mhurhangee/patent-ind-claim-en huggingface dataset:
Tank for liquid, in particular of a turbomachine such as an aircraft turbojet engine, the tank comprising an external wall with an internal surface and an external surface ; an inner chamber for containing the liquid from the tank and delimited by the inner surface of the outer wall ; a liquid level measurement system ; characterized in that the measurement system comprises: - a submersible portion along the internal surface of the external wall ; - a clearance separating the submersible portion from the internal surface ; and - a detector of liquid configured to emit a signal towards the submersible portion through the clearance , said signal being configured to be modified in the event of the presence of liquid in the clearance . - a submersible portion along the internal surface of the external wall ; - a clearance separating the submersible portion from the internal surface ; and - a detector of liquid configured to emit a signal towards the submersible portion through the clearance , said signal being configured to be modified in the event of the presence of liquid in the clearance .
An apparatus for applying a mixture of a first compound and a second compound, the apparatus comprising: a first extruder for processing a first compound (A); and a second extruder for processing a second compound (B); wherein the outlet from the first extruder is in fluid communication with a first channel of a housing, and the outlet from the second extruder is in fluid communication with a second channel of the housing; wherein a gear pump is positioned in each channel as a first and second gear pump respectively; wherein a nozzle is in fluid communication with an outlet of the first channel and an outlet of the second channel; characterized in that the first and second gear pumps are housed in said housing as a single housing ; and in that the apparatus is mounted upon a translatable support bar which is mounted to an upper end of a support frame , the translatable support bar being configured to translate fore and aft in relation to a tire building machine . a first extruder for processing a first compound (A); and a second extruder for processing a second compound (B); wherein the outlet from the first extruder is in fluid communication with a first channel of a housing, and the outlet from the second extruder is in fluid communication with a second channel of the housing; wherein a gear pump is positioned in each channel as a first and second gear pump respectively; wherein a nozzle is in fluid communication with an outlet of the first channel and an outlet of the second channel; characterized in that the first and second gear pumps are housed in said housing as a single housing ; and in that the apparatus is mounted upon a translatable support bar which is mounted to an upper end of a support frame , the translatable support bar being configured to translate fore and aft in relation to a tire building machine .
A display device comprising: a display module including a display panel facing forward in a first direction (Z); and a supporter magnetically coupled with the display module and supporting the display module , wherein the display module further includes: a rotating magnet that is rotatable about a first rotation axis (X1) extending in a second direction (D1, D2) perpendicular to the first direction (Z), and is engageable with an external magnet via magnetic force to cause the rotating magnet to rotate about the first rotation axis (X1), and a worm gear configured to transmit rotational force of the rotating magnet to an adjustment member , wherein the adjustment member is configured, in response to the rotation of the rotating magnet , to translate in the first direction (Z) to pull the supporter in the first direction (Z) or translate in a third direction (Z') opposite to the first direction (Z) to push the supporter in the third direction (Z') to adjust a distance between the display module and the supporter , and wherein the adjustment member is configured to adjust a level of the display panel in the first direction (Z). a display module including a display panel facing forward in a first direction (Z); and a supporter magnetically coupled with the display module and supporting the display module , wherein the display module further includes: a rotating magnet that is rotatable about a first rotation axis (X1) extending in a second direction (D1, D2) perpendicular to the first direction (Z), and is engageable with an external magnet via magnetic force to cause the rotating magnet to rotate about the first rotation axis (X1), and a worm gear configured to transmit rotational force of the rotating magnet to an adjustment member , wherein the adjustment member is configured, in response to the rotation of the rotating magnet , to translate in the first direction (Z) to pull the supporter in the first direction (Z) or translate in a third direction (Z') opposite to the first direction (Z) to push the supporter in the third direction (Z') to adjust a distance between the display module and the supporter , and wherein the adjustment member is configured to adjust a level of the display panel in the first direction (Z). a rotating magnet that is rotatable about a first rotation axis (X1) extending in a second direction (D1, D2) perpendicular to the first direction (Z), and is engageable with an external magnet via magnetic force to cause the rotating magnet to rotate about the first rotation axis (X1), and a worm gear configured to transmit rotational force of the rotating magnet to an adjustment member , wherein the adjustment member is configured, in response to the rotation of the rotating magnet , to translate in the first direction (Z) to pull the supporter in the first direction (Z) or translate in a third direction (Z') opposite to the first direction (Z) to push the supporter in the third direction (Z') to adjust a distance between the display module and the supporter , and wherein the adjustment member is configured to adjust a level of the display panel in the first direction (Z).
An operating method performed by a macro terminal in a wireless communication system having a hierarchical cell structure, the method comprising: setting a measurement reporting configuration for a blanking trigger per measurement identifier allocated by a macro base station; measuring a receive signal strength of a neighbor base station; comparing the measured receive signal strength value with a reference receive signal strength value of the measurement reporting configuration for the blanking trigger; and according to a comparison result, transmitting to the macro base station, a measurement report message comprising a measurement identifier corresponding to the measurement reporting configuration for the blanking trigger of a pico base station. setting a measurement reporting configuration for a blanking trigger per measurement identifier allocated by a macro base station; measuring a receive signal strength of a neighbor base station; comparing the measured receive signal strength value with a reference receive signal strength value of the measurement reporting configuration for the blanking trigger; and according to a comparison result, transmitting to the macro base station, a measurement report message comprising a measurement identifier corresponding to the measurement reporting configuration for the blanking trigger of a pico base station.
A method comprising: ascertaining , at a device , a first additional maximum power reduction to apply to a transmission power for a first resource block of a physical uplink control channel transmission; ascertaining a second additional maximum power reduction to apply to a transmission power for a second resource block of the physical uplink control channel transmission; characterised by : determining a difference between the first additional maximum power reduction and the second additional maximum power reduction; and transmitting a physical uplink control channel resource block only in a slot of a subframe for the physical uplink control channel resource block of the first and second resource blocks with a lower additional maximum power reduction of the first additional maximum power reduction and the second additional maximum power reduction when a magnitude of the difference between the first additional maximum power reduction and the second additional maximum power reduction is greater than an additional maximum power reduction difference threshold. ascertaining , at a device , a first additional maximum power reduction to apply to a transmission power for a first resource block of a physical uplink control channel transmission; ascertaining a second additional maximum power reduction to apply to a transmission power for a second resource block of the physical uplink control channel transmission; determining a difference between the first additional maximum power reduction and the second additional maximum power reduction; and transmitting a physical uplink control channel resource block only in a slot of a subframe for the physical uplink control channel resource block of the first and second resource blocks with a lower additional maximum power reduction of the first additional maximum power reduction and the second additional maximum power reduction when a magnitude of the difference between the first additional maximum power reduction and the second additional maximum power reduction is greater than an additional maximum power reduction difference threshold.
An assembly comprising a portable display including a flat display area and a curved display area and a glass protective film for covering a curved surface which protects display areas of said portable display , the glass protective film comprising: a glass film member including a glass layer (lllA, 111B, 111C) including a flat area portion and a curved area portion, the curved area portion including a curved surface extended from the edge of the flat area portion; and a first adhesive layer which is formed by spreading and curing an adhesive composition having fluidity between the entire area of the lower surface of the glass film member and the display area of the portable display and adheres the entire area of the lower surface of the glass film member to the display area of the portable display, characterized in that the glass protective film further includes a water-repellent/oil-repellent pattern preventing the adhesive composition from being leaked to the outside of the glass film member , which pattern is formed along the edge of the glass film member and made of a polymer material having both water repellency and oil repellency. a glass film member including a glass layer (lllA, 111B, 111C) including a flat area portion and a curved area portion, the curved area portion including a curved surface extended from the edge of the flat area portion; and a first adhesive layer which is formed by spreading and curing an adhesive composition having fluidity between the entire area of the lower surface of the glass film member and the display area of the portable display and adheres the entire area of the lower surface of the glass film member to the display area of the portable display, characterized in that the glass protective film further includes a water-repellent/oil-repellent pattern preventing the adhesive composition from being leaked to the outside of the glass film member , which pattern is formed along the edge of the glass film member and made of a polymer material having both water repellency and oil repellency.
A processor comprising: a virtual linebuffer comprising a sliding buffer and a full-size buffer, wherein the sliding buffer has a height SH and a width SW, wherein the full-size buffer has a height FH and a width FW, wherein FW is greater than SW, and SH is greater than FH, and wherein the virtual linebuffer is configured to: store a first portion of a first slice of a first slice row in the full-size buffer, store a second portion of the first slice in the sliding buffer, and move data within the first slice including overwriting the first portion of the first slice in the full-size buffer with FH lines of the second portion of the first slice in the sliding buffer at a location in the full-size buffer where the first portion was stored after the first slice has been read; and image processing logic configured to perform a kernel function on each of multiple partially overlapping stencils of a slice of pixels using the first portion from the full-size buffer and the second portion from the sliding buffer, each stencil being a two-dimensional region of image data, and each slice of pixels being a portion of a slice row. a virtual linebuffer comprising a sliding buffer and a full-size buffer, wherein the sliding buffer has a height SH and a width SW, wherein the full-size buffer has a height FH and a width FW, wherein FW is greater than SW, and SH is greater than FH, and wherein the virtual linebuffer is configured to: store a first portion of a first slice of a first slice row in the full-size buffer, store a second portion of the first slice in the sliding buffer, and move data within the first slice including overwriting the first portion of the first slice in the full-size buffer with FH lines of the second portion of the first slice in the sliding buffer at a location in the full-size buffer where the first portion was stored after the first slice has been read; and store a first portion of a first slice of a first slice row in the full-size buffer, store a second portion of the first slice in the sliding buffer, and move data within the first slice including overwriting the first portion of the first slice in the full-size buffer with FH lines of the second portion of the first slice in the sliding buffer at a location in the full-size buffer where the first portion was stored after the first slice has been read; and image processing logic configured to perform a kernel function on each of multiple partially overlapping stencils of a slice of pixels using the first portion from the full-size buffer and the second portion from the sliding buffer, each stencil being a two-dimensional region of image data, and each slice of pixels being a portion of a slice row.
A cover member for a surgical staple cartridge including a cartridge body with a deck that includes a longitudinal slot and a plurality of fastener cavity openings in the deck wherein surgical fasteners are operably supported therein, the surgical staple cartridge further including a wedge sled selectively movable from a starting position longitudinally through the cartridge body upon application of a firing motion thereto, said cover member comprising: a top portion configured to be received on the deck; and means for locating the top portion on the deck in a covering position such that the top portion covers all of the fastener openings in the deck; characterised by said cover member further comprising: means for removably fastening the cover member to the cartridge body in the covering position; and means for retainingly engaging the wedge sled such that the wedge sled is retained in the starting position when the top portion is in the covering position, wherein said means for removably fastening the cover member to the cartridge body comprises a pair of attachment arms protruding from said top portion for releasably engaging corresponding sides of the cartridge body. a top portion configured to be received on the deck; and means for locating the top portion on the deck in a covering position such that the top portion covers all of the fastener openings in the deck; characterised by said cover member further comprising: means for removably fastening the cover member to the cartridge body in the covering position; and means for retainingly engaging the wedge sled such that the wedge sled is retained in the starting position when the top portion is in the covering position, means for removably fastening the cover member to the cartridge body in the covering position; and means for retainingly engaging the wedge sled such that the wedge sled is retained in the starting position when the top portion is in the covering position,
A method for performing a cryptography function on an electronic device, the method comprising: executing an application on the electronic device; requesting, by the application, for a security library to execute the cryptography function; selecting a security library corresponding to the application from one or more security libraries by using a mapping of the one or more security libraries installed on the electronic device to one or more applications installed on the electronic device, wherein the mapping will expire at a certain date; loading the selected security library in a secured operation environment of the electronic device which is isolated from an environment in which the application is operating on the electronic device; communicating, by the application, with the selected security library in the secured operation environment; performing the cryptography function using the selected security library. executing an application on the electronic device; requesting, by the application, for a security library to execute the cryptography function; selecting a security library corresponding to the application from one or more security libraries by using a mapping of the one or more security libraries installed on the electronic device to one or more applications installed on the electronic device, wherein the mapping will expire at a certain date; loading the selected security library in a secured operation environment of the electronic device which is isolated from an environment in which the application is operating on the electronic device; communicating, by the application, with the selected security library in the secured operation environment; performing the cryptography function using the selected security library.
Method for photographically mapping an object, the photographic mapping of the object taking place during its transport at a fixed position by means of a line camera in a sequence of recording periods (TA) that each include at least one image line; the line camera being switched on within each recording period (TA) by a control unit for a duration (T1) of a defined on-time (EZ); each image line photographically mapping a respective strip-shaped portion of the object extending transversely to the transport direction of the object; each strip-shaped portion of the object to be photographically mapped being exposed for an exposure time by an exposure device, which extends transversely to the transport direction of the object, is controlled by the control unit and is located on the same side of the printing substrate as the line camera; each strip-shaped portion of the object to be photographically mapped being exposed, within the recording period (TA) photographically mapping the portion, during the duration (T1) of the on-time (EZ) of the line camera to white light or to UV light or to IR light; a print image that is applied onto a printing substrate in a printing press being used as the object; the photographic recording of the print image taking place while the printing substrate is being transported through the printing press; the print image, in addition to at least one image element that is printed with a printing ink visible to the human eye, including at least one further image element; this further image element being printed by means of a UV-reactive printing ink or by means of an IR-reactive printing ink, and/or the print image including at least one UV-reactive security feature or one IR-reactive security feature, characterized in that the exposure device is exposed for an exposure time that is dependent on the duration (T1) of the on-time (EZ) of the line camera; each strip-shaped portion of the object to be photographically mapped being exposed, within the recording period (TA) photographically mapping the portion, during the duration (T1) of the on-time (EZ) of the line camera asynchronously for the duration (T2) of a first exposure time (WS) to white light and for the duration (T3) of a second exposure time (UV) either to UV light or to IR light; each strip-shaped portion of the print image to be photographically mapped being alternately exposed by the exposure device, within the recording period (TA) photographically mapping the portion, to white light and either to UV light or to IR light during the duration (T1) of the on-time (EZ) of the line camera; and each strip-shaped portion of the print image to be photographically mapped being in each case exposed, within the recording period (TA) photographically mapping the portion, during the duration (T1) of the on-time (EZ) of the line camera for the duration (T3) of the second exposure time (UV) in each case to UV light, in the case of a UV-reactive image element or a UV-reactive security feature, or in each case to IR light, in the case of an IR-reactive image element or an IR-reactive security feature.
A composition comprising at least one dual acting polymer bound to glycerol and able to bind to at least one pro-inflammatory compound, for topical use in the prevention or the treatment of topical inflammatory disease and of the cytokine release syndrome, in a subject in need thereof.
A kit comprising: an isolated internal control nucleic acid template for nucleic acid amplification comprising a sequence having at least 97% identity to SEQ ID NO: 1 or the reverse complement thereof; a first primer comprising an oligonucleotide having at least 85% identity to at least one of SEQ ID NO: 3 or SEQ ID NO: 5 and being fully complementary to the internal control nucleic acid template or reverse complement thereof; and a second primer comprising an oligonucleotide having at least 85% identity to at least one of SEQ ID NO: 4 or SEQ ID NO: 6 and being fully complementary to the internal control nucleic acid template or reverse complement thereof. an isolated internal control nucleic acid template for nucleic acid amplification comprising a sequence having at least 97% identity to SEQ ID NO: 1 or the reverse complement thereof; a first primer comprising an oligonucleotide having at least 85% identity to at least one of SEQ ID NO: 3 or SEQ ID NO: 5 and being fully complementary to the internal control nucleic acid template or reverse complement thereof; and a second primer comprising an oligonucleotide having at least 85% identity to at least one of SEQ ID NO: 4 or SEQ ID NO: 6 and being fully complementary to the internal control nucleic acid template or reverse complement thereof.