mhurhangee/ep-ind-claims huggingface dataset:
A scroll machine comprising: a first scroll member having a first scroll wrap extending from a first end plate, said first scroll wrap defining a first outer end; a second scroll member having a second scroll wrap extending from a second end plate, said second scroll wrap defining a second outer end, said second scroll wrap being intermeshed with said first scroll wrap; a drive mechanism for causing said first and second scroll members to orbit with respect to one another, said first and second scroll members forming a first enclosed space when the inner surface of said first outer end contacts said second scroll wrap and forming a second enclosed space when the inner surface of said second outer end contacts said first scroll wrap, said first and second enclosed spaces simultaneously moving from a radial outer position to a central position during said orbiting of said scroll members; characterised by a single fluid injection passage including a single fluid injection port extending through one of said first and second scroll members; said single fluid injection port being arranged to inject fluid into said first enclosed space and being arranged to inject fluid into said second enclosed space at different times during said orbiting of said scroll members (74, 56); and said single fluid injection port also being arranged to inject fluid into said first and second enclosed spaces simultaneously during a portion of said orbiting of said scroll members (74,56). a first scroll member having a first scroll wrap extending from a first end plate, said first scroll wrap defining a first outer end; a second scroll member having a second scroll wrap extending from a second end plate, said second scroll wrap defining a second outer end, said second scroll wrap being intermeshed with said first scroll wrap; a drive mechanism for causing said first and second scroll members to orbit with respect to one another, said first and second scroll members forming a first enclosed space when the inner surface of said first outer end contacts said second scroll wrap and forming a second enclosed space when the inner surface of said second outer end contacts said first scroll wrap, said first and second enclosed spaces simultaneously moving from a radial outer position to a central position during said orbiting of said scroll members; characterised by a single fluid injection passage including a single fluid injection port extending through one of said first and second scroll members; said single fluid injection port being arranged to inject fluid into said first enclosed space and being arranged to inject fluid into said second enclosed space at different times during said orbiting of said scroll members (74, 56); and said single fluid injection port also being arranged to inject fluid into said first and second enclosed spaces simultaneously during a portion of said orbiting of said scroll members (74,56).
A recovery method for a soluble silica, comprising stirring a silica-containing plant body together with heated titanium oxide comprising titanium oxide granules, wherein the titanium oxide granules each have the following characteristics: a BET specific surface area in a range of from 30 m 2 /g to 70 m 2 /g; a tap density measured as described in the description in a range of from 1.00 g/mL to 1.80 g/mL; and a pore volume measured by a mercury intrusion method in a range of from 0.10 cc/g to 0.60 cc/g. a BET specific surface area in a range of from 30 m 2 /g to 70 m 2 /g; a tap density measured as described in the description in a range of from 1.00 g/mL to 1.80 g/mL; and a pore volume measured by a mercury intrusion method in a range of from 0.10 cc/g to 0.60 cc/g.
A computer-implemented method comprising: receiving (310; 410) cryptographically signed revocation information having, or referring to, one or more revocation lists (140A-E) and indicia indicating a currency of the revocation information or the revocation lists (140A-E); determining (312; 412), based on the indicia and other indicia bound to an encrypted media file, whether the cryptographically signed revocation information or the revocation lists (140A-E) are current; and determining (914; 1414), if the revocation information or the revocation lists (140A-E) are current and based on the revocation lists (140A-E) in the revocation information, downstream entities that are untrustworthy to receive media from the encrypted media file, characterized in that the other indicia indicate what revocation list or lists should be used with the media file, wherein, if the revocation information is more current than that required by the encrypted media file, a revocation list is accessed having the same currency as that indicated in the other indicia for the encrypted media file. receiving (310; 410) cryptographically signed revocation information having, or referring to, one or more revocation lists (140A-E) and indicia indicating a currency of the revocation information or the revocation lists (140A-E); determining (312; 412), based on the indicia and other indicia bound to an encrypted media file, whether the cryptographically signed revocation information or the revocation lists (140A-E) are current; and determining (914; 1414), if the revocation information or the revocation lists (140A-E) are current and based on the revocation lists (140A-E) in the revocation information, downstream entities that are untrustworthy to receive media from the encrypted media file, characterized in that the other indicia indicate what revocation list or lists should be used with the media file, wherein, if the revocation information is more current than that required by the encrypted media file, a revocation list is accessed having the same currency as that indicated in the other indicia for the encrypted media file.
Method for product guidance in a filling system, where empties parameters (LP1 - LP3) for filling empty glass bottles (A - G) provided are measured in an automated manner and initial data (ID1 - ID3) for filling a liquid product into said empty bottles is acquired and stored, where fulls parameters (VP1 - VP3) are measured when filled bottles (A', C', F', G'), produced are filled, machine error states (FZ1, FZ2) that occur during the filling process are detected in an automated manner, and respectively acquired results data (ED1 - ED5) of the filling process are individually associated with said empty bottles and stored, where at least one lead-out criterion (AK1 - AK5) applicable in the downstream production operation is calculated for deciding whether or not to lead out faulty empty bottles or filled bottles based on a data analysis of said initial data and results data stored, and where the calculation of said lead-out criterion is updated taking into consideration initial data and results data acquired during production. where empties parameters (LP1 - LP3) for filling empty glass bottles (A - G) provided are measured in an automated manner and initial data (ID1 - ID3) for filling a liquid product into said empty bottles is acquired and stored, where fulls parameters (VP1 - VP3) are measured when filled bottles (A', C', F', G'), produced are filled, machine error states (FZ1, FZ2) that occur during the filling process are detected in an automated manner, and respectively acquired results data (ED1 - ED5) of the filling process are individually associated with said empty bottles and stored, where at least one lead-out criterion (AK1 - AK5) applicable in the downstream production operation is calculated for deciding whether or not to lead out faulty empty bottles or filled bottles based on a data analysis of said initial data and results data stored, and where the calculation of said lead-out criterion is updated taking into consideration initial data and results data acquired during production.
A method of forming an article of footwear, the method comprising: lasting a footwear upper (200; 204; 1102); forming a midsole core (302; 1104) to at least an underfoot portion of the footwear upper (200; 204; 1102), wherein the midsole core (302; 1104) is direct attached to the footwear upper (200; 204; 1102) through the forming; and forming a shell (502; 1106) to the midsole core (302; 1104) and a first portion of the footwear upper (200; 204; 1102) concurrently, wherein the shell (502; 1106) encapsulates at least a portion of the midsole core (302; 1104) forming an exterior surface on the midsole core (302; 1104), wherein the shell (502; 1106) is formed from different materials than the midsole core (302; 1104), wherein the shell (502; 1106) over molds both the midsole core (302; 1104) and the first portion of the footwear upper (200; 204; 1102) to a biteline that represents a transition from the shell (502; 1106) to the footwear upper (200; 204; 1102) forming an exterior surface of the article of footwear, wherein the shell (502; 1106) extends from the exterior surface of the midsole core (302; 1104), past a second portion of the footwear upper (200; 204; 1102) that at least partly defines an inferior portion of an internal cavity, to the biteline, wherein the biteline forms a continuous perimeter around the article of footwear and is spaced from the underfoot portion of the footwear upper (200; 204; 1102), and wherein the shell (502; 1106) extends around and forms a perimeter of the article of footwear along a toe end, a medial side, a heel end, and a lateral side. lasting a footwear upper (200; 204; 1102); forming a midsole core (302; 1104) to at least an underfoot portion of the footwear upper (200; 204; 1102), wherein the midsole core (302; 1104) is direct attached to the footwear upper (200; 204; 1102) through the forming; and forming a shell (502; 1106) to the midsole core (302; 1104) and a first portion of the footwear upper (200; 204; 1102) concurrently, wherein the shell (502; 1106) encapsulates at least a portion of the midsole core (302; 1104) forming an exterior surface on the midsole core (302; 1104), wherein the shell (502; 1106) is formed from different materials than the midsole core (302; 1104), wherein the shell (502; 1106) over molds both the midsole core (302; 1104) and the first portion of the footwear upper (200; 204; 1102) to a biteline that represents a transition from the shell (502; 1106) to the footwear upper (200; 204; 1102) forming an exterior surface of the article of footwear, wherein the shell (502; 1106) extends from the exterior surface of the midsole core (302; 1104), past a second portion of the footwear upper (200; 204; 1102) that at least partly defines an inferior portion of an internal cavity, to the biteline, wherein the biteline forms a continuous perimeter around the article of footwear and is spaced from the underfoot portion of the footwear upper (200; 204; 1102), and wherein the shell (502; 1106) extends around and forms a perimeter of the article of footwear along a toe end, a medial side, a heel end, and a lateral side.
An edible animal chew having a longitudinal axis comprising: (i) an outer wall extending in the direction of said longitudinal axis; and (ii) an internal support structure that contacts the inner surface of said outer wall at three or more points, wherein said internal support structure defines a plurality of channels (10, 12) that extend in the direction of said longitudinal axis. (i) an outer wall extending in the direction of said longitudinal axis; and (ii) an internal support structure that contacts the inner surface of said outer wall at three or more points, wherein said internal support structure defines a plurality of channels (10, 12) that extend in the direction of said longitudinal axis.
Optical article comprising a birefringent liquid crystal composition, said composition comprising more than 30 % by weight based on the total weight of the composition of compounds of formula: R-S-Z 1 -A-Z 2 -NCS wherein: R is a substituted or unsubstituted, linear or branched alkyl group, Z 1 and Z 2 are aryl groups, and A is an ethynyl group, an arylethynyl group or an ethynylarylethynyl group, characterized in that: (i) compounds having an alkylsulfanylaryl group represent 40-70 % of the composition total weight, or (ii) said composition comprises from more than 30 % to 60 % by weight based on the total weight of the composition of said compounds of formula. (i) compounds having an alkylsulfanylaryl group represent 40-70 % of the composition total weight, or (ii) said composition comprises from more than 30 % to 60 % by weight based on the total weight of the composition of said compounds of formula.
A system (300; 400; 600), comprising: a heart sound signal input circuit (302; 402; 602) configured to receive heart sound information of a heart over a first interval, the first interval including at least a portion of each of a first number of cardiac cycles; a heart sound variability circuit (304; 404; 604) configured to determine an amplitude variation of a first heart sound of the heart sound information, the amplitude variation representative of a variation of an amplitude of the S1 across the first number of cardiac cycles of the first interval; and an atrial fibrillation detection circuit (306; 406; 606) configured to calculate an atrial fibrillation metric indicative of an atrial fibrillation episode of the heart for the first interval using the determined amplitude variation of the first interval and to provide an alert using the atrial fibrillation metric, wherein the first interval is a short atrial fibrillation interval comprising a time of less than two minutes or a number of cardiac cycles occurring over a time of less than two minutes. a heart sound signal input circuit (302; 402; 602) configured to receive heart sound information of a heart over a first interval, the first interval including at least a portion of each of a first number of cardiac cycles; a heart sound variability circuit (304; 404; 604) configured to determine an amplitude variation of a first heart sound of the heart sound information, the amplitude variation representative of a variation of an amplitude of the S1 across the first number of cardiac cycles of the first interval; and an atrial fibrillation detection circuit (306; 406; 606) configured to calculate an atrial fibrillation metric indicative of an atrial fibrillation episode of the heart for the first interval using the determined amplitude variation of the first interval and to provide an alert using the atrial fibrillation metric, wherein the first interval is a short atrial fibrillation interval comprising a time of less than two minutes or a number of cardiac cycles occurring over a time of less than two minutes.
A paper feeding apparatus of an image forming apparatus, the paper feeding apparatus comprising: a pickup unit comprising a pickup roller, and at least a part of the pickup unit configured to rotate about a first axis and to move between a contact location at which the pickup roller contacts a recording medium and a separation location at which the pickup roller is separate from the recording medium; a swing member configured to rotate about a second axis, and to move the pickup unit from the contact location to the separation location by pressing the pickup unit; an elastic member configured to provide an elastic force to the swing member so that the swing member rotates about the second axis; and a rotation limiter configured to limit a rotation angle at which the swing member rotates, wherein the rotation limiter is located within a rotation radius within which the swing member rotates, the paper feeding apparatus characterized in that an angular momentum of the swing member is less than an angular momentum of the pickup unit while the swing member presses the pickup unit and rotates. a pickup unit comprising a pickup roller, and at least a part of the pickup unit configured to rotate about a first axis and to move between a contact location at which the pickup roller contacts a recording medium and a separation location at which the pickup roller is separate from the recording medium; a swing member configured to rotate about a second axis, and to move the pickup unit from the contact location to the separation location by pressing the pickup unit; an elastic member configured to provide an elastic force to the swing member so that the swing member rotates about the second axis; and a rotation limiter configured to limit a rotation angle at which the swing member rotates, wherein the rotation limiter is located within a rotation radius within which the swing member rotates, the paper feeding apparatus characterized in that an angular momentum of the swing member is less than an angular momentum of the pickup unit while the swing member presses the pickup unit and rotates.
An apparatus for repairing a main pipe line a lateral pipe line connected thereto and in communication therewith to form a pipe juncture, the apparatus comprising: a bladder assembly comprising a main bladder tube and a lateral bladder tube in communication with one another through a bladder tube juncture; a liner assembly comprising a main liner member and a lateral liner tube of resin absorbent material in communication with one another through a liner juncture; the lateral bladder tube and the lateral liner tube being adapted to extend within the lateral pipe line with the lateral bladder tube being inside the lateral liner tube and the lateral liner tube being between the lateral pipe line and the lateral bladder tube; the main bladder tube and the main liner member being adapted to extend within the main pipe line at the pipe juncture with the main liner member being between the main pipe line and the main bladder tube; and a ring-shaped single band of an impermeable compressible material disposed on the outside of the main liner member and surrounding the liner juncture, the band forming a seal between the liner assembly and main pipe line around the pipe juncture. a bladder assembly comprising a main bladder tube and a lateral bladder tube in communication with one another through a bladder tube juncture; a liner assembly comprising a main liner member and a lateral liner tube of resin absorbent material in communication with one another through a liner juncture; the lateral bladder tube and the lateral liner tube being adapted to extend within the lateral pipe line with the lateral bladder tube being inside the lateral liner tube and the lateral liner tube being between the lateral pipe line and the lateral bladder tube; the main bladder tube and the main liner member being adapted to extend within the main pipe line at the pipe juncture with the main liner member being between the main pipe line and the main bladder tube; and a ring-shaped single band of an impermeable compressible material disposed on the outside of the main liner member and surrounding the liner juncture, the band forming a seal between the liner assembly and main pipe line around the pipe juncture.
A method of preparing a colorant from Genipa americana comprising the steps: 1) preparing a genipin-rich extract from Genipa americana; and 2) use of said genepin-rich extract in colorant production; wherein the preparation of the genepin-rich extract comprises the following steps: a) washing and/or blanching the mature fruits of Genipin americana; b) peeling the fruits and cutting them into pieces; c) milling or blending the fruits with water or polar solvents in a weight ratio of 1:0.5-5.0; d) extracting the fruits with the water or polar solvents; e) separating the pulp, seeds and skin of the fruit by filtration and collecting the liquid filtrate; f) adjusting the pH of the filtrate to 3.8 to 4.0 using acids; g) concentrating the filtrate to produce a genepin-rich aqueous extract; h) extracting said aqueous extract with non-polar organic solvents through mixing in a ratio of about 1:1, wherein said non-polar organic solvents have a polarity index from 0 to 5.0 and water solubility of less than 30%; i) separating the organic solvent phase from the aqueous phase by settling or siphoning the top organic layer or by using a high speed centrifuge; j) evaporating the organic solvent to produce a genepin-rich extract as a yellow or off-white solid in which the genepin content is at least 70 % w/w of the solids. 1) preparing a genipin-rich extract from Genipa americana; and 2) use of said genepin-rich extract in colorant production; a) washing and/or blanching the mature fruits of Genipin americana; b) peeling the fruits and cutting them into pieces; c) milling or blending the fruits with water or polar solvents in a weight ratio of 1:0.5-5.0; d) extracting the fruits with the water or polar solvents; e) separating the pulp, seeds and skin of the fruit by filtration and collecting the liquid filtrate; f) adjusting the pH of the filtrate to 3.8 to 4.0 using acids; g) concentrating the filtrate to produce a genepin-rich aqueous extract; h) extracting said aqueous extract with non-polar organic solvents through mixing in a ratio of about 1:1, wherein said non-polar organic solvents have a polarity index from 0 to 5.0 and water solubility of less than 30%; i) separating the organic solvent phase from the aqueous phase by settling or siphoning the top organic layer or by using a high speed centrifuge; j) evaporating the organic solvent to produce a genepin-rich extract as a yellow or off-white solid in which the genepin content is at least 70 % w/w of the solids.
A battery unit mounting apparatus for mounting a battery unit to a vehicle from a bottom face side of the vehicle, the apparatus comprising: a table having a mount surface for mounting the battery unit; a lift for moving the table up and down with respect to the bottom face of the vehicle; and a connection mechanism for connecting the table and the lift to each other; wherein the connection mechanism connects the table and the lift to each other such that the battery unit or table comes into contact with the bottom face of the vehicle, characterized in that the connection mechanism has a ball joint for connecting the table and the lift to each other while making the mount surface of the table tiltable, and an elastic member for generating an elastic force between the table and the lift so as to regulate the tilt of the mount surface, wherein the mount surface tilts substantially parallel to the bottom face of the vehicle according to the contact between contact pieces of the mount surface and the bottom face of the vehicle a table having a mount surface for mounting the battery unit; a lift for moving the table up and down with respect to the bottom face of the vehicle; and a connection mechanism for connecting the table and the lift to each other; wherein the connection mechanism connects the table and the lift to each other such that the battery unit or table comes into contact with the bottom face of the vehicle, characterized in that the connection mechanism has a ball joint for connecting the table and the lift to each other while making the mount surface of the table tiltable, and an elastic member for generating an elastic force between the table and the lift so as to regulate the tilt of the mount surface, wherein the mount surface tilts substantially parallel to the bottom face of the vehicle according to the contact between contact pieces of the mount surface and the bottom face of the vehicle
An assembly comprising a cowl collector made from a plastic material and a cowl grille made from a plastic material intended to be fixed to said cowl collector in order to cover same, said cowl grille carrying, on the inner face of same intended to cover the cowl collector, a flexible pipe for supplying water to the nozzles for washing the windscreen of a motor vehicle, characterized in that the flexible pipe opening on the outside of the assembly, when mounted, via a passage included between the pipe, the collector and the cowl grille, and in that the cowl grille comprises, in an area located close to the periphery of said grille, means for holding the flexible pipe, the cowl grille and the cowl collector comprising means cooperating together by form locking to substantially completely block said passage in order to ensure the acoustic sealing of same.