mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing ring for a main load connection in flange connections for container and pipeline construction, comprising a sealing body formed as a closed ring made of an elastomer material, which envelops an insert of rigid material lying flat in the plane of the ring, perpendicular to the pressure direction, and the sealing body has an elastomer layer surrounding the insert , which has various thicknesses in the radial direction, wherein the sealing body has a circumferential central sealing body section with an elastomer layer above and below the insert , and characterized in that the elastomer layers each open radially at the ends of the insert via a stepped transition region into a circumferential inner and outer sealing ring lip of the sealing body , wherein the sealing ring lips have a thickness that is reduced with respect to the central sealing body section . the sealing body has a circumferential central sealing body section with an elastomer layer above and below the insert , and characterized in that the elastomer layers each open radially at the ends of the insert via a stepped transition region into a circumferential inner and outer sealing ring lip of the sealing body , wherein the sealing ring lips have a thickness that is reduced with respect to the central sealing body section .
A liquid, gel or semi-solid pharmaceutical composition comprising: from 1% to 25% of naloxone base by the total mass of the composition; and from 50% to 99% of one or more non-aqueous solvents selected from the group consisting of oleic acid, liquid polyethylene glycol, propylene glycol, and ethanol, or mixtures thereof, by the total mass of the composition; wherein the composition is free of water; wherein the naloxone base is completely and homogeneously dissolved in the one or more non-aqueous solvents, and wherein the composition is a sublingual or buccal dosage form. from 1% to 25% of naloxone base by the total mass of the composition; and from 50% to 99% of one or more non-aqueous solvents selected from the group consisting of oleic acid, liquid polyethylene glycol, propylene glycol, and ethanol, or mixtures thereof, by the total mass of the composition; wherein the composition is free of water; wherein the naloxone base is completely and homogeneously dissolved in the one or more non-aqueous solvents, and
A method for generating a cut file on a planning computer, the method comprising: providing a model of a prosthesis and a model of a bone;; planning a position for the model of the prosthesis relative to the model of the bone; generating a cut file with cutting parameters to specify at least one cut path configured to create a volume of bone to be removed, said volume corresponding to the planned position of the model of the prosthesis relative to the model of the bone; providing an input from a user based on user discretion in generating the cut file including modifications of at least one of: precut, depth of cut, length of cut, diameter of cut path, regions to be cut, number of cut paths, dimensions of planes, shapes of cut paths, and types and sizes of cutters to be used; generating a bounding volume derived from the model of the prosthesis; comparing the bounding volume with the volume of bone to be removed as specified by the cut file as a safety control; and sending a warning to the user if the volume of bone to be removed as specified by the cut file exceeds the bounding volume . providing a model of a prosthesis and a model of a bone;; planning a position for the model of the prosthesis relative to the model of the bone; generating a cut file with cutting parameters to specify at least one cut path configured to create a volume of bone to be removed, said volume corresponding to the planned position of the model of the prosthesis relative to the model of the bone; providing an input from a user based on user discretion in generating the cut file including modifications of at least one of: precut, depth of cut, length of cut, diameter of cut path, regions to be cut, number of cut paths, dimensions of planes, shapes of cut paths, and types and sizes of cutters to be used; generating a bounding volume derived from the model of the prosthesis; comparing the bounding volume with the volume of bone to be removed as specified by the cut file as a safety control; and sending a warning to the user if the volume of bone to be removed as specified by the cut file exceeds the bounding volume .
Contraceptive for men according to ISO standard 4074 for rolling on the penis, which in at least one state extends substantially along a longitudinal axis (L), with a first section , which is cylindrically formed in at least one state, and a reservoir as a second section for receiving sperm, wherein the second section is arranged at a closed end of the contraceptive as viewed along the longitudinal axis (L), and a transition from the first section to the second section has a taper, such that the contraceptive tapers from the first section to the second section , wherein the second section has a surface structure on the outside at least in sections, wherein the surface structure has several nubs and the several nubs are grouped in such a way that the grouping runs substantially circularly around the longitudinal axis (L), and characterised in that the nubs are arranged uniformly and offset with respect to each other, and the nubs protrude by less than 1 mm and are less than 2 mm wide. with a first section , which is cylindrically formed in at least one state, and a reservoir as a second section for receiving sperm, wherein the second section is arranged at a closed end of the contraceptive as viewed along the longitudinal axis (L), and a transition from the first section to the second section has a taper, such that the contraceptive tapers from the first section to the second section , wherein the second section has a surface structure on the outside at least in sections, wherein the surface structure has several nubs and the several nubs are grouped in such a way that the grouping runs substantially circularly around the longitudinal axis (L), and characterised in that the nubs are arranged uniformly and offset with respect to each other, and the nubs protrude by less than 1 mm and are less than 2 mm wide.
An electro hydrostatic actuator (EHA) comprising: a hydraulic pump (106; 206) driven by an electric motor to supply hydraulic fluid to a hydraulic actuator ; the hydraulic pump (106; 206) comprising an inlet and an outlet for the hydraulic fluid and an active flow path arranged therebetween such that, in an active mode of operation when the hydraulic pump (106; 206) is driven by the electric motor , the hydraulic fluid is actively drawn in through the inlet and exhausted out through the outlet; characterised in that the hydraulic pump (106; 206) further comprises a bypass flow path (148, 150; 260) arranged to open between the inlet and outlet of the hydraulic pump such that, in a damping mode of operation when the hydraulic pump (106; 206) is not driven by the electric motor , the bypass flow path (148, 150; 260) is arranged to allow hydraulic fluid to pass through the hydraulic pump (106; 206) along the bypass flow path (148, 150; 260) between the inlet and outlet of the hydraulic pump. a hydraulic pump (106; 206) driven by an electric motor to supply hydraulic fluid to a hydraulic actuator ; the hydraulic pump (106; 206) comprising an inlet and an outlet for the hydraulic fluid and an active flow path arranged therebetween such that, in an active mode of operation when the hydraulic pump (106; 206) is driven by the electric motor , the hydraulic fluid is actively drawn in through the inlet and exhausted out through the outlet; characterised in that the hydraulic pump (106; 206) further comprises a bypass flow path (148, 150; 260) arranged to open between the inlet and outlet of the hydraulic pump such that, in a damping mode of operation when the hydraulic pump (106; 206) is not driven by the electric motor , the bypass flow path (148, 150; 260) is arranged to allow hydraulic fluid to pass through the hydraulic pump (106; 206) along the bypass flow path (148, 150; 260) between the inlet and outlet of the hydraulic pump.
An entrance control mechanism for controlling a barrier member which can open in first and second opposite directions from a closed position, the mechanism comprising first and second stop members which are locatable on opposite sides of the barrier member in the closed position, and which are each selectively movable between an engaged position preventing the barrier member moving therepast, and a disengaged position in which the barrier member can move past the respective stop member, the mechanism being configured such that if a barrier member is urged against either the first or second stop member when in an engaged position, from a respective first or second open position, the respective first or second stop member will be moved to a disengaged position to allow the barrier member to move therepast, the mechanism being configured such that if the barrier member is urged against the first stop member from the first open position the first stop member will move to a disengaged position, but the second stop member will not move to a disengaged position, and if the barrier member is urged against the second stop member from the second open position, the second and first stop members will move to a disengaged position; wherein control means are provided which when actuated in a first way causes the second stop member to be moved to a disengaged position, and leaves the first stop member in an engaged position, and when actuated in a second way, causes the first stop member to be moved to a disengaged position, and leaves the second stop member in an engaged position; and wherein a link is provided between the first and second stop members, characterized in an isolating part in the link, the isolating part being movable between inactive and active conditions, such that with the isolating part in the inactive condition if the second stop member is moved to a disengaged position the link will cause the first stop member to be moved with the second stop member, but with the isolating part in the active condition, the link will not cause the first stop member to be moved with the second stop member. wherein control means are provided which when actuated in a first way causes the second stop member to be moved to a disengaged position, and leaves the first stop member in an engaged position, and when actuated in a second way, causes the first stop member to be moved to a disengaged position, and leaves the second stop member in an engaged position; and wherein a link is provided between the first and second stop members, characterized in an isolating part in the link, the isolating part being movable between inactive and active conditions, such that with the isolating part in the inactive condition if the second stop member is moved to a disengaged position the link will cause the first stop member to be moved with the second stop member, but with the isolating part in the active condition, the link will not cause the first stop member to be moved with the second stop member.
Belt filter, comprising a filter belt which, in order to form a channel-shaped filter trough , is guided about two rotatable guide elements which are arranged so as to be mutually spaced and which are rotatably mounted by means of two rotary bearings , seals being arranged between the rotary bearings and the guide elements , characterised in that the seals have a wire as a core which is surrounded by a sealing tube .
A transport trailer, having a trough , four wheels , namely two non-steerable wheels and two steerable wheels , a drawbar and a trailer coupling , wherein the drawbar is arranged on the side of the non-steerable wheels and the trailer coupling is arranged on the side of the steerable wheels , wherein both the non-steerable wheels and the steerable wheels are attached to fastening plates projecting outwards from the trough , and wherein the steerable wheels are arranged below an oblique plate of the trough .
Seal assembly for a gas turbine configured to be axially interposed between an outlet member of a combustor and at least one turbine vane and radially interposed between an outer hot gas path and an inner space containing higher-pressure cooling air, the seal assembly comprising: - at least one main spring exerting an axial elastic load and configured to be at least partially housed in a seat of the outlet member ; - at least one flexible seal member having a plate portion disposed on an outer side of the main spring ; and - at least one shield seal member having a plate portion and a flange configured to contact axially a vane surface under the axial elastic load of the main spring , characterized in that the flexible seal member has an outer blade configured to sealingly cooperate radially with a radially outer surface of the seat , and in that the plate portion of the shield seal member is disposed on an outer side of the plate portion of the flexible seal member . - at least one main spring exerting an axial elastic load and configured to be at least partially housed in a seat of the outlet member ; - at least one flexible seal member having a plate portion disposed on an outer side of the main spring ; and - at least one shield seal member having a plate portion and a flange configured to contact axially a vane surface under the axial elastic load of the main spring ,
Process for the synthesis of organic sulfonic acid salts of amino acid esters comprising the steps of (i) reacting at least one lactam with at least 3 carbon atoms in the lactam ring with at least one organic sulfonic acid in an aqueous solution, (ii) esterification of the reaction product of step (i) with at least one alcohol with at least 8 carbon atoms comprising at least one hydroxyl group, (iii) optionally removal of water and/or removal of excess alcohol of step (ii). (i) reacting at least one lactam with at least 3 carbon atoms in the lactam ring with at least one organic sulfonic acid in an aqueous solution, (ii) esterification of the reaction product of step (i) with at least one alcohol with at least 8 carbon atoms comprising at least one hydroxyl group, (iii) optionally removal of water and/or removal of excess alcohol of step (ii).
A hair care composition comprising: a) from 5 to 40 wt.% of the hair care composition of one or more detersive surfactants wherein less than 10 wt.% of the hair care composition comprises a linear anionic surfactant selected from the group consisting of: alkyl sulfates where R is a linear C 8 -C 24 alkyl and M + is monovalent cation; alkyl ether sulfates where R is a linear C 8 -C 24 alkyl, n=1-2, and M + is monovalent cation; and mixtures thereof, wherein one of the detersive surfactant is a branched anionic surfactant selected from the group consisting of: alkyl sulfates where R is a branched C 8 -C 24 alkyl and M + is monovalent cation; alkyl ether sulfates where R is a branched C 8 -C 24 alkyl, n=1-2, and M + is monovalent cation; and mixtures thereof; b) a carrier comprising one or more polyols and water, wherein the carrier comprises from 40 to 70 wt.% of the hair care composition of one or more polyols, and from 9% to 75% by weight of the hair care composition of water; and wherein the weight ratio of one or more polyols to water is 0.4 or higher. a) from 5 to 40 wt.% of the hair care composition of one or more detersive surfactants wherein less than 10 wt.% of the hair care composition comprises a linear anionic surfactant selected from the group consisting of: alkyl sulfates where R is a linear C 8 -C 24 alkyl and M + is monovalent cation; alkyl ether sulfates where R is a linear C 8 -C 24 alkyl, n=1-2, and M + is monovalent cation; and mixtures thereof, wherein one of the detersive surfactant is a branched anionic surfactant selected from the group consisting of: alkyl sulfates where R is a branched C 8 -C 24 alkyl and M + is monovalent cation; alkyl ether sulfates where R is a branched C 8 -C 24 alkyl, n=1-2, and M + is monovalent cation; and mixtures thereof; alkyl sulfates where R is a linear C 8 -C 24 alkyl and M + is monovalent cation; alkyl ether sulfates where R is a linear C 8 -C 24 alkyl, n=1-2, and M + is monovalent cation; and mixtures thereof, alkyl sulfates where R is a branched C 8 -C 24 alkyl and M + is monovalent cation; alkyl ether sulfates where R is a branched C 8 -C 24 alkyl, n=1-2, and M + is monovalent cation; and mixtures thereof; b) a carrier comprising one or more polyols and water, wherein the carrier comprises from 40 to 70 wt.% of the hair care composition of one or more polyols, and from 9% to 75% by weight of the hair care composition of water; and wherein the weight ratio of one or more polyols to water is 0.4 or higher.
A method for suspending the analytes contained in a blood sample previously dried on blotting paper, wherein: - blotting paper is provided on which a blood sample, with an initial volume of greater than or equal to 100 μl, is dried, said blotting paper having a capacity for absorption of said sample of at least 60 μl.cm -2 and a basis weight of between 200 g.m -2 and 800 g.m -2 ; - said blotting paper is transferred into a container; - a liquid extraction solution is added to said container, said extraction solution being chosen from: ∘ a phosphate-buffered saline having a phosphate concentration of between 10 mmol.l -1 and 150 mmol.l -1 and a sodium chloride concentration of between 150 mmol.l -1 and 350 mmol.l -1 and ∘ a Tris-buffered saline having a Tris concentration of between 10 mmol.l -1 and 150 mmol.l -1 and a sodium chloride concentration of between 150 mmol.l -1 and 350 mmol.l -1 , said extraction solution having a volume equivalent to the volume of blood sample dried on the blotting paper; - said blotting paper is left to impregnate in the extraction solution; - a mechanical draining action is applied to said blotting paper; and - the extraction solution comprising the analytes contained in the initial blood sample is recovered. - blotting paper is provided on which a blood sample, with an initial volume of greater than or equal to 100 μl, is dried, said blotting paper having a capacity for absorption of said sample of at least 60 μl.cm -2 and a basis weight of between 200 g.m -2 and 800 g.m -2 ; - said blotting paper is transferred into a container; - a liquid extraction solution is added to said container, said extraction solution being chosen from: ∘ a phosphate-buffered saline having a phosphate concentration of between 10 mmol.l -1 and 150 mmol.l -1 and a sodium chloride concentration of between 150 mmol.l -1 and 350 mmol.l -1 and ∘ a Tris-buffered saline having a Tris concentration of between 10 mmol.l -1 and 150 mmol.l -1 and a sodium chloride concentration of between 150 mmol.l -1 and 350 mmol.l -1 , said extraction solution having a volume equivalent to the volume of blood sample dried on the blotting paper; ∘ a phosphate-buffered saline having a phosphate concentration of between 10 mmol.l -1 and 150 mmol.l -1 and a sodium chloride concentration of between 150 mmol.l -1 and 350 mmol.l -1 and ∘ a Tris-buffered saline having a Tris concentration of between 10 mmol.l -1 and 150 mmol.l -1 and a sodium chloride concentration of between 150 mmol.l -1 and 350 mmol.l -1 , - said blotting paper is left to impregnate in the extraction solution; - a mechanical draining action is applied to said blotting paper; and - the extraction solution comprising the analytes contained in the initial blood sample is recovered.
A power storage pack authentication method comprising: after a power storage pack detached from an electric movable body is mounted in a charging slot (SLc1) of a charging device , wiredly transmitting, by the controller of the charging device , identification information to a controller of the power storage pack mounted in the charging slot (SLc1) of the charging device ; characterized in that the power storage pack authentication method further comprises: transmitting via near-field communication, by the controller of the power storage pack , a signal including the identification information received from the charging device ; and after the controller of the charging device receives the signal transmitted via the near-field communication, collating, by the controller of the charging device , whether or not the identification information included in the received signal matches the identification information transmitted wiredly, and authenticate that the power storage pack mounted in the charging slot (SLc1) is identical to a partner device communicating via the near-field communication when the identification information included in the received signal matches the identification information wiredly transmitted. after a power storage pack detached from an electric movable body is mounted in a charging slot (SLc1) of a charging device , wiredly transmitting, by the controller of the charging device , identification information to a controller of the power storage pack mounted in the charging slot (SLc1) of the charging device ; characterized in that the power storage pack authentication method further comprises: transmitting via near-field communication, by the controller of the power storage pack , a signal including the identification information received from the charging device ; and after the controller of the charging device receives the signal transmitted via the near-field communication, collating, by the controller of the charging device , whether or not the identification information included in the received signal matches the identification information transmitted wiredly, and authenticate that the power storage pack mounted in the charging slot (SLc1) is identical to a partner device communicating via the near-field communication when the identification information included in the received signal matches the identification information wiredly transmitted. transmitting via near-field communication, by the controller of the power storage pack , a signal including the identification information received from the charging device ; and after the controller of the charging device receives the signal transmitted via the near-field communication, collating, by the controller of the charging device , whether or not the identification information included in the received signal matches the identification information transmitted wiredly, and authenticate that the power storage pack mounted in the charging slot (SLc1) is identical to a partner device communicating via the near-field communication when the identification information included in the received signal matches the identification information wiredly transmitted.