mhurhangee/ep-ind-claims huggingface dataset:
A wall saw comprising: - a carriage, which is to be mounted to a guide rail so as to be moveable along the guide rail; - a saw arm pivotally mounted to the carriage; - a rotatable spindle configured for connection to a saw blade, the spindle being rotatably mounted to the saw arm; - an electric drive motor, which is mounted to the carriage and which is provided with a stator, a rotor and an output shaft; and - a transmission mechanism for transmitting torque from the output shaft of the drive motor to the spindle, the spindle being rotatable under the effect of the drive motor via the output shaft and the transmission mechanism, characterized in: - that the rotor of the drive motor comprises a rotor hub which is operatively connected to the output shaft of the drive motor through a safety clutch so as to allow torque to be transmitted from the rotor hub to the output shaft via the safety clutch, the safety clutch being configured to allow mutual rotation between the rotor hub and the output shaft when said torque reaches a given threshold value; and - that the safety clutch is accommodated in a space inside the rotor hub. - a carriage, which is to be mounted to a guide rail so as to be moveable along the guide rail; - a saw arm pivotally mounted to the carriage; - a rotatable spindle configured for connection to a saw blade, the spindle being rotatably mounted to the saw arm; - an electric drive motor, which is mounted to the carriage and which is provided with a stator, a rotor and an output shaft; and - a transmission mechanism for transmitting torque from the output shaft of the drive motor to the spindle, the spindle being rotatable under the effect of the drive motor via the output shaft and the transmission mechanism, - that the rotor of the drive motor comprises a rotor hub which is operatively connected to the output shaft of the drive motor through a safety clutch so as to allow torque to be transmitted from the rotor hub to the output shaft via the safety clutch, the safety clutch being configured to allow mutual rotation between the rotor hub and the output shaft when said torque reaches a given threshold value; and - that the safety clutch is accommodated in a space inside the rotor hub.
A friction material manufacturing apparatus for sintering friction materials, the friction material manufacturing apparatus comprising: a jig configured to clamp a stack of workpieces, which are preforms of the friction materials, in a stacking direction; a transport mechanism that forms a transport path of the jig; and a heating apparatus provided in a way of the transport path and configured to heat the stack clamped by the jig with infrared rays from a lateral side with respect to the stacking direction. a jig configured to clamp a stack of workpieces, which are preforms of the friction materials, in a stacking direction; a transport mechanism that forms a transport path of the jig; and a heating apparatus provided in a way of the transport path and configured to heat the stack clamped by the jig with infrared rays from a lateral side with respect to the stacking direction.
A foil-welding device having a support surface, a discharge device, and more particularly having, at the side, heating bars that fold down, the discharge device having an ejector for a cold cut of meat, cheese or the like on a carrier foil and a covering foil that encloses the cold cut and is welded to the carrier foil, characterized in that the ejector, for example a rake, bar grating, or grid frame, lies in or over the support surface, and can be swung up, out of the foil-welding device, by a lever or by means of a drive for the ejection, about a pivot member that is provided on the foil-welding device outside the support surface, into an inclined position, engaging underneath the packaged cold cut.
A radio frequency identification (RFID) system (101, 701, 901, 1101, 1201, 1301, 1401), comprising: an RFID reader; a transmitting antenna for transmitting an interrogating radio frequency signal when driven by the RFID reader, wherein upon incidence of the interrogating RF signal on an RFID tag, a response RF signal is produced; a receiving antenna for receiving the response RF signal, wherein the RFID reader is configured to receive the response RF signal from the receiving antenna; a sensor for generating a sensor signal, wherein the sensor signal has a corresponding sensor information; and an event recognition module for processing the sensor signal to recognize a triggering event, wherein the system is configured such that at least a portion of the system is worn by a user such that the sensor is positioned with respect to a portion of the user such that when the portion of the user moves the sensor moves, characterized in that the event recognition module is configured to recognize the triggering event based on the sensor information from the sensor signal indicating movement of the portion of the user, wherein when the event recognition module recognizes the triggering event, a trigger event message is transmitted to the RFID reader, wherein upon receipt of the trigger event message the RFID reader drives the transmitting antenna to transmit the interrogating RF signal. an RFID reader; a transmitting antenna for transmitting an interrogating radio frequency signal when driven by the RFID reader, wherein upon incidence of the interrogating RF signal on an RFID tag, a response RF signal is produced; a receiving antenna for receiving the response RF signal, wherein the RFID reader is configured to receive the response RF signal from the receiving antenna; a sensor for generating a sensor signal, wherein the sensor signal has a corresponding sensor information; and an event recognition module for processing the sensor signal to recognize a triggering event, wherein the system is configured such that at least a portion of the system is worn by a user such that the sensor is positioned with respect to a portion of the user such that when the portion of the user moves the sensor moves, characterized in that the event recognition module is configured to recognize the triggering event based on the sensor information from the sensor signal indicating movement of the portion of the user, wherein when the event recognition module recognizes the triggering event, a trigger event message is transmitted to the RFID reader, wherein upon receipt of the trigger event message the RFID reader drives the transmitting antenna to transmit the interrogating RF signal.
A board game instrument for learning, comprising: at least two projectiles, adapted to be thrown in a basket; at least three baskets formed to be concave so as to allow holding the projectile and having a rim of a top surface and a bottom surface thereof formed to be flat; a game board comprising an area in which the baskets, in use, are placed; and at least two cards comprising different game commands printed thereon, characterized in that the board game instrument further comprises a launch pad for launching the projectile using an elastic force, wherein the launch pad comprises: an elastic launching part allowing the projectile to be located therein and launching the projectile by the elastic force while moving up and down, and a fixed supporting part for supporting the elastic launching part and preventing the elastic launching part from moving left to right; and in that the at least three baskets are configured to have a top surface larger than a bottom surface, wherein the area and the at least three baskets are configured such that at least three baskets, in use, are stacked up into a pyramid of two or more tiers on the area. at least two projectiles, adapted to be thrown in a basket; at least three baskets formed to be concave so as to allow holding the projectile and having a rim of a top surface and a bottom surface thereof formed to be flat; a game board comprising an area in which the baskets, in use, are placed; and at least two cards comprising different game commands printed thereon, characterized in that the board game instrument further comprises a launch pad for launching the projectile using an elastic force, wherein the launch pad comprises: an elastic launching part allowing the projectile to be located therein and launching the projectile by the elastic force while moving up and down, and a fixed supporting part for supporting the elastic launching part and preventing the elastic launching part from moving left to right; and in that the at least three baskets are configured to have a top surface larger than a bottom surface, wherein the area and the at least three baskets are configured such that at least three baskets, in use, are stacked up into a pyramid of two or more tiers on the area. an elastic launching part allowing the projectile to be located therein and launching the projectile by the elastic force while moving up and down, and a fixed supporting part for supporting the elastic launching part and preventing the elastic launching part from moving left to right; and in that the at least three baskets are configured to have a top surface larger than a bottom surface, wherein the area and the at least three baskets are configured such that at least three baskets, in use, are stacked up into a pyramid of two or more tiers on the area.
A method for adapting a cross-sectional shape of a root of a wind turbine blade, the method comprising: providing a root flange configured to be mounted to the root of the wind turbine blade; arranging the root flange with the root of the wind turbine blade; joining a plurality of push elements to the root flange, the push elements being configured to push a wall of the root of the wind turbine blade; and pushing the wall of the root of the wind turbine blade with one or more of the push elements. providing a root flange configured to be mounted to the root of the wind turbine blade; arranging the root flange with the root of the wind turbine blade; joining a plurality of push elements to the root flange, the push elements being configured to push a wall of the root of the wind turbine blade; and pushing the wall of the root of the wind turbine blade with one or more of the push elements.
Separation module having a stepped surface structure, wherein in the stepped surface structure each step has a horizontal face and wherein at least one vertical face adjoins each of the horizontal faces, wherein a vertical face located between two horizontal faces has at least one opening for the entry of a raw gas flow loaded with overspray into the interior of the separation module, wherein the separation module comprises, following a vertical face provided with at least one opening, a plurality of vertical channels under individual horizontal faces in the interior, the channels having a depth that varies from step to step and correspondingly a number of chambers that varies from step to step as well as correspondingly a number of separating faces that varies from step to step, wherein at least individual channels have a plurality of chambers separated by separating faces having a progressive structure, wherein at least individual channels in the interior of the separation module are delimited from adjacent channels by means of closed vertical interfaces, wherein the separation module comprises, on each of a plurality of levels each belonging to a step, a vertical face provided with at least one opening, and wherein the separation module comprises at least one first and one second channel having an annular base surface, wherein the first and the second channel contain a common center point, wherein the first and the second channel each have a horizontal face delimiting the channel in the direction of flow and wherein the horizontal face of the first channel and the horizontal face of the second channel belong to different steps of the stepped surface structure.
An apparatus to modify or remove an obstruction or a downhole tool within a wellbore, comprising: a tubular body comprising a first end and a second end and configured to contain a fuel load and an initiator, wherein the fuel load is initiated to produce a molten thermite; a nozzle positioned at the second end of the tubular body and configured to project the molten thermite onto the obstruction or the downhole tool; a first adapter configured to attach to the tubular body, wherein the first adapter comprises a sealing member between the first adapter and the tubular body and one or more protruding elements configured to align the nozzle over the obstruction or the downhole tool, such that in use the first adapter surrounds the obstruction or the downhole tool such that the aligned nozzle projects the molten thermite directly onto the obstruction or the downhole tool, and wherein the first adapter forms a circumferential barrier between a surrounding area of the wellbore and the projected molten thermite; and one or more tabs configured to secure the first adapter to the obstruction or the downhole tool. a tubular body comprising a first end and a second end and configured to contain a fuel load and an initiator, wherein the fuel load is initiated to produce a molten thermite; a nozzle positioned at the second end of the tubular body and configured to project the molten thermite onto the obstruction or the downhole tool; a first adapter configured to attach to the tubular body, wherein the first adapter comprises a sealing member between the first adapter and the tubular body and one or more protruding elements configured to align the nozzle over the obstruction or the downhole tool, such that in use the first adapter surrounds the obstruction or the downhole tool such that the aligned nozzle projects the molten thermite directly onto the obstruction or the downhole tool, and wherein the first adapter forms a circumferential barrier between a surrounding area of the wellbore and the projected molten thermite; and one or more tabs configured to secure the first adapter to the obstruction or the downhole tool.
An optical box suitable for housing an optical connection between a first optical cable and a second optical cable, said optical box comprising - a base comprising a bottom having a fiber receiving area suitable for receiving an end of said first cable; and - a panel connected to said base, said panel comprising an adapter module in turn comprising a number of optical fiber adapters suitable for providing optical connection between optical fibers of said first cable and optical fibers of said second cable, and a guiding element configured to route at least one optical fiber of said first optical cable between a first area of said panel and a second area of said panel, said panel being rotatably fixed to a sidewall of said base, wherein said guiding element comprises a portion of a cylindrical surface having an axis parallel to said panel and to said bottom of said base and wherein said panel has a first edge and a second opposite edge, said panel being connected to said base at said first edge, said guiding element being provided at said second opposite edge. - a base comprising a bottom having a fiber receiving area suitable for receiving an end of said first cable; and - a panel connected to said base, said panel comprising an adapter module in turn comprising a number of optical fiber adapters suitable for providing optical connection between optical fibers of said first cable and optical fibers of said second cable, and a guiding element configured to route at least one optical fiber of said first optical cable between a first area of said panel and a second area of said panel, said panel being rotatably fixed to a sidewall of said base,
Support assembly having a central axis and comprising: - a flanged casing comprising a through-seat and a mounting seat axially inside the through-seat, - a cover provided with a coupling portion for closing the through-seat of the casing in a fluid-tight manner, and an annular wall, and - a bearing unit seated inside the mounting seat, the support assembly being characterized in that - the cover is provided with a sensor for monitoring the relative humidity inside the support assembly, and in that - the sensor is assembled in a support portion of the cover positioned inside the annular side wall, which corresponds to a lower portion of the cover once the cover has been mounted on the casing, where any fluid that has penetrated the cover will accumulate under the effect of gravity. - a flanged casing comprising a through-seat and a mounting seat axially inside the through-seat, - a cover provided with a coupling portion for closing the through-seat of the casing in a fluid-tight manner, and an annular wall, and - a bearing unit seated inside the mounting seat, the support assembly being characterized in that - the cover is provided with a sensor for monitoring the relative humidity inside the support assembly, and in that - the sensor is assembled in a support portion of the cover positioned inside the annular side wall, which corresponds to a lower portion of the cover once the cover has been mounted on the casing, where any fluid that has penetrated the cover will accumulate under the effect of gravity.
A method for wireless communication at a first user equipment, UE (140-c) comprising: transmitting a request for contention free random access resources to a second UE (115-d) based at least in part on a low power capability of the first UE; receiving a contention free random access configuration (430-a, 430-b) based at least in part on the request; and performing a contention free random access procedure with a base station (105-c) based at least in part on the received contention free random access configuration. transmitting a request for contention free random access resources to a second UE (115-d) based at least in part on a low power capability of the first UE; receiving a contention free random access configuration (430-a, 430-b) based at least in part on the request; and performing a contention free random access procedure with a base station (105-c) based at least in part on the received contention free random access configuration.
A winding machine for winding slivers of lap on a bobbin to a lap roll, in which 24 to 36 slivers are guided into the winding machine and doubled to lap, the lap being drafted by pressure rolls (3a to 3d) and guided to the bobbin by a first endless circulating belt, wherein a second endless circulating belt guides the lap around the bobbin, and wherein and wherein each belt (6, 7) is guided around at least three deflections (8, 10, 12; 9, 11, 13), characterized in that the belts (6, 7) and the associated deflections (8, 10, 12; 9, 11, 13) are disposed symmetrically to the bobbin or to the lap roll, wherein at least one upper deflection (8 and/or 9) of one or both belts (6, 7) is/are formed for being displaceable apart such that a bobbin can be supplied between the belts (6, 7), wherein the lap roll is formed in the area between the upper deflections (8, 9) and the lower deflections (10, 11) of the belts (6, 7), and in that, when winding, the lap roll rests on the lower deflections (10, 11) of the belts (6, 7), and in that the lower deflections (10, 11) are formed for being displaceable apart such that a lap roll between the belts (6, 7) is removable.
Roof covering comprising plastics tiles (10, 10') and composite elements, wherein the plastics tiles (10, 10') comprise - an upper edge, - a lower edge, - a first side edge, - a second side edge, - an upper face, - a lower face, - first engagement elements, integrally formed on the first side edge, - second engagement elements, integrally formed on the second side edge and cooperating with the first engagement elements when two tiles (10, 10') are mounted so as to overlap, - third engagement elements, integrally formed on the upper edge, - fourth engagement elements, integrally formed on the lower edge, - fastening elements for fastening the tiles (10, 10') to a roof substructure, - openings for the fastening elements, which openings are arranged adjacently to the upper edge, - on the lower face of the tiles (10, 10'), coupling elements (2, 17) are provided adjacently to the lower edge, - the coupling elements (2, 17) comprise a latching head, - and the third engagement elements are formed by a fillet, characterised by the features: - a profiled seal is detachably fastened to the lower edge, - the composite element is a C-rail that has an opening in the base, - the C-rail - is fixable to the upper face of a tile by means of one of the fastening elements - and resiliently secures the latching head provided on the lower face of a tile mounted thereabove. - an upper edge, - a lower edge, - a first side edge, - a second side edge, - an upper face, - a lower face, - first engagement elements, integrally formed on the first side edge, - second engagement elements, integrally formed on the second side edge and cooperating with the first engagement elements when two tiles (10, 10') are mounted so as to overlap, - third engagement elements, integrally formed on the upper edge, - fourth engagement elements, integrally formed on the lower edge, - fastening elements for fastening the tiles (10, 10') to a roof substructure, - openings for the fastening elements, which openings are arranged adjacently to the upper edge, - on the lower face of the tiles (10, 10'), coupling elements (2, 17) are provided adjacently to the lower edge, - the coupling elements (2, 17) comprise a latching head, - and the third engagement elements are formed by a fillet, - a profiled seal is detachably fastened to the lower edge, - the composite element is a C-rail that has an opening in the base, - the C-rail - is fixable to the upper face of a tile by means of one of the fastening elements - and resiliently secures the latching head provided on the lower face of a tile mounted thereabove. - is fixable to the upper face of a tile by means of one of the fastening elements - and resiliently secures the latching head provided on the lower face of a tile mounted thereabove.
A wing sail for a yacht, the wing sail comprising at least two sail sections, a. a primary section attached, integral with, or comprising a mast, and comprising two skins forming at least part of an aerofoil surface, the primary section further comprising a leech at aft edges of and where the two skins converge, and b. a movable section configured to move between a first condition where the movable section is nested or partially nested within or at the leech of the primary section, and a second condition where the movable section extends at least in part from at least part of the leech from intermediate the two skins, characterized in that c. the sail comprises a second movable section, wherein the second movable section nests within the movable section in a similar configuration to how the movable section nests within the primary section. a. a primary section attached, integral with, or comprising a mast, and comprising two skins forming at least part of an aerofoil surface, the primary section further comprising a leech at aft edges of and where the two skins converge, and b. a movable section configured to move between a first condition where the movable section is nested or partially nested within or at the leech of the primary section, and a second condition where the movable section extends at least in part from at least part of the leech from intermediate the two skins, characterized in that c. the sail comprises a second movable section, wherein the second movable section nests within the movable section in a similar configuration to how the movable section nests within the primary section.