mhurhangee/patent-ind-claim-en huggingface dataset:
A boxing training device comprising - a support extending along a longitudinal axis between a first end and a second end opposite the first end ; - a striking body having a first central axis , this striking body being mounted on the first end of the support ; - a base having a second central axis , the second end of the support being fixed to the base ; - the striking body comprising a cylindrical chamber of substantially circular section extending along the first central axis , this chamber receiving the first end of the support ; the boxing training device comprising: - a first plurality of elastic return means connecting the support to the inner wall of the chamber so that the striking body can oscillate around the longitudinal axis of the support ; - a first module for generating electrical energy from an oscillation movement of the striking body around the longitudinal axis of the support , this first module for generating electrical energy integrating - an annular magnet fixed to the inner wall of the chamber around the first central axis ; - a first magnetic induction coil disposed on the support so that this first magnetic induction coil is at least partially inside the annular magnet , the annular magnet causing, during an oscillation movement of the striking body around the longitudinal axis of the support , a change in the magnetic field in the first magnetic induction coil . - a support extending along a longitudinal axis between a first end and a second end opposite the first end ; - a striking body having a first central axis , this striking body being mounted on the first end of the support ; - a base having a second central axis , the second end of the support being fixed to the base ; - the striking body comprising a cylindrical chamber of substantially circular section extending along the first central axis , this chamber receiving the first end of the support ; - a first plurality of elastic return means connecting the support to the inner wall of the chamber so that the striking body can oscillate around the longitudinal axis of the support ; - a first module for generating electrical energy from an oscillation movement of the striking body around the longitudinal axis of the support , this first module for generating electrical energy integrating - an annular magnet fixed to the inner wall of the chamber around the first central axis ; - a first magnetic induction coil disposed on the support so that this first magnetic induction coil is at least partially inside the annular magnet , the annular magnet causing, during an oscillation movement of the striking body around the longitudinal axis of the support , a change in the magnetic field in the first magnetic induction coil .
A battery system , in particular for a hybrid drive, with a housing and a plurality of battery cells arranged inside the housing , wherein said battery cells are combined into a cell block , wherein a pressure bag having an adjustable interior volume is arranged between the cell block and least one housing wall , by means of which pressure bag the cell block can be braced against the housing , and wherein the pressure bag is filled with a curable or cured medium, characterized in that the housing wall is outwardly deformed, in particular is curved, and exerts a clamping force directed into the interior of the housing onto the cell block via the pressure bag .
An integrated component for protecting against overvoltages, including: two multilayer elementary varistors that are arranged in parallel and that each include first and second varistor electrodes, the varistor electrodes being metal plates ; and a gas discharge tube including first and second discharge-tube electrodes, the discharge-tube electrodes being conductive plates , the two varistors and the gas connector being connected in series between a first and a second electrical connection terminals (15, 16; 115, 116), and a peripheral coating including a seal-tight and electrically insulating resin, the peripheral coating being arranged around the varistor and the gas discharge tube so as to form a seal-tight and electrically insulating barrier that leaves the first and second electrical connection terminals accessible only at two opposite ends of the peripheral coating, wherein one of the discharge-tube electrodes and one of the varistor electrodes are fastened parallel to each other and in electrical contact with each other by a metal solder joint. two multilayer elementary varistors that are arranged in parallel and that each include first and second varistor electrodes, the varistor electrodes being metal plates ; and a gas discharge tube including first and second discharge-tube electrodes, the discharge-tube electrodes being conductive plates , the two varistors and the gas connector being connected in series between a first and a second electrical connection terminals (15, 16; 115, 116), and a peripheral coating including a seal-tight and electrically insulating resin, the peripheral coating being arranged around the varistor and the gas discharge tube so as to form a seal-tight and electrically insulating barrier that leaves the first and second electrical connection terminals accessible only at two opposite ends of the peripheral coating, wherein one of the discharge-tube electrodes and one of the varistor electrodes are fastened parallel to each other and in electrical contact with each other by a metal solder joint.
A fabric comprising first yarns comprising a first blend of fibres and second yarns comprising a second blend of fibres, wherein the fabric comprises a knit having two sides, the first yarns being core yarns and the second yarns being napped on one or both sides of the fabric to form a fleece fabric, wherein the first and second blends of fibres are different, the second yarns comprise wool fibers and the fabric is flame resistant, characterized in that the first yarns comprise at least 50% inherently flame resistant fibers.
Protective garment having a visible external surface and an internal surface suitable for facing, during use, the body of a user; the protective garment comprising an inflatable element intended to protect at least partially an area of the body of a user and an inflation device configured to inflate said inflatable element , said protective garment further comprising an aerodynamic hump configured to at least partially protect an area on the back of a user and defining a housing cavity facing said internal surface and configured to accommodate said inflation device , wherein said inflation device comprises at least one gas generator and a container for containing said at least one gas generator , wherein the container and the at least one gas generator define a structurally independent assembly, and are configured to be handled as a single body, with respect to said inflatable element , and wherein the inflation device comprises a coupling component and the inflatable element has a coupling counter-component , wherein the coupling component is configured to be coupled in a removable manner with the coupling counter-component associated with said inflatable element , characterized in that , said garment comprises an access zone configured to allow access to said housing cavity .
A method for determining source rock potential in a subterranean region of a hydrocarbon reservoir, comprising: receiving, a terahertz (THz) scanning image from an in-situ THz scanner that is attached to a wellbore at a first subterranean location , wherein the wellbore extends into the subterranean region of the hydrocarbon reservoir and wherein the THz scanning image is formed from a plurality of intensity values that each represent a pixel on the THz scanning image; identifying, components of a source rock in the first subterranean location based on the THz scanning image; and determining, the source rock potential at the first subterranean location based on the identified components of the source rock. receiving, a terahertz (THz) scanning image from an in-situ THz scanner that is attached to a wellbore at a first subterranean location , wherein the wellbore extends into the subterranean region of the hydrocarbon reservoir and wherein the THz scanning image is formed from a plurality of intensity values that each represent a pixel on the THz scanning image; identifying, components of a source rock in the first subterranean location based on the THz scanning image; and determining, the source rock potential at the first subterranean location based on the identified components of the source rock.
A water filtration system Characterised in that: o it takes the shape of a greenhouse; o it has a ground surface area less than or equal to 10m 2 ; o it comprises a superposition of several filters, taking the shape of tanks, capable of successively treating the water coming from a bathing pool before returning it to the pool, with: a) upstream, at least two sets arranged in parallel of three planted top filters arranged in series, each planted filter described as upper comprising submerged pots allowing water to pass through and comprising a neutral and inert substrate accommodating the filter plants ; and b) downstream, at least one planted filter described as lower, which includes non-soluble aggregates able to allow the growth of plants and to capture the particles in suspension in the water receiving the water to be filtered from the at least one upper filtered basin. able to allow the growth of plants and to capture the particles in suspension o it takes the shape of a greenhouse; o it has a ground surface area less than or equal to 10m 2 ; o it comprises a superposition of several filters, taking the shape of tanks, capable of successively treating the water coming from a bathing pool before returning it to the pool, with: a) upstream, at least two sets arranged in parallel of three planted top filters arranged in series, each planted filter described as upper comprising submerged pots allowing water to pass through and comprising a neutral and inert substrate accommodating the filter plants ; and b) downstream, at least one planted filter described as lower, which includes non-soluble aggregates able to allow the growth of plants and to capture the particles in suspension in the water receiving the water to be filtered from the at least one upper filtered basin. a) upstream, at least two sets arranged in parallel of three planted top filters arranged in series, each planted filter described as upper comprising submerged pots allowing water to pass through and comprising a neutral and inert substrate accommodating the filter plants ; and b) downstream, at least one planted filter described as lower, which includes non-soluble aggregates able to allow the growth of plants and to capture the particles in suspension in the water receiving the water to be filtered from the at least one upper filtered basin.
System for alignment of big bags prior to product filling comprising: - a frame defining a working space configured for receiving a big bag having a top with an opening , a bottom and sides extending from the top to the bottom , said big bags being configured for holding a volume in the range of 500L to 3000L and/or having a height when inflated from bottom to top in the range of 0.5m to 2.5m; - a spout , and - holding means configured for holding the big bag at the opening of the big bag, such that the spout extends into the opening of the big bag, said system being adapted for filling gas into the big bag through the opening to inflate the big bag when suspended by the holding means , wherein the system comprises: - a first alignment arrangement configured to rotate the inflated big bag and comprising a first drive configured to operate a first rotation part in the working space ; - a counter hold ; characterized in that the system further comprises: - a displacement arrangement for displacing the first alignment arrangement and/or the counter hold in the working space to bring the first rotation part into contact with a first side of the inflated big bag and the counter hold into contact with a second side of the inflated big bag opposing the first side of the inflated big bag ; - a sensor arrangement configured to detect a rotational orientation of the inflated big bag in the working space and adapted to provide a sensor output based thereon, and - a controller configured to receive the sensor output and control said first drive to rotate the inflated big bag based on the sensor output by means of the first rotation part . - a frame defining a working space configured for receiving a big bag having a top with an opening , a bottom and sides extending from the top to the bottom , said big bags being configured for holding a volume in the range of 500L to 3000L and/or having a height when inflated from bottom to top in the range of 0.5m to 2.5m; - a spout , and - holding means configured for holding the big bag at the opening of the big bag, such that the spout extends into the opening of the big bag, - a first alignment arrangement configured to rotate the inflated big bag and comprising a first drive configured to operate a first rotation part in the working space ; - a counter hold ; - a displacement arrangement for displacing the first alignment arrangement and/or the counter hold in the working space to bring the first rotation part into contact with a first side of the inflated big bag and the counter hold into contact with a second side of the inflated big bag opposing the first side of the inflated big bag ; - a sensor arrangement configured to detect a rotational orientation of the inflated big bag in the working space and adapted to provide a sensor output based thereon, and - a controller configured to receive the sensor output and control said first drive to rotate the inflated big bag based on the sensor output by means of the first rotation part .
A method for producing a composite material in which a thermosetting resin is infiltrated into a first fabric and a second fabric made of fiber materials and the first fabric and the second fabric are molded integrally, the method comprising: providing a resin flow path (S 101a ) through which the thermosetting resin can flow between the first fabric and the second fabric ; and infiltrating the thermosetting resin into the first fabric and the second fabric from surfaces thereof and also from the resin flow path (S 101a ), wherein a groove portion is provided on the surface of the first fabric , and the resin flow path (S 101a ) is defined by the groove portion , characterized in that the groove portion is formed by performing hot compaction by pressing a member having a concave shape or a convex shape on a surface thereof against the first fabric when shaping the first fabric . providing a resin flow path (S 101a ) through which the thermosetting resin can flow between the first fabric and the second fabric ; and infiltrating the thermosetting resin into the first fabric and the second fabric from surfaces thereof and also from the resin flow path (S 101a ), wherein a groove portion is provided on the surface of the first fabric , and the resin flow path (S 101a ) is defined by the groove portion , characterized in that the groove portion is formed by performing hot compaction by pressing a member having a concave shape or a convex shape on a surface thereof against the first fabric when shaping the first fabric .
Device for measuring the characteristics of an air flow of an annular stream of a turbomachine, comprising a rod extending along a first given axis , carrying means for measuring the characteristics of an air flow and sealingly slidingly engaged in a first tubular part extending into a second tubular part passing sealingly along the first axis through a slider mounted slidingly in a slide along a second axis perpendicular to said first axis , said rod being engaged with an annular clearance in said second tubular part .
A pedal apparatus , comprising: a pedal housing including an inner space ; a pedal pad configured to rotate relative to the pedal housing ; a pedal arm connected directly or indirectly to the pedal pad to rotate based on an angle of rotation of the pedal pad , the pedal arm including a hollow ; a magnet (M) installed in the pedal arm ; a sensing board including a Hall sensor configured to sense a magnetic force generated by the magnet, the sensing board having at least a portion inserted into the hollow , and a pedal cover including a cover body configured to shield the inner space of the pedal housing , wherein the pedal arm further includes a pair of coupling rings respectively disposed at both ends of the hollow , and the pair of coupling rings are respectively engaged with a first rotation guide ring formed on an inner surface of the pedal housing and a second rotation guide ring formed on an inner surface of the cover body such that the pedal arm rotates about a predetermined rotation axis, characterised in that the cover body comprises: a board insertion space recessed toward the hollow ; and a board box configured to shield the board insertion space from the inner space of the pedal housing . a pedal housing including an inner space ; a pedal pad configured to rotate relative to the pedal housing ; a pedal arm connected directly or indirectly to the pedal pad to rotate based on an angle of rotation of the pedal pad , the pedal arm including a hollow ; a magnet (M) installed in the pedal arm ; a sensing board including a Hall sensor configured to sense a magnetic force generated by the magnet, the sensing board having at least a portion inserted into the hollow , and a pedal cover including a cover body configured to shield the inner space of the pedal housing , wherein the pedal arm further includes a pair of coupling rings respectively disposed at both ends of the hollow , and the pair of coupling rings are respectively engaged with a first rotation guide ring formed on an inner surface of the pedal housing and a second rotation guide ring formed on an inner surface of the cover body such that the pedal arm rotates about a predetermined rotation axis, characterised in that the cover body comprises: a board insertion space recessed toward the hollow ; and a board box configured to shield the board insertion space from the inner space of the pedal housing . a board insertion space recessed toward the hollow ; and a board box configured to shield the board insertion space from the inner space of the pedal housing .
An injection device for delivering a dose of medicament from a syringe, the injection device comprising: a housing ; a plunger moveably mounted within the housing; an actuation mechanism arranged to provide a forward biasing force to urge the plunger forward in use to express a dose of medicament; a trigger mechanism arranged to releasably hold the plunger against the force of the actuation mechanism; characterised in that the injection device further comprises: a plunger velocity regulator comprising: a cam surface associated with the housing, and a cam member associated with the plunger and arranged to engage the cam surface during actuation movement of the plunger such that axial movement of the plunger relative to the housing causes relative rotational movement of the cam member which limits the forward velocity of the plunger movement; and wherein the plunger is axially connected to the cam member by a releasable coupling ; and the plunger velocity regulator further comprises a coupling member which blocks release of the releasable coupling when the plunger is in a rearward position and wherein forward movement of the plunger moves the releasable coupling out of engagement with the coupling member such that the plunger disengages the cam member after an initial movement of the plunger. a housing ; a plunger moveably mounted within the housing; an actuation mechanism arranged to provide a forward biasing force to urge the plunger forward in use to express a dose of medicament; a trigger mechanism arranged to releasably hold the plunger against the force of the actuation mechanism; a plunger velocity regulator comprising: a cam surface associated with the housing, and a cam member associated with the plunger and arranged to engage the cam surface during actuation movement of the plunger such that axial movement of the plunger relative to the housing causes relative rotational movement of the cam member which limits the forward velocity of the plunger movement; and wherein a cam surface associated with the housing, and a cam member associated with the plunger and arranged to engage the cam surface during actuation movement of the plunger such that axial movement of the plunger relative to the housing causes relative rotational movement of the cam member which limits the forward velocity of the plunger movement; and wherein the plunger is axially connected to the cam member by a releasable coupling ; and the plunger velocity regulator further comprises a coupling member which blocks release of the releasable coupling when the plunger is in a rearward position and wherein forward movement of the plunger moves the releasable coupling out of engagement with the coupling member such that the plunger disengages the cam member after an initial movement of the plunger.
A hot melt adhesive composition comprising: (a) a polypropylene homopolymer having a DSC melting point of less than 100°C; (b) a 1-butene-based copolymer; and (c) a plasticizer; wherein the composition is tackifier-free. (a) a polypropylene homopolymer having a DSC melting point of less than 100°C; (b) a 1-butene-based copolymer; and (c) a plasticizer;