mhurhangee/ep-ind-claims huggingface dataset:
A spinal implant, comprising: an upper end plate including an outer surface extending between first and second end surfaces and opposed side surfaces (114, 116), wherein the outer surface includes a first convex profile extending between the first and second end surfaces and a second convex profile extending between the opposed side surfaces, the first convex profile and the second convex profile having different curvatures; a lower end plate; the upper and lower end plates further including a respective inner surface (112, 212) extending between the first and second end surfaces and opposed side surfaces, the inner surfaces including a coupling recess (122, 222) defined therein; a pair of antero-posterior fins (120, 220) disposed on each of the outer surfaces of the upper and lower end plates, wherein the pairs of antero-posterior fins extend outwardly from the respective outer surfaces; first and second deformable retaining pins and a core disposed between the upper and lower end plates; wherein the opposed side surfaces of the upper endplate define a first lumen and opposed side surfaces of the lower endplate define a second lumen therethrough; wherein the first and second lumens are configured to receive the first and second retaining pins respectively, with deformation of the thus received retaining pins serving to couple and secure the core to the upper and lower end plates within the coupling recesses. an upper end plate including an outer surface extending between first and second end surfaces and opposed side surfaces (114, 116), wherein the outer surface includes a first convex profile extending between the first and second end surfaces and a second convex profile extending between the opposed side surfaces, the first convex profile and the second convex profile having different curvatures; a lower end plate; the upper and lower end plates further including a respective inner surface (112, 212) extending between the first and second end surfaces and opposed side surfaces, the inner surfaces including a coupling recess (122, 222) defined therein; a pair of antero-posterior fins (120, 220) disposed on each of the outer surfaces of the upper and lower end plates, wherein the pairs of antero-posterior fins extend outwardly from the respective outer surfaces; first and second deformable retaining pins and a core disposed between the upper and lower end plates; wherein the opposed side surfaces of the upper endplate define a first lumen and opposed side surfaces of the lower endplate define a second lumen therethrough; wherein the first and second lumens are configured to receive the first and second retaining pins respectively, with deformation of the thus received retaining pins serving to couple and secure the core to the upper and lower end plates within the coupling recesses.
Nanoparticles with dimensions comprised between 1 and 50 nm, at least one portion of which consists of at least one oxide and/or one oxohydroxide of at least one lanthanide, said nanoparticles: - either consisting exclusively of at least one oxide and/or one oxohydroxide of at least one lanthanide, - or in the form of nanoparticles consisting exclusively of a core consisting exclusively of at least one oxide and/or one oxohydroxide of at least one lanthanide, and a coating consisting exclusively of a polysiloxane, with possibly organic molecules grafted at the surface or comprised inside it, for their use in the treatment of a tumor as a radio-sensitizing agent in an injectable composition used for improving the efficiency of the treatment of a tumor by X or gamma irradiations. - either consisting exclusively of at least one oxide and/or one oxohydroxide of at least one lanthanide, - or in the form of nanoparticles consisting exclusively of a core consisting exclusively of at least one oxide and/or one oxohydroxide of at least one lanthanide, and a coating consisting exclusively of a polysiloxane, with possibly organic molecules grafted at the surface or comprised inside it,
Valve actuation device for actuating a valve, preferably a sanitary valve, in an axial actuation movement for a first valve function, preferably a shut-off function, and in a rotary actuation movement for a second valve function, preferably a quantity regulation or mixing function, comprising - a rotation transmission body which is connectable to a rotary actuation member of the valve; - an operating element, rotationally and axially movable in a combined manner, acting as a user interface, which operating element is coupled to the rotation transmission body rotationally fixed and axially moveable and has a self-retaining initial position (B A), a forward end position (B V) axially ahead of the initial position and a self-retaining rearward end position (B R) axially behind the initial position, wherein by advancing it to the forward end position the first valve function is activated and by turning it the second valve function is activated; - an elastic biasing element which biases the operating element axially in the direction towards the rearward end position; - a locking slide body which is connectable to an axial actuation member of the valve for rotational movement and axially fixed, and which comprises a locking device, offset in the rotational direction, for retaining the operating element in the initial position, and an axial sliding link for enabling an axial movement of the operating element towards the rearward end position; and - a rotary sliding link mechanism operative between the operating element and the locking slide body for turning the locking slide body during advancing of the operating element towards the forward end position. - a rotation transmission body which is connectable to a rotary actuation member of the valve; - an operating element, rotationally and axially movable in a combined manner, acting as a user interface, which operating element is coupled to the rotation transmission body rotationally fixed and axially moveable and has a self-retaining initial position (B A), a forward end position (B V) axially ahead of the initial position and a self-retaining rearward end position (B R) axially behind the initial position, wherein by advancing it to the forward end position the first valve function is activated and by turning it the second valve function is activated; - an elastic biasing element which biases the operating element axially in the direction towards the rearward end position; - a locking slide body which is connectable to an axial actuation member of the valve for rotational movement and axially fixed, and which comprises a locking device, offset in the rotational direction, for retaining the operating element in the initial position, and an axial sliding link for enabling an axial movement of the operating element towards the rearward end position; and - a rotary sliding link mechanism operative between the operating element and the locking slide body for turning the locking slide body during advancing of the operating element towards the forward end position.
An epoxy resin mixture comprising (i) at least one curable epoxy resin, and (ii) at least one epoxide-acrylate hybrid molecule bearing at least one epoxy group and at least one acrylate group, wherein the polyol backbone is selected from the group consisting of trimethylolethane, trimethylolpropane, and sugar alcohols. (i) at least one curable epoxy resin, and (ii) at least one epoxide-acrylate hybrid molecule bearing at least one epoxy group and at least one acrylate group, wherein the polyol backbone is selected from the group consisting of trimethylolethane, trimethylolpropane, and sugar alcohols.
Transport container comprising a pallet base and a folding-wall ring, which can be transferred between a folded-flat state and an unfolded functional state, in which the folding-wall ring is supported on the pallet base to form a container volume delimited by side walls (8, 9, 10, 11), and comprising at least one intermediate base, which is detachably fastened to opposite side walls (8, 9) of the folding-wall ring to sub-divide the container volume, characterised in that the at least one intermediate base is produced in one piece from a thermoformable plastics material by means of a twin-sheet process and comprises a plurality of moulded-on fastening elements which, for the purpose of fastening the intermediate base, engage in fastening recesses formed on the side walls (8, 9).
An implantable medical device, comprising: a feedthrough system comprising a substantially rectangular insulator formed from a ceramic material; and a ferrule; wherein the ferrule is configured to support the insulator of the feedthrough system and comprises a frame that surrounds the insulator, wherein the frame comprises: an outer extension fastened to an encasement of the implantable medical device; and an interior surface configured to face the insulator, wherein the interior surface includes flat sides to face sides of the insulator and further includes two or more tabs that project from an edge or edges of the flat sides characterized in that for each tab, a top or bottom of the insulator is positioned against the tab. a feedthrough system comprising a substantially rectangular insulator formed from a ceramic material; and a ferrule; wherein the ferrule is configured to support the insulator of the feedthrough system and comprises a frame that surrounds the insulator, wherein the frame comprises: an outer extension fastened to an encasement of the implantable medical device; and an interior surface configured to face the insulator, wherein the interior surface includes flat sides to face sides of the insulator and further includes two or more tabs that project from an edge or edges of the flat sides characterized in that for each tab, a top or bottom of the insulator is positioned against the tab. an outer extension fastened to an encasement of the implantable medical device; and an interior surface configured to face the insulator, wherein the interior surface includes flat sides to face sides of the insulator and further includes two or more tabs that project from an edge or edges of the flat sides characterized in that for each tab, a top or bottom of the insulator is positioned against the tab.
An inkjet recording apparatus capable of performing recording continuously on both surfaces of a web, comprising: a plurality of recording heads (H1 to H8) disposed therein; a drier for drying the web recorded by the recording head (H1 to H8); and a guide roller (A1 to A8, B1 to B8, and G1 to G8) for guiding the web, characterised in that a traveling path of the web is switchable so that the web passes between selected adjacent re-cording heads out of the plurality of recording heads (H1 to H8), the recording head upstream of a position where the web passes performs recording on one surface of the web, and the recording head downstream of the position where the web passes performs recording on the other surface of the web. a plurality of recording heads (H1 to H8) disposed therein; a drier for drying the web recorded by the recording head (H1 to H8); and a guide roller (A1 to A8, B1 to B8, and G1 to G8) for guiding the web, characterised in that a traveling path of the web is switchable so that the web passes between selected adjacent re-cording heads out of the plurality of recording heads (H1 to H8), the recording head upstream of a position where the web passes performs recording on one surface of the web, and the recording head downstream of the position where the web passes performs recording on the other surface of the web.
A centrifugal fan for a clothes dryer comprising: a wheel rim having an air inlet for an air intake; a wheel disc arranged below the wheel rim, wherein a central zone of the wheel disc is constructed into a mask of the centrifugal fan facing the air intake direction, and the mask protrudes upward and is provided with a connecting shaft sleeve on a top thereof; wherein a plurality of primary blades are circumferentially arranged between the wheel rim and the wheel disc at intervals, and first airflow channels are each between every two adjacent primary blades; wherein a plurality of secondary blades are provided on the mask around the connecting shaft sleeve, second airflow channels are each between every two adjacent secondary blades; and the first airflow channels, the second airflow channels and the air inlet are in communication with one another; characterised in that the shape of each secondary blade is configured codirectionally with that of each primary blade, and an inflow angle of each secondary blade is same with that of each primary blade. a wheel rim having an air inlet for an air intake; a wheel disc arranged below the wheel rim, wherein a central zone of the wheel disc is constructed into a mask of the centrifugal fan facing the air intake direction, and the mask protrudes upward and is provided with a connecting shaft sleeve on a top thereof; wherein a plurality of primary blades are circumferentially arranged between the wheel rim and the wheel disc at intervals, and first airflow channels are each between every two adjacent primary blades; wherein a plurality of secondary blades are provided on the mask around the connecting shaft sleeve, second airflow channels are each between every two adjacent secondary blades; and the first airflow channels, the second airflow channels and the air inlet are in communication with one another; characterised in that the shape of each secondary blade is configured codirectionally with that of each primary blade, and an inflow angle of each secondary blade is same with that of each primary blade.
A method for supporting cross carrier indication of a control channel change notification for at least one wireless communication unit that is operating on a first serving communication cell and has been configured with access to at least one second serving communication cell in a wireless broadcast communication system, wherein the method comprises, at the base station: generating a message comprising a broadcast service identifier wherein the broadcast service identifier identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and transmitting the message to the at least one wireless communication unit, wherein generating the message comprising the broadcast service identifier identifying the control channel change of the at least one second serving communication cell further comprises: determining the at least one second serving communication cell; and scrambling a first broadcast service identifier using a set of predefined scrambling sequences, based on the determined at least one second serving communication cell and thereby producing a second broadcast service identifier that identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and validating that the second broadcast service identifier does not coincide with an existing broadcast service identifier. generating a message comprising a broadcast service identifier wherein the broadcast service identifier identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and transmitting the message to the at least one wireless communication unit, wherein generating the message comprising the broadcast service identifier identifying the control channel change of the at least one second serving communication cell further comprises: determining the at least one second serving communication cell; and scrambling a first broadcast service identifier using a set of predefined scrambling sequences, based on the determined at least one second serving communication cell and thereby producing a second broadcast service identifier that identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and determining the at least one second serving communication cell; and scrambling a first broadcast service identifier using a set of predefined scrambling sequences, based on the determined at least one second serving communication cell and thereby producing a second broadcast service identifier that identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and validating that the second broadcast service identifier does not coincide with an existing broadcast service identifier.
A variable flow control nozzle (50,150,250), comprising: a body having an interior, the body defining a first seat opening at a first seat (82,182,282), a second seat opening at a second seat (74,174,274), a first port (86,186,286) and a second port (76,176,276), the first port (86,186,286) disposed between the second seat opening and the first seat opening, the seats and ports for passage of fluid into and out of the interior of the body; a screen (60,160,260) disposed on the body and screening fluid flow into and out of the second seat opening and the second port (76,176,276); and a valve (56,156,256) disposed in the interior of the body and movable between first and second conditions, the valve (56,156,256) in the first condition sealing the first seat opening and permitting a first fluid flow from the second seat opening and the second port (76,176,276) out the first port (86,186,286), the valve (56,156,256) in the second condition sealing the second seat opening and permitting a second fluid flow from the first seat opening and the first port (86,186,286) out the second port (76,176,276), wherein the valve (56,156,256) is structured such that one of the first and second fluid flows is greater than the other of the first and second fluid flows. a body having an interior, the body defining a first seat opening at a first seat (82,182,282), a second seat opening at a second seat (74,174,274), a first port (86,186,286) and a second port (76,176,276), the first port (86,186,286) disposed between the second seat opening and the first seat opening, the seats and ports for passage of fluid into and out of the interior of the body; a screen (60,160,260) disposed on the body and screening fluid flow into and out of the second seat opening and the second port (76,176,276); and a valve (56,156,256) disposed in the interior of the body and movable between first and second conditions, the valve (56,156,256) in the first condition sealing the first seat opening and permitting a first fluid flow from the second seat opening and the second port (76,176,276) out the first port (86,186,286), the valve (56,156,256) in the second condition sealing the second seat opening and permitting a second fluid flow from the first seat opening and the first port (86,186,286) out the second port (76,176,276), wherein the valve (56,156,256) is structured such that one of the first and second fluid flows is greater than the other of the first and second fluid flows.
Wheelchair (1; 101) with a seat (3; 103) comprising a seat part for a person to sit on and with wheels (4, 5, 6, 7; 104, 105, 106, 107) for rolling the wheelchair (1; 101), in which at least one of the wheels (4, 5; 104, 105) is driveable by means of at least one muscle-force driven lever arm element (16, 17) of a drive device (15; 115) of the wheelchair (1; 101), wherein the seat part is oscillatingly movable around a seat part middle position via the at least one muscle-force driven lever arm element (16, 17), and wherein a backrest part of the seat is oscillatingly movable around a backrest part middle position via the at least one muscle-force driven lever arm element (16, 17), characterised in that the backrest part is translationally displaceable traversely to a seat direction along a cam track.
Method for continuously treating biomass material comprising: - feeding the biomass material into a substantially vertically arranged pressurized vessel; - adding steam to said pressurized vessel for hydrothermal treatment of the biomass material, wherein said adding steam comprises adding steam at a lower portion of the pressurized vessel; - discharging the biomass material from a bottom portion of the pressurized vessel by means of a discharge device; - withdrawing vapor from a top portion of the pressurized vessel, and adding said vapor to the discharge device; - controlling (206, 207) differential pressure between said top portion of the pressurized vessel and said discharge device by controlling the flow of said vapor, and - determining a minimum flow of steam needed to heat the biomass material in the pressurized vessel to a predetermined temperature, wherein said adding steam comprises adding steam at a flow being higher than said minimum flow. - feeding the biomass material into a substantially vertically arranged pressurized vessel; - adding steam to said pressurized vessel for hydrothermal treatment of the biomass material, wherein said adding steam comprises adding steam at a lower portion of the pressurized vessel; - discharging the biomass material from a bottom portion of the pressurized vessel by means of a discharge device; - withdrawing vapor from a top portion of the pressurized vessel, and adding said vapor to the discharge device; - controlling (206, 207) differential pressure between said top portion of the pressurized vessel and said discharge device by controlling the flow of said vapor, and - determining a minimum flow of steam needed to heat the biomass material in the pressurized vessel to a predetermined temperature, wherein said adding steam comprises adding steam at a flow being higher than said minimum flow.
A risk calculation apparatus comprising: a moving object risk calculation unit configured to calculate, on the basis of a risk due to objects at each of a plurality of points set in the vicinity of a host vehicle, a total value at all of the points for a moving object risk due to movable objects at each of the points, wherein a risk due to an object at a point is indicative of a presence probability of said object at said point, characterized in that the moving object risk calculation unit is configured to calculate the total value of the moving object risk at all of the points by subtracting a total value at all of the points for a fixed object risk due to immovable objects, which are fixed at each of the points, extracted from a database, from a total value at all of the points for a risk due to objects at each of the points calculated based on a detection of said objects at each of the points. a moving object risk calculation unit configured to calculate, on the basis of a risk due to objects at each of a plurality of points set in the vicinity of a host vehicle, a total value at all of the points for a moving object risk due to movable objects at each of the points, wherein a risk due to an object at a point is indicative of a presence probability of said object at said point, characterized in that the moving object risk calculation unit is configured to calculate the total value of the moving object risk at all of the points by subtracting a total value at all of the points for a fixed object risk due to immovable objects, which are fixed at each of the points, extracted from a database, from a total value at all of the points for a risk due to objects at each of the points calculated based on a detection of said objects at each of the points.