mhurhangee/patent-ind-claim-en huggingface dataset:
A device for converting dry carbonaceous raw materials (DCRM) into a synthesis gas comprising, and in particular consisting of, CO and H 2 , said device comprising: - a DCRM pyrolysis chamber which is open at the top and bottom, and intended to receive DCRM, - an opening for inserting DCRM into said pyrolysis chamber , at the top, and - an opening for extracting synthesis gas from said pyrolysis chamber , at the bottom; - a central chamber , arranged in said pyrolysis chamber , and comprising: ▪ at least one opening allowing only gaseous communication between said central chamber and pyrolysis chamber , and ▪ at least one opening for injecting oxygen into said central chamber to oxidize therein at least part of the pyrolysis gas passing from the pyrolysis chamber to the central chamber ; characterized in that : - the at least one opening for injecting oxygen is located in a so-called cracking chamber, at the bottom of said central chamber ;and - the gaseous communication openings are located at the top and on the sides of said central chamber . - a DCRM pyrolysis chamber which is open at the top and bottom, and intended to receive DCRM, - an opening for inserting DCRM into said pyrolysis chamber , at the top, and - an opening for extracting synthesis gas from said pyrolysis chamber , at the bottom; - a central chamber , arranged in said pyrolysis chamber , and comprising: ▪ at least one opening allowing only gaseous communication between said central chamber and pyrolysis chamber , and ▪ at least one opening for injecting oxygen into said central chamber to oxidize therein at least part of the pyrolysis gas passing from the pyrolysis chamber to the central chamber ; ▪ at least one opening allowing only gaseous communication between said central chamber and pyrolysis chamber , and ▪ at least one opening for injecting oxygen into said central chamber to oxidize therein at least part of the pyrolysis gas passing from the pyrolysis chamber to the central chamber ; - the at least one opening for injecting oxygen is located in a so-called cracking chamber, at the bottom of said central chamber ;and - the gaseous communication openings are located at the top and on the sides of said central chamber .
A surgical end effector , comprising: an elongate channel including a bottom including a proximal end and a distal end, the elongate channel being configured to operably support a staple cartridge therein; a firing element configured to translate between a starting position adjacent the proximal end of the bottom of the elongate channel and an ending position adjacent the distal end of the bottom of the elongate channel ; a proximal channel opening (6040, through the proximal end of the bottom of the elongate channel to facilitate viewing of firing element therethrough when the firing element is in the starting position; and a distal channel opening through the distal end of the bottom of the elongate channel to facilitate viewing of the firing element therethrough when the firing element is in the ending position, and wherein a portion of the bottom of the elongate channel extending between the proximal channel opening and the distal channel opening is closed and has no other openings therethrough. an elongate channel including a bottom including a proximal end and a distal end, the elongate channel being configured to operably support a staple cartridge therein; a firing element configured to translate between a starting position adjacent the proximal end of the bottom of the elongate channel and an ending position adjacent the distal end of the bottom of the elongate channel ; a proximal channel opening (6040, through the proximal end of the bottom of the elongate channel to facilitate viewing of firing element therethrough when the firing element is in the starting position; and a distal channel opening through the distal end of the bottom of the elongate channel to facilitate viewing of the firing element therethrough when the firing element is in the ending position, and wherein a portion of the bottom of the elongate channel extending between the proximal channel opening and the distal channel opening is closed and has no other openings therethrough.
Abrasive particles comprising: shaped abrasive particles each having a sloping sidewall , each of the shaped abrasive particles comprising alpha alumina and having a first face and a second face separated by a thickness, t, wherein the shaped abrasive particles have a predetermined geometric shape that substantially replicates the mold cavity used to form the shaped abrasive particle , the shaped abrasive particles further comprising either: a draft angle α between the second face and the sloping sidewall , and the draft angle α is between 95 degrees to 130 degrees, or the sloping sidewall having a radius, R, between the first face and the second face and the radius, R, is between 0.5 to 2 times the thickness t. shaped abrasive particles each having a sloping sidewall , each of the shaped abrasive particles comprising alpha alumina and having a first face and a second face separated by a thickness, t, wherein the shaped abrasive particles have a predetermined geometric shape that substantially replicates the mold cavity used to form the shaped abrasive particle , the shaped abrasive particles further comprising either: a draft angle α between the second face and the sloping sidewall , and the draft angle α is between 95 degrees to 130 degrees, or the sloping sidewall having a radius, R, between the first face and the second face and the radius, R, is between 0.5 to 2 times the thickness t. a draft angle α between the second face and the sloping sidewall , and the draft angle α is between 95 degrees to 130 degrees, or the sloping sidewall having a radius, R, between the first face and the second face and the radius, R, is between 0.5 to 2 times the thickness t.
A kit for detecting and typing rare tumor cells in a body fluid sample, characterized in that , the kit includes: (a) a microwell array chip having multiple addressable microwells for accommodating cells; (b) a first metabolic marker capable of producing a fluorescence signal; (c) a second metabolic marker capable of producing a fluorescence signal; and (d) a fluorescein labeled antibody to a leukocyte surface common antigen, used for labeling leukocytes in the sample; wherein the first metabolic marker is a fluorescein-labeled glucose analog, and the second metabolic marker is a redox marker, and wherein the fluorescein labeled antibody is an allophycocyanin (APC) labeled anti-CD45 antibody. (a) a microwell array chip having multiple addressable microwells for accommodating cells; (b) a first metabolic marker capable of producing a fluorescence signal; (c) a second metabolic marker capable of producing a fluorescence signal; and (d) a fluorescein labeled antibody to a leukocyte surface common antigen, used for labeling leukocytes in the sample;
A rack system, comprising: a rack ; a chassis having a lateral side provided with a fixing member ; and a slide rail assembly mounted on the rack , wherein the slide rail assembly includes a guide rail , the guide rail having a first segment , a second segment , and a third segment , wherein the first segment is configured for supporting a portion of the chassis , and the second segment and the third segment define a passage therebetween to allow passage of the fixing member of the chassis , wherein the first segment of the guide rail extends substantially perpendicularly from the second segment of the guide rail in order to support the portion of the chassis , and wherein the first segment of the guide rail has a length (L), and the second segment and the third segment of the guide rail extend along the length (L) of the first segment of the guide rail . a rack ; a chassis having a lateral side provided with a fixing member ; and a slide rail assembly mounted on the rack , wherein the slide rail assembly includes a guide rail , the guide rail having a first segment , a second segment , and a third segment , wherein the first segment is configured for supporting a portion of the chassis , and the second segment and the third segment define a passage therebetween to allow passage of the fixing member of the chassis , wherein the first segment of the guide rail extends substantially perpendicularly from the second segment of the guide rail in order to support the portion of the chassis , and wherein the first segment of the guide rail has a length (L), and the second segment and the third segment of the guide rail extend along the length (L) of the first segment of the guide rail .
An electronic device comprising: first, second and third metal housings and an insulating segment part disposed between the metal housings thereby electrically insulating the metal housings from each other; an antenna (410, 510, 610, 710, ) including , a feeding part , a ground part and an antenna pattern , the antenna pattern including an end portion being disposed at a position corresponding to the insulating segment part ; and a ground part on a printed circuit board, PCB, characterized in that the end portion of the antenna pattern is configured to form a coupling with an extension part of a ground component in an area , the extension part being connected or capacitively coupled to the ground part and being connected to the metal housings. first, second and third metal housings and an insulating segment part disposed between the metal housings thereby electrically insulating the metal housings from each other; an antenna (410, 510, 610, 710, ) including , a feeding part , a ground part and an antenna pattern , the antenna pattern including an end portion being disposed at a position corresponding to the insulating segment part ; and a ground part on a printed circuit board, PCB, characterized in that the end portion of the antenna pattern is configured to form a coupling with an extension part of a ground component in an area , the extension part being connected or capacitively coupled to the ground part and being connected to the metal housings.
A method for determining the likelihood that a cancer will recur in a subject, the method comprising: analysing the sequence of a nucleic acid molecule in a biological sample obtained from the subject to determine for a plurality of mutations of a mutation type at one or more motifs recognized or targeted by a mutagenic agent the codon context of those mutations to thereby identify the location of a mutation and mutation type for each of a plurality of mutated codons in the nucleic acid molecule, wherein the codon context of an individual mutation is determined by determining at which of the three positions of a corresponding mutated codon the individual mutation occurs; and determining that the cancer is likely to recur in the subject when a level of mutation of a mutation type at one of the three positions in the plurality of mutated codons is above a predetermined threshold that correlates with the recurrence of the cancer; wherein the mutagenic agent is selected from the group consisting of AID, APOBEC3B, APOBEC3G and ADARs; the motifs are cancer-progression associated signatures (C-PAS); and the mutation type is the specific nucleotide substitution that constitutes the mutation. analysing the sequence of a nucleic acid molecule in a biological sample obtained from the subject to determine for a plurality of mutations of a mutation type at one or more motifs recognized or targeted by a mutagenic agent the codon context of those mutations to thereby identify the location of a mutation and mutation type for each of a plurality of mutated codons in the nucleic acid molecule, wherein the codon context of an individual mutation is determined by determining at which of the three positions of a corresponding mutated codon the individual mutation occurs; and determining that the cancer is likely to recur in the subject when a level of mutation of a mutation type at one of the three positions in the plurality of mutated codons is above a predetermined threshold that correlates with the recurrence of the cancer; wherein the mutagenic agent is selected from the group consisting of AID, APOBEC3B, APOBEC3G and ADARs; the motifs are cancer-progression associated signatures (C-PAS); and the mutation type is the specific nucleotide substitution that constitutes the mutation.
A motor oil pump assembly , comprising: a motor component ; an oil pump component , wherein the oil pump component is supported on an end cover of the motor component ; an inner sound insulation enclosure , wherein the inner sound insulation enclosure encloses the oil pump component , and the inner sound insulation enclosure and the oil pump component define an inner sound insulation cavity ; and a pre-tightening buffering component comprising an elastic member , wherein at least the elastic member of the pre-tightening buffering component is pressed between an upper end cover of the oil pump component and the inner sound insulation enclosure , and the pre-tightening buffering component is in communication with a high-pressure cavity of the oil pump component , characterized in that the inner sound insulation cavity is filled with low-pressure oil. a motor component ; an oil pump component , wherein the oil pump component is supported on an end cover of the motor component ; an inner sound insulation enclosure , wherein the inner sound insulation enclosure encloses the oil pump component , and the inner sound insulation enclosure and the oil pump component define an inner sound insulation cavity ; and a pre-tightening buffering component comprising an elastic member , wherein at least the elastic member of the pre-tightening buffering component is pressed between an upper end cover of the oil pump component and the inner sound insulation enclosure , and the pre-tightening buffering component is in communication with a high-pressure cavity of the oil pump component , characterized in that
An adaptive voltage scaling AVS scanning method for an electronic device , comprising: the step of mounting a system on chip SoC on a printed circuit board PCB , and connecting the SoC to a storage unit ; and characterized by : the step of establishing an initial AVS look-up table LUT by enabling the SoC for a first time to read a boot code from the storage unit , and executing the boot code to perform an AVS scanning operation on the SoC , comprising: the step of determining a plurality of target supply voltages respectively corresponding to a plurality of operating frequencies of the SoC ; and the step of establishing the AVS LUT with the determined plurality of target supply voltages and the plurality of operating frequencies; and the step of storing the AVS LUT into the SoC or the storage unit . the step of mounting a system on chip SoC on a printed circuit board PCB , and connecting the SoC to a storage unit ; and characterized by : the step of establishing an initial AVS look-up table LUT by enabling the SoC for a first time to read a boot code from the storage unit , and executing the boot code to perform an AVS scanning operation on the SoC , comprising: the step of determining a plurality of target supply voltages respectively corresponding to a plurality of operating frequencies of the SoC ; and the step of establishing the AVS LUT with the determined plurality of target supply voltages and the plurality of operating frequencies; and the step of storing the AVS LUT into the SoC or the storage unit . the step of establishing an initial AVS look-up table LUT by enabling the SoC for a first time to read a boot code from the storage unit , and executing the boot code to perform an AVS scanning operation on the SoC , comprising: the step of determining a plurality of target supply voltages respectively corresponding to a plurality of operating frequencies of the SoC ; and the step of establishing the AVS LUT with the determined plurality of target supply voltages and the plurality of operating frequencies; and the step of determining a plurality of target supply voltages respectively corresponding to a plurality of operating frequencies of the SoC ; and the step of establishing the AVS LUT with the determined plurality of target supply voltages and the plurality of operating frequencies; and the step of storing the AVS LUT into the SoC or the storage unit .
A tilt bracket comprising - a first bracket part and a second bracket part , - a pivot means connecting the first bracket part and the second bracket part such that the first bracket part and second bracket part can be pivoted between a fully open position (P1), a fully folded position (P2), and intermediate positions (P3), - a gear mechanism comprising a first cogwheel , the first cogwheel being connected to the first bracket part and sharing a center axis (C1) with the pivot means, and - a blocking mechanism pivotable between an engaged position (P4) and an unengaged position (P5), the blocking mechanism comprising a blocking catch configured to engage with the gear mechanism when in the engaged position (P4), the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully folded position (P2) when the blocking mechanism is in the unengaged position (P5) but also when the blocking mechanism is in the engaged position (P4), the blocking mechanism being configured to prevent the gear mechanism from pivoting the first bracket part and the second bracket part towards the fully open position (P1) when the blocking mechanism is in the engaged position (P4), and the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully open position (P1) when the blocking mechanism is in the unengaged position (P5). - a first bracket part and a second bracket part , - a pivot means connecting the first bracket part and the second bracket part such that the first bracket part and second bracket part can be pivoted between a fully open position (P1), a fully folded position (P2), and intermediate positions (P3), - a gear mechanism comprising a first cogwheel , the first cogwheel being connected to the first bracket part and sharing a center axis (C1) with the pivot means, and - a blocking mechanism pivotable between an engaged position (P4) and an unengaged position (P5), - a blocking mechanism pivotable between an engaged position (P4) and an unengaged position (P5), the blocking mechanism comprising a blocking catch configured to engage with the gear mechanism when in the engaged position (P4), the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully folded position (P2) when the blocking mechanism is in the unengaged position (P5) but also when the blocking mechanism is in the engaged position (P4), the blocking mechanism being configured to prevent the gear mechanism from pivoting the first bracket part and the second bracket part towards the fully open position (P1) when the blocking mechanism is in the engaged position (P4), and the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully open position (P1) when the blocking mechanism is in the unengaged position (P5).
A polymer blend composition, comprising: (a) from 65 wt% to 90 wt% based on the total weight of the blend of an ethylene α-olefin elastomer having either no crystallinity or crystallinity derived from ethylene, having greater than75 wt% units derived from ethylene; and (b) from 10 wt% to 35 wt% based on the total weight of the blend of a propylene polymer having 40 wt% or more units derived from propylene, having a heat of fusion equal to or below 75 J/g, and having isotactically arranged propylene derived sequences; wherein the polymer blend composition has a melt index (measured at 2.16 kg at 190°C) of 0.01 to 10 g/10 min; and wherein the ethylene α-olefin elastomer and the propylene polymer are prepared in separate reactors arranged in parallel configuration. (a) from 65 wt% to 90 wt% based on the total weight of the blend of an ethylene α-olefin elastomer having either no crystallinity or crystallinity derived from ethylene, having greater than75 wt% units derived from ethylene; and (b) from 10 wt% to 35 wt% based on the total weight of the blend of a propylene polymer having 40 wt% or more units derived from propylene, having a heat of fusion equal to or below 75 J/g, and having isotactically arranged propylene derived sequences; wherein the polymer blend composition has a melt index (measured at 2.16 kg at 190°C) of 0.01 to 10 g/10 min; and wherein the ethylene α-olefin elastomer and the propylene polymer are prepared in separate reactors arranged in parallel configuration. wherein the polymer blend composition has a melt index (measured at 2.16 kg at 190°C) of 0.01 to 10 g/10 min; and wherein the ethylene α-olefin elastomer and the propylene polymer are prepared in separate reactors arranged in parallel configuration.
CONTAINER, of the type suitable for containing biological material or other, such as urine or others, food, medicines, cosmetics, in which said container is formed by a lid and a bottle , in that said bottle of said container incorporates at least one retaining device arranged on the perimeter of said bottle , thereby providing a hollow space into which fits, in a vertical downward movement of said lid , a tongue arranged on a perimeter skirt of said lid , that closes the container, wherein said retaining device has weakened areas in a front area of said device and an especially a weakened area on a side of said device coinciding with the direction of opening of the container that are broken in the opening action of said container ; - said tongue of said lid has a prismatic form, said tongue having a leading edge ; - the lid having a reduced segmented quarter turn threading, the perimeter skirt being sufficiently short and flexible to allow closing the lid by pressure. - said tongue of said lid has a prismatic form, said tongue having a leading edge ; - the lid having a reduced segmented quarter turn threading, the perimeter skirt being sufficiently short and flexible to allow closing the lid by pressure.
A lightning strike protection layer for laying on top of an aircraft structure, comprising: a first portion and a second portion , wherein the first portion comprises a first fibre reinforced polymer composite layer and a first electrically conductive metal layer and the second portion comprises a second fibre reinforced polymer composite layer and a second electrically conductive metal layer , wherein the first and second portions are joined at a butt joint , with the first and second fibre reinforced polymer composite layers abutting and the first and second electrically conductive metal layers abutting; and a butt-strap extending across the butt joint , the butt-strap comprising a third electrically conductive metal layer electrically connected to the first and second electrically conductive metal layers ; characterised in that the first portion , second portion , and butt-strap are infused with a cured resin so as to form a unitary structure. a first portion and a second portion , wherein the first portion comprises a first fibre reinforced polymer composite layer and a first electrically conductive metal layer and the second portion comprises a second fibre reinforced polymer composite layer and a second electrically conductive metal layer , wherein the first and second portions are joined at a butt joint , with the first and second fibre reinforced polymer composite layers abutting and the first and second electrically conductive metal layers abutting; and a butt-strap extending across the butt joint , the butt-strap comprising a third electrically conductive metal layer electrically connected to the first and second electrically conductive metal layers ; characterised in that the first portion , second portion , and butt-strap are infused with a cured resin so as to form a unitary structure.