mhurhangee/patent-ind-claim-en huggingface dataset:
A system for operating a gearbox , comprising: - a first shaft having a first longitudinal axis (X2); - a first actuator assembly operatively connected to the first shaft ; - a second shaft having a second longitudinal axis (X6); - a second actuator assembly operatively connected to the second shaft ; and - a plurality of engagement elements connected in rotation to said second shaft ; wherein: - the first shaft is hollow, is fitted on said second shaft , and is axially movable relative to the second shaft ; - said plurality of engagement elements are moreover connected in translation to said first shaft and are axially movable therewith along said first longitudinal axis (X2) and relative to the second shaft (X6); - the first actuator assembly is configured for imparting on said first shaft a movement of translation along the first longitudinal axis (X2), said movement of translation being transferred to the plurality of engagement elements connected in translation to the first shaft ; and - the second actuator assembly is configured for imparting on said second shaft a movement of rotation about the second longitudinal axis (X6), said movement of rotation being transferred to said plurality of engagement elements , which are moreover connected in rotation to the second shaft . - a first shaft having a first longitudinal axis (X2); - a first actuator assembly operatively connected to the first shaft ; - a second shaft having a second longitudinal axis (X6); - a second actuator assembly operatively connected to the second shaft ; and - a plurality of engagement elements connected in rotation to said second shaft ; - the first shaft is hollow, is fitted on said second shaft , and is axially movable relative to the second shaft ; - said plurality of engagement elements are moreover connected in translation to said first shaft and are axially movable therewith along said first longitudinal axis (X2) and relative to the second shaft (X6); - the first actuator assembly is configured for imparting on said first shaft a movement of translation along the first longitudinal axis (X2), said movement of translation being transferred to the plurality of engagement elements connected in translation to the first shaft ; and - the second actuator assembly is configured for imparting on said second shaft a movement of rotation about the second longitudinal axis (X6), said movement of rotation being transferred to said plurality of engagement elements , which are moreover connected in rotation to the second shaft .
A method in a user equipment for assisting a radio network node in selection of one or more mobility parameters, wherein the user equipment is served by the radio network node on an operating frequency band, and wherein the method comprises: sending (C001), to the radio network node , an indication of a part of the operating frequency band, wherein the part of the operating frequency band is a subset of the operating frequency band, wherein the part of the operating frequency band is supported by the user equipment , wherein the indication, comprises information associated with a plurality of radio frequency channel numbers supported by the user equipment , for the part of the operating frequency band, wherein the information associated with the plurality of radio frequency channel numbers is to be used by the radio network node as a basis for selecting said one or more mobility parameters, and wherein the selecting comprises setting the one or more mobility parameters to indicate one or more radio frequency channel numbers supported by the user equipment , receiving (C005) said one or more mobility parameters from the radio network node , and applying (C006) said one or more mobility parameters. sending (C001), to the radio network node , an indication of a part of the operating frequency band, wherein the part of the operating frequency band is a subset of the operating frequency band, wherein the part of the operating frequency band is supported by the user equipment , wherein the indication, comprises information associated with a plurality of radio frequency channel numbers supported by the user equipment , for the part of the operating frequency band, wherein the information associated with the plurality of radio frequency channel numbers is to be used by the radio network node as a basis for selecting said one or more mobility parameters, and wherein the selecting comprises setting the one or more mobility parameters to indicate one or more radio frequency channel numbers supported by the user equipment , receiving (C005) said one or more mobility parameters from the radio network node , and applying (C006) said one or more mobility parameters.
A crusher of the type with a vertical axis, comprising: - a substantially tubular casing , closed in an upper region by a cover and in a lower region by a base , - a rotating shaft , which is internal and coaxial to said casing , multiple supporting elements , each for supporting a plurality of crushing elements , being keyed to said shaft , said crushing elements having circular trajectories with a circumference that at least partially increases from the upper region toward the lower region of the crusher , characterized in that it has substantially three processing stages: - a first breakup stage, which is provided with said crushing elements constituted by hammers, - a second disaggregation stage, provided with said crushing elements constituted by hammers and elements with a star-shaped profile, - a third compaction stage, which is provided with said crushing elements constituted by hammers and maces. - a substantially tubular casing , closed in an upper region by a cover and in a lower region by a base , - a rotating shaft , which is internal and coaxial to said casing , multiple supporting elements , each for supporting a plurality of crushing elements , being keyed to said shaft , - a first breakup stage, which is provided with said crushing elements constituted by hammers, - a second disaggregation stage, provided with said crushing elements constituted by hammers and elements with a star-shaped profile, - a third compaction stage, which is provided with said crushing elements constituted by hammers and maces.
A laying head for forming an axially moving hot rolled product into a helical series of rings, said laying head comprising: a quill rotatable about an axis (X), said quill having a tubular body journalled for rotation between axially spaced bearings , and having a nose projecting axially and forwardly from said body; a product guide carried by said quill, said product guide having an entry end aligned with said axis and arranged to receive said product, and having an intermediate curved portion leading from said entry end to a delivery end spaced radially from said axis and from which said product is discharged as said helical series of rings; a guide trough providing a helical extension of said product guide, the laying head being characterized in that the intermediate curved portion and delivery end of said product guide and said guide trough are carried on a continuous helical support on the nose of said quill a quill rotatable about an axis (X), said quill having a tubular body journalled for rotation between axially spaced bearings , and having a nose projecting axially and forwardly from said body; a product guide carried by said quill, said product guide having an entry end aligned with said axis and arranged to receive said product, and having an intermediate curved portion leading from said entry end to a delivery end spaced radially from said axis and from which said product is discharged as said helical series of rings; a guide trough providing a helical extension of said product guide, the laying head being characterized in that the intermediate curved portion and delivery end of said product guide and said guide trough are carried on a continuous helical support on the nose of said quill
Use of a working medium containing hydrofluoroolefin (HFO) as a working medium in a heat cycle system , the heat cycle system comprising: a compressor ; a high-pressure side heat exchanger ; a low-pressure side heat exchanger ; an expansion mechanism ; and an acid detection means detecting acid generated by decomposition of the working medium, the acid detection means being provided in a discharge pipe connecting the compressor and the high-pressure side heat exchanger , wherein the acid detection means comprises a sight glass having an observation window to observe the working medium passing inside the discharge pipe , wherein the observation window has a double structure of glass and an acid-resistant transparent member, and wherein, in the observation window , at least a surface on a side to be in contact with the working medium is formed of the glass and a surface on an opposite side to the side to be in contact with the working medium is formed of the acid-resistant transparent member. a compressor ; a high-pressure side heat exchanger ; a low-pressure side heat exchanger ; an expansion mechanism ; and an acid detection means detecting acid generated by decomposition of the working medium, the acid detection means being provided in a discharge pipe connecting the compressor and the high-pressure side heat exchanger , wherein the acid detection means comprises a sight glass having an observation window to observe the working medium passing inside the discharge pipe , wherein the observation window has a double structure of glass and an acid-resistant transparent member, and wherein, in the observation window , at least a surface on a side to be in contact with the working medium is formed of the glass and a surface on an opposite side to the side to be in contact with the working medium is formed of the acid-resistant transparent member.
A container (10; 10') for a vehicle , said container comprising: - a frame , which delimits a compartment suitable for housing objects; and - releasable coupling means (50; 60', 50'), which are carried by said frame for coupling said frame to a structure of said vehicle ; said frame comprising at least one inflatable portion , which defines an internal space provided with an inlet that can be coupled to a source of pressurised gas for filling said space , so that said inflatable portion passes from a deflated state, in which the volume of said space is minimal, to an inflated state, in which said space has a greater volume; said inflatable portion further comprising two outer walls and constraining means carried by said outer walls inside said space for limiting the relative movement between said outer walls when said portion reaches the inflated state, wherein constraining means comprise a plurality of flexible ties, each having a pre-determined length, and wherein said outer walls comprise respective layers of fabric , characterized in that said flexible ties are defined by a plurality of thread segments sewn to both of the layers of fabric . - a frame , which delimits a compartment suitable for housing objects; and - releasable coupling means (50; 60', 50'), which are carried by said frame for coupling said frame to a structure of said vehicle ; said frame comprising at least one inflatable portion , which defines an internal space provided with an inlet that can be coupled to a source of pressurised gas for filling said space , so that said inflatable portion passes from a deflated state, in which the volume of said space is minimal, to an inflated state, in which said space has a greater volume; said inflatable portion further comprising two outer walls and constraining means carried by said outer walls inside said space for limiting the relative movement between said outer walls when said portion reaches the inflated state, wherein constraining means comprise a plurality of flexible ties, each having a pre-determined length, and wherein said outer walls comprise respective layers of fabric , characterized in that said flexible ties are defined by a plurality of thread segments sewn to both of the layers of fabric . said frame comprising at least one inflatable portion , which defines an internal space provided with an inlet that can be coupled to a source of pressurised gas for filling said space , so that said inflatable portion passes from a deflated state, in which the volume of said space is minimal, to an inflated state, in which said space has a greater volume; said inflatable portion further comprising two outer walls and constraining means carried by said outer walls inside said space for limiting the relative movement between said outer walls when said portion reaches the inflated state, wherein constraining means comprise a plurality of flexible ties, each having a pre-determined length, and wherein said outer walls comprise respective layers of fabric , characterized in that said flexible ties are defined by a plurality of thread segments sewn to both of the layers of fabric .
An anchor assembly (A") for walls (W), comprising a strap member , a spring member , a toggle member pivotally mounted to said strap member , and a locking member slidable along said strap member , said toggle member being displaceable between first and second positions thereof, wherein in said first position said toggle member is substantially aligned with said strap member for insertion through a hole (H) in the wall (W) while biasedly engaging said spring member , wherein said toggle member once behind the wall (W) is adapted to be displaced towards said second position by said spring member , and wherein in said second position said toggle member extends behind the wall (W) at an angle relative to said strap member with said strap member extending from said toggle member through the hole (H) in the wall (W), said locking member being adapted to be displaced along said strap member and towards the wall (W) and said toggle member , whereby once the anchor assembly is installed, said locking member and said toggle member are connected by a distal section of said strap member and imprison the wall (W) by abutting opposed sides thereof, said toggle member being adapted to be engaged by a fastener (S) introduced through said locking member and through the hole (H) in the wall (W), characterized in that in the first position, the toggle member is engaged to the strap member .
An industrial robot for food industry wherein the robot has a plurality of joints , a transmission system for moving the joints, characterized in that the robot comprises a leakage detection device (1a; 1b; 1c; 1d) for detecting a liquid leaking into the robot, wherein - at least one indicator strip (11; 21, 23) arranged inside the robot and configured to change color in contact with a liquid, - a sensor module configured to detect changes in color of the at least one indicator strip, and - a detector unit (13a; 13b; 30) configured to determine presence of liquid inside the robot based on the detected color changes of the at least one indicator strip, wherein said at least one indicator strip is a pH strip adapted to change color in dependence of the pH value of a liquid in contact therewith and the detector unit (13a; 13b; 30) is configured to distinguish between lubricant and corrosive water based on the detected color changes of the at least one indicator strip. - at least one indicator strip (11; 21, 23) arranged inside the robot and configured to change color in contact with a liquid, - a sensor module configured to detect changes in color of the at least one indicator strip, and - a detector unit (13a; 13b; 30) configured to determine presence of liquid inside the robot based on the detected color changes of the at least one indicator strip,
A dehumidifier comprising: a main body having a water tank chamber ; a compressor for compressing a refrigerant; a heat exchange unit inside of the main body; a fan assembly mounted on a side of the heat exchange unit to forcibly blow air within the main body ; and a water tank , accommodated in the water tank chamber, for storing condensed water formed on the heat exchange unit; a movable member movable inside the water tank based on water level in the water tank; a first sensor configured to detect the movable member at a first water level; a second sensor configured to detect the movable member at a second water level, the second water level being higher than the first water level; and a control unit configured to, based on results received from the first and second sensors, control operation of the heat exchange unit and/or generate an alarm signal, wherein the control unit is configured, in response to the first sensor 's detection of the movable member , to generate a high level warning signal to empty the water tank , and wherein the control unit is configured, in response to the second sensor 's detection of the movable member , to generate a full level warning signal and stop the operation of the compressor or the fan assembly to prevent the condensed water from being further generated in the heat exchange unit . a main body having a water tank chamber ; a compressor for compressing a refrigerant; a heat exchange unit inside of the main body; a fan assembly mounted on a side of the heat exchange unit to forcibly blow air within the main body ; and a water tank , accommodated in the water tank chamber, for storing condensed water formed on the heat exchange unit; a movable member movable inside the water tank based on water level in the water tank; a first sensor configured to detect the movable member at a first water level; a second sensor configured to detect the movable member at a second water level, the second water level being higher than the first water level; and a control unit configured to, based on results received from the first and second sensors, control operation of the heat exchange unit and/or generate an alarm signal, wherein the control unit is configured, in response to the first sensor 's detection of the movable member , to generate a high level warning signal to empty the water tank , and wherein the control unit is configured, in response to the second sensor 's detection of the movable member , to generate a full level warning signal and stop the operation of the compressor or the fan assembly to prevent the condensed water from being further generated in the heat exchange unit .
A reflective antenna comprising a flexible reflective sheet extending between a central hub and a perimeter edge , and a reflective sheet support mechanism comprising one or more spiral ribs articulated to the reflective sheet at least at several locations along the perimeter edge of the reflective sheet; wherein at a collapsed, stowed position of the reflective antenna the one or more spiral ribs are coiled about a common center and the reflective sheet is folded at a compact configuration, and at an expanded, deployed position the one or more spiral ribs are radially expanded and the reflective sheet is stretched over the expanded one or more spiral ribs, imparting the reflective sheet a parabolic shape.
A transformation plasmid for an anaerobic bacterium, wherein the transformation plasmid is pFGF110 of SEQ ID NO: 14.
A drug delivery balloon catheter comprising: an ultrasound transmission member having a proximal end configured to be coupled to a generator and a distal end, the generator being configured to provide longitudinal vibrations to the ultrasound transmission member; a balloon coupled to the distal end of the ultrasound transmission member and being movable between an inflated state and a deflated state; and at least one wire coupled to the ultrasound transmission member and the balloon so as to transmit the longitudinal vibrations from the ultrasound transmission member to the balloon at least when the balloon is in the inflated state, wherein the at least one wire contacts an inner surface of the balloon or is imbedded within the balloon . an ultrasound transmission member having a proximal end configured to be coupled to a generator and a distal end, the generator being configured to provide longitudinal vibrations to the ultrasound transmission member; a balloon coupled to the distal end of the ultrasound transmission member and being movable between an inflated state and a deflated state; and at least one wire coupled to the ultrasound transmission member and the balloon so as to transmit the longitudinal vibrations from the ultrasound transmission member to the balloon at least when the balloon is in the inflated state, wherein the at least one wire contacts an inner surface of the balloon or is imbedded within the balloon .
A phantom for calibration for use in both magnetic resonance imaging and x-ray based imaging systems, the phantom comprising: a first component having a first outer shape, a portion of the first outer shape defining part of at least one pocket ; and a second component coupled to the first component and having a second outer shape, a portion of the second outer shape defining another part of the at least one pocket ; wherein at least one of the first and second components comprises a reservoir , the reservoir having a shape at least a portion of which locates a centre of the at least one pocket . a first component having a first outer shape, a portion of the first outer shape defining part of at least one pocket ; and a second component coupled to the first component and having a second outer shape, a portion of the second outer shape defining another part of the at least one pocket ; wherein at least one of the first and second components comprises a reservoir , the reservoir having a shape at least a portion of which locates a centre of the at least one pocket .
A vacuum pump with a shaft with a shaft axis, a space for receiving a lubricant charge , at least one gear wheel arranged on the shaft, with at least one roller bearing for the rotary support of the shaft, with a lubricant pump for transport of the lubricant in a lubricant circuit , wherein the lubricant circuit has at least one outlet , wherein the outlet is configured for wetting of the at least one gear wheel and/or the at least one roller bearing with the lubricant, or wherein the outlet is configured as the feed of the lubricant into the lubricant charge , characterised in that in the lubricant circuit , consisting of the lubricant pump and the lubricant conduit , there is provided at least one branch , and in that the at least one branch is connected with at least one cooling device for cooling the lubricant, and in that the at least one branch leads to the cooling device via a lubricant conduit .