mhurhangee/ep-ind-claims huggingface dataset:
A method of embedding extra information represented as a sequence of bits in an input signal, the input signal comprising a sequence of video frames, characterized in that the method comprises: identifying, in the input signal, available candidate frames for associating with the extra information, associating groups of identified candidate frames with respective portions of the extra information, and performing for each group an edit operation on one or more candidate frames of that group in dependence on the information in its associated respective portion of the extra information, the edit operation being different for portions of the extra information having different information and comprises one of: - deleting at least one candidate frame from the input signal, - duplicating at least one candidate frame in the input signal, and - inserting a new frame into the input signal before or after at least one candidate frame, wherein each edit operation represents a respective portion of the extra information, and wherein the respective portions together form the extra information. identifying, in the input signal, available candidate frames for associating with the extra information, associating groups of identified candidate frames with respective portions of the extra information, and performing for each group an edit operation on one or more candidate frames of that group in dependence on the information in its associated respective portion of the extra information, the edit operation being different for portions of the extra information having different information and comprises one of: - deleting at least one candidate frame from the input signal, - duplicating at least one candidate frame in the input signal, and - inserting a new frame into the input signal before or after at least one candidate frame, - deleting at least one candidate frame from the input signal, - duplicating at least one candidate frame in the input signal, and - inserting a new frame into the input signal before or after at least one candidate frame, wherein each edit operation represents a respective portion of the extra information, and wherein the respective portions together form the extra information.
An apparatus (102; 202) comprising a memory and a processor, the processor configured to cause a media-agnostic 'MA' Universal Serial Bus 'USB' host of an MA USB Protocol Adaptation Layer 'PAL' to: transmit a USB device reset request 'USBDevResetReq' to an MA USB device (104; 204), the USB device reset request comprising a handle of a USB device to be transitioned to a default state; following receipt of a USB device reset response 'USBDevResetResp' comprising a status code indicating success from the MA USB device, transmit a modify EP0 request `ModifyEP0Request' packet to the MA USB device, the modify EP0 request packet configured to request for an updated End-Point 'EP' handle corresponding to the USB device; and process a modify EP0 response `ModifyEP0Response' packet from the MA USB device, the modify EP0 response packet comprising the updated EP handle. transmit a USB device reset request 'USBDevResetReq' to an MA USB device (104; 204), the USB device reset request comprising a handle of a USB device to be transitioned to a default state; following receipt of a USB device reset response 'USBDevResetResp' comprising a status code indicating success from the MA USB device, transmit a modify EP0 request `ModifyEP0Request' packet to the MA USB device, the modify EP0 request packet configured to request for an updated End-Point 'EP' handle corresponding to the USB device; and process a modify EP0 response `ModifyEP0Response' packet from the MA USB device, the modify EP0 response packet comprising the updated EP handle.
A control unit for controlling the dumping of a material entity from an implement of a working machine into a receiver, where in the control unit is adapted to determine a loading operation information comprising a current loading condition indicative of the distribution of the material that is currently accommodated by said receiver, characterized in that the control unit is adapted to, on the basis of said loading operation information, determine a dumping position within said receiver at which dumping position said material entity is to be dumped; in that said loading operation information further comprises a material characteristic information comprising one or more properties of the material of the material entity that is present in the implement; and in that the control unit is adapted to determine at least one of said one or more properties of the material by determining a digging force needed to dig into a source of material from which said material entity is taken. in that said loading operation information further comprises a material characteristic information comprising one or more properties of the material of the material entity that is present in the implement; and in that the control unit is adapted to determine at least one of said one or more properties of the material by determining a digging force needed to dig into a source of material from which said material entity is taken.
A composition comprising at least one unsaturated fluoroether having a formula selected from the group consisting of CF 3 (CF 2) x CF=CFCF (CF 2) y CF 3, CF 3 CF=CFCF (CF 2) x (CF 2) y CF 3, and mixtures thereof, wherein R can be either CH 3, C 2 H 5 or mixtures thereof, and wherein x and y are independently 0, 1, 2 or 3, and wherein x + y = 1, 2 or 3.
A haymaking machine for gathering cut fodder in longitudinal heaps, comprising: - a support frame provided with a front attachment for connection to an agricultural tractor, - an electric generator carried by the support frame and intended to be connected to a power take off of the tractor, - a tubular conveyor open at the bottom enclosing a gathering chamber elongated along a transverse axis, the tubular conveyor having a front edge, a rear edge, a first end and a second end, - an axial fan including an electric motor powered by said electric generator, the axial fan being fixed to said first end of said tubular conveyor and having a fan rotatable about an axis parallel to said transverse axis, to generate an air flow inside said tubular conveyor directed from said first end toward said second end, - a discharge element fixed to said second end of the tubular conveyor, having an inlet opening communicating with said gathering chamber and a rear mouth for the discharge in longitudinal heaps of the fodder conveyed by said air flow towards said second end, and - an electrically operated fodder lifting device, fixed to said rear edge of said tubular conveyor. - a support frame provided with a front attachment for connection to an agricultural tractor, - an electric generator carried by the support frame and intended to be connected to a power take off of the tractor, - a tubular conveyor open at the bottom enclosing a gathering chamber elongated along a transverse axis, the tubular conveyor having a front edge, a rear edge, a first end and a second end, - an axial fan including an electric motor powered by said electric generator, the axial fan being fixed to said first end of said tubular conveyor and having a fan rotatable about an axis parallel to said transverse axis, to generate an air flow inside said tubular conveyor directed from said first end toward said second end, - a discharge element fixed to said second end of the tubular conveyor, having an inlet opening communicating with said gathering chamber and a rear mouth for the discharge in longitudinal heaps of the fodder conveyed by said air flow towards said second end, and - an electrically operated fodder lifting device, fixed to said rear edge of said tubular conveyor.
A container (1, 101, 201, 301) for storing sterile water for supply to an endoscope, the container comprising: - a substantially rigid receptacle (6, 106, 206, 306) providing an internal volume for storing said water, the receptacle having opposing first and second end walls (20, 22, 222, 320, 322), in use said first end wall (20, 320) forming a base of the receptacle and said second end wall (22, 222, 322) forming a top of the receptacle such that a vertical axis of the receptacle extends substantially perpendicular to the first and second end walls; - a connector (4, 204, 331) having a first end (56, 256, 335); - a first port (8, 208, 308) for connection to an air line of an endoscope; - a second port (10, 210, 310) for connection to a water line of an endoscope, the first and second ports (8, 10, 208, 210, 308, 310) being provided in said first end of the connector (4, 204, 331); - a first fluid conduit (12, 212, 364) extending between the receptacle and the first port; and - a second fluid conduit (14, 214, 366) extending between the receptacle and the second port, characterized in that, in use, the first and second ports (8, 10, 208, 210, 308, 310) are located in a fixed position with respect to the receptacle (6, 106, 206, 306) such that the first end (56, 256, 335) of the connector (4, 204, 331) lies in the same vertical plane as the centre of gravity of the container when the receptacle is filled with water. - a substantially rigid receptacle (6, 106, 206, 306) providing an internal volume for storing said water, the receptacle having opposing first and second end walls (20, 22, 222, 320, 322), in use said first end wall (20, 320) forming a base of the receptacle and said second end wall (22, 222, 322) forming a top of the receptacle such that a vertical axis of the receptacle extends substantially perpendicular to the first and second end walls; - a connector (4, 204, 331) having a first end (56, 256, 335); - a first port (8, 208, 308) for connection to an air line of an endoscope; - a second port (10, 210, 310) for connection to a water line of an endoscope, the first and second ports (8, 10, 208, 210, 308, 310) being provided in said first end of the connector (4, 204, 331); - a first fluid conduit (12, 212, 364) extending between the receptacle and the first port; and - a second fluid conduit (14, 214, 366) extending between the receptacle and the second port,
Refrigeration appliance, particularly a household refrigeration appliance, in which at least one first and one second inner chamber (2, 3) are separated from one another by a thermally insulating wall in a thermally insulating housing, wherein the first inner chamber is divided into a storage compartment and an evaporator chamber and a passage in the thermally insulating wall connects the evaporator chamber to the second inner chamber, wherein at least one closure element (51, 56) for controlling the air exchange is housed, in said passage, between the evaporator chamber and the second inner chamber, wherein the first inner chamber and the second inner chamber in each case are defined by an internal container (5, 4), characterised in that in the passage a tubular housing extends between apertures of the internal containers (5, 4) through a thermally insulating layer of the wall, that the housing comprises two flanges (43, 44), which rest on one of the two inner containers (5, 4) in each case.
A method of analysis of a target image, comprising: defining a plurality of keypoints arranged in sets corresponding to polygons in the target image; registering the target image by mapping each set to a predetermined set of coordinates; accessing a database of registered and annotated images, and employing _a polygon-wise comparison between each polygon of the target image and each polygon of each database image; using said comparison for projecting annotated locations from said database images into the target image; wherein the target image is an image of the craniofacial complex of a subject, wherein said annotated locations correspond to cephalometric landmarks and wherein the method further comprises extracting cephalometric features from the target image based on said annotated locations, and assessing sleep disordered breathing or the likelihood of SDB of the subject, based, at least in part, on said cephalometric features. defining a plurality of keypoints arranged in sets corresponding to polygons in the target image; registering the target image by mapping each set to a predetermined set of coordinates; accessing a database of registered and annotated images, and employing _a polygon-wise comparison between each polygon of the target image and each polygon of each database image; using said comparison for projecting annotated locations from said database images into the target image; wherein the target image is an image of the craniofacial complex of a subject, wherein said annotated locations correspond to cephalometric landmarks and wherein the method further comprises extracting cephalometric features from the target image based on said annotated locations, and assessing sleep disordered breathing or the likelihood of SDB of the subject, based, at least in part, on said cephalometric features.
A method of regulating a temperature of a human body, comprising: providing an article of clothing including a textile, wherein the textile includes at least one porous layer including a polyolefin; and placing the article of clothing adjacent to the human body, wherein the porous layer has pores having an average pore size in a range of 50 nm to 1000 nm, wherein the porous layer has a transmittance of infrared radiation at a wavelength of 9.5 μm of at least 40%. providing an article of clothing including a textile, wherein the textile includes at least one porous layer including a polyolefin; and placing the article of clothing adjacent to the human body, wherein the porous layer has pores having an average pore size in a range of 50 nm to 1000 nm, wherein the porous layer has a transmittance of infrared radiation at a wavelength of 9.5 μm of at least 40%.
An electronic locking cylinder comprising: a locking cylinder housing; a shaft which is arranged at least partially within the locking cylinder housing rotatably about a longitudinal axis of the locking cylinder housing; a lock bit which is arranged rotatably to the longitudinal axis and firmly connected to a lock bit coupling member which is arranged rotatably about the longitudinal axis within the locking cylinder body, wherein the lock bit coupling member comprises a conical portion which is arranged adjacent to an end of the shaft and a gap or a V-groove is formed between the conical portion and the end; and a sealing which is located in the gap. a locking cylinder housing; a shaft which is arranged at least partially within the locking cylinder housing rotatably about a longitudinal axis of the locking cylinder housing; a lock bit which is arranged rotatably to the longitudinal axis and firmly connected to a lock bit coupling member which is arranged rotatably about the longitudinal axis within the locking cylinder body, wherein the lock bit coupling member comprises a conical portion which is arranged adjacent to an end of the shaft and a gap or a V-groove is formed between the conical portion and the end; and a sealing which is located in the gap.
A method for making a molding which consists of a dental alloy and can be worked by removing material to produce dental parts, wherein a dental alloy powder is dense-sintered by hot-isostatic pressing, characterized in that the dental alloy powder is produced from a melt of a dental alloy by means of atomizing.
A wastewater treatment method, comprising: feeding wastewater through a first separator to an input of a processor, and separating, at the first separator, the wastewater into heavy solids and a solid-liquid mixture; processing, at the processor, the solid-liquid mixture from the first separator by a biological treatment process, to output mixed liquor (4C, 4D); and either processing, at a second separator, the mixed liquor output from the processor to produce clarified wastewater and an underflow, or producing relatively pure water by means of a membrane module included in the processor; characterised in that the method also comprises: feeding the mixed liquor from the processor or the underflow from the second separator to an input of a gravimetric selector which comprises a cyclone, a hydrocyclone or a centrifuge; selecting, at the gravimetric selector, solids that have superior settling characteristics by exhibiting a sludge volume index of less than 120 mL/gm; outputting a recycle stream at a first output of the gravimetric selector, wherein the recycle stream comprises the selected solids; outputting a waste stream at a second output of the gravimetric selector, and supplying the waste stream from the second output of the gravimetric selector to solids handling, where solids handling includes at least one of thickening, stabilizing, conditioning, and dewatering; and supplying the recycle stream from the first output of the gravimetric selector to the processor. feeding wastewater through a first separator to an input of a processor, and separating, at the first separator, the wastewater into heavy solids and a solid-liquid mixture; processing, at the processor, the solid-liquid mixture from the first separator by a biological treatment process, to output mixed liquor (4C, 4D); and either processing, at a second separator, the mixed liquor output from the processor to produce clarified wastewater and an underflow, or producing relatively pure water by means of a membrane module included in the processor; feeding the mixed liquor from the processor or the underflow from the second separator to an input of a gravimetric selector which comprises a cyclone, a hydrocyclone or a centrifuge; selecting, at the gravimetric selector, solids that have superior settling characteristics by exhibiting a sludge volume index of less than 120 mL/gm; outputting a recycle stream at a first output of the gravimetric selector, wherein the recycle stream comprises the selected solids; outputting a waste stream at a second output of the gravimetric selector, and supplying the waste stream from the second output of the gravimetric selector to solids handling, where solids handling includes at least one of thickening, stabilizing, conditioning, and dewatering; and supplying the recycle stream from the first output of the gravimetric selector to the processor.
An entity of a mobile network, implemented as a serving radio access network entity, configured to: - support data sharing with at least one other mobile network entity, via a database referred to as shared data layer, said database referred to as shared data layer allowing data storage and access to the stored data by network entities sharing said shared data layer, said data including data related to user location change reporting, said at least one other mobile network entity including at least: an entity referred to as serving core network entity, such as core control function, and an entity referred to as application entity, such as policy controller or application programming interface exposure function, characterized in that said entity of said mobile network is configured to - receive, from the shared data layer, a notification that the application entity subscribes to be notified about user location changes, and to - send to the shared data layer a notification about user location change. - support data sharing with at least one other mobile network entity, via a database referred to as shared data layer, said database referred to as shared data layer allowing data storage and access to the stored data by network entities sharing said shared data layer, said data including data related to user location change reporting, said at least one other mobile network entity including at least: an entity referred to as serving core network entity, such as core control function, and an entity referred to as application entity, such as policy controller or application programming interface exposure function, characterized in that said entity of said mobile network is configured to - receive, from the shared data layer, a notification that the application entity subscribes to be notified about user location changes, and to - send to the shared data layer a notification about user location change.
A layered-substrate comprising: an amorphous substrate comprising glass and comprising an outwardly-facing surface; a layer disposed on the outwardly-facing surface, the layer comprising AlOxNy; and an additional layer disposed on the layer or between the layer and the substrate, the additional layer comprising one of SiO 2 and Al 2 O 3, wherein the layered-substrate exhibits a hardness of at least 12 GPa, as measured by the Berkovich Indenter Hardness Test, along an indentation depth of 100 nm or greater, wherein the glass is chemically strengthened and comprises a compressive stress layer with a CS of at least 250 MPa extending within the chemically strengthened glass from a surface of the chemically strengthened glass to a depth of layer of ≥ 75 μm. an amorphous substrate comprising glass and comprising an outwardly-facing surface; a layer disposed on the outwardly-facing surface, the layer comprising AlOxNy; and an additional layer disposed on the layer or between the layer and the substrate, the additional layer comprising one of SiO 2 and Al 2 O 3, wherein the layered-substrate exhibits a hardness of at least 12 GPa, as measured by the Berkovich Indenter Hardness Test, along an indentation depth of 100 nm or greater, wherein the glass is chemically strengthened and comprises a compressive stress layer with a CS of at least 250 MPa extending within the chemically strengthened glass from a surface of the chemically strengthened glass to a depth of layer of ≥ 75 μm.
A busbar comprising: - a plurality of busbar conductors; - an outer enclosure containing said plurality of busbar conductors, - clamping means extending through said enclosure for holding said plurality of busbar conductors within said enclosure, - a U-shaped heat dissipation element, comprising a base and two side wings projecting from said base, wherein said clamping means comprise a through element, extending through said heat dissipation element and said enclosure, and an end element attached at one end of said through element to fix said heat dissipation element to said enclosure, characterized in that it comprises: - a spacer element located inside said enclosure to define an upper cavity and a lower cavity of said enclosure, and in that - said heat dissipation element is fixed outside said enclosure by said clamping means such that said base contacts said enclosure and said two side wings extend away from said enclosure, - said base of said heat dissipation element is located between said end element and said enclosure, - said plurality of busbar connectors comprises a plurality of first conductors housed in said upper cavity and a plurality of second conductors housed in said lower cavity, - said through element extends through said spacer element. - a plurality of busbar conductors; - an outer enclosure containing said plurality of busbar conductors, - clamping means extending through said enclosure for holding said plurality of busbar conductors within said enclosure, - a U-shaped heat dissipation element, comprising a base and two side wings projecting from said base, - a spacer element located inside said enclosure to define an upper cavity and a lower cavity of said enclosure, and in that - said heat dissipation element is fixed outside said enclosure by said clamping means such that said base contacts said enclosure and said two side wings extend away from said enclosure, - said base of said heat dissipation element is located between said end element and said enclosure, - said plurality of busbar connectors comprises a plurality of first conductors housed in said upper cavity and a plurality of second conductors housed in said lower cavity, - said through element extends through said spacer element.
Pulverized coal for iron making, which comprises, based on 100 parts by weight of coal powder, 76 parts by weight or less of dried and crushed cow manure having a water content of 20% or less.