mhurhangee/ep-ind-claims huggingface dataset:
A cable connection assembly comprising: a first electrical cable including a conductor; a second electrical cable including a conductor; an electrically conductive connector including a connector body having an outer surface and a lengthwise connector axis (L-L), the connector body defining a first conductor cavity receiving the conductor of the first electrical cable and a second conductor cavity receiving the conductor of the second electrical cable, wherein the conductors of the first and second electrical cables are mechanically and electrically spliced together by the connector body; and a flowable sealant surrounding a portion of the connector body; characterised in that the electrically conductive connector further includes a sealant flow blocking wall (150, 350) on the connector body and extending radially outwardly from the outer surface of the connector body, wherein the sealant flow blocking wall is configured to inhibit flow of the sealant on the outer surface along the lengthwise connector axis; and wherein the sealant flow blocking wall (150, 350) is ring shaped. a first electrical cable including a conductor; a second electrical cable including a conductor; an electrically conductive connector including a connector body having an outer surface and a lengthwise connector axis (L-L), the connector body defining a first conductor cavity receiving the conductor of the first electrical cable and a second conductor cavity receiving the conductor of the second electrical cable, wherein the conductors of the first and second electrical cables are mechanically and electrically spliced together by the connector body; and a flowable sealant surrounding a portion of the connector body; characterised in that the electrically conductive connector further includes a sealant flow blocking wall (150, 350) on the connector body and extending radially outwardly from the outer surface of the connector body, wherein the sealant flow blocking wall is configured to inhibit flow of the sealant on the outer surface along the lengthwise connector axis; and wherein the sealant flow blocking wall (150, 350) is ring shaped.
An adjustable anvil for a comminuting apparatus, the adjustable anvil comprising: a first plate having a trailing edge; and a second plate having a leading edge, the first plate and second plate forming an anvil work surface for bringing material into contact with a comminuting drum, the trailing edge of the first plate being adjacent the leading edge of the second plate, and a margin disposed between the trailing edge of the first plate and leading edge of the second plate and having an adjustable length, characterized in that the trailing edge of the first plate and leading edge of the second plate are serrated." a first plate having a trailing edge; and a second plate having a leading edge, the first plate and second plate forming an anvil work surface for bringing material into contact with a comminuting drum, the trailing edge of the first plate being adjacent the leading edge of the second plate, and a margin disposed between the trailing edge of the first plate and leading edge of the second plate and having an adjustable length, characterized in that the trailing edge of the first plate and leading edge of the second plate are serrated."
An in vitro method for delivering a compound of interest to CD14+ cells derived from monoblast which comprises contacting said cells with a nanotransporter carrying said compound of interest, wherein the nanotransporter contains at least the knob domain of the short fiber protein of adenovirus Ad40 or Ad41, wherein the nanotransporter is selected from the group of a virus or a viral-like particle and wherein said virus or viral-like particle is not an adenovirus subgroup F of the same type as the short fiber protein.
An image forming apparatus comprising: a motor; a development cartridge, which is attachable to a main body; a driving gear rotated by the motor and to engage with a developer roller gear of the development cartridge when the development cartridge is attached to the main body of the image forming apparatus; and a driving coupler located coaxially with the driving gear and to engage, based on a shaft connection method, with a driven coupler of a photosensitive drum of the development cartridge when the development cartridge is attached to the main body; wherein the developer roller gear is provided on a rotatable shaft of a developer roller of the development cartridge, wherein the photosensitive drum and the developer roller are individually connected to a driver provided in the main body when the development cartridge is attached to the main body, and wherein the shaft connection method refers to a method of directly connecting a shaft to a shaft. a motor; a development cartridge, which is attachable to a main body; a driving gear rotated by the motor and to engage with a developer roller gear of the development cartridge when the development cartridge is attached to the main body of the image forming apparatus; and a driving coupler located coaxially with the driving gear and to engage, based on a shaft connection method, with a driven coupler of a photosensitive drum of the development cartridge when the development cartridge is attached to the main body; wherein the developer roller gear is provided on a rotatable shaft of a developer roller of the development cartridge, wherein the photosensitive drum and the developer roller are individually connected to a driver provided in the main body when the development cartridge is attached to the main body, and wherein the shaft connection method refers to a method of directly connecting a shaft to a shaft.
A connecting device for connecting an electric tool with an angle adjuster, comprising a tooth-shaped jacket, a locking body, a number of steel balls, a spring and a spring base, wherein the locking body is provided within the tooth-shaped jacket; wherein at a neck part of the locking body there are provided a number of spherical grooves being arranged in the circumferential direction and wherein the steel balls are received within the spherical grooves; wherein the locking body achieves the radial positioning between the tooth-shaped jacket by means of the steel balls; wherein there is provided an annular groove on the rear part of the locking body and wherein within the annular groove there is provided a clamp spring; wherein the spring base is provided around the rear end of the locking body, wherein the spring base achieves the axial positioning with the locking body by means of the clamp spring and wherein the spring base is connected with one end of the spring, while the other end of the spring abuts on the inner end surface of the tooth-shaped jacket, characterized in that the front end of the tooth-shaped jacket comprises an internal toothing, wherein the internal toothing of the tooth-shaped jacket matches a corresponding external toothing on the electrical drive tool, wherein by means of the internal toothing of the tooth-shaped jacket, which can be engaged by the corresponding external toothing of the electrical tool, a locking of the connecting device relative to the electric tool in the circumferential direction is enabled.
A device for imaging a bioluminescence reaction of a sample, comprising: a reflector having a reflecting portion with a parametric form and extending about a first longitudinal axis, a receptacle into which a sample container with a second longitudinal axis can be inserted to be held therein, and a photo sensor with a photosensitive portion, wherein the reflector has an opening through which the sample container can be inserted to a position where the sample container is held in the receptacle, wherein the receptacle is arranged such that, when the sample container with the sample is held in the receptacle, the sample is surrounded by the reflecting portion so that the light emitted from the sample due to the bioluminescence reaction is reflected by the reflecting portion onto the photosensitive portion of the photo sensor, and wherein the reflecting portion of the reflector is formed to be rotationally symmetrical about the first longitudinal axis; the device being characterized in that the reflecting portion of the reflector has a sectional form in a r-y plane that can be described by the following equation y=A*tan(B*r) where y is a point on the first longitudinal axis of the reflector, A is a predetermined constant, r is the radial distance from the first longitudinal axis to a point on the reflecting portion, B is a predetermined constant such that 0<B*r<π/2 over the range of r. a reflector having a reflecting portion with a parametric form and extending about a first longitudinal axis, a receptacle into which a sample container with a second longitudinal axis can be inserted to be held therein, and a photo sensor with a photosensitive portion, wherein the reflector has an opening through which the sample container can be inserted to a position where the sample container is held in the receptacle, wherein the receptacle is arranged such that, when the sample container with the sample is held in the receptacle, the sample is surrounded by the reflecting portion so that the light emitted from the sample due to the bioluminescence reaction is reflected by the reflecting portion onto the photosensitive portion of the photo sensor, and wherein the reflecting portion of the reflector is formed to be rotationally symmetrical about the first longitudinal axis; the device being characterized in that the reflecting portion of the reflector has a sectional form in a r-y plane that can be described by the following equation y=A*tan(B*r) where y is a point on the first longitudinal axis of the reflector, A is a predetermined constant, r is the radial distance from the first longitudinal axis to a point on the reflecting portion, B is a predetermined constant such that 0<B*r<π/2 over the range of r.
A method to configure a liquid-jet guided laser system, the method comprising setting parameters of the liquid-jet guided laser system based on a relationship that links a focus point of a laser beam in the liquid-jet guided laser system, a focus cone angle of the laser beam, and an effective width of the laser beam based on the power density profile of the laser beam such that the focus point of the laser beam is below a nozzle inlet plane characterized in that CP is equal to 0.5 • CF • D N tan θ / 2 wherein CP is a coupling point representing a distance of the focus point of the laser beam from the nozzle inlet plane wherein CF is a coupling factor representing a portion of an inlet opening of the nozzle for passing a standard laser power density profile, wherein the effective width is represented by an effective diameter D eff of a nozzle of the liquid-jet guided laser system and D eff is equal to CF ● D N, wherein D N is a diameter of the nozzle, wherein θ is a focus cone angle of a laser beam of the liquid-jet guided laser system. wherein CP is a coupling point representing a distance of the focus point of the laser beam from the nozzle inlet plane wherein CF is a coupling factor representing a portion of an inlet opening of the nozzle for passing a standard laser power density profile, wherein the effective width is represented by an effective diameter D eff of a nozzle of the liquid-jet guided laser system and D eff is equal to CF ● D N, wherein D N is a diameter of the nozzle, wherein θ is a focus cone angle of a laser beam of the liquid-jet guided laser system.
A head-mounted display configured to display images viewable by a user, comprising: an array of pixels configured to produce the images; a linear polarizer through which light associated with the images passes; a first quarter wave plate that receives the light from the linear polarizer; a first lens element that has first and second opposing surfaces, wherein the first surface (S 1) faces the first quarter wave plate and is convex and wherein the second surface (S 7) is cylindrically concave; a partially reflective mirror on the first surface; a reflective polarizer; a second quarter wave plate at the second surface, wherein the second quarter wave plate has cylindrical surfaces and wherein the second quarter wave plate is between the reflective polarizer and the partially reflective mirror; a second lens element having a third surface at the second quarter wave plate that is cylindrically convex and an opposing fourth surface that is concave, wherein the reflective polarizer is formed at the fourth surface; and a third lens element, wherein the reflective polarizer is interposed between the third lens element and the second lens element. an array of pixels configured to produce the images; a linear polarizer through which light associated with the images passes; a first quarter wave plate that receives the light from the linear polarizer; a first lens element that has first and second opposing surfaces, wherein the first surface (S 1) faces the first quarter wave plate and is convex and wherein the second surface (S 7) is cylindrically concave; a partially reflective mirror on the first surface; a reflective polarizer; a second quarter wave plate at the second surface, wherein the second quarter wave plate has cylindrical surfaces and wherein the second quarter wave plate is between the reflective polarizer and the partially reflective mirror; a second lens element having a third surface at the second quarter wave plate that is cylindrically convex and an opposing fourth surface that is concave, wherein the reflective polarizer is formed at the fourth surface; and a third lens element, wherein the reflective polarizer is interposed between the third lens element and the second lens element.
A container comprising: a first body portion having a first cavity with a first opening defined by a first flange; a second body portion having a second cavity with a second opening defined by a second flange, characterised in that the first body portion has a panel portion at least in part connected thereto with a frangible connection; and a lever extends from the panel portion, the lever configured to be manipulated to assert force to open the panel portion to gain access to the inside of the container by severing the frangible connection and forming an opening; and the first and second flanges configured to be connected together. a first body portion having a first cavity with a first opening defined by a first flange; a second body portion having a second cavity with a second opening defined by a second flange, characterised in that the first body portion has a panel portion at least in part connected thereto with a frangible connection; and a lever extends from the panel portion, the lever configured to be manipulated to assert force to open the panel portion to gain access to the inside of the container by severing the frangible connection and forming an opening; and the first and second flanges configured to be connected together.
A processor assembly, comprising a first processor having a first core comprising a program memory, instruction issue logic, and an integer execution unit, the processor assembly further comprising at least a first vector execution unit (203, 205) and a first memory unit (230, 231) arranged to hold data to be operated on, said first core, first vector execution unit and first memory unit being interconnected by a first network, and a second processor having a second core, wherein the first core is arranged to enable the second core to control at least the first vector execution unit (203, 205) or the first memory unit (230, 231) in the first processor, characterized by said program memory being arranged to hold instructions for functional units in the first and the second processor.
A locknut assembly for securing at least one component to a shaft, the locknut assembly comprising: a locknut and a lockwasher, the locknut assembly being characterized in that: the locknut defines an internal cavity and an aperture extending through the internal cavity of the locknut, the internal cavity of the locknut defining an internal wall comprising at least one location feature; and the lockwasher defines an internal cavity, an external wall comprising at least one mating location feature, and an anti-rotation feature disposed within the internal cavity of the lockwasher and adapted for engagement with a corresponding anti-rotation feature located at an end portion of the shaft, the anti-rotation feature being aligned with the aperture and alignable with a longitudinal axis of the shaft, wherein the mating location feature of the lockwasher engages the location feature of the locknut, and the anti-rotation feature of the lockwasher is capable of engaging the corresponding anti-rotation feature of the shaft to limit rotation of the locknut. a locknut and a lockwasher, the locknut assembly being characterized in that: the locknut defines an internal cavity and an aperture extending through the internal cavity of the locknut, the internal cavity of the locknut defining an internal wall comprising at least one location feature; and the lockwasher defines an internal cavity, an external wall comprising at least one mating location feature, and an anti-rotation feature disposed within the internal cavity of the lockwasher and adapted for engagement with a corresponding anti-rotation feature located at an end portion of the shaft, the anti-rotation feature being aligned with the aperture and alignable with a longitudinal axis of the shaft, the locknut defines an internal cavity and an aperture extending through the internal cavity of the locknut, the internal cavity of the locknut defining an internal wall comprising at least one location feature; and the lockwasher defines an internal cavity, an external wall comprising at least one mating location feature, and an anti-rotation feature disposed within the internal cavity of the lockwasher and adapted for engagement with a corresponding anti-rotation feature located at an end portion of the shaft, the anti-rotation feature being aligned with the aperture and alignable with a longitudinal axis of the shaft, wherein the mating location feature of the lockwasher engages the location feature of the locknut, and the anti-rotation feature of the lockwasher is capable of engaging the corresponding anti-rotation feature of the shaft to limit rotation of the locknut.
A method for extracting plant oil from biomass comprising: contacting a solvent comprising 1-chloro-3,3,3-trifluoropropene with a biomass comprising plant oil to produce an extractant composition comprising said solvent and at least a portion of said plant oil and a residual biomass; separating said extractant composition from said residual biomass; and evaporating or condensing one of said solvent or said extractant from said extractant composition to produce product composition rich in said plant oil and a recycle composition rich in said solvent. contacting a solvent comprising 1-chloro-3,3,3-trifluoropropene with a biomass comprising plant oil to produce an extractant composition comprising said solvent and at least a portion of said plant oil and a residual biomass; separating said extractant composition from said residual biomass; and evaporating or condensing one of said solvent or said extractant from said extractant composition to produce product composition rich in said plant oil and a recycle composition rich in said solvent.
A system comprising a long rail assembly and a seat assembly in a vehicle, the long rail assembly for repositioning the seat assembly comprising: an inboard lower channel adapted to extend longitudinally along a floor of the vehicle; an inboard manual drive assembly coupled to the seat assembly and slidably coupled to the inboard lower channel; an outboard lower channel adapted to extend longitudinally along the floor of the vehicle; an outboard manual drive assembly coupled to the seat assembly and slidably coupled to the outboard lower channel; a central lower channel adapted to extend longitudinally along the floor of the vehicle; and a power drive assembly coupled to the seat assembly and slidably coupled to the central lower channel, wherein the power drive assembly power drives the seat assembly along the central lower channel to selectively reposition the seat assembly in the vehicle. an inboard lower channel adapted to extend longitudinally along a floor of the vehicle; an inboard manual drive assembly coupled to the seat assembly and slidably coupled to the inboard lower channel; an outboard lower channel adapted to extend longitudinally along the floor of the vehicle; an outboard manual drive assembly coupled to the seat assembly and slidably coupled to the outboard lower channel; a central lower channel adapted to extend longitudinally along the floor of the vehicle; and a power drive assembly coupled to the seat assembly and slidably coupled to the central lower channel, wherein the power drive assembly power drives the seat assembly along the central lower channel to selectively reposition the seat assembly in the vehicle.
A wireless backhaul communication processing method, comprising: determining, by a first network side device, a second network side device as a secondary access device of a wireless backhaul device for dual connectivity in which the wireless backhaul device is connected to the first network side device as a primary access device and to the secondary access device; and sending, by the first network side device, a secondary access device addition request message carrying first information to the second network side device, wherein the first information indicates that the wireless backhaul device performs access. determining, by a first network side device, a second network side device as a secondary access device of a wireless backhaul device for dual connectivity in which the wireless backhaul device is connected to the first network side device as a primary access device and to the secondary access device; and sending, by the first network side device, a secondary access device addition request message carrying first information to the second network side device, wherein the first information indicates that the wireless backhaul device performs access.