mhurhangee/patent-ind-claim-en huggingface dataset:
A resilient seat for sealing surfaces in a pressurized system, the resilient seat comprising: a body defining a fluid flow path extending substantially axially between an inlet exterior sealing surface and an outlet exterior sealing surface , the body including an outer wall surface positioned between the inlet exterior sealing surface and the outlet exterior sealing surface ; the inlet exterior sealing surface comprising a deformation member configured to deform outward from the inlet exterior sealing surface toward the outer wall surface and away from an interior of the fluid flow path when the resilient seat is axially compressed; the outlet exterior sealing surface comprising a sealing member configured to deflect inward from the outlet exterior sealing surface toward the fluid flow path when the resilient seat is axially compressed, characterised in that the sealing member comprises a chamfer extending from the body. a body defining a fluid flow path extending substantially axially between an inlet exterior sealing surface and an outlet exterior sealing surface , the body including an outer wall surface positioned between the inlet exterior sealing surface and the outlet exterior sealing surface ; the inlet exterior sealing surface comprising a deformation member configured to deform outward from the inlet exterior sealing surface toward the outer wall surface and away from an interior of the fluid flow path when the resilient seat is axially compressed; the outlet exterior sealing surface comprising a sealing member configured to deflect inward from the outlet exterior sealing surface toward the fluid flow path when the resilient seat is axially compressed, characterised in that the sealing member comprises a chamfer extending from the body.
A print registration assembly for a can decorator, the can decorator comprising a plate cylinder mounted on a plate cylinder shaft , the print registration assembly comprising: an axial registration drive configured for registering the plate cylinder mounted on the plate cylinder shaft of the can decorator in an axial orientation; an axial registration slider that is configured for movement by the axial registration drive; the axial registration slider being configured for mechanically coupling to the plate cylinder via a plate cylinder sleeve such that movement of the axial registration slider causes axial movement of the plate cylinder sleeve which is associated with axial registration of the plate cylinder , the plate cylinder shaft being supported during operation of the print registration assembly by internal bearings located between the plate cylinder shaft and an inboard surface of the plate cylinder sleeve ; a circumferential registration drive configured for registering the plate cylinder in a circumferential orientation; and a circumferential registration slider that is configured for movement by the circumferential registration drive ; the circumferential registration slider being configured for mechanically coupling to the plate cylinder shaft such that movement of the circumferential registration slider causes circumferential movement of the plate cylinder shaft to effect circumferential registration of the plate cylinder, characterized by the plate cylinder sleeve being configured to move circumferentially with the plate cylinder shaft to accommodate said circumferential registration. an axial registration drive configured for registering the plate cylinder mounted on the plate cylinder shaft of the can decorator in an axial orientation; an axial registration slider that is configured for movement by the axial registration drive; the axial registration slider being configured for mechanically coupling to the plate cylinder via a plate cylinder sleeve such that movement of the axial registration slider causes axial movement of the plate cylinder sleeve which is associated with axial registration of the plate cylinder , the plate cylinder shaft being supported during operation of the print registration assembly by internal bearings located between the plate cylinder shaft and an inboard surface of the plate cylinder sleeve ; a circumferential registration drive configured for registering the plate cylinder in a circumferential orientation; and a circumferential registration slider that is configured for movement by the circumferential registration drive ; the circumferential registration slider being configured for mechanically coupling to the plate cylinder shaft such that movement of the circumferential registration slider causes circumferential movement of the plate cylinder shaft to effect circumferential registration of the plate cylinder, characterized by the plate cylinder sleeve being configured to move circumferentially with the plate cylinder shaft to accommodate said circumferential registration.
An RFID inlay , comprising: a first substrate having a ground plane layer disposed thereon; a second substrate having an antenna structure disposed thereon; a strap or interposer ; wherein the antenna structure comprises a pair of slots partitioning the antenna structure into three arms ; wherein one of the slots is bridged by the strap or interposer extending between a pair of adjacent arms ; wherein a dielectric layer is disposed between the ground plane layer and one of the three arms of the antenna structure ; and wherein the other two of the three arms of the antenna structure are capacitively coupled to the ground plane layer . a first substrate having a ground plane layer disposed thereon; a second substrate having an antenna structure disposed thereon; a strap or interposer ; wherein the antenna structure comprises a pair of slots partitioning the antenna structure into three arms ; wherein one of the slots is bridged by the strap or interposer extending between a pair of adjacent arms ; wherein a dielectric layer is disposed between the ground plane layer and one of the three arms of the antenna structure ; and wherein the other two of the three arms of the antenna structure are capacitively coupled to the ground plane layer .
A compound for use in a method of treating a cancer characterized by BCR-ABL expression or BBAP overexpression in a subject in need thereof, the method comprising administering the compound to the subject, wherein the compound selectively inhibits HDAC1 and HDAC2.
Method for welding in a discharge spout, by way of its weld-in region comprising ribs, between the flexible plastics films of a pouch packaging, wherein the outer edges of the ribs of the weld-in region are heated to the welding temperature and brought in the melted state between the edge regions of the pouch plastics films, and the films are pressed against the outer edges of the ribs , wherein the outer edges of the ribs deform in the shape of a T in cross section during the pressing in the melted state against the film inner wall, in order to thereby form an enlarged abutment surface against the film inner wall, wherein the single-layer, two-layer or multi-layer films of the pouch packaging consist of the same plastic or the same type of plastic as that of the discharge spout, and wherein the weld-in region of the discharge spout forms ribs , the outer edges of which melt as a result of the heating, and the inner surfaces of the pouch films are pressed onto the melted outer edges . wherein the outer edges of the ribs deform in the shape of a T in cross section during the pressing in the melted state against the film inner wall, in order to thereby form an enlarged abutment surface against the film inner wall, wherein the single-layer, two-layer or multi-layer films of the pouch packaging consist of the same plastic or the same type of plastic as that of the discharge spout, and wherein the weld-in region of the discharge spout forms ribs , the outer edges of which melt as a result of the heating, and the inner surfaces of the pouch films are pressed onto the melted outer edges .
1. An extracorporeal guiding device for an intracorporeal magnetic object comprising a motor-driven positioning device having a maximum of three degrees of freedom to be activated for translational motion of a distal connecting interface of the positioning device in an extracorporeal space coordinate system to which an end effector of the extracorporeal guiding device is connected or connectable, the end effector having a maximum of two degrees of freedom to be activated, i.e. for rotational motion of a magnetic field generator , preferably a permanent magnet of the end effector , characterized in that the positioning device includes a number of motor-driven extensions or arms , wherein selected extensions or arms thereof are weight-balanced with respect to corresponding motor drives , and the respective motor drive for selected degrees of freedom either is or becomes limited as to the driving force in such manner that the driving force adapted to be maximally output is either equal to or greater than an operating load force to be expected, but equal to or smaller than a predetermined maximum force in the case of which an injury of a patient or an operator in the event of collision is largely excluded.
A method, comprising: placing, into contact with a quantity of un-concentrated, expressed human milk, a forward osmotic membrane separating a material exhibiting an osmotic draw property from the quantity of un-concentrated, expressed human milk to draw water from the quantity of un-concentrated, expressed human milk to form concentrated human milk; and withdrawing the forward osmotic membrane from contact with the concentrated human milk when the concentrated human milk reaches a desired nutrient level. placing, into contact with a quantity of un-concentrated, expressed human milk, a forward osmotic membrane separating a material exhibiting an osmotic draw property from the quantity of un-concentrated, expressed human milk to draw water from the quantity of un-concentrated, expressed human milk to form concentrated human milk; and withdrawing the forward osmotic membrane from contact with the concentrated human milk when the concentrated human milk reaches a desired nutrient level.
Optoelectronic sensor for detecting and determining the distance of an object in a monitoring area , having a light emitter which has a light source and is intended for emitting at least one light pulse , having a light receiver for generating a received signal from the light pulse which is remitted or reflected by the object , and having a control and evaluation unit which is designed to control the light emitter and to determine a time-of-flight of the light and, from this, to determine a distance of the object from the sensor , the control and evaluation unit having a timing unit which is set up to receive the received signal and a trigger signal and to determine the time-of-flight of the light from a time interval between the trigger signal and the receive signal , characterized in that the sensor has a trigger circuit which is set up to pick up a voltage (U L ) applied to the light source of the light emitter and to output the trigger signal when a magnitude of the picked-up voltage (U L ) exceeds a predetermined threshold value .
Process for the purification of levulinic acid comprising the following steps: a. Providing a composition 1, comprising at least 75 wt% of levulinic acid; b. Cooling composition 1 to at least one temperature Tc, wherein Tc is a temperature in the range 1.23*(W1) -104.5 ≤ Tc (°C) ≤ 1.23*(W1) - 89.5, wherein W1 is the weight% of levulinic acid in composition 1, to obtain a cooled composition 1; c. Performing melt crystallization of composition 1 comprising the steps of: i. Bringing the cooled composition 1 into contact with levulinic acid crystal seeds, ii. Allowing the levulinic acid in composition 1 to crystallize at at least one temperature Tc to obtain crystals 1 and liquid 1, and iii. Draining of liquid 1; d. Optionally, treating crystals 1, after draining of liquid 1, by sweating, according to the following steps: i. Heating the crystals 1 at a temperature between 5 and 40 °C to obtain crystals 2 and liquid 2, and ii. Draining of liquid 2; e. Melting the crystals 1 or 2, after draining of liquid 1 or 2, to obtain composition 2, f. Determining the levulinic acid concentration in composition 2 and, in case the levulinic acid concentration is below a predetermined value, repeating steps b, c, optionally d, and e, as many times as necessary to obtain a final composition with a predetermined levulinic acid concentration. a. Providing a composition 1, comprising at least 75 wt% of levulinic acid; b. Cooling composition 1 to at least one temperature Tc, wherein Tc is a temperature in the range 1.23*(W1) -104.5 ≤ Tc (°C) ≤ 1.23*(W1) - 89.5, wherein W1 is the weight% of levulinic acid in composition 1, to obtain a cooled composition 1; c. Performing melt crystallization of composition 1 comprising the steps of: i. Bringing the cooled composition 1 into contact with levulinic acid crystal seeds, ii. Allowing the levulinic acid in composition 1 to crystallize at at least one temperature Tc to obtain crystals 1 and liquid 1, and iii. Draining of liquid 1; i. Bringing the cooled composition 1 into contact with levulinic acid crystal seeds, ii. Allowing the levulinic acid in composition 1 to crystallize at at least one temperature Tc to obtain crystals 1 and liquid 1, and iii. Draining of liquid 1; d. Optionally, treating crystals 1, after draining of liquid 1, by sweating, according to the following steps: i. Heating the crystals 1 at a temperature between 5 and 40 °C to obtain crystals 2 and liquid 2, and ii. Draining of liquid 2; i. Heating the crystals 1 at a temperature between 5 and 40 °C to obtain crystals 2 and liquid 2, and ii. Draining of liquid 2; e. Melting the crystals 1 or 2, after draining of liquid 1 or 2, to obtain composition 2, f. Determining the levulinic acid concentration in composition 2 and, in case the levulinic acid concentration is below a predetermined value, repeating steps b, c, optionally d, and e, as many times as necessary to obtain a final composition with a predetermined levulinic acid concentration.
A recombinant mutant African Swine Fever Virus- Georgia 2007 isolate (ASFV-G) Δ9GL/ΔUK virus.
A mobility scooter seat assembly comprising: a pillar configured to connect the mobility scooter in use; a seat portion for supporting an operator of the mobility scooter in use; a yoke arranged to receive the seat portion and comprising a mounting formation for mounting of the yoke to the pillar of the mobility scooter such that the yoke is removably mounted atop the pillar ; wherein the seat portion is removably mounted atop the yoke in use, the yoke comprising one or more attachment formations for releasable attachment of at least one of an arm-rest and a back-rest for the seat portion ; and wherein the seat portion is liftable off the yoke as a first component and the yoke is liftable off the pillar as a further component when removing the seat assembly from the mobility scooter; the seat portion being removably mounted to the pillar and rotatable relative thereto about an axis when mounted; wherein the yoke comprises an engagement mechanism configured to releasably engage at least one alignment formation provided at an angular position on the pillar ; and the alignment formation is shaped such that when the engagement mechanism is engaged therewith, relative rotation between the pillar and the seat portion about the axis is prevented and mounting/unmounting of the seat portion in an axial direction is permitted. a pillar configured to connect the mobility scooter in use; a seat portion for supporting an operator of the mobility scooter in use; a yoke arranged to receive the seat portion and comprising a mounting formation for mounting of the yoke to the pillar of the mobility scooter such that the yoke is removably mounted atop the pillar ; wherein the seat portion is removably mounted atop the yoke in use, the yoke comprising one or more attachment formations for releasable attachment of at least one of an arm-rest and a back-rest for the seat portion ; and wherein the seat portion is liftable off the yoke as a first component and the yoke is liftable off the pillar as a further component when removing the seat assembly from the mobility scooter; the seat portion being removably mounted to the pillar and rotatable relative thereto about an axis when mounted; wherein the yoke comprises an engagement mechanism configured to releasably engage at least one alignment formation provided at an angular position on the pillar ; and the alignment formation is shaped such that when the engagement mechanism is engaged therewith, relative rotation between the pillar and the seat portion about the axis is prevented and mounting/unmounting of the seat portion in an axial direction is permitted.
A flow path member comprising: a first wall; a second wall; and a third wall which is provided between the first wall and the second wall, wherein a flow path in which a fluid flows is configured with the first wall, the second wall, and the third wall, and a portion of a surface of the third wall on the flow path side includes a coarse portion that is coarser than the other portions characterized in that a heat generation member mounted area is provided in the first wall or the second wall. a first wall; a second wall; and a third wall which is provided between the first wall and the second wall, wherein a flow path in which a fluid flows is configured with the first wall, the second wall, and the third wall, and a portion of a surface of the third wall on the flow path side includes a coarse portion that is coarser than the other portions characterized in that a heat generation member mounted area is provided in the first wall or the second wall.
A dispersant of the following structure: wherein X is R-Q or a cyclic secondary amine, wherein when X is R-Q, R is a hydrocarbon chain containing 1 to 50 carbon atoms and Q is Oxygen, or NR 7 , or NH, with the proviso that Q can only be NH when n is 0 and b is 0, and R 7 is a hydrocarbon chain containing between 1 and 18 carbon atoms; R 1 is H, methyl, or ethyl; R 5 is a hydrocarbon chain containing up to 3 carbon atoms; R 6 is hydrogen, a hydrocarbyl group containing 1 to 22 carbon atoms, or the residue of an alkyl (meth)acrylate or (meth) acrylamide; b is 0 or 1, with the proviso that b can only be 1 when both n and m are both at least 1; R 2 is a hydrocarbon chain containing 1 to 15 carbon atoms or -R 8 (C=O)YR 9 -, where Y is O or NH or NR 10 , R 8 is a hydrocarbon chain containing 1 to 10 carbon atoms, R 9 is a hydrocarbon chain containing 2 to 10 carbon atoms, and R 10 is a hydrocarbon chain containing 1 to 20 carbon atoms; n is any integer from 0 to 65 and m is any integer from 0 to 35, with the proviso that m + n is at least 3; R 3 is a hydrocarbon containing between 2 and 80 carbons; q and t are each at least 1; MA is a multi-amine species having a number average molecular weight of 300 to 20,000 g/mol, measured by ebullioscopic method analysis; R 4 is carbon chain containing between 1 and 4 carbons, preferably between 1 and 2; and p + z is any integer from 1 to 200. X is R-Q or a cyclic secondary amine, wherein when X is R-Q, R is a hydrocarbon chain containing 1 to 50 carbon atoms and Q is Oxygen, or NR 7 , or NH, with the proviso that Q can only be NH when n is 0 and b is 0, and R 7 is a hydrocarbon chain containing between 1 and 18 carbon atoms; R 1 is H, methyl, or ethyl; R 5 is a hydrocarbon chain containing up to 3 carbon atoms; R 6 is hydrogen, a hydrocarbyl group containing 1 to 22 carbon atoms, or the residue of an alkyl (meth)acrylate or (meth) acrylamide; b is 0 or 1, with the proviso that b can only be 1 when both n and m are both at least 1; R 2 is a hydrocarbon chain containing 1 to 15 carbon atoms or -R 8 (C=O)YR 9 -, where Y is O or NH or NR 10 , R 8 is a hydrocarbon chain containing 1 to 10 carbon atoms, R 9 is a hydrocarbon chain containing 2 to 10 carbon atoms, and R 10 is a hydrocarbon chain containing 1 to 20 carbon atoms; n is any integer from 0 to 65 and m is any integer from 0 to 35, with the proviso that m + n is at least 3; R 3 is a hydrocarbon containing between 2 and 80 carbons; q and t are each at least 1; MA is a multi-amine species having a number average molecular weight of 300 to 20,000 g/mol, measured by ebullioscopic method analysis; R 4 is carbon chain containing between 1 and 4 carbons, preferably between 1 and 2; and p + z is any integer from 1 to 200.
Pot still distillation system, in particular for whiskey, comprising - a distillation pot still having a base set up to heat an alcoholic liquid , and a top which removes alcoholic vapours, - a heating device which heats the alcoholic liquid in the base and has a heat exchanger which is in thermal contact with the alcoholic liquid and is heated by water vapour, and - a condenser which condenses alcoholic vapour supplied from the top and has a cooling water circuit which circulates cooling water across the condenser , characterised in that the cooling water circuit comprises a separator which removes water vapour from the cooling water circuit , and in that a mechanical compressor (49; 49') precompresses the water vapour removed by the separator and supplies said vapour to an intake port of a steam jet pump which is driven by water vapour from a water vapour source and post-compresses the pre-compressed water vapour, said steam jet pump supplying the post-compressed water vapour to the heat exchanger for heating same. - a distillation pot still having a base set up to heat an alcoholic liquid , and a top which removes alcoholic vapours, - a heating device which heats the alcoholic liquid in the base and has a heat exchanger which is in thermal contact with the alcoholic liquid and is heated by water vapour, and - a condenser which condenses alcoholic vapour supplied from the top and has a cooling water circuit which circulates cooling water across the condenser , characterised in that the cooling water circuit comprises a separator which removes water vapour from the cooling water circuit , and in that a mechanical compressor (49; 49') precompresses the water vapour removed by the separator and supplies said vapour to an intake port of a steam jet pump which is driven by water vapour from a water vapour source and post-compresses the pre-compressed water vapour, said steam jet pump supplying the post-compressed water vapour to the heat exchanger for heating same.
A dishwasher, comprising a heat exchanger for recovering thermal energy, - wherein the heat exchanger comprises at least a first fluid duct and a second fluid duct and said fluid ducts are shaped in a spiral manner, - wherein the first fluid duct and the second fluid duct are separated from each other by means of at least one partition wall such that thermal energy is transferred from a fluid within the first fluid duct to a fluid within the adjacent second fluid duct over the at least one partition wall , characterized in that the at least one partition wall is shaped in a spiral manner. - wherein the heat exchanger comprises at least a first fluid duct and a second fluid duct and said fluid ducts are shaped in a spiral manner, - wherein the first fluid duct and the second fluid duct are separated from each other by means of at least one partition wall such that thermal energy is transferred from a fluid within the first fluid duct to a fluid within the adjacent second fluid duct over the at least one partition wall ,