mhurhangee/ep-ind-claims huggingface dataset:
A driver interface configured to be provided to a robot arm of a robotic surgical system for transmitting drive to a surgical instrument through a drive transmission member rotatably provided in an adaptor, the driver interface comprising: an engagement member which is rotatable about a rotation axis parallel to a rotation axis of the drive transmission member, wherein the engagement member includes an engagement protrusion (211a, 211b) protruding from a surface of the engagement member and provided corresponding to an engagement recess provided at the drive transmission member of the adaptor; an actuator which is configured to rotate the engagement member; and a detection member movable with respect to the engagement member in a direction parallel to the rotation axis of the engagement member; characterized in that the driver interface further comprises: a sensor which is configured to detect the detection member that has moved as a result of contact with a part of the drive transmission member, wherein the sensor comprises a transmission-type optical sensor which detects the detection member upon light blockage by the detection member. an engagement member which is rotatable about a rotation axis parallel to a rotation axis of the drive transmission member, wherein the engagement member includes an engagement protrusion (211a, 211b) protruding from a surface of the engagement member and provided corresponding to an engagement recess provided at the drive transmission member of the adaptor; an actuator which is configured to rotate the engagement member; and a detection member movable with respect to the engagement member in a direction parallel to the rotation axis of the engagement member; characterized in that the driver interface further comprises: a sensor which is configured to detect the detection member that has moved as a result of contact with a part of the drive transmission member, wherein the sensor comprises a transmission-type optical sensor which detects the detection member upon light blockage by the detection member.
A method for manufacturing rod-like articles for tobacco industry, the rod-like articles comprising longitudinal inserts located in a filling material, the method comprising: - feeding a continuous tape-like wrapper; - feeding a strand of the filling material onto the moving wrapper; - feeding an insert material, in a form of a tape having weakenings, into the strand of the filling material; - forming a continuous rod by wrapping the wrapper around the strand of the filling material with the insert material; - cutting the moving continuous rod into discrete rod-like articles by a cutting head at a cutting plane that traverses the weakening in the tape of the insert material; the method being characterized by: - inspecting ends of the insert in the rod like article cut from the continuous rod and comparing the ends with a predefined model to obtain a measure of similarity; and - depending on the similarity, adjusting the action of the cutting head with respect to the movement of the continuous rod such as to increase the similarity between the ends of the insert to the model in a following rod like article. - feeding a continuous tape-like wrapper; - feeding a strand of the filling material onto the moving wrapper; - feeding an insert material, in a form of a tape having weakenings, into the strand of the filling material; - forming a continuous rod by wrapping the wrapper around the strand of the filling material with the insert material; - cutting the moving continuous rod into discrete rod-like articles by a cutting head at a cutting plane that traverses the weakening in the tape of the insert material; - inspecting ends of the insert in the rod like article cut from the continuous rod and comparing the ends with a predefined model to obtain a measure of similarity; and - depending on the similarity, adjusting the action of the cutting head with respect to the movement of the continuous rod such as to increase the similarity between the ends of the insert to the model in a following rod like article.
A method for producing a floor panel with a length and a width comprising a core and an insulating layer disposed on a tread side of the floor panel, the insulating layer being fed to a printing machine that generates, on a top side of the insulating layer facing towards the tread side, a recurring printed image with a printed image length corresponding to the length L of the floor panel or a multiple of L, characterised in that the insulating layer is produced as a continuous web with a width B D corresponding to a multiple of the width B of the floor panel, that the continuous web is first cut into individual insulating layer sheets with a length L or a multiple of L, and that the insulating layer sheet is fixed to the carrier board in order to produce a laminate board which is cut into individual floor panels after the fixation.
Method of separating a reaction product from a reactor medium, comprising: adding a substrate to a medium comprised in a reactor (13, 33), reacting the substrate in the reactor to form a compound, separating a first stream from the medium through a first membrane, the first stream comprising first products, separating a second stream from the medium through a second membrane, the second stream comprising second products distinct from the first products, and withdrawing the first stream and the second stream separately from the reactor, characterised in that: the first membrane is a filtration membrane and the second membrane is configured for liquid-gas or liquid-liquid extraction, the first membrane and the second membrane are at least partially immersed in the medium and are moved relative to the reactor during the steps of separating the first stream and separating the second stream; and in that either the first or the second products comprise or consist of the compound. adding a substrate to a medium comprised in a reactor (13, 33), reacting the substrate in the reactor to form a compound, separating a first stream from the medium through a first membrane, the first stream comprising first products, separating a second stream from the medium through a second membrane, the second stream comprising second products distinct from the first products, and withdrawing the first stream and the second stream separately from the reactor, characterised in that: the first membrane is a filtration membrane and the second membrane is configured for liquid-gas or liquid-liquid extraction, the first membrane and the second membrane are at least partially immersed in the medium and are moved relative to the reactor during the steps of separating the first stream and separating the second stream; and in that either the first or the second products comprise or consist of the compound. the first membrane is a filtration membrane and the second membrane is configured for liquid-gas or liquid-liquid extraction, the first membrane and the second membrane are at least partially immersed in the medium and are moved relative to the reactor during the steps of separating the first stream and separating the second stream; and in that either the first or the second products comprise or consist of the compound.
Nebulizer for aerosolizing a liquid comprising: - a nebulizer body comprising:. a reservoir part for receiving a liquid to be aerosolized,. an aerosol-generating system (40,42) for generating an aerosol containing said liquid, and. a nebulization chamber for receiving aerosol generated by the aerosol-generating system (40, 42), - a breath-enhanced valve system (6, 7) comprising several valves, and - a nasal interface comprising a hollow body defining an inner chamber, and two nasal prongs to be inserted into the nostrils of a user, each nasal prong comprising an inner channel in fluid communication with the inner chamber of said hollow body of the nasal interface, and wherein: - the nasal interface is detachably fixed to the nebulizer body, - the inner chamber of the hollow body of the nasal interface is in fluid communication with the nebulization chamber of the nebulizer body for receiving aerosol provided by the nebulization chamber, and - the hollow body and the two nasal prongs of the nasal interface are made of a flexible soft material. - a nebulizer body comprising:. a reservoir part for receiving a liquid to be aerosolized,. an aerosol-generating system (40,42) for generating an aerosol containing said liquid, and. a nebulization chamber for receiving aerosol generated by the aerosol-generating system (40, 42),. a reservoir part for receiving a liquid to be aerosolized,. an aerosol-generating system (40,42) for generating an aerosol containing said liquid, and. a nebulization chamber for receiving aerosol generated by the aerosol-generating system (40, 42), - a breath-enhanced valve system (6, 7) comprising several valves, and - a nasal interface comprising a hollow body defining an inner chamber, and two nasal prongs to be inserted into the nostrils of a user, each nasal prong comprising an inner channel in fluid communication with the inner chamber of said hollow body of the nasal interface, - the nasal interface is detachably fixed to the nebulizer body, - the inner chamber of the hollow body of the nasal interface is in fluid communication with the nebulization chamber of the nebulizer body for receiving aerosol provided by the nebulization chamber, and - the hollow body and the two nasal prongs of the nasal interface are made of a flexible soft material.
A noise reduction device comprising: a conductive bar of conductive material; a magnetic material core of magnetic material surrounding the conductive bar; a substrate (51, 52) attached to the conductive bar so as to be adjacent to the magnetic material core; a metal tubular portion with a through hole having the conductive bar penetrating therethrough and accommodating the magnetic material core and the substrate (51, 52) therein; a capacitor (57, 58, C0, C1) mounted on the substrate (51, 52) and having a first terminal connected to the conductive bar and a second terminal connected to an inner wall of the metal tubular portion; and a blocking unit blocking an opening of the through hole so as to affix the conductive bar with respect to a metal housing and the tubular portion, wherein: the tubular portion includes an outer peripheral surface having a screwed engagement part screwedly engaged with the metal housing; the magnetic material core, the substrate (51, 52), and the capacitor (57, 58, C0, C1) are disposed in the through hole blocked by the blocking unit; the conductive bar has an outer end that functions as an output terminal and an end that functions as an input terminal, and the ground potential GND is supplied from the metal housing to the capacitor (57, 58), via the tubular portion. a conductive bar of conductive material; a magnetic material core of magnetic material surrounding the conductive bar; a substrate (51, 52) attached to the conductive bar so as to be adjacent to the magnetic material core; a metal tubular portion with a through hole having the conductive bar penetrating therethrough and accommodating the magnetic material core and the substrate (51, 52) therein; a capacitor (57, 58, C0, C1) mounted on the substrate (51, 52) and having a first terminal connected to the conductive bar and a second terminal connected to an inner wall of the metal tubular portion; and a blocking unit blocking an opening of the through hole so as to affix the conductive bar with respect to a metal housing and the tubular portion, wherein: the tubular portion includes an outer peripheral surface having a screwed engagement part screwedly engaged with the metal housing; the magnetic material core, the substrate (51, 52), and the capacitor (57, 58, C0, C1) are disposed in the through hole blocked by the blocking unit; the conductive bar has an outer end that functions as an output terminal and an end that functions as an input terminal, and the ground potential GND is supplied from the metal housing to the capacitor (57, 58), via the tubular portion. the tubular portion includes an outer peripheral surface having a screwed engagement part screwedly engaged with the metal housing; the magnetic material core, the substrate (51, 52), and the capacitor (57, 58, C0, C1) are disposed in the through hole blocked by the blocking unit; the conductive bar has an outer end that functions as an output terminal and an end that functions as an input terminal, and the ground potential GND is supplied from the metal housing to the capacitor (57, 58), via the tubular portion.
Pressurized rotary machine comprising a canned or sleeved assembly of which the electrical connections are connected to the outside of the said machine by an electric supply duct, the said electrical connections passing from the said canned or sleeved assembly to the said electric supply duct by passing in succession through a first hermetically sealed bushing mounted on a connection part secured to the said canned or sleeved assembly and a second hermetically sealed bushing mounted on a connection part secured to one end of the said electric supply duct, the said first and second hermetically sealed bushings collaborating with one another and the said electrical connections passing to the outside of the said machine from the said electric supply duct by passing through a third hermetically sealed bushing mounted on a connection part secured to another end of the said electric supply duct, characterized in that none of the said hermetically sealed bushings through which the said electrical connections pass is exposed to a pressurized gas.
Apparatus for purifying Mo-99 from an acidic solution comprising Mo-99, the apparatus comprising a column or vessel containing an adsorbent comprising a zirconium oxide, zirconium hydroxide, zirconium alkoxide, zirconium halide and/or zirconium oxide halide; a source of a solution of a strong base, the source of strong base solution being arranged in fluid communication with the column or vessel containing the adsorbent; a column or vessel containing an anion exchange material and arranged in downstream fluid communication with the column or vessel containing the adsorbent; and a column or vessel containing MnO 2 -containing material and arranged in downstream fluid communication with the column or vessel containing the anion exchange material.
Method of treating graphite particles to exfoliate, clean and/or functionalise the graphite particles, comprising subjecting the particles to plasma treatment in a treatment chamber in which the particles are agitated in contact with multiple solid conductive contact bodies which are movable in the treatment chamber, or in contact with multiple conductive contact formations which are connected to the treatment chamber or mounted at fixed positions thereon, the contact formations being an array of finger projections from a wall of the treatment chamber, or a grid or lattice, and connected to be electrostatically charged or to assume the voltage of the adjacent treatment chamber wall or of an adjacent electrode component; in which glow plasma forms on the surfaces of the contact bodies or contact formations, and the graphite particles are agitated among said contact bodies or contact formations and in contact with plasma in the treatment chamber.
Bed (1; 101) comprising a bearing structure intended to support a bed base, said bearing structure comprising a frame that defines a space intended to be closed on top by the bed base; said frame supporting a bottom (6; 106) intended to be disposed under the bed base to close said space on the bottom; said bottom (6; 106) of the frame comprises a plurality of slats with a longitudinal axis; characterized in that said slats being mutually connected with connection means (62; 162), in such manner that each slat can move with respect to the adjacent slat, so that the bottom can be: - in an extended position, wherein the slats are disposed in such manner to close the space on the bottom and prevent a floor from being accessed from the space, and - in a contracted position, wherein the slats are disposed in such manner to form a lower opening of the space to provide access to the floor from the space. - in an extended position, wherein the slats are disposed in such manner to close the space on the bottom and prevent a floor from being accessed from the space, and - in a contracted position, wherein the slats are disposed in such manner to form a lower opening of the space to provide access to the floor from the space.
A multilayer construction containing the following layers: a) a transparent layer A containing a polysiloxane lacquer having a layer thickness of 3 μm-20 μm, b) a non-transparent layer B based on a polymer blend containing polycarbonate having a layer thickness of 1 mm to 20 mm, c) a transparent layer C having a layer thickness of 1 mm to 20 mm, wherein layer C is a thermoplastic plastic, d) a transparent layer D as a UV protection layer having a layer thickness of 1 μm to 6 μm, wherein layer D is a primer layer, e) a transparent layer E containing a polysiloxane lacquer having a layer thickness of 3 μm to 25 μm wherein "transparent" is to be understood as meaning that the plastic has a light transmission of at least 6% according to ASTM 1003/ISO 13468; reported % and light type D65/10°. a) a transparent layer A containing a polysiloxane lacquer having a layer thickness of 3 μm-20 μm, b) a non-transparent layer B based on a polymer blend containing polycarbonate having a layer thickness of 1 mm to 20 mm, c) a transparent layer C having a layer thickness of 1 mm to 20 mm, wherein layer C is a thermoplastic plastic, d) a transparent layer D as a UV protection layer having a layer thickness of 1 μm to 6 μm, wherein layer D is a primer layer, e) a transparent layer E containing a polysiloxane lacquer having a layer thickness of 3 μm to 25 μm
A motor vehicle seating system, the seating system comprising two or more seats (6a, 6b, 6c) and a guide track extending at least partially around a space within an interior of the vehicle between three or more spaced apart seating positions (7a, 7b, 7c, 7d, 7e, 7f) within the interior of the motor vehicle, wherein each of the seats is movably coupled to the guide track, such that the seats are movable between the seating positions characterised in that: one or more of the seats are configured such that a width of a seat body of the one or more seat is adjustable between a first width and a second width, the first width being narrower than the second width, and wherein the seating system is configured such that at least one of the seats is movable along the guide track without contacting an interior wall of the vehicle when the width of the seat body is the first width, and, when the width of the seat body is the second width, at least one of the seats is too wide to move along the guide track between the seating positions without contacting the interior wall of the vehicle.
A method for controlling distribution of a shared content stream in a communications network, comprising the steps of: storing session state information about existing communication sessions within the network, receiving a request for transmission of a content stream to a requesting network client, determining (21 that an existing session includes the requested content stream, determining that a receiver of said content stream in said existing session has a network location correlated with a network location of the requesting network client, electing a relay network element capable of servicing said correlated network locations, and characterized by the steps of: caching the content stream at the relay network element (5, 60), setting up (30, 32, 33, 3d) unicast communications sessions between the relay network element and each of the requesting networ client and the receiver of the existing session for streaming said requested content stream to both the requesting network client and said receiver of the content stream in the existing session through the relay network element, wherein the relay network element streams the requested content stream in a time-offset manner to the requesting network client and the receiver of the existing session. storing session state information about existing communication sessions within the network, receiving a request for transmission of a content stream to a requesting network client, determining (21 that an existing session includes the requested content stream, determining that a receiver of said content stream in said existing session has a network location correlated with a network location of the requesting network client, electing a relay network element capable of servicing said correlated network locations, and characterized by the steps of: caching the content stream at the relay network element (5, 60), setting up (30, 32, 33, 3d) unicast communications sessions between the relay network element and each of the requesting networ client and the receiver of the existing session for streaming said requested content stream to both the requesting network client and said receiver of the content stream in the existing session through the relay network element, wherein the relay network element streams the requested content stream in a time-offset manner to the requesting network client and the receiver of the existing session. caching the content stream at the relay network element (5, 60), setting up (30, 32, 33, 3d) unicast communications sessions between the relay network element and each of the requesting networ client and the receiver of the existing session for streaming said requested content stream to both the requesting network client and said receiver of the content stream in the existing session through the relay network element, wherein the relay network element streams the requested content stream in a time-offset manner to the requesting network client and the receiver of the existing session.