mhurhangee/patent-ind-claim-en huggingface dataset:
A radio frequency (RF) connector pin assembly , comprising: a first dielectric comprising a first stop surface and a first through-passage extended through the first dielectric; a second dielectric comprising a second stop surface positioned opposite the first stop surface, and a second through-passage extended through the second dielectric, wherein the second through-passage is aligned with the first through-passage, and wherein the first stop surface and the second stop surface define a gap between the first dielectric and the second dielectric; and a contact pin (222, 310 408) comprising a first pin section , a second pin section and an annular collar located in the gap, wherein the first pin section is adapted to provide electrical continuity with an external component and the second pin section terminates distally in a connection feature , wherein the second pin section is movably disposed in the second through-passage, wherein axial movement of the contact pin is limited to movement of the annular collar in the gap between the first stop surface and the second stop surface; characterized in that the annular collar is provided at a juncture of the first pin section and the second pin section, and the first pin section is movably disposed in the first through-passage. a first dielectric comprising a first stop surface and a first through-passage extended through the first dielectric; a second dielectric comprising a second stop surface positioned opposite the first stop surface, and a second through-passage extended through the second dielectric, wherein the second through-passage is aligned with the first through-passage, and wherein the first stop surface and the second stop surface define a gap between the first dielectric and the second dielectric; and a contact pin (222, 310 408) comprising a first pin section , a second pin section and an annular collar located in the gap, wherein the first pin section is adapted to provide electrical continuity with an external component and the second pin section terminates distally in a connection feature , wherein the second pin section is movably disposed in the second through-passage, wherein axial movement of the contact pin is limited to movement of the annular collar in the gap between the first stop surface and the second stop surface; characterized in that the annular collar is provided at a juncture of the first pin section and the second pin section, and the first pin section is movably disposed in the first through-passage.
A method for obtaining protein preparations from sunflower and/or canola seeds with the following steps - dehulling the sunflower or canola seeds up to a shell content of <5 wt% to obtain dehulled sunflower or canola seeds, or suppling dehulled sunflower or canola seeds with a shell content of <5 wt%; - partially deoiling the dehulled sunflower or canola seeds mechanically by pressing up to a fat or oil content of the dehulled sunflower or canola seeds in the range from >7 to <35 wt%; and - carrying out one or more extraction steps using at least one organic solvent or supercritical CO2, wherein -- at least one of the extraction steps produces further deoiling of the partially deoiled, dehulled sunflower or canola seeds and is carried out as a percolation or immersion extraction process after a previous or during a simultaneous comminution of a press cake obtained by the mechanical partial deoiling to a particle size <2 mm or a flake thickness <2 mm, and -- a deoiled, protein-containing flour or granulate is obtained as protein preparation with a residual oil content <4 wt% by means of the one or more extraction steps after a desolventization process. - dehulling the sunflower or canola seeds up to a shell content of <5 wt% to obtain dehulled sunflower or canola seeds, or suppling dehulled sunflower or canola seeds with a shell content of <5 wt%; - partially deoiling the dehulled sunflower or canola seeds mechanically by pressing up to a fat or oil content of the dehulled sunflower or canola seeds in the range from >7 to <35 wt%; and - carrying out one or more extraction steps using at least one organic solvent or supercritical CO2, wherein -- at least one of the extraction steps produces further deoiling of the partially deoiled, dehulled sunflower or canola seeds and is carried out as a percolation or immersion extraction process after a previous or during a simultaneous comminution of a press cake obtained by the mechanical partial deoiling to a particle size <2 mm or a flake thickness <2 mm, and -- a deoiled, protein-containing flour or granulate is obtained as protein preparation with a residual oil content <4 wt% by means of the one or more extraction steps after a desolventization process. -- at least one of the extraction steps produces further deoiling of the partially deoiled, dehulled sunflower or canola seeds and is carried out as a percolation or immersion extraction process after a previous or during a simultaneous comminution of a press cake obtained by the mechanical partial deoiling to a particle size <2 mm or a flake thickness <2 mm, and -- a deoiled, protein-containing flour or granulate is obtained as protein preparation with a residual oil content <4 wt% by means of the one or more extraction steps after a desolventization process.
A carton for storing and displaying packages, the carton comprising: a side panel ; a front panel sharing a carton edge with the side panel ; a closable top adjacent the side panel and the front panel , the closable top comprising at least one flap that folds to close a top opening ; and a removable panel segment spanning across at least a portion of the side panel and the front panel , the removable panel segment being removable to form a display opening , wherein the carton is configured to display packages through the display opening , and characterized in that : the at least one flap comprises two opposing flaps that fold to adjoin along a top center line to close the top opening ; and the display opening forms at least one protrusion on the front panel , the at least one protrusion being generally aligned with the top center line . a side panel ; a front panel sharing a carton edge with the side panel ; a closable top adjacent the side panel and the front panel , the closable top comprising at least one flap that folds to close a top opening ; and a removable panel segment spanning across at least a portion of the side panel and the front panel , the removable panel segment being removable to form a display opening , the at least one flap comprises two opposing flaps that fold to adjoin along a top center line to close the top opening ; and the display opening forms at least one protrusion on the front panel , the at least one protrusion being generally aligned with the top center line .
A rotatable roller for rotary machines comprising: - a hollow casing provided with a mantle wall exposed, in use, to a heat transfer fluid; - a heating assembly , in turn comprising: ∘ at least one hollow body arranged internally, and preferably coaxially, to said casing so as to define an annular region between said mantle wall and said hollow body , said hollow body having an internal chamber fluidically isolated from said annular region ; ∘ heating means , housed inside said chamber and adapted to heat said hollow body ; - filling means arranged in said annular region and formed so as to partially occupy said annular region , characterized in the overall configuration being such that within said annular region remains defined a residual volume intended to receive, in use, the heat transfer fluid in such a way as to allow the fluid to completely immerse the heating assembly in each operational position of the roller. - a hollow casing provided with a mantle wall exposed, in use, to a heat transfer fluid; - a heating assembly , in turn comprising: ∘ at least one hollow body arranged internally, and preferably coaxially, to said casing so as to define an annular region between said mantle wall and said hollow body , said hollow body having an internal chamber fluidically isolated from said annular region ; ∘ heating means , housed inside said chamber and adapted to heat said hollow body ; ∘ at least one hollow body arranged internally, and preferably coaxially, to said casing so as to define an annular region between said mantle wall and said hollow body , said hollow body having an internal chamber fluidically isolated from said annular region ; ∘ heating means , housed inside said chamber and adapted to heat said hollow body ; - filling means arranged in said annular region and formed so as to partially occupy said annular region , characterized in the overall configuration being such that within said annular region remains defined a residual volume intended to receive, in use, the heat transfer fluid in such a way as to allow the fluid to completely immerse the heating assembly in each operational position of the roller.
Method for preparing a dry powder comprising a long-chain RNA molecule, wherein the method comprises the following steps: a) providing a liquid comprising the long-chain RNA molecule as a complex with a cationic or polycationic compound, b) drying the liquid provided in step a) by spray-drying, wherein the long-chain RNA molecule comprises at least 250 nucleotides, wherein the long-chain RNA molecule is in a complex with a cationic or polycationic compound, wherein T inlet is at least 85°C and T outlet is at least 50°C. a) providing a liquid comprising the long-chain RNA molecule as a complex with a cationic or polycationic compound, b) drying the liquid provided in step a) by spray-drying, wherein the long-chain RNA molecule comprises at least 250 nucleotides, wherein the long-chain RNA molecule is in a complex with a cationic or polycationic compound, wherein T inlet is at least 85°C and T outlet is at least 50°C.
Ballistic armour for protecting a platform , the armour comprising a liquid , a container for containing the liquid, said container having a forward threat-facing wall , a rear platform-facing wall and at least one shock-reflecting layer of material contained within the container , wherein the shock-reflecting layer comprises a foam material, the shock-reflecting layer having a shock impedance differing from that of the liquid with which the container is filled and being positioned at an angle to the threat-facing wall whereby the ballistic armour is configured to reflect shock waves created in the liquid by passage of a projectile through the liquid back towards the projectile and across the trajectory of the projectile to induce tumbling of the projectile within the container, wherein the shock-reflecting layer comprises material having a lower shock impedance than the liquid, and the shock-reflecting layer is positioned at an angle between 80° and 90° with respect to the threat-facing wall .
An emissions control device for a combustion engine aftertreatment arrangement , the emissions control device comprising: a housing configured for accommodating an emissions control substrate ; and at least one first opening in the housing , which at least one first opening is configured for receiving a threaded assembling element , which threaded assembling element is configured for assembly of the emissions control device in a cavity of the aftertreatment arrangement ; wherein the emissions control device further comprises: at least one second opening in the housing , wherein the at least one second opening is provided with a thread , configured for receiving a threaded disassembling element , which threaded disassembling element is configured for disassembly of the emissions control device from the cavity of the aftertreatment arrangement , wherein the housing comprises at least one sealing element , characterized in that the sealing element is provided with a radially directed sealing surface , and wherein the radially directed sealing surface of the at least one sealing element is arranged in contact with a circumferential surface in the cavity of the aftertreatment arrangement , and wherein the at least one sealing element is configured to be compressed in a radial direction when assembling the emissions control device in the aftertreatment arrangement . a housing configured for accommodating an emissions control substrate ; and at least one first opening in the housing , which at least one first opening is configured for receiving a threaded assembling element , which threaded assembling element is configured for assembly of the emissions control device in a cavity of the aftertreatment arrangement ; wherein the emissions control device further comprises: at least one second opening in the housing , wherein the at least one second opening is provided with a thread , configured for receiving a threaded disassembling element , which threaded disassembling element is configured for disassembly of the emissions control device from the cavity of the aftertreatment arrangement , wherein the housing comprises at least one sealing element , characterized in that the sealing element is provided with a radially directed sealing surface , and wherein the radially directed sealing surface of the at least one sealing element is arranged in contact with a circumferential surface in the cavity of the aftertreatment arrangement , and wherein the at least one sealing element is configured to be compressed in a radial direction when assembling the emissions control device in the aftertreatment arrangement .
An apparatus configured to determine an adopted intra prediction mode on the basis of a most probable modes list, a selected modes list and a non-selected modes list, wherein the adopted intra prediction mode is one of a plurality of intra prediction modes comprising a plurality of angular intra prediction modes for predicting sample values of a current picture block , wherein the apparatus comprises: a processing unit configured to: generate at least a portion of the most probable modes list of intra prediction modes by including intra prediction modes adopted for neighboring picture blocks of the current picture block in the most probable modes list, generate at least a portion of the selected modes list of intra prediction modes by including intra prediction modes adopted for neighboring picture blocks of the neighboring picture blocks of the current picture block in the selected modes list, wherein the neighboring picture blocks of the neighboring picture blocks of the current picture block are not direct neighboring blocks of the current picture block . generate at least a portion of the most probable modes list of intra prediction modes by including intra prediction modes adopted for neighboring picture blocks of the current picture block in the most probable modes list, generate at least a portion of the selected modes list of intra prediction modes by including intra prediction modes adopted for neighboring picture blocks of the neighboring picture blocks of the current picture block in the selected modes list, wherein the neighboring picture blocks of the neighboring picture blocks of the current picture block are not direct neighboring blocks of the current picture block .
A method of processing satellite telephone radio frequency, RF, signals in an aerial vehicle , the method comprising: sampling the RF signals in a satellite frequency band , wherein the RF signals are communication signals from a satellite telephone call wherein the RF signals include an uplink from a satellite telephone handset to a satellite and a downlink from the satellite to the satellite telephone handset; determining , from the sampled RF signals, frequency channels of one or more satellite spot beams, wherein the frequency channels include the downlink; downsampling the uplink and the downlink according to the frequency channels of the one or more satellite spot beams to reduce a bandwidth of the uplink and the downlink; combining the downsampled uplink and the downsampled downlink into a call data stream; compressing the call data stream by removing downsampled data corresponding to inactive frequencies and inactive timeslots of the downsampled downlink and downsampled uplink based on the determined frequency channels; generating a call data packet stream based on the compressed call data stream wherein the call data packet stream is representative of the satellite telephone call; and transmitting, from the aerial vehicle, the generated call data packet stream to be received by a ground-based monitoring system. sampling the RF signals in a satellite frequency band , wherein the RF signals are communication signals from a satellite telephone call wherein the RF signals include an uplink from a satellite telephone handset to a satellite and a downlink from the satellite to the satellite telephone handset; determining , from the sampled RF signals, frequency channels of one or more satellite spot beams, wherein the frequency channels include the downlink; downsampling the uplink and the downlink according to the frequency channels of the one or more satellite spot beams to reduce a bandwidth of the uplink and the downlink; combining the downsampled uplink and the downsampled downlink into a call data stream; compressing the call data stream by removing downsampled data corresponding to inactive frequencies and inactive timeslots of the downsampled downlink and downsampled uplink based on the determined frequency channels; generating a call data packet stream based on the compressed call data stream wherein the call data packet stream is representative of the satellite telephone call; and transmitting, from the aerial vehicle, the generated call data packet stream to be received by a ground-based monitoring system.
A washing or cleaning agent, comprising a) at least one surfactant, b) at least one biocidal quaternary ammonium compound, and c) at least one tetracarboxylic acid or the salts thereof, wherein the tetracarboxylic acid is a glutamic acid-N,N-diacetic acid. a) at least one surfactant, b) at least one biocidal quaternary ammonium compound, and c) at least one tetracarboxylic acid or the salts thereof,
A method for creating a high resolution image of the surface of a well bore, the method comprising: placing a distal end of a fiber optic cable into a well bore while a proximal end of the fiber optic cable remains out of the well bore , wherein the fiber optic cable is configured with a head assembly affixed to the distal end thereof, the head assembly including at least a swept source laser scanner; wherein the head assembly includes one or more fluid-emitting nozzles that dilute or displace the existing contents of the well bore in order to improve the efficacy of the swept source laser scanner; removing the fiber optic cable from the well bore while the head assembly rotates in a circular direction; scanning the surface of the well bore with the swept source laser scanner during the removal; and using the information received from the swept source laser scanner to create a high resolution image of the surface of the well bore ; characterised by that optical coherence tomography is used to create the high resolution image of the surface of the well bore from the information received from the swept source laser scanner. placing a distal end of a fiber optic cable into a well bore while a proximal end of the fiber optic cable remains out of the well bore , wherein the fiber optic cable is configured with a head assembly affixed to the distal end thereof, the head assembly including at least a swept source laser scanner; wherein the head assembly includes one or more fluid-emitting nozzles that dilute or displace the existing contents of the well bore in order to improve the efficacy of the swept source laser scanner; removing the fiber optic cable from the well bore while the head assembly rotates in a circular direction; scanning the surface of the well bore with the swept source laser scanner during the removal; and using the information received from the swept source laser scanner to create a high resolution image of the surface of the well bore ; characterised by that optical coherence tomography is used to create the high resolution image of the surface of the well bore from the information received from the swept source laser scanner.
A procedure for digital decoration of a surface of a substrate wherein the procedure comprises steps of: a) injecting a modification ink by means of digital application, at predetermined points on the surface of the substrate corresponding to specific points that make up a property modification pattern; b) gelling or performing a first drying of said modification ink; c) dosing microparticles, with certain physical properties, on the substrate with the modification ink such that a portion of said microparticles remains adhered to the gelled/semi-dry modification ink, modifying the physical properties of the modification ink at said points that make up the modification pattern; d) after applying the microparticles, vacuuming the microparticles that have not remained adhered to the modification ink; e) performing partial or complete curing or drying of the modification ink with the microparticles, characterized in that the step of gelling or performing the first drying of the modification ink is performed so that the modification ink acquires a predetermined viscosity, and dispersion or degree of penetration of the microparticles dosed in the modification ink are controlled through the viscosity of the modification ink. a) injecting a modification ink by means of digital application, at predetermined points on the surface of the substrate corresponding to specific points that make up a property modification pattern; b) gelling or performing a first drying of said modification ink; c) dosing microparticles, with certain physical properties, on the substrate with the modification ink such that a portion of said microparticles remains adhered to the gelled/semi-dry modification ink, modifying the physical properties of the modification ink at said points that make up the modification pattern; d) after applying the microparticles, vacuuming the microparticles that have not remained adhered to the modification ink; e) performing partial or complete curing or drying of the modification ink with the microparticles,
A hair removal device for removal of red hairs, comprising a light emission unit comprising a substrate and a plurality of first LED dies emitting at a peak emission wavelength in a wavelength range of between 480 nm and 510 nm, in particular of about 500 nm, being mounted on the substrate on an area of at least 0.2 cm 2 , in particular of at least 1 cm 2 , wherein the hair removal device is arranged to emit a treatment light pulse by the first LED dies having a pulse length in the range of between 30 ms and 200 ms, and the first LED dies have a radiant flux such that a radiant fluence on the skin of a user in the range of between 3 J/cm 2 and 6 J/cm 2 is achieved by application of the treatment light pulse. a light emission unit comprising a substrate and a plurality of first LED dies emitting at a peak emission wavelength in a wavelength range of between 480 nm and 510 nm, in particular of about 500 nm, being mounted on the substrate on an area of at least 0.2 cm 2 , in particular of at least 1 cm 2 , wherein the hair removal device is arranged to emit a treatment light pulse by the first LED dies having a pulse length in the range of between 30 ms and 200 ms, and the first LED dies have a radiant flux such that a radiant fluence on the skin of a user in the range of between 3 J/cm 2 and 6 J/cm 2 is achieved by application of the treatment light pulse.