mhurhangee/patent-ind-claim-en huggingface dataset:
Kit for applying an adhesive composition on a support such as a surgical mesh, wherein the kit comprises: • an applicator comprising: o a body defining a chamber for storing an adhesive composition such as a light-curable compound, and an outlet for delivering the adhesive composition stored in the chamber , o a piston mobile in translation relative to the body , o a drive element mobile in rotation relative to the body , and configured to be releasably engaged with a guide external to the applicator , wherein rotating the drive element relative to the body causes the piston to translate relative to the body so as to reduce a volume of the chamber and force the adhesive composition out of the applicator through the outlet ; and • a guide wherein: • the applicator and the guide are able to be set in an engaged configuration wherein the drive element is engaged with the guide and wherein the outlet faces the support, • moving the drive element along the guide causes the drive element to rotate relative to the body while the guide and the applicator are in the engaged configuration, characterised in that the guide defines an elongated hole leaving exposed an elongated area of the support whenever the guide covers the support. • an applicator comprising: o a body defining a chamber for storing an adhesive composition such as a light-curable compound, and an outlet for delivering the adhesive composition stored in the chamber , o a piston mobile in translation relative to the body , o a drive element mobile in rotation relative to the body , and configured to be releasably engaged with a guide external to the applicator , wherein rotating the drive element relative to the body causes the piston to translate relative to the body so as to reduce a volume of the chamber and force the adhesive composition out of the applicator through the outlet ; and o a body defining a chamber for storing an adhesive composition such as a light-curable compound, and an outlet for delivering the adhesive composition stored in the chamber , o a piston mobile in translation relative to the body , o a drive element mobile in rotation relative to the body , and configured to be releasably engaged with a guide external to the applicator , wherein rotating the drive element relative to the body causes the piston to translate relative to the body so as to reduce a volume of the chamber and force the adhesive composition out of the applicator through the outlet ; and • a guide • the applicator and the guide are able to be set in an engaged configuration wherein the drive element is engaged with the guide and wherein the outlet faces the support, • moving the drive element along the guide causes the drive element to rotate relative to the body while the guide and the applicator are in the engaged configuration,
Vision adjustment mechanism, comprising a first part , especially a base part, and a second part , especially a mirror holding part, arranged to be pivotable relative to the first part, wherein the first part has a trough into which a head part that is at least partially complementary to said trough , can be inserted, forming at least one clamping gap between the trough and the head part of the vision adjustment mechanism, and is fixable relative to the first part by means of a fixation means of the vision adjustment mechanism, and the second part has at least one clamping part which is formed in such a way that it is at least partially complementary to the clamping gap , and which can be arranged in such a way that the second part is rotatably attached to the first part , the fixation means is formed in such a way that it biases the head part in the direction of the first part , and especially in the direction of the trough , wherein the fixation means forms a rotation fixation means in such a way that the second part is rotatable relative to the first part about a rotation axis (Av) which is orthogonal to at least one pivot axis (As), about the second part relative to the second part , is fixed against rotation, wherein the fixation means has at least one rotation fixation element extending externally to the rotation axis Av, wherein the fixation means especially extends between the first part and the head part , and penetrates the second part , characterized in that the fixation means comprises a bracket element having at least two bracket arms and a bracket head , wherein on the bracket arms at least one fixation element is foreseen that can be fixed onto the first part with at least one counter fixation element , and/or wherein the bracket head can be fixed onto the head part , and wherein at least part of the bracket element , especially a bracket arm , forms the rotation fixation element .
A medicament delivery system, comprising: a medicament container ; and a plunger displaceably disposed relative to the medicament container for ejecting medicament from the medicament container; a delay mechanism , wherein the delay mechanism is adapted to, subsequent to completion of medicament delivery, automatically activate a subsystem or initiate an operation, characterized in that a predetermined displacement of the plunger activates the delay mechanism prior to completion of medicament delivery from the medicament container, wherein the delay mechanism comprises: a base on which the medicament container is disposed; a pallet member rotatably disposed on the base, the pallet member having a pair of opposing pallet arms ; and a shaft having a worm gear and a disk with teeth circumferentially disposed about opposing sides of the disk for interacting with the pallet arms; wherein upon activation of the delay mechanism, the pallet arms alternately engage teeth on respective sides of the disk for delaying rotation of the shaft, and the worm gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery. a medicament container ; and a plunger displaceably disposed relative to the medicament container for ejecting medicament from the medicament container; a delay mechanism , wherein the delay mechanism is adapted to, subsequent to completion of medicament delivery, automatically activate a subsystem or initiate an operation, characterized in that a predetermined displacement of the plunger activates the delay mechanism prior to completion of medicament delivery from the medicament container, wherein the delay mechanism comprises: a base on which the medicament container is disposed; a pallet member rotatably disposed on the base, the pallet member having a pair of opposing pallet arms ; and a shaft having a worm gear and a disk with teeth circumferentially disposed about opposing sides of the disk for interacting with the pallet arms; wherein upon activation of the delay mechanism, the pallet arms alternately engage teeth on respective sides of the disk for delaying rotation of the shaft, and the worm gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery. a base on which the medicament container is disposed; a pallet member rotatably disposed on the base, the pallet member having a pair of opposing pallet arms ; and a shaft having a worm gear and a disk with teeth circumferentially disposed about opposing sides of the disk for interacting with the pallet arms; wherein upon activation of the delay mechanism, the pallet arms alternately engage teeth on respective sides of the disk for delaying rotation of the shaft, and the worm gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery.
An oil-in-water emulsion composition comprising a) 40-98% of at least one liquid continuous aqueous phase (X) comprising at least one linear or branched C 1 -C 4 alcohol selected from the group consisting of ethanol, isopropyl alcohol, and n-propanol; b) 1-40% of at least one dispersed fatty phase (Y), comprising at least one oil having biological origin, selected from triglyceride oils comprising fatty acids selected from myristic acid, palmitic acid, stearic acid, oleic acid, linolic acid, linolenic acid, pelargonic acid, capric acid, caprylic acid, lauric acid, or mixture thereof; c) 0.25 - 20% of stabilizing particles (Z), consisting of components being solid particles; wherein the emulsion is a Pickering emulsion; wherein the emulsion is surfactant free; wherein the emulsion composition comprises at least 20%, by weight, of said C 1 -C 4 alcohol, and wherein the dispersed fatty phase is selected to have no, or at least very limited solubility in the continuous aqueous phase (X); and wherein the solid particles (Z) consists of starch. a) 40-98% of at least one liquid continuous aqueous phase (X) comprising at least one linear or branched C 1 -C 4 alcohol selected from the group consisting of ethanol, isopropyl alcohol, and n-propanol; b) 1-40% of at least one dispersed fatty phase (Y), comprising at least one oil having biological origin, selected from triglyceride oils comprising fatty acids selected from myristic acid, palmitic acid, stearic acid, oleic acid, linolic acid, linolenic acid, pelargonic acid, capric acid, caprylic acid, lauric acid, or mixture thereof; c) 0.25 - 20% of stabilizing particles (Z), consisting of components being solid particles; wherein the emulsion is a Pickering emulsion; wherein the emulsion is surfactant free; wherein the emulsion composition comprises at least 20%, by weight, of said C 1 -C 4 alcohol, and wherein the dispersed fatty phase is selected to have no, or at least very limited solubility in the continuous aqueous phase (X); and wherein the solid particles (Z) consists of starch.
A biomaterial having enhanced rubber properties through natural cross-linking of collagen and hyaluronic acid, wherein a rubber-type biomaterial is prepared from collagen and hyaluronic acid at a ratio of 2:1 to 7:1 through natural cross-linking; and wherein a collagen solution is formed under an acidic condition and a hyaluronic acid solution is formed under a neutral condition.
An acoustic matching sheet comprising the following component (B) in the following component (A): (A): at least one of a resin or a rubber, and (B): at least one of a resin particle or a rubber particle having an acoustic velocity lower than an acoustic velocity of the component (A), characterized in that component (B) has a number average particle diameter of 0.5 μm or less. (A): at least one of a resin or a rubber, and (B): at least one of a resin particle or a rubber particle having an acoustic velocity lower than an acoustic velocity of the component (A),
A method for isolating nucleic acid from a sample solution, wherein the nucleic acid is separated from the sample solution by adsorption to magnetic particles, followed by separation of the magnetic particles with the nucleic acid adsorbed thereto from the sample solution by application of a magnetic field, followed by at least one washing step (w), comprising (w1) suspending the magnetic particles with the nucleic acid adsorbed thereto in a washing solution, which is an aqueous solution, which has a total salt concentration below 100 mM and does not comprise an organic solvent, (w2) incubating the magnetic particles with the nucleic acid adsorbed thereto in the washing solution, and (w3) separating the magnetic particles with the nucleic acid adsorbed thereto from the washing solution, wherein the magnetic particles are dropped into the washing solution in step (w1) by switching off, removing or relocating the magnetic field. (w1) suspending the magnetic particles with the nucleic acid adsorbed thereto in a washing solution, which is an aqueous solution, which has a total salt concentration below 100 mM and does not comprise an organic solvent, (w2) incubating the magnetic particles with the nucleic acid adsorbed thereto in the washing solution, and (w3) separating the magnetic particles with the nucleic acid adsorbed thereto from the washing solution,
A handle driving part for a lifting device, comprising: a housing installable on a window , wherein the window is any one window of at least one pair of windows installed in a window frame and is openable/closable in a sliding manner; a driving motor installed in the housing ; a shaft configured to be rotatable in an interlocking manner via gear trains at a rotating shaft of the driving motor ; a clutch gear configured to connect the gear trains and the shaft to each other so that the gear trains are engaged with the shaft , characterized in that the clutch gear is capable of reciprocating in a sliding manner in an axial direction on an identical axis line of the shaft for selective power transmission and is elastically supported at one side by an elastic member ; and a cover coupled to the housing , wherein, when the cover is engaged, the clutch gear moves to the other side in an axial direction by pressure to connect the gear trains and the shaft ; and when the cover is detached, the clutch gear moves to one side in an axial direction by elastic restoring force of the elastic member to block connection between the gear trains and the shaft , and a handle (H) is fitted and coupled at a coaxial position of the shaft so that manual rotation operation becomes possible. a housing installable on a window , wherein the window is any one window of at least one pair of windows installed in a window frame and is openable/closable in a sliding manner; a driving motor installed in the housing ; a shaft configured to be rotatable in an interlocking manner via gear trains at a rotating shaft of the driving motor ; a clutch gear configured to connect the gear trains and the shaft to each other so that the gear trains are engaged with the shaft , characterized in that the clutch gear is capable of reciprocating in a sliding manner in an axial direction on an identical axis line of the shaft for selective power transmission and is elastically supported at one side by an elastic member ; and a cover coupled to the housing , wherein, when the cover is engaged, the clutch gear moves to the other side in an axial direction by pressure to connect the gear trains and the shaft ; and when the cover is detached, the clutch gear moves to one side in an axial direction by elastic restoring force of the elastic member to block connection between the gear trains and the shaft , and a handle (H) is fitted and coupled at a coaxial position of the shaft so that manual rotation operation becomes possible.
A dye composition comprising a) at least one anionic azo black dye selected from C.I. acid black 210, C.I. acid black 1 and C.I. acid black 234; b) at least one anionic metal-complex azo dye selected from C.I. acid black 194, C.I. acid black 52, C.I. acid black 82 and C.I. acid black 172; c) ≥ 5.0 to ≤ 60.0 % by weight of at least one water-miscible organic solvent; d) ≥ 30.0 to ≤ 75.0 % by weight of water. a) at least one anionic azo black dye selected from C.I. acid black 210, C.I. acid black 1 and C.I. acid black 234; b) at least one anionic metal-complex azo dye selected from C.I. acid black 194, C.I. acid black 52, C.I. acid black 82 and C.I. acid black 172; c) ≥ 5.0 to ≤ 60.0 % by weight of at least one water-miscible organic solvent; d) ≥ 30.0 to ≤ 75.0 % by weight of water.
An inkjet printer comprising: an endless transporting belt configured to transport a medium (M) in a transport direction (A) by supporting the medium and rotating; an ejecting unit configured to eject ink onto the medium supported by the transporting belt; and a cleaning unit including a first brush for cleaning the transporting belt, a first cleaning liquid tank that stores cleaning liquid with which the first brush is impregnated, a second brush for cleaning the transporting belt, and a second cleaning liquid tank that stores the cleaning liquid with which the second brush is impregnated, wherein the second cleaning liquid tank is disposed at a position lower than the first cleaning liquid tank in a vertical direction (E), and the cleaning unit is configured so that the cleaning liquid discharged from the first cleaning liquid tank is supplied to the second cleaning liquid tank, the first cleaning liquid tank includes a first discharge path for discharging the cleaning liquid stored in the first cleaning liquid tank without supplying the cleaning liquid to the second cleaning liquid tank and a first opening/closing portion that opens and closes the first discharge path, and the second cleaning liquid tank includes a second discharge path for discharging the cleaning liquid stored in the second cleaning liquid tank and a second opening/closing portion that opens and closes the second discharge path. an endless transporting belt configured to transport a medium (M) in a transport direction (A) by supporting the medium and rotating; an ejecting unit configured to eject ink onto the medium supported by the transporting belt; and a cleaning unit including a first brush for cleaning the transporting belt, a first cleaning liquid tank that stores cleaning liquid with which the first brush is impregnated, a second brush for cleaning the transporting belt, and a second cleaning liquid tank that stores the cleaning liquid with which the second brush is impregnated, wherein the second cleaning liquid tank is disposed at a position lower than the first cleaning liquid tank in a vertical direction (E), and the cleaning unit is configured so that the cleaning liquid discharged from the first cleaning liquid tank is supplied to the second cleaning liquid tank, the first cleaning liquid tank includes a first discharge path for discharging the cleaning liquid stored in the first cleaning liquid tank without supplying the cleaning liquid to the second cleaning liquid tank and a first opening/closing portion that opens and closes the first discharge path, and the second cleaning liquid tank includes a second discharge path for discharging the cleaning liquid stored in the second cleaning liquid tank and a second opening/closing portion that opens and closes the second discharge path.
A method for producing a polythiol compound, comprising reacting 2-mercaptoethanol with an epihalohydrin, wherein the reaction is carried out in the presence of a halide selected from the group consisting of a 2,3-dihalogeno-1-propanol and an allyl halide, and an amount of the halide in the reaction is more than 0.50% by mass and 10.00% by mass or less with respect to the total amount of the halide and the epihalohydrin.
A sweat-collection device for application to a substantially flat area of the human body, comprising a solid body having a face thereof forming an concave sweat-collecting surface which gradually recedes from a rim lying wholly in a common plane to an axial bore that extends to the opposite face of said solid body, the maximum depth of said concave sweat-collecting surface being such that the skin and flesh of said flat area of a human body to which the device is applied will bulge into contact with said sweat-collecting surface over substantially the entire area thereof when said rim is placed firmly against the skin of said flat area of the human body, leaving substantially no dead space in the interface between the bulged skin and said sweat-collecting surface, whereby body secretion pressure of sweat will force said sweat through said interface to said axial bore , said axial bore being adapted to connect with a length of flexible, sweat collector tubing at said opposite face of the solid body, and said solid body being adapted to be fastened against the said flat area of a human body so as to maintain firm placement of said rim and sweat-collecting surface against the skin; characterized in that the concave sweat-collecting surface is elongate.
Interdental instrument comprising: - a handling section for manually gripping the interdental instrument ; - a carrier held by the handling section , on which an interdental part, such as a flossette or an abrasive element , is arranged, - a joint device for pivotally holding the carrier on the handling section , so that the carrier can be pivoted relative to the handling section about a pivot axis (S) between at least two holding positions which are offset at an angle to one another, the joint device having two mutually opposite sliding guide surfaces which are each formed on the carrier side and on the handling section side, wherein the pivot axis (S) crosses the sliding guide surfaces , wherein one end of the handling section has a disc shape and the opposing flat surfaces of the disc form the two sliding guide surfaces , wherein the carrier has two clamping arms that are connected to one another in such a way that a clamping space is formed between the clamping arms , which clamping space is shaped in such a way that the disc-shaped end of the handling section can be pushed in. - a handling section for manually gripping the interdental instrument ; - a carrier held by the handling section , on which an interdental part, such as a flossette or an abrasive element , is arranged, - a joint device for pivotally holding the carrier on the handling section , so that the carrier can be pivoted relative to the handling section about a pivot axis (S) between at least two holding positions which are offset at an angle to one another, the joint device having two mutually opposite sliding guide surfaces which are each formed on the carrier side and on the handling section side,
A heating cooker comprising: a housing including a heating chamber configured to accommodate a heating target; a heating unit configured to heats the heating target; a door configured to open and close the heating chamber ; and a gasket attached to the door , the gasket including an elastic material to provide sealing between the door in a closed state and a front face of the housing that faces the door , wherein the gasket includes: a fitting part fitted to an inner side of the door ; and a first rising part and a second rising part rising in a direction away from the door from a first position (P1) and a second position (P2) of the fitting part , respectively, the first position (P1) and the second position (P2) being spaced from each other, the second rising part includes: a first slope part sloping toward the first rising part ; and a second slope part slantingly extending from the first slope part in a direction away from the first rising part , characterised in that when the door closes, the second rising part is pressed by the front face of the housing to contact the first rising part , and when the door is open, the second rising part does not contact the first rising part . a housing including a heating chamber configured to accommodate a heating target; a heating unit configured to heats the heating target; a door configured to open and close the heating chamber ; and a gasket attached to the door , the gasket including an elastic material to provide sealing between the door in a closed state and a front face of the housing that faces the door , wherein the gasket includes: a fitting part fitted to an inner side of the door ; and a first rising part and a second rising part rising in a direction away from the door from a first position (P1) and a second position (P2) of the fitting part , respectively, the first position (P1) and the second position (P2) being spaced from each other, a fitting part fitted to an inner side of the door ; and a first rising part and a second rising part rising in a direction away from the door from a first position (P1) and a second position (P2) of the fitting part , respectively, the first position (P1) and the second position (P2) being spaced from each other, the second rising part includes: a first slope part sloping toward the first rising part ; and a second slope part slantingly extending from the first slope part in a direction away from the first rising part , a first slope part sloping toward the first rising part ; and a second slope part slantingly extending from the first slope part in a direction away from the first rising part , characterised in that when the door closes, the second rising part is pressed by the front face of the housing to contact the first rising part , and when the door is open, the second rising part does not contact the first rising part .