mhurhangee/patent-ind-claim-en huggingface dataset:
A switch assembly comprising: an inner bracket ; an outer bracket enclosing said inner bracket; a switch mounted within said inner bracket , said switch including a first and a second contact moveable with respect to each other and corresponding to a closed state and an open state; characterized in that the switch assembly further comprises: an illumination ring secured between said inner bracket and said outer bracket with said illumination ring completely surrounding a perimeter of said switch, wherein said switch is pivotable between at least two operating positions with respect to said inner bracket , said outer bracket and said illumination ring ; at least two Light Emitting Diodes LEDs positioned in the vicinity of said illumination ring ; wherein said at least two LEDs being configured to illuminate only a portion of the illumination ring ; said at least two LEDs emitting light that diffuses through said illumination ring and indicating which of the at least two operating positions the switch is in, based upon which portion of the illumination ring is illuminated. an inner bracket ; an outer bracket enclosing said inner bracket; a switch mounted within said inner bracket , said switch including a first and a second contact moveable with respect to each other and corresponding to a closed state and an open state; characterized in that the switch assembly further comprises: an illumination ring secured between said inner bracket and said outer bracket with said illumination ring completely surrounding a perimeter of said switch, wherein said switch is pivotable between at least two operating positions with respect to said inner bracket , said outer bracket and said illumination ring ; at least two Light Emitting Diodes LEDs positioned in the vicinity of said illumination ring ; wherein said at least two LEDs being configured to illuminate only a portion of the illumination ring ; said at least two LEDs emitting light that diffuses through said illumination ring and indicating which of the at least two operating positions the switch is in, based upon which portion of the illumination ring is illuminated. an illumination ring secured between said inner bracket and said outer bracket with said illumination ring completely surrounding a perimeter of said switch, wherein said switch is pivotable between at least two operating positions with respect to said inner bracket , said outer bracket and said illumination ring ; at least two Light Emitting Diodes LEDs positioned in the vicinity of said illumination ring ; wherein said at least two LEDs being configured to illuminate only a portion of the illumination ring ; said at least two LEDs emitting light that diffuses through said illumination ring and indicating which of the at least two operating positions the switch is in, based upon which portion of the illumination ring is illuminated.
Vessel for operating on a body of water comprising: - a hull , designed for non-planing operation on the water body, during operation displaying a waterline and having a forward direction in a horizontal plane with a forward portion, an aft portion , and a central portion, the hull being configured to have the aft portion with a smaller water displacement relative to a water displacement of the central portion; and - an aft, primary foil affixed to the aft hull portion with one or more connecting members , configured to be below the waterline during operation, and spaced from the hull, the aft foil having a span (b af ), a chord (c af ), a profile, a leading edge and a trailing edge relative to the forward direction, providing the aft foil with a configuration suitable for generating a lift force (L af ) having a forwardly-directed thrust component, characterized by - adjustment means connected to the aft foil, wherein the adjustment means are arranged for rotating the aft foil around a center of pressure, at or near a quarter-chord location of the aft foil, and configured for adjusting an angle of incidence (β c, af ) of the chord of the aft foil to an estimated or measured angle of incidence (β if ) of an incoming flow upstream of the aft foil, below the hull, to obtain the highest possible thrust from the aft foil. - a hull , designed for non-planing operation on the water body, during operation displaying a waterline and having a forward direction in a horizontal plane with a forward portion, an aft portion , and a central portion, the hull being configured to have the aft portion with a smaller water displacement relative to a water displacement of the central portion; and - an aft, primary foil affixed to the aft hull portion with one or more connecting members , configured to be below the waterline during operation, and spaced from the hull, the aft foil having a span (b af ), a chord (c af ), a profile, a leading edge and a trailing edge relative to the forward direction, providing the aft foil with a configuration suitable for generating a lift force (L af ) having a forwardly-directed thrust component, characterized by - adjustment means connected to the aft foil, wherein the adjustment means are arranged for rotating the aft foil around a center of pressure, at or near a quarter-chord location of the aft foil, and configured for adjusting an angle of incidence (β c, af ) of the chord of the aft foil to an estimated or measured angle of incidence (β if ) of an incoming flow upstream of the aft foil, below the hull, to obtain the highest possible thrust from the aft foil.
An uplink data transmission method, comprising: sending, by a terminal device to a network device, information used to request a grant-free transmission resource; wherein the sending, by a terminal device to a network device, information used to request a grant-free transmission resource comprises: sending, by the terminal device, a first random access preamble sequence, to request the grant-free transmission resource from the network device, wherein the first random access preamble sequence belongs to a first random access preamble sequence group, which is used to request a grant-free transmission resource and comprises at least one random access preamble sequence; receiving, by the terminal device, resource indication information sent by the network device, wherein the resource indication information is used to indicate a grant-free transmission resource that is allocated by the network device to the terminal device according to the information used to request the grant-free transmission resource; and determining, by the terminal device according to the resource indication information, the transmission resource used for performing grant-free transmission. sending, by a terminal device to a network device, information used to request a grant-free transmission resource; wherein the sending, by a terminal device to a network device, information used to request a grant-free transmission resource comprises: sending, by the terminal device, a first random access preamble sequence, to request the grant-free transmission resource from the network device, wherein the first random access preamble sequence belongs to a first random access preamble sequence group, which is used to request a grant-free transmission resource and comprises at least one random access preamble sequence; receiving, by the terminal device, resource indication information sent by the network device, wherein the resource indication information is used to indicate a grant-free transmission resource that is allocated by the network device to the terminal device according to the information used to request the grant-free transmission resource; and determining, by the terminal device according to the resource indication information, the transmission resource used for performing grant-free transmission. sending, by the terminal device, a first random access preamble sequence, to request the grant-free transmission resource from the network device, wherein the first random access preamble sequence belongs to a first random access preamble sequence group, which is used to request a grant-free transmission resource and comprises at least one random access preamble sequence; receiving, by the terminal device, resource indication information sent by the network device, wherein the resource indication information is used to indicate a grant-free transmission resource that is allocated by the network device to the terminal device according to the information used to request the grant-free transmission resource; and determining, by the terminal device according to the resource indication information, the transmission resource used for performing grant-free transmission.
A container suitable for containing a frozen confection, the container comprising: - a receptacle comprising a product outlet through which the frozen confection can be dispensed and wherein the outlet is closed by a self-closing valve ; - a flexible bag for containing the frozen confection and located inside the receptacle ; and - a propellant inlet through which pressurized gas can be introduced to a region inside the receptacle and outside of the bag to urge the frozen confection towards the product outlet ; wherein the self-closing valve is a slit valve made from a resilient material having a Shore hardness of 35 to 45 as determined on the A scale. - a receptacle comprising a product outlet through which the frozen confection can be dispensed and wherein the outlet is closed by a self-closing valve ; - a flexible bag for containing the frozen confection and located inside the receptacle ; and - a propellant inlet through which pressurized gas can be introduced to a region inside the receptacle and outside of the bag to urge the frozen confection towards the product outlet ; wherein the self-closing valve is a slit valve made from a resilient material having a Shore hardness of 35 to 45 as determined on the A scale.
A radio communication device comprising: - a microcontroller connected to a radio frequency circuit by one or more control interfaces and arranged to control the radio frequency circuit to transmit a radio signal with a number of symbols and a symbol frequency; - a time frequency reference of lower precision arranged to be a reference to the microcontroller for time measurements, such as time reference for a real time clock; and - a radio frequency reference of higher precision connected to the radio frequency circuit and arranged to be frequency reference for generation of at least the symbol frequency of the radio signal; where the microcontroller is arranged to determine and compensate for a frequency error of the lower precision time frequency reference relative to the radio frequency reference based on: a timing signal generated by the radio frequency circuit and associated to a transmission duration of the radio signal, the number of symbols, and the symbol frequency controlled by the higher precision radio frequency reference. - a microcontroller connected to a radio frequency circuit by one or more control interfaces and arranged to control the radio frequency circuit to transmit a radio signal with a number of symbols and a symbol frequency; - a time frequency reference of lower precision arranged to be a reference to the microcontroller for time measurements, such as time reference for a real time clock; and - a radio frequency reference of higher precision connected to the radio frequency circuit and arranged to be frequency reference for generation of at least the symbol frequency of the radio signal;
An engine comprising: a blade ; a casing surrounding said blade ; a seal ring ; and a passive system for connecting said seal ring to said casing and for accommodating thermal expansion of said seal ring relative to said casing so as to maintain blade tip clearance control; characterised in that : said passive system comprises at least one non-corrugated, solid Z-band extending between said casing and said seal ring , said solid Z-band having an annular configuration and extending about an entire inner wall of the casing . a blade ; a casing surrounding said blade ; a seal ring ; and a passive system for connecting said seal ring to said casing and for accommodating thermal expansion of said seal ring relative to said casing so as to maintain blade tip clearance control; characterised in that : said passive system comprises at least one non-corrugated, solid Z-band extending between said casing and said seal ring , said solid Z-band having an annular configuration and extending about an entire inner wall of the casing .
A refrigerated transportation cargo container comprising: a transportation cargo container ; a refrigeration unit disposed at an end of the transportation cargo container to provide a flow of supply air for the transportation cargo container , the refrigeration unit including: a compressor ; an engine operably connected to the compressor to drive the compressor ; an engine air intake to intake engine air from outside the cargo container ; and an air channel extending from the engine air intake past an evaporator of the refrigeration unit to the engine , wherein the air channel is located between an inner panel and a front wall of the cargo container , the inner panel being secured to the front wall of the cargo container ; characterised in that the engine air intake is at a top wall of the cargo container , and in that the evaporator is located between the inner panel and the front wall of the cargo container . a transportation cargo container ; a refrigeration unit disposed at an end of the transportation cargo container to provide a flow of supply air for the transportation cargo container , the refrigeration unit including: a compressor ; an engine operably connected to the compressor to drive the compressor ; an engine air intake to intake engine air from outside the cargo container ; and an air channel extending from the engine air intake past an evaporator of the refrigeration unit to the engine , wherein the air channel is located between an inner panel and a front wall of the cargo container , the inner panel being secured to the front wall of the cargo container ; characterised in that the engine air intake is at a top wall of the cargo container , and in that the evaporator is located between the inner panel and the front wall of the cargo container . a compressor ; an engine operably connected to the compressor to drive the compressor ; an engine air intake to intake engine air from outside the cargo container ; and an air channel extending from the engine air intake past an evaporator of the refrigeration unit to the engine , wherein the air channel is located between an inner panel and a front wall of the cargo container , the inner panel being secured to the front wall of the cargo container ; characterised in that the engine air intake is at a top wall of the cargo container , and in that the evaporator is located between the inner panel and the front wall of the cargo container .
Member for a drug delivery device comprising a main body , an interaction section and a resilient section , wherein the resilient section connects the main body and the interaction section , wherein the interaction section comprises a clicker feature which comprises or constitutes teeth, characterised in that the main body is unitarily formed with the resilient section and the interaction section , and wherein the member comprises in the resilient section , cut-outs to provide the resilience to the resilient section , and wherein the member further comprises at least one protrusion protruding into at least one cut-out , the protrusion being arranged to limit the resilient movement of the resilient section .
A wing-shaped sail, with an aerodynamic profile comprising, between its leading edge and its trailing edge, at least one closed flexible envelope, including between its front end on the leading edge side and its rear end on the trailing edge side, a first lateral wall and a second lateral wall , said lateral walls being separated from one another on either side of the chord of said profile and arranging an inner space between them able to be inflated to form a rigid profile, characterized in that the inner space of the envelope is equipped with rows of wires , extending from its front end on the leading edge side to its rear end on the trailing edge side and alternately maintained on the inner face of the first lateral wall and the inner face of the second lateral wall of the envelope by fastening means by adhesion or welding, said adhered or welded wires ensuring the maximal separation between the two lateral walls of the envelope in the inflated state, each row of wires being positioned in a serrated arrangement, in the form of slots whose apices correspond to the adhesion or welding zones on the inner faces of the lateral walls of the envelope, the means for adhesion or welding of the wires on the inner faces of the first lateral wall and the second lateral wall of the envelope being maintaining strips positioned transversely to said wires on the inner faces of said lateral walls, ensuring the maintenance of wire segments and defining a "serrated" arrangement of each row of wires .
In vitro use of chromogranin A (CgA) as a prognostic marker for bladder cancer, wherein the bladder cancer is non-neuroendocrine bladder cancer.
A heating film comprising: a transparent substrate ; a coating layer provided on the transparent substrate and having a refractive index of 1.450 to 1.485; a metal foil pattern provided on the coating layer; wherein the coating layer comprises polyvinyl butyral (PVB); characterized in that the heating film further comprises a protective layer on the coating layer and the metal foil pattern, that the protective layer comprises polyvinyl butyral (PVB); that the transparent substrate comprises an attachment enhancement layer having a thickness of 1 nm to 5 nm on one surface or both surfaces of the transparent substrate, that the attachment enhancement layer comprises niobium oxide; and that a ten-point average roughness (Rz) of a surface of the metal foil pattern, which is brought into contact with the coating layer, is more than 0.9 μm. a transparent substrate ; a coating layer provided on the transparent substrate and having a refractive index of 1.450 to 1.485; a metal foil pattern provided on the coating layer; wherein the coating layer comprises polyvinyl butyral (PVB); characterized in that the heating film further comprises a protective layer on the coating layer and the metal foil pattern, that the protective layer comprises polyvinyl butyral (PVB); that the transparent substrate comprises an attachment enhancement layer having a thickness of 1 nm to 5 nm on one surface or both surfaces of the transparent substrate, that the attachment enhancement layer comprises niobium oxide; and that a ten-point average roughness (Rz) of a surface of the metal foil pattern, which is brought into contact with the coating layer, is more than 0.9 μm.
A computer program product comprising instructions which, when executed by a computer, cause the computer to: receive a write request containing write data; store the write data in a data cache; apply a page fit process to the write data, wherein the page fit process determines a best fit for the compressed data in the compressed page based on a data set in the data cache, wherein the data set includes the write data of the write request; cause the generation of a virtual page table entry in a virtual page table for the processed write data, wherein the virtual page table entry includes a compression index and a page address, and wherein the compression index refers to a particular virtual page within a compressed page; perform an inline compression of the processed write data to compress and store the processed write data in a compressed page at a location associated with the compression index, wherein the compressed page includes a compression metadata having a reference count, a compressed page offset, and a virtual page address; receive a read-modify-write request to modify the write data and re-write modified write data; store the modified write data in the data cache; apply a page re-fit process to the modified write data to determine whether the modified write data will fit in the compressed page at the location associated with the compression index; and based on a determination that the modified write data will fit, perform an inline compression of the modified write data to compress and store the modified write data in the compressed page at the location associated with the compression index. receive a write request containing write data; store the write data in a data cache; apply a page fit process to the write data, wherein the page fit process determines a best fit for the compressed data in the compressed page based on a data set in the data cache, wherein the data set includes the write data of the write request; cause the generation of a virtual page table entry in a virtual page table for the processed write data, wherein the virtual page table entry includes a compression index and a page address, and wherein the compression index refers to a particular virtual page within a compressed page; perform an inline compression of the processed write data to compress and store the processed write data in a compressed page at a location associated with the compression index, wherein the compressed page includes a compression metadata having a reference count, a compressed page offset, and a virtual page address; receive a read-modify-write request to modify the write data and re-write modified write data; store the modified write data in the data cache; apply a page re-fit process to the modified write data to determine whether the modified write data will fit in the compressed page at the location associated with the compression index; and based on a determination that the modified write data will fit, perform an inline compression of the modified write data to compress and store the modified write data in the compressed page at the location associated with the compression index.