mhurhangee/patent-ind-claim-en huggingface dataset:
Method for bonding timepiece components, at least one whereof is coated with epilame, comprising: - applying an adhesive to a first and/or second timepiece component to be bonded to one another, - depositing an adhesion layer onto at least one of the first and second components to be bonded by spraying a primer composition in a localised joining area of the first or second component, and - solidifying the primer composition. - applying an adhesive to a first and/or second timepiece component to be bonded to one another, - depositing an adhesion layer onto at least one of the first and second components to be bonded by spraying a primer composition in a localised joining area of the first or second component, and - solidifying the primer composition.
A trocar fixation assembly comprising a fixation device and a medical dressing , wherein said fixation device comprises: - a skin attachment element comprising a first annular member disposed about a longitudinal center line , - a ball member arranged in said first annular member , wherein said ball member comprises a channel extending through said ball member and being configured to receive a trocar, and - a second annular member disposed about said longitudinal center line and being configured to engage with said first annular member , wherein the engagement between said first and second annular members allows for said trocar fixation assembly to be shifted between at least a first configuration, in which said ball member is movable with respect to said first and second annular members, a second configuration, in which said ball member is gradually movable with respect to said first and second annular members, and a third configuration, in which said ball member is fixed with respect to said first and second annular members, wherein each of said first and said second annular members comprises interior walls (109a,1 10a) and exterior walls (109b,1 10b); at least a portion of the exterior walls of said first annular member being threaded, and at least a portion of the interior walls of said second annular member being threaded, wherein said first and second annular members are configured to be threadedly engaged, characterized in that said medical dressing comprises a centrally disposed aperture configured to encircle said first annular member , and wherein said medical dressing comprises a backing layer , an adhesive skin contact layer and an absorbent pad between said backing layer and said adhesive skin contact layer . - a skin attachment element comprising a first annular member disposed about a longitudinal center line , - a ball member arranged in said first annular member , wherein said ball member comprises a channel extending through said ball member and being configured to receive a trocar, and - a second annular member disposed about said longitudinal center line and being configured to engage with said first annular member ,
Recessed lock with an operating mechanism for the closing laths of a window, a door or the like, wherein the mechanism comprises a housing with a pronounced longitudinal direction X-X' and an operating bar which can slide in an axial direction with respect to the housing and a gear transmission for driving the operating bar and the closing laths connected thereto, wherein said gear transmission comprises a gear wheel which can be rotated about its axis Y-Y' by a handle or another drive, wherein the operating bar comprises a carriage provided with a gear rack cooperating with the gear wheel for sliding the carriage in the housing , wherein the gear ratio between the gear wheel and the carriage is variable, characterised in that the axis of the gear wheel is off-centre, wherein the gear wheel has two identical radii (R1) at 0° and 180°, a shortest radius (R0) between 180° and 360° and a largest radius (R2) between 0° and 180° rotation of the gear wheel, wherein the gear wheel undergoes a rotation of maximum 180° +/- 5°, and the gear rack has a shape which is complementary to the 180° rotation of the gear wheel .
A bi-position locking device for a backrest of a rear seat of an automotive vehicle that can be folded about a transverse pivoting axis (A), comprising a strike intended to be linked to the structure of the said vehicle and including an attachment member intended for engaging with a bolt comprised in a lock linked to said backrest for securing said backrest to said structure of the vehicle; said strike being able, whilst remaining engaged with said lock , to slide in a strike support intended to be fixed on said structure along an arc-shaped course centred on the pivoting axis (A) of said backrest ; said device further comprising locking means of said strike on said support in one or other of its two end-of-travel positions corresponding to two different inclinations of said backrest ; said locking means comprise a locking member movably mounted on said support between a locking position in which it is engaged on said strike so as to lock it on said support , and an unlocking position in which this member is separated from said strike , said locking member is constituted by a hook pivotally mounted on said support along a transverse axis and comprising a set of at least one tooth provided to be inserted in the one or the other of two sets of at least one notch arranged on said strike and separated by an angular sector corresponding to the sliding course of said strike , characterized in that said locking means include a cam pivotally mounted on said support between a first position in which it forces said hook against said strike with its tooth or teeth which are housed in one of the two sets of notches and a second position in which it does not exert any force on said hook , and in that said locking means include an unlocking pull , the actuation of which is able to cause the pivoting of said cam towards said second position, and also an elastic return means able to entrain said hook apart from said strike during the actuation of said pull .
A cleaner for performing autonomous traveling, the cleaner comprising: a main body ; a driving unit configured to move the main body ; a suction unit installed on a front surface of the main body ; a sensor disposed on a surface of the main body in a traveling direction of the main body to sense an external physical force; and a control unit configured to control the driving unit to move the main body based on a preset traveling pattern, wherein the control unit is configured to control, when one surface of the main body is brought into contact with a first point of a wall existing in a traveling direction of the main body while the main body moves along the preset traveling pattern, the driving unit such that the one surface of the main body is spaced apart from the wall and then brought into contact with a second point of the wall ; wherein the control unit is configured to determine whether the main body is brought into contact with the wall , based on a sensing result of the sensor; and wherein the control unit is configured to control the driving unit to move the main body backward from the wall by a preset first distance when the main body is brought into contact with the wall . a main body ; a driving unit configured to move the main body ; a suction unit installed on a front surface of the main body ; a sensor disposed on a surface of the main body in a traveling direction of the main body to sense an external physical force; and a control unit configured to control the driving unit to move the main body based on a preset traveling pattern, wherein the control unit is configured to control, when one surface of the main body is brought into contact with a first point of a wall existing in a traveling direction of the main body while the main body moves along the preset traveling pattern, the driving unit such that the one surface of the main body is spaced apart from the wall and then brought into contact with a second point of the wall ; wherein the control unit is configured to determine whether the main body is brought into contact with the wall , based on a sensing result of the sensor; and wherein the control unit is configured to control the driving unit to move the main body backward from the wall by a preset first distance when the main body is brought into contact with the wall .
A combination of a pan and depilatory wax, wherein the pan comprises a container and a handle and the wax is filled in the container, wherein said container and handle are made of aluminium, such that the pan is suitable for heating the depilatory wax contained in the container both on an electric, gas or glass ceramic stove, as well as in a microwave oven.
Wristwatch having a case , having a clockwork mechanism with manual-winding means, which is arranged in the case , and having two wriststrap fastenings , which are fastened on the case , wherein a wriststrap fastening is connected to a winding stem of the manual-winding means, characterized in that the winding stem is operatively connected to a tension spring of the clockwork mechanism by a winding-gear mechanism, which has an overall gear-transmission ratio i Ges of smaller than or equal to 1.
An aluminium-zinc hot-plated steel plate having excellent weather resistance, corrosion resistance and alkali resistance, wherein the surface thereof is covered with an environmental-friendly organic-inorganic composite protection film which contains: (A) a complex matrix resin, the weight percentage thereof accounting for 50%-90% of the protection film, wherein the complex matrix resin is compounded from two anionic aqueous resins (A1) and (A2), wherein anionic aqueous resin (A1) is a solvent-free aliphatic polyurethane resin based on polycarbonate diol, and anionic aqueous resin (A2) is a copolymer of polyurethane-acrylic acid and the weight ratio between the anionic aqueous resin (A1) and the anionic aqueous resin (A2) is in the range of from 1.0-15.0; (B) an organic silicon compound, the weight percentage thereof accounting for 2%-25% of the protection film; (C) a matrix resin curing agent, the weight percentage thereof accounting for 1%-15% of the protection film; (D) a metal salt compound, the weight percentage thereof based on the metal elements accounting for 0.1%-3% of the protection film; (E) a water-soluble zirconium compound, the weight percentage thereof based on zirconia accounting for 1%-15% of the protection film; and (F) a lubrication auxiliary of high-density polyethylene particles or a lubrication auxiliary of polytetrafluoroethylene particles, the weight percentage thereof accounting for 0.4%-4% of the protection film. (A) a complex matrix resin, the weight percentage thereof accounting for 50%-90% of the protection film, wherein the complex matrix resin is compounded from two anionic aqueous resins (A1) and (A2), wherein anionic aqueous resin (A1) is a solvent-free aliphatic polyurethane resin based on polycarbonate diol, and anionic aqueous resin (A2) is a copolymer of polyurethane-acrylic acid and the weight ratio between the anionic aqueous resin (A1) and the anionic aqueous resin (A2) is in the range of from 1.0-15.0; (B) an organic silicon compound, the weight percentage thereof accounting for 2%-25% of the protection film; (C) a matrix resin curing agent, the weight percentage thereof accounting for 1%-15% of the protection film; (D) a metal salt compound, the weight percentage thereof based on the metal elements accounting for 0.1%-3% of the protection film; (E) a water-soluble zirconium compound, the weight percentage thereof based on zirconia accounting for 1%-15% of the protection film; and (F) a lubrication auxiliary of high-density polyethylene particles or a lubrication auxiliary of polytetrafluoroethylene particles, the weight percentage thereof accounting for 0.4%-4% of the protection film.
Device for conveying granular material to be applied to an agricultural area, comprising: a storage container for the granular material; a separating device ; and a pneumatic conveying channel for the pneumatic conveyance of granular material from the storage container to the separating device ; at least one air channel opening into the separating device in the region of the opening of the pneumatic conveying channel into the separating device , and an air supply channel connecting the region of the opening of the pneumatic conveying channel into the separating device to a housing of a separating drum or separating disc of the separating device ; a nozzle being provided in the region of the opening of the at least one air channel into the separating device , so that air supplied via the at least one air channel is imparted a higher speed than the air supplied to the separating device by the pneumatic conveying channel ; and characterized in that a bypass line with adjustable air delivery volume is provided, which branches off from the at least one air channel or the pneumatic conveying channel upstream of the nozzle and opens into the air supply channel or into the housing of the separating drum or separating disc . a storage container for the granular material; a separating device ; and a pneumatic conveying channel for the pneumatic conveyance of granular material from the storage container to the separating device ; at least one air channel opening into the separating device in the region of the opening of the pneumatic conveying channel into the separating device , and an air supply channel connecting the region of the opening of the pneumatic conveying channel into the separating device to a housing of a separating drum or separating disc of the separating device ; a nozzle being provided in the region of the opening of the at least one air channel into the separating device , so that air supplied via the at least one air channel is imparted a higher speed than the air supplied to the separating device by the pneumatic conveying channel ; and characterized in that a bypass line with adjustable air delivery volume is provided, which branches off from the at least one air channel or the pneumatic conveying channel upstream of the nozzle and opens into the air supply channel or into the housing of the separating drum or separating disc .
A nutraceutical association comprising astaxanthin, curcumin and Cordyceps sinensis dry extract.
Dishwasher , in particular a household dishwasher, with at least one air outlet for blowing out humid air, from a dishwasher cavity in which dishware, glasses, cutlery and the like can be treated, characterised in that the air outlet is arranged in the lower quarter of the appliance height (H) and extends as a slotted outlet over at least two thirds of the width (Q) of the dishwasher , wherein at least one connection , which is located on the rear face, is provided for introducing humid air from the dishwasher cavity into the air outlet , said connection being used to supply the introduced air from the dishwasher cavity to an air distributor which separates the supplied air into differently oriented sub-flows (19; 20) and guides them to the air outlet , distributed over the width and transverse extent thereof.
A process for producing an acetic acid product, comprising the steps of continuously carbonylating at least one member selected from the group consisting of methanol, dimethyl ether, and methyl acetate with carbon monoxide in a reactor in the presence of water, a rhodium catalyst, methyl iodide and a halide salt to form a reaction medium, wherein the carbonylating is carried out while maintaining an ethyl iodide concentration in the reaction medium comprised between 1 wppm and 350 wppm, acetaldehyde in an amount of less than or equal to 1500 wppm, and wherein acetaldehyde and ethyl iodide are present in the reaction medium in a weight ratio from 2:1 to 20:1, and separating the acetic acid product from the reaction medium, wherein the acetic acid product comprises propionic acid in an amount of less than or equal to 250 wppm; wherein the ethyl iodide concentration in the reaction medium is maintained by: adjusting at least one of A) hydrogen partial pressure in the reactor, B) methyl acetate concentration of the reaction medium; and/or C) methyl iodide concentration of the reaction medium, or removing acetaldehyde from a stream derived from the reaction medium. adjusting at least one of A) hydrogen partial pressure in the reactor, B) methyl acetate concentration of the reaction medium; and/or C) methyl iodide concentration of the reaction medium, or removing acetaldehyde from a stream derived from the reaction medium.
Optical instrument comprising at least: an optical architecture comprising an optical assembly intended to make an image of a luminous object, and a photoreception assembly and means for acquisition and analysis of the said image, the said acquisition and analysis means comprising an algorithm of phase diversity type, characterized in that the optical architecture comprises an optical plate of low or no optical power arranged in the vicinity of the photoreception assembly and disposed so as to form on all or part of the said assembly a first focused image and a second image defocused by a first predetermined value and shifted by a second predetermined value with respect to the first image. an optical architecture comprising an optical assembly intended to make an image of a luminous object, and a photoreception assembly and means for acquisition and analysis of the said image, the said acquisition and analysis means comprising an algorithm of phase diversity type, characterized in that the optical architecture comprises an optical plate of low or no optical power arranged in the vicinity of the photoreception assembly and disposed so as to form on all or part of the said assembly a first focused image and a second image defocused by a first predetermined value and shifted by a second predetermined value with respect to the first image.
A turbine engine component having an airfoil portion with a pressure side wall , a suction side wall , and a trailing edge , said component comprising: at least one first cooling circuit core embedded within the pressure side wall , each said first cooling circuit core having a first exit for discharging a cooling fluid; and at least one second cooling circuit core embedded within the suction side wall , each said second cooling circuit core having a second exit for discharging a cooling fluid, each of said first and second exits is aligned in a spanwise direction of said airfoil portion ; and each said first cooling circuit core converges towards each said second core , wherein each of said first and second cooling circuit cores has a cooling microcircuit , a non-convergent section adjacent said cooling microcircuit , and a convergent section adjacent said non-convergent section , characterised in that the turbine engine component further comprises: a wedge for providing stiffness located between said convergent section of said at least one first cooling circuit core and said convergent section of said at least one second cooling circuit core . at least one first cooling circuit core embedded within the pressure side wall , each said first cooling circuit core having a first exit for discharging a cooling fluid; and at least one second cooling circuit core embedded within the suction side wall , each said second cooling circuit core having a second exit for discharging a cooling fluid, each of said first and second exits is aligned in a spanwise direction of said airfoil portion ; and each said first cooling circuit core converges towards each said second core , wherein each of said first and second cooling circuit cores has a cooling microcircuit , a non-convergent section adjacent said cooling microcircuit , and a convergent section adjacent said non-convergent section ,
An apparatus for solar thermal harvesting and collection, the apparatus comprises an enclosure, wherein the enclosure includes: a bottom layer , layer, including a phase change material configured to absorb full spectrum solar radiation; characterized in that the apparatus further comprises: a middle layer disposed on the bottom layer , wherein the middle layer contains an insulating material; a top layer disposed on the middle layer , the top layer including a molecular storage material configured to absorb full spectrum solar radiation; and a tube that is configured to connect the bottom layer and the top layer and is further configured to transfer heat between the bottom layer and the top layer , wherein the tube includes a heat transfer fluid. a middle layer disposed on the bottom layer , wherein the middle layer contains an insulating material; a top layer disposed on the middle layer , the top layer including a molecular storage material configured to absorb full spectrum solar radiation; and a tube that is configured to connect the bottom layer and the top layer and is further configured to transfer heat between the bottom layer and the top layer , wherein the tube includes a heat transfer fluid.
An article of tableware, comprising: a bowl portion comprising a wall defining a well ; and a base portion coupled to the bowl portion , the base portion including a foot portion and a hinge portion , the hinge portion including a first hinge line and a second hinge line , the foot portion being coupled to the hinge portion at the first hinge line , the hinge portion being pivotable about the first and second hinge lines such that the foot portion is movable between an extended position and a retracted position to adjust a height of the tableware article , wherein the tableware article comprises a flexible material, and the wall of the bowl portion is configured to limit deformation of the bowl portion , the wall has a first thickness along a portion of a circumference of the bowl portion adjacent an upper rim portion and/or a handle portion , the thickness of the wall decreases along the circumference of the bowl, and a second thickness of the wall at a portion diametrically opposite the handle portion is less than the first thickness, and wherein the hinge portion defines a plurality of openings . a bowl portion comprising a wall defining a well ; and a base portion coupled to the bowl portion , the base portion including a foot portion and a hinge portion , the hinge portion including a first hinge line and a second hinge line , the foot portion being coupled to the hinge portion at the first hinge line , the hinge portion being pivotable about the first and second hinge lines such that the foot portion is movable between an extended position and a retracted position to adjust a height of the tableware article , wherein the tableware article comprises a flexible material, and the wall of the bowl portion is configured to limit deformation of the bowl portion , the wall has a first thickness along a portion of a circumference of the bowl portion adjacent an upper rim portion and/or a handle portion , the thickness of the wall decreases along the circumference of the bowl, and a second thickness of the wall at a portion diametrically opposite the handle portion is less than the first thickness, and wherein the hinge portion defines a plurality of openings .