mhurhangee/patent-ind-claim-en huggingface dataset:
Process for manufacturing a sheet of paper or cardboard, according to which, before said sheet is formed, 100 to 800 g.t -1 of dry pulp of at least one N-vinylformamide polymer, partially hydrolyzed in the form of an inverse emulsion in the presence of an anti-gelling agent, and having a cationic regain of between 30 and 150%, is added to a fibrous suspension at one or more injection points, the inverse emulsion having a partially hydrolyzed N-vinylformamide polymer/anti-gelling agent weight ratio of between 1,000,000/5,000 and 1,000,000/50,000, the partially hydrolyzed N-vinylformamide polymer comprises N-vinylformamide functions of which 10 to 60 mol% are hydrolyzed, the partially hydrolyzed N-vinylformamide polymer having a Brookfield viscosity greater than 1.2 cps at a concentration of 0.1% by weight in a 1M aqueous solution of NaCl, at 23°C, with a UL modulus and at 60 rpm -1 , the anti-gelling agent being selected from the group comprising alkali metal sulfites, alkaline-earth metal sulfites, alkali metal hydrogen sulfites, alkaline-earth metal hydrogen sulfites, alkali metal bisulfites, alkaline-earth metal bisulfites, hydroxylamine hydrochloridrate, hydroxylamine sulfate, alkali metal dithionite, alkaline-earth metal dithionite, alkali metal borohydride, alkaline-earth metal borohydride, alkali metal hydroxy methane sulfonate, alkaline-earth metal hydroxy methane sulfonate, and mixtures thereof. the cationic regain being the gain in cationicity between the theoretical and measured cationicity, the theoretical cationicity, in meq.g -1 , being determined by colorimetric titration of a 5 g.L -1 solution of polymer in water after a high shear rate of 8,000 rpm -1 for 10 minutes, the measured cationicity, in meq.g -1 , being determined by colorimetric titration of a 5 g.L -1 solution of polymer in water. the partially hydrolyzed N-vinylformamide polymer comprises N-vinylformamide functions of which 10 to 60 mol% are hydrolyzed, the partially hydrolyzed N-vinylformamide polymer having a Brookfield viscosity greater than 1.2 cps at a concentration of 0.1% by weight in a 1M aqueous solution of NaCl, at 23°C, with a UL modulus and at 60 rpm -1 , the anti-gelling agent being selected from the group comprising alkali metal sulfites, alkaline-earth metal sulfites, alkali metal hydrogen sulfites, alkaline-earth metal hydrogen sulfites, alkali metal bisulfites, alkaline-earth metal bisulfites, hydroxylamine hydrochloridrate, hydroxylamine sulfate, alkali metal dithionite, alkaline-earth metal dithionite, alkali metal borohydride, alkaline-earth metal borohydride, alkali metal hydroxy methane sulfonate, alkaline-earth metal hydroxy methane sulfonate, and mixtures thereof. the cationic regain being the gain in cationicity between the theoretical and measured cationicity, the theoretical cationicity, in meq.g -1 , being determined by colorimetric titration of a 5 g.L -1 solution of polymer in water after a high shear rate of 8,000 rpm -1 for 10 minutes, the measured cationicity, in meq.g -1 , being determined by colorimetric titration of a 5 g.L -1 solution of polymer in water.
A test assembly for capturing the fracture stress, wherein the test assembly comprises a test means for a specimen and a drive , which is speed-controlled and which, according to a first alternative, is connected to a piston-cylinder assembly and, according to a second alternative, is connected to a pump, wherein the piston-cylinder assembly or the pump is joined to a pressure line , wherein the pressure line has a connection for the test means and wherein the piston-cylinder assembly has an electric piston-cylinder assembly connected to the drive and a hydraulic piston-cylinder assembly arranged between the electric piston-cylinder assembly and the pressure line , wherein the electric cylinder and the hydraulic cylinder are connected via pistons fixedly connected to one another, characterized in that a cross-sectional delimitation is provided, which is arranged in a branch of the pressure line parallel to the pressure line, wherein the branch is mounted in the flow direction after the specimen to be tested, and the pressure line can be terminated with a shut-off valve downstream of the branch.
Sail propulsion element, comprising: a. a mast , b. an inflatable sail consisting essentially of two substantially fluidtight adjacent surfaces joined together along their periphery, thus forming at least one closed cavity between them, said sail comprising an upper part , a lower part , a leading edge and a trailing edge , the sail comprising various cambers forming bulges along its entire length, c. at least one air conduit positioned between the inside and the outside of the cavity of the sail, d. at least one means for injecting air into said cavity, the sail once inflated having a profile that remains permanently symmetrical, irrespective of the movement of said propulsion element, or of the direction or strength of the wind, e. a headboard positioned on the upper part of the sail , f. a sail receptacle positioned between the leading edge and the trailing edge on the lower part of the sail, characterized in that it comprises at least one guide line positioned in the closed cavity of said sail, for the manoeuvres of hoisting and dropping the sail , said guide line extending from the leading edge to the trailing edge of said sail, passing through the headboard and the sail receptacle . a. a mast , b. an inflatable sail consisting essentially of two substantially fluidtight adjacent surfaces joined together along their periphery, thus forming at least one closed cavity between them, said sail comprising an upper part , a lower part , a leading edge and a trailing edge , the sail comprising various cambers forming bulges along its entire length, c. at least one air conduit positioned between the inside and the outside of the cavity of the sail, d. at least one means for injecting air into said cavity, the sail once inflated having a profile that remains permanently symmetrical, irrespective of the movement of said propulsion element, or of the direction or strength of the wind, e. a headboard positioned on the upper part of the sail , f. a sail receptacle positioned between the leading edge and the trailing edge on the lower part of the sail,
A tire tread wear determination system using a deep artificial neural network, the system comprising: an image receiving unit that receives an image of a tire tread; an image dividing unit that generates an image in which a tire part and a background part are divided from the image received by the image receiving unit ; and an output unit that outputs wear level of the tire tread from the image generated by the image dividing unit as one of normal, replace, or danger using a trained deep artificial neural network, characterized in that the image dividing unit comprises: a probability extraction module for extracting a probability that each pixel of the image received by the image receiving unit corresponds to a tire, and a probability multiplication module for multiplying the probability extracted by the probability extraction module for each pixel corresponding to the image received by the image receiving unit . an image receiving unit that receives an image of a tire tread; an image dividing unit that generates an image in which a tire part and a background part are divided from the image received by the image receiving unit ; and an output unit that outputs wear level of the tire tread from the image generated by the image dividing unit as one of normal, replace, or danger using a trained deep artificial neural network, characterized in that the image dividing unit comprises: a probability extraction module for extracting a probability that each pixel of the image received by the image receiving unit corresponds to a tire, and a probability multiplication module for multiplying the probability extracted by the probability extraction module for each pixel corresponding to the image received by the image receiving unit .
A rotary body having a clutch rotatable about an axis (C) and a slide flange , wherein the slide flange comprises: an inner ring portion fitting on the rotary body ; an outer ring portion unitarily elongated from the inner ring portion ; a plurality of notches formed on the outer ring portion at even intervals (W1) in a circumferential direction; and a coupling portion elongated from the outer ring portion toward the rotary body , the rotary body further comprises a pair of proximity sensors apart from each other in the circumferential direction; the inner ring portion is movable in a direction along the axis (C) from a first position where the clutch gets connected to a second position where the clutch gets disconnected; the outer ring portion is so disposed as to, at least at the second position, face the pair of proximity sensors ; the coupling portion is so coupled with the clutch as to rotate the outer ring portion along with the clutch ; and the intervals (W1) in the circumferential direction between the plurality of notches is larger than a distance (W2) in the circumferential direction between the pair of proximity sensors . an inner ring portion fitting on the rotary body ; an outer ring portion unitarily elongated from the inner ring portion ; a plurality of notches formed on the outer ring portion at even intervals (W1) in a circumferential direction; and a coupling portion elongated from the outer ring portion toward the rotary body , the rotary body further comprises a pair of proximity sensors apart from each other in the circumferential direction; the inner ring portion is movable in a direction along the axis (C) from a first position where the clutch gets connected to a second position where the clutch gets disconnected; the outer ring portion is so disposed as to, at least at the second position, face the pair of proximity sensors ; the coupling portion is so coupled with the clutch as to rotate the outer ring portion along with the clutch ; and the intervals (W1) in the circumferential direction between the plurality of notches is larger than a distance (W2) in the circumferential direction between the pair of proximity sensors .
A coil device (1, 1A to 1E), comprising: a coil unit for stowing a coil part and having a main surface ; and a heat dissipation unit (3, 3A to 3E) thermally connected to the coil unit , characterised in that the heat dissipation unit (3, 3A to 3E) includes: a heat dissipation body thermally connected to the main surface ; a heat dissipation member movable relative to the heat dissipation body and thermally connected to the heat dissipation body ; and a drive part for driving the heat dissipation member , and wherein the heat dissipation unit (3, 3A to 3E) has a first configuration in which the heat dissipation member projects from the heat dissipation body in a direction along the main surface , and a second configuration in which the heat dissipation member is stowed in the heat dissipation body . a coil unit for stowing a coil part and having a main surface ; and a heat dissipation unit (3, 3A to 3E) thermally connected to the coil unit , characterised in that the heat dissipation unit (3, 3A to 3E) includes: a heat dissipation body thermally connected to the main surface ; a heat dissipation member movable relative to the heat dissipation body and thermally connected to the heat dissipation body ; and a drive part for driving the heat dissipation member , and wherein the heat dissipation unit (3, 3A to 3E) has a first configuration in which the heat dissipation member projects from the heat dissipation body in a direction along the main surface , and a second configuration in which the heat dissipation member is stowed in the heat dissipation body .
High-frequency signal injection device , adapted to operate a high-frequency device comprising: - an oscillator for generating a high-frequency signal which is supplied to the high-frequency device for its operation - means adapted to generate a voltage signal (U prop ) proportional to the degree of adaptation of the high-frequency device on the basis of the high-frequency signal generated by the oscillator and supplied to the high-frequency device and a signal reflected from the high-frequency device; and - a device for generating a regulating signal (U A ) for adjusting the output frequency of the oscillator based on the voltage signal (U p-rop ) wherein the device comprises an amplitude discriminator and a filter device , characterized in that the amplitude discriminator creates a digital output voltage (U D ), based on the voltage signal (U prop ), that is supplied to the filter device , which smoothes the digital output voltage (U D ) such that a, in principle analogue, output signal with a output voltage (U A ) is created, which is supplied to the oscillator as regulation voltage. - an oscillator for generating a high-frequency signal which is supplied to the high-frequency device for its operation - means adapted to generate a voltage signal (U prop ) proportional to the degree of adaptation of the high-frequency device on the basis of the high-frequency signal generated by the oscillator and supplied to the high-frequency device and a signal reflected from the high-frequency device; and - a device for generating a regulating signal (U A ) for adjusting the output frequency of the oscillator based on the voltage signal (U p-rop ) wherein the device comprises an amplitude discriminator and a filter device ,
A projection ring suitable to be worn on a finger, comprising: an annular body ; and a projector ; characterized in that , the projection ring further comprises: a telescopic portion disposed on the annular body , wherein the projector is disposed on the telescopic portion , and the telescopic portion is configured to adjust a location of the projector , so as to adjust a size or a projection angle of a picture as projected by the projector . an annular body ; and a projector ; characterized in that , the projection ring further comprises: a telescopic portion disposed on the annular body , wherein the projector is disposed on the telescopic portion , and the telescopic portion is configured to adjust a location of the projector , so as to adjust a size or a projection angle of a picture as projected by the projector .
A cleaning basket for cleaning breathing apparatus , comprising at least one basket rack , furthermore comprising at least one mask holder for holding at least one protective breathing mask in the cleaning basket , furthermore comprising at least one suction element , wherein the suction element has at least one suction opening , wherein the suction element is configured to be charged with negative pressure, characterized in, that the suction element is configured to extend into the protective breathing mask held by the mask holder and that the suction element is configured to suck cleaning fluid out of at least one interior space of the protective breathing mask into the suction opening . the suction element is configured to extend into the protective breathing mask held by the mask holder and that the suction element is configured to suck cleaning fluid out of at least one interior space of the protective breathing mask into the suction opening .
A method of reprogramming a mammalian somatic cell, comprising: (a) contacting the mammalian somatic cell with a Wnt pathway activator selected from the group consisting of: (i) a Wnt protein that activates a Wnt receptor, and (ii) a small molecule GSK-3 inhibitor selected from the group consisting of 3-[(3-Chloro-4-hydroxyphenyl)amino]-4-(2-nitrophenyl)-1H-pyrrole-2,5-dione (SB 415286), lithium chloride, sodium valproate, GSK3 inhibitor II, an RNAi agent that inhibits expression of GSK3, a 9-deazaguanine derivative, a pyrazolon derivative, a bisindolylmaleimide, rotterlin, KN62, quercetin, SP600125, KT5823, an indirubin, a paullone, a hymenialdisine, a substituted purine, CT 98016, a maleimide, a pyrazolopyridazine, a pyrazolopyridine, a pyrazolo[3,4-b]quinoxaline, a 1,3,4-oxadiazole, a 1,2,5-oxadiazole, a thiadiazolidinone, AF102B, AF150, a pyrazolone, a pyrazolamine, a substituted amino pyrimidine, a pyrimidone, an acylaminoimidazole, a thiazole, a triarylimidazole, a pyrazine-2-carboxamine, an anilinopyrimidine, a pyrazolo[1,5-a]-1,3,4-triazine, CT 20026, a pyrazine, a benzimidazole quinolinone, a pyrazolopyrimidines, a pyrimidine derivative, a pyridine derivative, a 2,4,5-trisubstituted-pyrimidine, and a bicyclic 2-aminopyrimidine; and (b) maintaining the cell in culture medium comprising the reprogramming factors Oct4, Sox2, and Klf4; thereby reprogramming the cell to a pluripotent state. (a) contacting the mammalian somatic cell with a Wnt pathway activator selected from the group consisting of: (i) a Wnt protein that activates a Wnt receptor, and (ii) a small molecule GSK-3 inhibitor selected from the group consisting of 3-[(3-Chloro-4-hydroxyphenyl)amino]-4-(2-nitrophenyl)-1H-pyrrole-2,5-dione (SB 415286), lithium chloride, sodium valproate, GSK3 inhibitor II, an RNAi agent that inhibits expression of GSK3, a 9-deazaguanine derivative, a pyrazolon derivative, a bisindolylmaleimide, rotterlin, KN62, quercetin, SP600125, KT5823, an indirubin, a paullone, a hymenialdisine, a substituted purine, CT 98016, a maleimide, a pyrazolopyridazine, a pyrazolopyridine, a pyrazolo[3,4-b]quinoxaline, a 1,3,4-oxadiazole, a 1,2,5-oxadiazole, a thiadiazolidinone, AF102B, AF150, a pyrazolone, a pyrazolamine, a substituted amino pyrimidine, a pyrimidone, an acylaminoimidazole, a thiazole, a triarylimidazole, a pyrazine-2-carboxamine, an anilinopyrimidine, a pyrazolo[1,5-a]-1,3,4-triazine, CT 20026, a pyrazine, a benzimidazole quinolinone, a pyrazolopyrimidines, a pyrimidine derivative, a pyridine derivative, a 2,4,5-trisubstituted-pyrimidine, and a bicyclic 2-aminopyrimidine; and (b) maintaining the cell in culture medium comprising the reprogramming factors Oct4, Sox2, and Klf4;
An antenna system for a dual frequency RFID reader , having: a first antenna arranged to operate at a first frequency, the first antenna comprising a conductive element in a substantially planar arrangement; and a second antenna arranged to operate at a second frequency lower than the first frequency, the second antenna comprising a substantially flat coil wound around a portion of a ferrite former ; wherein the second antenna is located substantially within the conductive element of the first antenna ; characterized in that the ferrite former further comprises a flange located between the first and second antennas. a first antenna arranged to operate at a first frequency, the first antenna comprising a conductive element in a substantially planar arrangement; and a second antenna arranged to operate at a second frequency lower than the first frequency, the second antenna comprising a substantially flat coil wound around a portion of a ferrite former ; wherein the second antenna is located substantially within the conductive element of the first antenna ; characterized in that the ferrite former further comprises a flange located between the first and second antennas.
A core barrel head assembly, comprising: an upper body comprising a central passage ; a pair of latches (5; 30) arranged in the central passage , wherein each latch (5; 30) comprises a hook at a first end and a pivot point on an outside surface in the hook , wherein the hook of each latch (5;30) extends through a hook slot such that the latches rotate about the pivot point at the first end , each latch comprising a latch release portion at a second end of the latch, and an outer tube engaging surface between the first end and the second end ; and a retracting case comprising a retracting case surface configured to engage a latch release surface of the latch release portion ; wherein the outer tube engaging surface of each latch , in an engaged position, is configured to extend through a latch slot in an outer wall of the upper body such that the latches rotate about the pivot point , wherein a spring is configured to bias the second end of the latches away from each other in an open position, and wherein the latches are movable between the engaged position and a retracted position by the retracting case with a mechanical advantage. an upper body comprising a central passage ; a pair of latches (5; 30) arranged in the central passage , wherein each latch (5; 30) comprises a hook at a first end and a pivot point on an outside surface in the hook , wherein the hook of each latch (5;30) extends through a hook slot such that the latches rotate about the pivot point at the first end , each latch comprising a latch release portion at a second end of the latch, and an outer tube engaging surface between the first end and the second end ; and a retracting case comprising a retracting case surface configured to engage a latch release surface of the latch release portion ; wherein the outer tube engaging surface of each latch , in an engaged position, is configured to extend through a latch slot in an outer wall of the upper body such that the latches rotate about the pivot point , wherein a spring is configured to bias the second end of the latches away from each other in an open position, and wherein the latches are movable between the engaged position and a retracted position by the retracting case with a mechanical advantage.
A handling system for a filling system for filling containers and circuits of vehicles with different operating materials on assembly lines of the automobile industry, wherein the filling system comprises, as its essential structural components, a base unit, a controller, a console, and an adapter, wherein the adapter is operatively connected to multiple hoses for supplying the respective operating materials, which hoses are structurally combined in a hose packet and movably supported on the console, characterized in that the drive system of the movable hose packets and the drive system of a lifting unit equipped with a tray for the adapter are each designed as an electromotive drive (M1; M2).
A pretreatment method for partial plating, comprising: preparing a mixture of nonafluorohexyltrimethoxysilane and trifluoropropyltrimethoxysilane as a self-assembled monolayer starting material; forming, as a resist, on a substrate constituted by an aluminum material, a self-assembled monolayer from the mixture of nonafluorohexyltrimethoxysilane and trifluoropropyltrimethoxysilane; and subjecting the substrate to a zincate treatment, wherein a molar mixing ratio between the nonafluorohexyltrimethoxysilane and the trifluoropropyltrimethoxysilane is 4 : 6 to 6 : 4; wherein the pretreatment method further comprises the step of: removing a portion of the self-assembled monolayer from the substrate by exposure to light prior to the zincate treatment, the portion of the self-assembled monolayer corresponding to a portion of the substrate to be plated. preparing a mixture of nonafluorohexyltrimethoxysilane and trifluoropropyltrimethoxysilane as a self-assembled monolayer starting material; forming, as a resist, on a substrate constituted by an aluminum material, a self-assembled monolayer from the mixture of nonafluorohexyltrimethoxysilane and trifluoropropyltrimethoxysilane; and subjecting the substrate to a zincate treatment, wherein a molar mixing ratio between the nonafluorohexyltrimethoxysilane and the trifluoropropyltrimethoxysilane is 4 : 6 to 6 : 4; wherein the pretreatment method further comprises the step of: removing a portion of the self-assembled monolayer from the substrate by exposure to light prior to the zincate treatment, the portion of the self-assembled monolayer corresponding to a portion of the substrate to be plated.