mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge assembly comprising: a cartridge holder with a cavity , a cartridge held in the cavity , the cartridge holder being provided with a first fastening feature ; a connector that is attached to the cartridge , wherein the connector is provided with a second fastening feature , characterized in that the first fastening feature and the second fastening feature are provided as a fastener to connect the cartridge assembly to a drug delivery device comprising a corresponding fastener corresponding to the fastener of the cartridge assembly and wherein the fastener of the cartridge assembly and the corresponding fastener of the drug delivery device are a pin-and-groove-type fastening mechanism, wherein the fastener is shared between the cartridge holder and the connector and wherein the first fastening feature and the second fastening feature operate together to fasten the cartridge assembly to the drug delivery device, wherein the first fastening feature and the second fastening feature form a set of fastening features around the circumference of the cartridge assembly, wherein the first fastening feature by itself is an incomplete fastening means and is insufficient to attach the cartridge holder to the drug delivery device, and wherein the first fastening feature and the second fastening feature are adapted to a groove of the drug delivery device , the groove having an ejection channel , the first fastening feature being able to enter the ejection channel and the second fastening feature being prevented from entering the ejection channel . a cartridge holder with a cavity , a cartridge held in the cavity , the cartridge holder being provided with a first fastening feature ; a connector that is attached to the cartridge , wherein the connector is provided with a second fastening feature , characterized in that the first fastening feature and the second fastening feature are provided as a fastener to connect the cartridge assembly to a drug delivery device comprising a corresponding fastener corresponding to the fastener of the cartridge assembly and wherein the fastener of the cartridge assembly and the corresponding fastener of the drug delivery device are a pin-and-groove-type fastening mechanism, wherein the fastener is shared between the cartridge holder and the connector and wherein the first fastening feature and the second fastening feature operate together to fasten the cartridge assembly to the drug delivery device, wherein the first fastening feature and the second fastening feature form a set of fastening features around the circumference of the cartridge assembly, wherein the first fastening feature by itself is an incomplete fastening means and is insufficient to attach the cartridge holder to the drug delivery device, and wherein the first fastening feature and the second fastening feature are adapted to a groove of the drug delivery device , the groove having an ejection channel , the first fastening feature being able to enter the ejection channel and the second fastening feature being prevented from entering the ejection channel .
A radio frequency (RF) system comprising: a first RF generator including a first power source configured to generate a first RF signal applied to a load ; and a second RF generator including: a second power source configured to generate a second RF signal applied to the load ; and a power controller coupled to the second power source , wherein the power controller is configured to respond to a trigger signal and to generate a control signal to vary the second RF signal in response to the trigger signal, wherein the control signal is arranged to selectively introduce a frequency offset into the second RF signal. a first RF generator including a first power source configured to generate a first RF signal applied to a load ; and a second RF generator including: a second power source configured to generate a second RF signal applied to the load ; and a power controller coupled to the second power source , wherein the power controller is configured to respond to a trigger signal and to generate a control signal to vary the second RF signal in response to the trigger signal, wherein the control signal is arranged to selectively introduce a frequency offset into the second RF signal. a second power source configured to generate a second RF signal applied to the load ; and a power controller coupled to the second power source , wherein the power controller is configured to respond to a trigger signal and to generate a control signal to vary the second RF signal in response to the trigger signal, wherein the control signal is arranged to selectively introduce a frequency offset into the second RF signal.
Depositing unit for producing a fibre-composite component, having: a housing ; and a plurality of fibre bobbins which are configured so as to be capable of being unwound in a movement of the depositing unit , wherein the fibre bobbins are provided so as to be movably mounted within the housing , and one intermediate space which at least in portions forms a moving space of the adjacent fibre bobbins is in each case provided between the fibre bobbins , the fibre bobbins being capable of being moved within said moving space . a housing ; and a plurality of fibre bobbins which are configured so as to be capable of being unwound in a movement of the depositing unit , wherein the fibre bobbins are provided so as to be movably mounted within the housing , and one intermediate space which at least in portions forms a moving space of the adjacent fibre bobbins is in each case provided between the fibre bobbins , the fibre bobbins being capable of being moved within said moving space .
Boat drive, having an electric motor that drives a propeller, and having a control device for controlling the electric motor, wherein the control device can be brought into a neutral position in which the propeller is not driven, and wherein the control device can be brought into at least one operating position in which the propeller is rotated, wherein an unlocking device is provided, and wherein the propeller starts to rotate only when the unlocking device is actuated and at the same time the control device is in the operating position, characterised by a timing element which requires the control device and the unlocking device to be simultaneously actuated for a certain time period in order to cause the propeller to rotate and maintain the rotary movement.
Image projection system (200; 600), configured to implement a colour projection, characterised in that it comprises: - a first emissive matrix display device (210; 510; 610), configured to emit first and second chromatic components of a colour image, and comprising a first pixel matrix in which each pixel is composed of a light emitting diode adapted to emit at wavelengths associated with said first chromatic component and at wavelengths associated with said second chromatic component ; and - a second emissive matrix display device (220; 620), configured to emit a third chromatic component of the colour image. - a first emissive matrix display device (210; 510; 610), configured to emit first and second chromatic components of a colour image, and comprising a first pixel matrix in which each pixel is composed of a light emitting diode adapted to emit at wavelengths associated with said first chromatic component and at wavelengths associated with said second chromatic component ; and - a second emissive matrix display device (220; 620), configured to emit a third chromatic component of the colour image.
A fuel cell stack, comprising: cell structures, each including a power generation area, and a frame disposed around the power generation area; and separators, in which the cell structures and the separators are alternately stacked, wherein the fuel cell stack further comprises a sealing member that seals a gap between a peripheral portion of a frame of a first cell structure on one side of one of the separators among the cell structures and a peripheral portion of the one of the separators, in each of the separators, a first contacting portion in contact with the sealing member; second contacting portions respectively in contact with a frame of a second cell structure on the other side of the separator among the cell structures at both sides of the first contacting portion; and connecting portions that connect one and the other ends of the first contacting portion and each of the second contacting portions, respectively; are included so as to form a protruded shape portion with a top side composed of the first contacting portion in a cross section transverse to the sealing member, and each of the second contacting portions comprise a fixing portion that fixes the second contacting portion and the frame of the second cell structure. wherein the fuel cell stack further comprises a sealing member that seals a gap between a peripheral portion of a frame of a first cell structure on one side of one of the separators among the cell structures and a peripheral portion of the one of the separators, in each of the separators, a first contacting portion in contact with the sealing member; second contacting portions respectively in contact with a frame of a second cell structure on the other side of the separator among the cell structures at both sides of the first contacting portion; and connecting portions that connect one and the other ends of the first contacting portion and each of the second contacting portions, respectively; are included so as to form a protruded shape portion with a top side composed of the first contacting portion in a cross section transverse to the sealing member, and each of the second contacting portions comprise a fixing portion that fixes the second contacting portion and the frame of the second cell structure.
A method of producing an ultra-high Dk material which comprises contacting and reacting: a) a fluoroalkyl methacrylate; b) an alkyl glycol dimethacrylate; c) a hydrophilic agent; d) a methacryl functional tris(trimethylsiloxy)silane; e) a methacryl functional terminated polydimethylsiloxane; and f) styrylethyltris(trimethylsiloxy)silane, the reaction being conducted within an inert atmosphere at a pressure of at least 172 kPa (25 pounds per square inch (PSI)) and for a period of time and at a temperature sufficient to produce the ultra-high Dk material. a) a fluoroalkyl methacrylate; b) an alkyl glycol dimethacrylate; c) a hydrophilic agent; d) a methacryl functional tris(trimethylsiloxy)silane; e) a methacryl functional terminated polydimethylsiloxane; and f) styrylethyltris(trimethylsiloxy)silane,
A point cloud encoding method based on a two-dimensional regularization plane projection, comprising: acquiring original point cloud data; performing two-dimensional regularization plane projection on the original point cloud data to obtain a two-dimensional projection plane structure, wherein the two-dimensional projection plane structure is a data structure comprising M rows and N columns of pixels, a pixel in the two-dimensional projection plane structure is determined for each point in the point cloud; obtaining a plurality of pieces of two-dimensional image information according to the two-dimensional projection plane structure, wherein the plurality of pieces of two-dimensional image information comprise a projection residual information map, the projection residual information map is used to represent a residual between a position of each occupied pixel in the two-dimensional projection plane structure and an actual projection position of a point corresponding to the pixel; and encoding the plurality of pieces of two-dimensional image information to obtain code stream information, wherein the encoding comprises encoding the projection residual information map to obtain a projection residual information code stream. acquiring original point cloud data; performing two-dimensional regularization plane projection on the original point cloud data to obtain a two-dimensional projection plane structure, wherein the two-dimensional projection plane structure is a data structure comprising M rows and N columns of pixels, a pixel in the two-dimensional projection plane structure is determined for each point in the point cloud; obtaining a plurality of pieces of two-dimensional image information according to the two-dimensional projection plane structure, wherein the plurality of pieces of two-dimensional image information comprise a projection residual information map, the projection residual information map is used to represent a residual between a position of each occupied pixel in the two-dimensional projection plane structure and an actual projection position of a point corresponding to the pixel; and encoding the plurality of pieces of two-dimensional image information to obtain code stream information, wherein the encoding comprises encoding the projection residual information map to obtain a projection residual information code stream.
In vitro use of a histone isoform associated with a cell free nucleosome as a biomarker for the diagnosis of a disease selected from: rheumatoid arthritis, systemic lupus erythematosus, Crohn's disease and chronic obstructive pulmonary disorder.
A blood pump , comprising: - a pump casing having a blood flow inlet and a blood flow outlet , - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation , the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet , and - a drive unit for rotating the impeller , the drive unit comprising a plurality of posts arranged about the axis of rotation , wherein each of the posts includes a shaft portion and a head portion , with the head portion pointing towards the impeller , wherein a coil winding is disposed about the shaft portion of each of the posts , the coil windings being sequentially controllable so as to create a rotating magnetic field, wherein a magnetically insulating material is disposed between the head portions of adjacent posts , wherein the impeller comprises at least one magnet arranged to interact with the rotating magnetic field so as to cause rotation of the impeller , wherein the drive unit further comprises a back plate which engages ends of the shaft portions of the posts opposite the head portions . - a pump casing having a blood flow inlet and a blood flow outlet , - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation , the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet , and - a drive unit for rotating the impeller , the drive unit comprising a plurality of posts arranged about the axis of rotation , wherein each of the posts includes a shaft portion and a head portion , with the head portion pointing towards the impeller , wherein a coil winding is disposed about the shaft portion of each of the posts , the coil windings being sequentially controllable so as to create a rotating magnetic field, wherein a magnetically insulating material is disposed between the head portions of adjacent posts , wherein the impeller comprises at least one magnet arranged to interact with the rotating magnetic field so as to cause rotation of the impeller , wherein the drive unit further comprises a back plate which engages ends of the shaft portions of the posts opposite the head portions .
Air guide designed to be integrated at the front of a vehicle between a front face of said vehicle and a heat exchanger of said vehicle, said air guide (A) has an attachment frame defining a median plane and a plurality of walls secured to said attachment frame so as to form a duct oriented along a component normal to said median plane, said walls being flat-moulded in one piece with said attachment frame in said median plane, so as to be able to raise said walls relative to said median plane to form said duct, characterized in that at least one of said walls has a main part extended by at least one end (21, 22; 31, 32) that is mobile relative to said main part so as to be folded back towards another wall that is adjacent thereto once raised.
A pallet comprising: a base layer ; a cargo layer comprising a pair of spaced apart wooden connector boards and a pair of spaced apart wooden end deck boards orthogonal to said pair of spaced apart wooden connector boards; and a plurality of spaced apart plastic support elements positioned between said base layer and said cargo layer and forming a gap therebetween for receiving a lifting member, characterized in that each plastic support element comprises a connector board receiving area including an open recessed channel that is to receive a respective one of said wooden connector boards , with the open recessed channel having open ends exposing ends of the respective one of said wooden connector boards received therein, and comprising spaced apart sidewalls adjacent sidewalls of the respective one of said wooden connector boards received therein, and a plurality of spaced apart support blocks contacting said base layer and being integrally formed with said connector board receiving area so that each plastic support element is configured as a monolithic one-piece skid that extends in length between said pair of spaced apart wooden end deck boards . a base layer ; a cargo layer comprising a pair of spaced apart wooden connector boards and a pair of spaced apart wooden end deck boards orthogonal to said pair of spaced apart wooden connector boards; and a plurality of spaced apart plastic support elements positioned between said base layer and said cargo layer and forming a gap therebetween for receiving a lifting member, characterized in that each plastic support element comprises a connector board receiving area including an open recessed channel that is to receive a respective one of said wooden connector boards , with the open recessed channel having open ends exposing ends of the respective one of said wooden connector boards received therein, and comprising spaced apart sidewalls adjacent sidewalls of the respective one of said wooden connector boards received therein, and a plurality of spaced apart support blocks contacting said base layer and being integrally formed with said connector board receiving area so that each plastic support element is configured as a monolithic one-piece skid that extends in length between said pair of spaced apart wooden end deck boards . a connector board receiving area including an open recessed channel that is to receive a respective one of said wooden connector boards , with the open recessed channel having open ends exposing ends of the respective one of said wooden connector boards received therein, and comprising spaced apart sidewalls adjacent sidewalls of the respective one of said wooden connector boards received therein, and a plurality of spaced apart support blocks contacting said base layer and being integrally formed with said connector board receiving area so that each plastic support element is configured as a monolithic one-piece skid that extends in length between said pair of spaced apart wooden end deck boards .
A distributor device for solids-containing liquids comprising: - A distributor housing having a distributor housing bottom and a distributor housing top opposite the distributor housing bottom and enclosing an interior space divided into a fluid space into which the inlet opening opens and a ventilation space separate therefrom into which the ventilation opening opens, - A plurality of exit ports (30a,b), - An inlet opening in the distributor housing, - A ventilation opening in the distributor housing, - A distributor assembly movable relative to the distributor housing and disposed in the distributor housing, the distributor assembly placing one, preferably each, of the outlet ports in fluid communication with the fluid chamber and with the vent chamber in time alternating sequence, wherein relative movement of the distributor assembly alternately communicates an exit port of the plurality of exit ports with the fluid space and the ventilation space, wherein the ventilation opening is arranged in the distributor housing top , characterized in that the inlet port opens into an inlet channel that extends from the top of the distributor housing into the fluid space, wherein the ventilation opening is formed by an annular gap around the inlet channel into which the inlet opening discharges. - A distributor housing having a distributor housing bottom and a distributor housing top opposite the distributor housing bottom and enclosing an interior space divided into a fluid space into which the inlet opening opens and a ventilation space separate therefrom into which the ventilation opening opens, - A plurality of exit ports (30a,b), - An inlet opening in the distributor housing, - A ventilation opening in the distributor housing, - A distributor assembly movable relative to the distributor housing and disposed in the distributor housing, the distributor assembly placing one, preferably each, of the outlet ports in fluid communication with the fluid chamber and with the vent chamber in time alternating sequence, wherein relative movement of the distributor assembly alternately communicates an exit port of the plurality of exit ports with the fluid space and the ventilation space, wherein the ventilation opening is arranged in the distributor housing top , characterized in that the inlet port opens into an inlet channel that extends from the top of the distributor housing into the fluid space, wherein the ventilation opening is formed by an annular gap around the inlet channel into which the inlet opening discharges.
Device for manufacturing containers by means of blow moulding, comprising at least one blow mould which can be tempered and held by a mould holder, namely with a bottom insert held by a mould-base support and/or mould inserts held by mould-half supports, characterized by an inductive heater which indirectly inductively heats the bottom insert and/or mould inserts, wherein the mould holder comprises a plurality of inductors , which are spaced apart from each other, namely in an arrangement in a two-dimensional matrix with a plurality of inductors in the circumferential direction and with a plurality of inductors in the longitudinal direction of the mould holder.
A method for reducing the amount of a compound within a food product, comprising: a) providing a first sample and a second sample of the food product, wherein the first sample is obtained prior to the second sample during a process of producing the food product; b) performing mass spectrometry on the first sample of the food product using an ultra high resolution mass spectrometer to obtain a first mass spectrum; c) performing mass spectrometry on the second sample of the food product using an ultra high resolution mass spectrometer to obtain a second mass spectrum; d) comparing one or more peaks of the first mass spectrum corresponding to the compound to one or more peaks of the second mass spectrum corresponding to the compound to determine the amount of the compound within the second sample as compared to the amount of the compound in the first sample; and e) modulating the process of producing the food product to reduce the amount of the compound in the food product. a) providing a first sample and a second sample of the food product, wherein the first sample is obtained prior to the second sample during a process of producing the food product; b) performing mass spectrometry on the first sample of the food product using an ultra high resolution mass spectrometer to obtain a first mass spectrum; c) performing mass spectrometry on the second sample of the food product using an ultra high resolution mass spectrometer to obtain a second mass spectrum; d) comparing one or more peaks of the first mass spectrum corresponding to the compound to one or more peaks of the second mass spectrum corresponding to the compound to determine the amount of the compound within the second sample as compared to the amount of the compound in the first sample; and e) modulating the process of producing the food product to reduce the amount of the compound in the food product.