, characterized in that the data memory is installed in a cable harness of the vehicle. - a functional arrangement comprising at least one drive motor for providing at least one working or operating function including a travelling function; - a parameterizable electronic control arrangement, which is configured or programmed to control the functional arrangement depending on a parameter dataset stored in the control arrangement in relation to switching on or off the working or operating function or a respective working or operating function and/or in relation to a type of implementation of the working or operating function or a respective working or operating function; and
Thermal platform for heating outdoor spaces comprising: - a walking surface provided with a plurality of apertures, - a supporting structure for said walking surface, - a heating chamber delimited on top by said walking surface, and wherein at least one air heating device is housed, and - air flow generating means arranged under said walking surface and intended to convey air into said heating chamber, characterized in that it comprises an air pre-heating chamber provided at least with one air pre-heater, said pre-heating chamber being in fluid communication with said heating chamber and with an outdoor space by an air intake duct, said air flow generating means being fans arranged between said pre-heating chamber and said heating chamber. - a walking surface provided with a plurality of apertures, - a supporting structure for said walking surface, - a heating chamber delimited on top by said walking surface, and wherein at least one air heating device is housed, and - air flow generating means arranged under said walking surface and intended to convey air into said heating chamber, characterized in that it comprises an air pre-heating chamber provided at least with one air pre-heater, said pre-heating chamber being in fluid communication with said heating chamber and with an outdoor space by an air intake duct, said air flow generating means being fans arranged between said pre-heating chamber and said heating chamber.
A biopsy device for harvesting at least one tissue sample from a body of a living being, comprising: a hollow needle with a distal end portion adapted to be introduced into the body; a cutting mechanism for severing the at least one tissue sample; a tissue sample-receiving device for receiving the at least one severed tissue sample, the tissue sample-receiving device being receivable in the hollow needle and movable therein between a first extended position and a second retracted position; a tissue sample-collecting device (104, 204) comprising a rotatable drum having a plurality of tissue- retaining cavities; and an ejector system (120, 208) for ejecting the tissue sample from the tissue sample-receiving device into one of said tissue-retaining cavities, when the tissue sample-receiving device is in the second retracted position; wherein the rotatable drum is rotatable relative to the tissue sample-receiving device in such a way that different tissue samples harvested at different times can be accommodated in separate ones of said plurality of tissue-retaining cavities, wherein the plurality of tissue-retaining cavities are arranged along a circumference of the drum, characterised in that said cavities are axially aligned elongated cavities that are sunk into the outer periphery of the drum, perpendicular to the direction of rotation. a hollow needle with a distal end portion adapted to be introduced into the body; a cutting mechanism for severing the at least one tissue sample; a tissue sample-receiving device for receiving the at least one severed tissue sample, the tissue sample-receiving device being receivable in the hollow needle and movable therein between a first extended position and a second retracted position; a tissue sample-collecting device (104, 204) comprising a rotatable drum having a plurality of tissue- retaining cavities; and an ejector system (120, 208) for ejecting the tissue sample from the tissue sample-receiving device into one of said tissue-retaining cavities, when the tissue sample-receiving device is in the second retracted position; wherein the rotatable drum is rotatable relative to the tissue sample-receiving device in such a way that different tissue samples harvested at different times can be accommodated in separate ones of said plurality of tissue-retaining cavities, wherein the plurality of tissue-retaining cavities are arranged along a circumference of the drum, characterised in that said cavities are axially aligned elongated cavities that are sunk into the outer periphery of the drum, perpendicular to the direction of rotation.
Polypropylene composition, the polypropylene composition comprising (a) 30.0 to 60.0 wt.-%, based on the total weight of the composition, of a heterophasic propylene copolymer having a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 10.0 to 40.0 g/10 min, comprising a polypropylene matrix, and an elastomeric propylene copolymer (b) 5.0 to 30.0 wt.-%, based on the total weight of the composition, of a polypropylene homopolymer (PP-H1), and (c) 25.0 to 35.0 wt.-%, based on the total weight of the composition, of a mineral filler being selected from the group consisting of talcum, wollastonite, caolin and mica, wherein the polypropylene composition has a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 10.0 to 25.0 g/10 min. (a) 30.0 to 60.0 wt.-%, based on the total weight of the composition, of a heterophasic propylene copolymer having a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 10.0 to 40.0 g/10 min, comprising a polypropylene matrix, and an elastomeric propylene copolymer a polypropylene matrix, and an elastomeric propylene copolymer (b) 5.0 to 30.0 wt.-%, based on the total weight of the composition, of a polypropylene homopolymer (PP-H1), and (c) 25.0 to 35.0 wt.-%, based on the total weight of the composition, of a mineral filler being selected from the group consisting of talcum, wollastonite, caolin and mica,
Balancer with a tool for balancing a turbine engine module in the balancer, said module comprising at least one stator and one rotor comprising a shaft of longitudinal axis A configured to be guided by a guiding bearing inside the stator and at least one blades stage which is connected to a longitudinal end portion of said shaft and which is surrounded by said stator, and said balancer comprising at least, from the front to the rear, a power drive unit and a table provided with two front and rear supports for maintaining the shaft of the module, characterised in that said tool comprises at least: - one stator support, intended to be fixed axially adjustably on the table of the balancer behind the supports (28, 30) for maintaining the shaft of the module, - a tubular false bearing, configured to support a guiding bearing of the rotor in the stator and comprising a front fixing support configured to extend outside of the stator, - a guiding sleeve, comprising a rear end configured to confine the front fixing support of the false bearing, a front end comprising inner guiding means of the shaft of the rotor, and which is configured to be received on the rear and front supports of the table of the balancer, - a rear support plate of the stator, intended to be fixed to the support of the stator, and comprising means for immobilising the rotor with respect to the stator, - a front support plate of the stator, intended to be fixed to the support of the stator, and comprising means for immobilising and centring the false bearing. - one stator support, intended to be fixed axially adjustably on the table of the balancer behind the supports (28, 30) for maintaining the shaft of the module, - a tubular false bearing, configured to support a guiding bearing of the rotor in the stator and comprising a front fixing support configured to extend outside of the stator, - a guiding sleeve, comprising a rear end configured to confine the front fixing support of the false bearing, a front end comprising inner guiding means of the shaft of the rotor, and which is configured to be received on the rear and front supports of the table of the balancer, - a rear support plate of the stator, intended to be fixed to the support of the stator, and comprising means for immobilising the rotor with respect to the stator, - a front support plate of the stator, intended to be fixed to the support of the stator, and comprising means for immobilising and centring the false bearing.
A belt tracking system for controlling the lateral position of a movable belt entrained about a plurality of generally parallel rollers (51, 52, 53, 54) for moving in a trans-axial direction (X, Y) perpendicular to an axial direction in which the rollers (51, 52, 53, 54) extend parallel to each other, the system comprising: a roller shaft extending outward in the axial direction from an axial end of a specific one of the plurality of generally parallel rollers (51, 52, 53, 54); a slidable member slidably disposed around the roller shaft to move along the roller shaft as the belt moves laterally outward in the axial direction; a rotation restrictor disposed adjacent to the slidable member to restrict rotation of the slidable member around the roller shaft; a positioning flange operatively connected to the axial end of the roller to define a contact surface therealong extending generally perpendicular to the axial direction to contact an adjacent edge of the belt; and a stationary guide member fixed in position adjacent to the roller shaft to define a guide surface therealong, characterized in that the slidable member is co-movably coupled with the roller shaft to define an inclined surface therealong inclined relative to the axial direction, the slidable member being slidable against the stationary guide member along the inclined surface and the guide surface to cause the roller shaft to move in a direction perpendicular to the axial direction upon lateral displacement of the movable belt. a roller shaft extending outward in the axial direction from an axial end of a specific one of the plurality of generally parallel rollers (51, 52, 53, 54); a slidable member slidably disposed around the roller shaft to move along the roller shaft as the belt moves laterally outward in the axial direction; a rotation restrictor disposed adjacent to the slidable member to restrict rotation of the slidable member around the roller shaft; a positioning flange operatively connected to the axial end of the roller to define a contact surface therealong extending generally perpendicular to the axial direction to contact an adjacent edge of the belt; and a stationary guide member fixed in position adjacent to the roller shaft to define a guide surface therealong, characterized in that the slidable member is co-movably coupled with the roller shaft to define an inclined surface therealong inclined relative to the axial direction, the slidable member being slidable against the stationary guide member along the inclined surface and the guide surface to cause the roller shaft to move in a direction perpendicular to the axial direction upon lateral displacement of the movable belt.
A microwave container comprising: a container main body having an opening in an upper portion thereof; a flange part formed to extend outwardly from the opening of the container main body; a heat-seal part in a rib shape formed over the entire periphery of an upper surface of the flange part and heat-sealed to a film-shaped lid member for sealing the opening, wherein the heat-seal part includes: a first heat-seal part (23A, 231) for discharging vapor generated in the container main body by breaking the heat seal with the lid member when the vapor reaches a predetermined pressure, and a second heat-seal part (23B, 232) wider than the first heat-seal part (23A, 231), the first heat-seal part (23A, 231) is formed by a V-shaped pattern widely opened to the outside, and forms an M-shaped pattern together with lid-opening parts (24, 231A) formed by reversed V-shaped patterns at a part of the second heat-seal part (23B, 232) on both sides of the first heat-seal part (23A, 231), a seal strength of the first heat-seal part (23A, 231) is weakened toward the tip located at an inner side of the V-shaped pattern. a container main body having an opening in an upper portion thereof; a flange part formed to extend outwardly from the opening of the container main body; a heat-seal part in a rib shape formed over the entire periphery of an upper surface of the flange part and heat-sealed to a film-shaped lid member for sealing the opening, wherein the heat-seal part includes: a first heat-seal part (23A, 231) for discharging vapor generated in the container main body by breaking the heat seal with the lid member when the vapor reaches a predetermined pressure, and a second heat-seal part (23B, 232) wider than the first heat-seal part (23A, 231), the first heat-seal part (23A, 231) is formed by a V-shaped pattern widely opened to the outside, and forms an M-shaped pattern together with lid-opening parts (24, 231A) formed by reversed V-shaped patterns at a part of the second heat-seal part (23B, 232) on both sides of the first heat-seal part (23A, 231), a seal strength of the first heat-seal part (23A, 231) is weakened toward the tip located at an inner side of the V-shaped pattern. a first heat-seal part (23A, 231) for discharging vapor generated in the container main body by breaking the heat seal with the lid member when the vapor reaches a predetermined pressure, and a second heat-seal part (23B, 232) wider than the first heat-seal part (23A, 231), the first heat-seal part (23A, 231) is formed by a V-shaped pattern widely opened to the outside, and forms an M-shaped pattern together with lid-opening parts (24, 231A) formed by reversed V-shaped patterns at a part of the second heat-seal part (23B, 232) on both sides of the first heat-seal part (23A, 231), a seal strength of the first heat-seal part (23A, 231) is weakened toward the tip located at an inner side of the V-shaped pattern.
Mechanism comprising one piston purely reciprocating along one still axis over one cam purely spinning around same said axis, where: - said cam has spherical geometry and then is a spherical cam but purely spins around said axis, without other movements like shifting or bending in respect of said axis; - said spherical cam has a lower cam track and an upper cam track, and both said cam tracks ascend and descend equally an even number of times around said axis, and both said cam tracks develop from straight lines all crossing said spherical cam's center. - said cam has spherical geometry and then is a spherical cam but purely spins around said axis, without other movements like shifting or bending in respect of said axis; - said spherical cam has a lower cam track and an upper cam track, and both said cam tracks ascend and descend equally an even number of times around said axis, and both said cam tracks develop from straight lines all crossing said spherical cam's center.
A flexible display comprising a foldable display coupled to a foldable layer, the foldable layer preformed to maintain a curvilinear three-dimensional shape when in a neutral, force-free state, the curvilinear three-dimensional shape comprising at least one convex contour between two concave contours (2305, 2307), the predefined curvilinear three-dimensional shape comprising a partially folded shape that occurs, and through which the flexible display transitions, as the flexible display bends between an open position and a closed position.
A silo hopper for connection to a silo cell with a rectangular cross-section, which silo hopper comprises a hopper opening with a hopper wall which encloses the hopper opening, which hopper wall extends from an upper plane to a lower plane lying parallel thereto and tapers from a rectangular upper cross-section in the upper plane to a smaller lower cross-section in the lower plane, characterized in that the silo hopper is self-supporting and is at all corners provided with a leg segment, which leg segment extends at right angles to the upper plane and comprises a first plate part which is parallel to a first side of the upper cross-section and comprises a second plate part which is parallel to a second side of the upper cross-section lying at right angles to the first side, which first and second plate part are mutually connected close to the hopper opening by a third plate part, which third plate part forms an angle of 135° with the first and second plate part, as seen perpendicularly of the upper plane.
A tracheal tube insertion facilitator comprising: a) an outer cylindrical member with a proximal end and a distal tip bent forward, wherein the outer cylindrical member houses a dynamic cuff, wherein an inner surface of the dynamic cuff is fluidly communicating with an inner lumen of the outer cylindrical member, such that the dynamic cuff mimics intraluminal pressures accurately without any time lag or pressure gradient, thereby the dynamic cuff being configured to inflate during Positive Pressure Ventilation and Jet Ventilation, and wherein at/near the distal tip of the outer cylindrical member lies ventilating ports in connection with the inner lumen; b) an inner hollow stylet with a proximal end and a distal end which serves the dual purpose of providing strength to the tracheal tube insertion facilitator as well as enabling jet ventilation through its ports, wherein the inner hollow stylet further comprises dual purpose inflation/ventilation ports fluidly communicate an inner lumen of the inner hollow stylet with the inner lumen of the outer cylindrical member. a) an outer cylindrical member with a proximal end and a distal tip bent forward, wherein the outer cylindrical member houses a dynamic cuff, wherein an inner surface of the dynamic cuff is fluidly communicating with an inner lumen of the outer cylindrical member, such that the dynamic cuff mimics intraluminal pressures accurately without any time lag or pressure gradient, thereby the dynamic cuff being configured to inflate during Positive Pressure Ventilation and Jet Ventilation, and wherein at/near the distal tip of the outer cylindrical member lies ventilating ports in connection with the inner lumen; b) an inner hollow stylet with a proximal end and a distal end which serves the dual purpose of providing strength to the tracheal tube insertion facilitator as well as enabling jet ventilation through its ports, wherein the inner hollow stylet further comprises dual purpose inflation/ventilation ports fluidly communicate an inner lumen of the inner hollow stylet with the inner lumen of the outer cylindrical member.
A fill level radar designed to determine a topology of a filling material surface, comprising: a first transmitter having a first phase-locked loop for generating a first transmit signal in the form of a first frequency ramp; a second transmitter having a second phase-locked loop for generating a second transmission signal in the form of a second frequency ramp; a receiver having a third phase-locked loop for receiving the transmitted signals reflected at the filling material surface; a single reference clock generator for all of said phase locked loops (211, 212, 213) providing the same reference clock to each phase locked loop; a control unit for controlling the first phase-locked loop and the second phase-locked loop and for adjusting a phase offset of the output signals of the first and second phase-locked loops, for determining a first start phase for the output signal of the first phase-locked loop by means of a first trigger signal and a second start phase for the output signal of the second phase-locked loop by means of a second trigger signal, in order to control the main radiation direction of the level radar for scanning the filling material surface. a first transmitter having a first phase-locked loop for generating a first transmit signal in the form of a first frequency ramp; a second transmitter having a second phase-locked loop for generating a second transmission signal in the form of a second frequency ramp; a receiver having a third phase-locked loop for receiving the transmitted signals reflected at the filling material surface; a single reference clock generator for all of said phase locked loops (211, 212, 213) providing the same reference clock to each phase locked loop; a control unit for controlling the first phase-locked loop and the second phase-locked loop and for adjusting a phase offset of the output signals of the first and second phase-locked loops, for determining a first start phase for the output signal of the first phase-locked loop by means of a first trigger signal and a second start phase for the output signal of the second phase-locked loop by means of a second trigger signal, in order to control the main radiation direction of the level radar for scanning the filling material surface.