mhurhangee/patent-ind-claim-en huggingface dataset:
An inker assembly of a can decorator, comprising: an ink well ; plural laterally-fixed roller assemblies , each laterally-fixed roller assembly comprising a roller configured to rotate about an axis and having a fixed position along the axis; plural oscillating roller assemblies , each oscillating roller assembly including an oscillator body , an oscillator shaft supporting the oscillator body, and a cam follower coupled to the oscillator shaft; the oscillating roller assemblies and the laterally-fixed roller assemblies configured for cooperation to transmit ink from the ink well to a plate cylinder of the can decorator; a cam body having a cam that is engaged with at least one of the cam followers of the oscillating roller assemblies; and a cam drive transmission for rotating the cam body and cam; characterised in that rotation of the cam body moves the at least one of the cam followers fore and aft, thereby moving the oscillator shaft and oscillator body fore and aft. an ink well ; plural laterally-fixed roller assemblies , each laterally-fixed roller assembly comprising a roller configured to rotate about an axis and having a fixed position along the axis; plural oscillating roller assemblies , each oscillating roller assembly including an oscillator body , an oscillator shaft supporting the oscillator body, and a cam follower coupled to the oscillator shaft; the oscillating roller assemblies and the laterally-fixed roller assemblies configured for cooperation to transmit ink from the ink well to a plate cylinder of the can decorator; a cam body having a cam that is engaged with at least one of the cam followers of the oscillating roller assemblies; and a cam drive transmission for rotating the cam body and cam; characterised in that rotation of the cam body moves the at least one of the cam followers fore and aft, thereby moving the oscillator shaft and oscillator body fore and aft.
An organic solar cell comprising: a substrate ; a first electrode provided on the substrate; a second electrode provided to face the first electrode; an organic material layer of one or more layers including a photoactive layer provided between the first electrode and the second electrode; and an electrode reformed layer provided between the first electrode and the photoactive layer, wherein the electrode reformed layer has a single layer structure characterized by the electrode reform layer including a metal oxide and MgF 2 . a substrate ; a first electrode provided on the substrate; a second electrode provided to face the first electrode; an organic material layer of one or more layers including a photoactive layer provided between the first electrode and the second electrode; and an electrode reformed layer provided between the first electrode and the photoactive layer, wherein the electrode reformed layer has a single layer structure characterized by the electrode reform layer including a metal oxide and MgF 2 .
A valve comprising: (a) a housing including: (i) a flange configured to mount the valve to an inflatable article, (ii) an outer wall extending from the flange ; (b) a stem connected to the housing and moveable to an open position and to a closed position relative to the housing , the stem including a shaft and a base extending radially outward from the shaft and away from the shaft in the direction of flow associated with inflation of the inflatable article; (c) a spring biasing the stem toward the closed position relative to the housing ; (d) a key connected to the stem and configured to retain the spring and the stem relative to the housing and to enable movement of the stem to the closed position and to the open position; and (e) a handle removably connected to the housing , the handle positionable opposite the flange to secure a wall of the inflatable article therebetween, characterized in that the housing further includes: (iii) an annular wall extending radially inward from the outer wall and away from the outer wall in a direction of flow associated with inflation of the inflatable article. (a) a housing including: (i) a flange configured to mount the valve to an inflatable article, (ii) an outer wall extending from the flange ; (i) a flange configured to mount the valve to an inflatable article, (ii) an outer wall extending from the flange ; (b) a stem connected to the housing and moveable to an open position and to a closed position relative to the housing , the stem including a shaft and a base extending radially outward from the shaft and away from the shaft in the direction of flow associated with inflation of the inflatable article; (c) a spring biasing the stem toward the closed position relative to the housing ; (d) a key connected to the stem and configured to retain the spring and the stem relative to the housing and to enable movement of the stem to the closed position and to the open position; and (e) a handle removably connected to the housing , the handle positionable opposite the flange to secure a wall of the inflatable article therebetween, characterized in that the housing further includes: (iii) an annular wall extending radially inward from the outer wall and away from the outer wall in a direction of flow associated with inflation of the inflatable article.
A window comprising: - a transparent or semi-transparent panel comprising a perimetral edge portion and - a frame , which comprises a plurality of framework elements arranged so as to form the perimeter of an opening closed by said panel ; said framework elements defining a seat , which is engaged by said perimetral edge portion and is defined by: - a bottom surface spaced from said perimetral edge portion by a gap, and - a first and a second shoulder transverse to said bottom surface and coupled directly or indirectly to respective lateral faces of said perimetral edge portion ; said framework elements comprising respective section elements comprising foamed polymer material which defines at least said bottom surface ; said panel comprising: - two sheets , parallel to and spaced from one another so as to form an air space between one another, and - a spacer element arranged between said sheets along said perimetral edge portion ; said gap being defined, on one side, by said bottom surface and, on the other side, by respective end faces of the sheets and by an outer face of said spacer element characterized in that said gap is completely engaged by an adhesive sealant which fixes the foamed polymer material of said bottom surface directly to said end faces and outer face . - a transparent or semi-transparent panel comprising a perimetral edge portion and - a frame , which comprises a plurality of framework elements arranged so as to form the perimeter of an opening closed by said panel ; said framework elements defining a seat , which is engaged by said perimetral edge portion and is defined by: - a bottom surface spaced from said perimetral edge portion by a gap, and - a first and a second shoulder transverse to said bottom surface and coupled directly or indirectly to respective lateral faces of said perimetral edge portion ; - a bottom surface spaced from said perimetral edge portion by a gap, and - a first and a second shoulder transverse to said bottom surface and coupled directly or indirectly to respective lateral faces of said perimetral edge portion ; said framework elements comprising respective section elements comprising foamed polymer material which defines at least said bottom surface ; said panel comprising: - two sheets , parallel to and spaced from one another so as to form an air space between one another, and - a spacer element arranged between said sheets along said perimetral edge portion ; - two sheets , parallel to and spaced from one another so as to form an air space between one another, and - a spacer element arranged between said sheets along said perimetral edge portion ; said gap being defined, on one side, by said bottom surface and, on the other side, by respective end faces of the sheets and by an outer face of said spacer element characterized in that said gap is completely engaged by an adhesive sealant which fixes the foamed polymer material of said bottom surface directly to said end faces and outer face .
A resonance ultrasonic transducer comprising a first ultrasound source for transmitting ultrasound and a reflecting unit disposed oppositely to the first ultrasound source ; said first ultrasound source and the reflecting unit constitute a resonance cavity, characterized in that said reflecting unit is a second ultrasound source with a function of reflection.
A spud system for a dredging vessel with a longitudinal direction, which spud system comprises; - a spud carrier for mounting a spud therein in a vertical stance and which spud carrier is mounted for limited rotation around a horizontal transverse axis and is moveable with respect to the dredging vessel in a longitudinal direction for advancing the dredging vessel, - a spud carrier drive system coupled with the dredging vessel and the spud carrier for driving the spud carrier with respect to the dredging vessel, - a wire suspension system coupled with the spud carrier for resiliently forcing said spud in a vertical stance, the wire suspension system comprising at least a first and second wire, each of the first and second wire extending on both sides of the spud carrier and having an aft end and a fore end coupled with the dredging vessel, - a spud centring system operationally coupled with the spud carrier through the wire suspension system for maintaining a vertical stance of said spud which is mounted in the spud carrier, characterised in, that the spud centring system comprises a centring cylinder having a central rod which is forced towards a central position by prestressing means exerting a centring force on the central rod, and wherein the first wire and the second wire are coupled with the central rod in such a way that the central rod is driven by a difference in tension between the first and second wire, and the spud is allowed to cant when the difference in tension exceeds the centring force. - a spud carrier for mounting a spud therein in a vertical stance and which spud carrier is mounted for limited rotation around a horizontal transverse axis and is moveable with respect to the dredging vessel in a longitudinal direction for advancing the dredging vessel, - a spud carrier drive system coupled with the dredging vessel and the spud carrier for driving the spud carrier with respect to the dredging vessel, - a wire suspension system coupled with the spud carrier for resiliently forcing said spud in a vertical stance, the wire suspension system comprising at least a first and second wire, each of the first and second wire extending on both sides of the spud carrier and having an aft end and a fore end coupled with the dredging vessel, - a spud centring system operationally coupled with the spud carrier through the wire suspension system for maintaining a vertical stance of said spud which is mounted in the spud carrier, characterised in, that the spud centring system comprises a centring cylinder having a central rod which is forced towards a central position by prestressing means exerting a centring force on the central rod, and wherein the first wire and the second wire are coupled with the central rod in such a way that the central rod is driven by a difference in tension between the first and second wire, and the spud is allowed to cant when the difference in tension exceeds the centring force.
A battery module having a plurality of unit cells that can be charged and discharged, the battery module comprising: the plurality of unit cells, each of the unit cells being configured to have a structure in which two or more plate-shaped battery cells are mounted in a cell cover in a state in which electrode terminals formed at one side thereof are exposed; the cell cover comprises a pair of sheathing members coupled to each other for covering outer surfaces of the battery cells excluding the electrode terminals, busbars for electrically interconnecting in series the unit cells; ring terminals connected to electrical connection portions of the unit cells for measuring voltages of the unit cells, wherein each of the ring terminals comprises a ring terminal end coupled to the unit cells and a ring terminal wire connected to the ring terminal end; and a busbar mounting member mounted at an outer surface of the battery module corresponding to the electrical connection portions of the unit cells, the busbar mounting member comprising ring terminal guides for preventing rotation of the ring terminals, and each of the ring terminal guides fixes the terminal wire at a correct position for restraining rotation of the terminal end; characterized in that : each of the ring terminal guides has a length equivalent to 35% to 65% a total length of the ring terminal end and the ring terminal wire of a corresponding one of the ring terminals located on the busbar mounting member, and the busbar mounting member further include a hook for fixing the ring terminal wire, and the hook is formed at the one end of each of the ring terminal guides such that the hook protrudes upward therefrom. the plurality of unit cells, each of the unit cells being configured to have a structure in which two or more plate-shaped battery cells are mounted in a cell cover in a state in which electrode terminals formed at one side thereof are exposed; the cell cover comprises a pair of sheathing members coupled to each other for covering outer surfaces of the battery cells excluding the electrode terminals, busbars for electrically interconnecting in series the unit cells; ring terminals connected to electrical connection portions of the unit cells for measuring voltages of the unit cells, wherein each of the ring terminals comprises a ring terminal end coupled to the unit cells and a ring terminal wire connected to the ring terminal end; and a busbar mounting member mounted at an outer surface of the battery module corresponding to the electrical connection portions of the unit cells, the busbar mounting member comprising ring terminal guides for preventing rotation of the ring terminals, and each of the ring terminal guides has a length equivalent to 35% to 65% a total length of the ring terminal end and the ring terminal wire of a corresponding one of the ring terminals located on the busbar mounting member, and the busbar mounting member further include a hook for fixing the ring terminal wire, and the hook is formed at the one end of each of the ring terminal guides such that the hook protrudes upward therefrom.
Arrangement of at least two adjacently extending cables , of which a first cable and a second cable each have exactly one stranding group which has two or more conductor which are stranded together and each have a common cable sheath surrounding the stranding group, wherein the stranding groups in each case consists of a twisted conductor pair and/or that the cables are in each case twisted-pair cables, or wherein the cables are in each case star quad cables with quad stranding, characterised by a spacer arranged on the outside of at least one of the cable sheaths in order to increase a minimum spacing (A) between the stranding groups of the two cables .
A composition comprising benzoyl peroxide, a solvent selected from the group consisting of aryl esters of benzoic acid, benzyl alcohol, salicylic acid, phenol and phthalic acid, and one ore more antioxidants.
A component comprising a housing and a screen , wherein the screen comprises cover glass at a top of the screen , a touch panel, and a display module at a bottom of the screen , and the display module , the touch panel, and the cover glass are connected in sequence from the bottom to the top; the screen further comprises a protective frame , and the protective frame wraps the bottom of the display module at the bottom of the screen and a side face of the display module ; and glue is disposed on a side face of the screen at the wrapped side face of the display module , wherein a first joint face is formed between the housing and the display module provided with the protective frame , a second joint face is formed between the housing and the cover glass , and the housing is connected to the screen by using the glue at the first joint face and the second joint face.
A system for heating high viscosity hydrocarbons in a reservoir comprising at least one drain, the system comprising: - an antenna connected to a radio frequency generator capable of generating an electromagnetic signal, the antenna comprising: a coaxial transmission line connected to the generator and capable of transmitting the signal along the drain; at least one mode converter positioned along the coaxial transmission line inside the drain, in which the at least one mode converter interrupts the coaxial transmission line; the at least one mode converter being able, when an RF signal is present along the coaxial transmission line, to produce a disturbance in the differential mode of propagation of the signal along the coaxial transmission line and to induce an electromagnetic field in the surrounding space which causes the hydrocarbons within the reservoir to be heated; the system being characterized by further comprising: - a tubular jacket of material transparent to electromagnetic waves, the tubular jacket containing the antenna and being filled with a dielectric fluid and comprising a volumetric compensator, capable of accommodating the increased volume of the dielectric fluid when it expands due to the increased temperature. - an antenna connected to a radio frequency generator capable of generating an electromagnetic signal, the antenna comprising: a coaxial transmission line connected to the generator and capable of transmitting the signal along the drain; at least one mode converter positioned along the coaxial transmission line inside the drain, in which the at least one mode converter interrupts the coaxial transmission line; the at least one mode converter being able, when an RF signal is present along the coaxial transmission line, to produce a disturbance in the differential mode of propagation of the signal along the coaxial transmission line and to induce an electromagnetic field in the surrounding space which causes the hydrocarbons within the reservoir to be heated; the system being characterized by further comprising: - a tubular jacket of material transparent to electromagnetic waves, the tubular jacket containing the antenna and being filled with a dielectric fluid and comprising a volumetric compensator, capable of accommodating the increased volume of the dielectric fluid when it expands due to the increased temperature.
A speed detecting device , comprising: a magnetic flux producing unit spaced apart from a principal surface of a relative moving body and configured to produce a magnetic flux changing at a predetermined frequency so that a magnetization pattern is formed on the principal surface in accordance with movement or rotation of the relative moving body ; a magnetic flux detecting unit spaced apart from the principal surface of the relative moving body configured to detect an induced voltage induced based on a magnetic flux produced by the magnetization pattern on the principal surface ; and including a detection coil having a predetermined diameter, a magnetic flux frequency control unit configured for controlling the predetermined frequency such that the interval between 2n, where n is an integer of 1 or more, of the formed magnetization patterns is equal to the known diameter of the detection coil , so that the induced voltage detected by the magnetic flux detecting unit becomes zero; and a speed estimating unit configured for estimating a moving or rotating speed of the relative moving body in a state where the induced voltage detected by the magnetic flux detecting unit is zero, based on the predetermined frequency controlled by the magnetic flux frequency control unit . a magnetic flux producing unit spaced apart from a principal surface of a relative moving body and configured to produce a magnetic flux changing at a predetermined frequency so that a magnetization pattern is formed on the principal surface in accordance with movement or rotation of the relative moving body ; a magnetic flux detecting unit spaced apart from the principal surface of the relative moving body configured to detect an induced voltage induced based on a magnetic flux produced by the magnetization pattern on the principal surface ; and including a detection coil having a predetermined diameter, a magnetic flux frequency control unit configured for controlling the predetermined frequency such that the interval between 2n, where n is an integer of 1 or more, of the formed magnetization patterns is equal to the known diameter of the detection coil , so that the induced voltage detected by the magnetic flux detecting unit becomes zero; and a speed estimating unit configured for estimating a moving or rotating speed of the relative moving body in a state where the induced voltage detected by the magnetic flux detecting unit is zero, based on the predetermined frequency controlled by the magnetic flux frequency control unit .
A method for transferring chromatography media slurry from a slurry tank to a chromatography column in a slurry tank system , the slurry tank system comprising a slurry tank comprising a chromatography media slurry, a monitoring means adapted to monitor the slurry content in the slurry tank , a transferring tube and a transferring control means adapted to transfer slurry from the slurry tank to a chromatography column and a control system connected to the monitoring means and the transferring control means , said method comprising: monitoring, by the monitoring means , the content of slurry in the slurry tank during the transferring, and controlling the transferring of the slurry to the column in dependence of the monitored content of slurry in the slurry tank , wherein controlling of the transfer of the slurry to the column comprises decreasing, by controlling the transferring control means , the transferring speed when the monitored content of slurry in the slurry tank is below a predefined threshold level. monitoring, by the monitoring means , the content of slurry in the slurry tank during the transferring, and controlling the transferring of the slurry to the column in dependence of the monitored content of slurry in the slurry tank , wherein controlling of the transfer of the slurry to the column comprises decreasing, by controlling the transferring control means , the transferring speed when the monitored content of slurry in the slurry tank is below a predefined threshold level.