mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reducing the aldehyde content of a pine chemical composition, the method comprising: providing an aldehyde scavenger to react with functional -CHO moiety in the aldehydes; treating the pine chemical composition with less than 6 wt% of the aldehyde scavenger to form an aldehyde - aldehyde scavenger reaction product; optionally removing the formed aldehyde - aldehyde scavenger reaction product from the treated pine chemical composition to obtain a purified pine chemical composition; wherein the aldehyde scavenger is an aromatic primary amine derivative selected from: a) an arylamine comprising an -NH2 group and an ortho-carboxamide, b) an arylamine comprising an -NH2 group and an ortho-sulfonamide substituent, and c) an arylsulfonylhydrazide, wherein the aromatic primary amine derivative has a molecular weight less than 1000 g/mol, and comprises at least 4 elements in its molecular formula selected from the group of C, H, O, S, N, Cl, F, Br, I, B, Si and P, wherein the pine chemical composition is selected from the group consisting of gum turpentine, gum rosin, crude sulfate turpentine (CST), BLS black liquor soap, crude tall oil (CTO), depitched CTO, distilled tall oil (DTO), tall oil head (TOH), tall oil rosin (TOR), tall oil pitch (TOP), tall oil fatty acids (TOFA), fractionated TOFA, TOFA dimer, TOFA trimer, TOFA monomer and combinations thereof. providing an aldehyde scavenger to react with functional -CHO moiety in the aldehydes; treating the pine chemical composition with less than 6 wt% of the aldehyde scavenger to form an aldehyde - aldehyde scavenger reaction product; optionally removing the formed aldehyde - aldehyde scavenger reaction product from the treated pine chemical composition to obtain a purified pine chemical composition; wherein the aldehyde scavenger is an aromatic primary amine derivative selected from: a) an arylamine comprising an -NH2 group and an ortho-carboxamide, b) an arylamine comprising an -NH2 group and an ortho-sulfonamide substituent, and c) an arylsulfonylhydrazide, a) an arylamine comprising an -NH2 group and an ortho-carboxamide, b) an arylamine comprising an -NH2 group and an ortho-sulfonamide substituent, and c) an arylsulfonylhydrazide, wherein the aromatic primary amine derivative has a molecular weight less than 1000 g/mol, and comprises at least 4 elements in its molecular formula selected from the group of C, H, O, S, N, Cl, F, Br, I, B, Si and P, wherein the pine chemical composition is selected from the group consisting of gum turpentine, gum rosin, crude sulfate turpentine (CST), BLS black liquor soap, crude tall oil (CTO), depitched CTO, distilled tall oil (DTO), tall oil head (TOH), tall oil rosin (TOR), tall oil pitch (TOP), tall oil fatty acids (TOFA), fractionated TOFA, TOFA dimer, TOFA trimer, TOFA monomer and combinations thereof.
A device for cooling at least one electronic module placed in an avionics rack of an aircraft comprising a ventilated cabin , the cooling device comprising: - a closed circuit for circulating a heat-transfer fluid ; - first means for circulating the heat-transfer fluid in the closed circuit ; - a first heat exchanger comprising a cold circuit which is provided with first means for connecting to the closed circuit for circulating a heat-transfer fluid and which is thermally connected to a hot source of the aircraft rack ; - a second heat exchanger comprising a hot circuit provided with second means for connecting to the closed circuit for circulating a heat-transfer fluid and a cold circuit thermally connected to an air exhaust of the ventilated cabin . - a closed circuit for circulating a heat-transfer fluid ; - first means for circulating the heat-transfer fluid in the closed circuit ; - a first heat exchanger comprising a cold circuit which is provided with first means for connecting to the closed circuit for circulating a heat-transfer fluid and which is thermally connected to a hot source of the aircraft rack ; - a second heat exchanger comprising a hot circuit provided with second means for connecting to the closed circuit for circulating a heat-transfer fluid and a cold circuit thermally connected to an air exhaust of the ventilated cabin .
A surface protection compound, in particular a compound for the non-flammable water-resistant biocidal surface protection of wood, or paper, or textile, or plastic, which contains an aqueous silicate solution, characterized in that it contains 93 to 98 wt% of an aqueous solution of potassium silicate, 1 to 6 wt% of aluminium hydroxide and, 0.5 to 1.5 wt% of stabiliser of the aqueous solution of potassium silicate, the aqueous potassium silicate solution has a density in the range from 1650 to 1670 kg/m 3 , and the aqueous potassium silicate solution has a molar mass ratio of silicon oxide to potassium oxide in the range from 1.67 to 1.73.
A conjugate comprising at least one phosphorylcholine derivative selected from the group consisting of: 4-aminophenylphosphocholine, 4-diazoniophenylphosphorylcholine, 4-nitrophenylphosphocholine and 12-(3-Iodophenyl)-dodecylphosphocholine linked to at least one tetrapeptide carrier consisting of amino-acid sequence SEQ ID NO: 17.
A method of producing an implantable prosthetic device comprising: forming a prosthesis blank comprising: an outer membrane section with a proximal end and a distal end, an inner membrane section with a proximal end and a distal end, a valve section disposed between the proximal end of the outer membrane section and the proximal end of the inner membrane section , a distal plug inner section at the distal end of the inner membrane section , and a distal plug outer section at the distal end of the outer membrane section ; partially inverting the prosthesis blank so that the outer membrane section encloses the inner membrane section so that the outer membrane forms an outer balloon surrounding an inner balloon formed by the inner membrane ; inserting a distal plug into the distal plug outer section to seal the distal plug outer section ; and inserting the distal plug and distal plug outer section into the distal plug inner section . forming a prosthesis blank comprising: an outer membrane section with a proximal end and a distal end, an inner membrane section with a proximal end and a distal end, a valve section disposed between the proximal end of the outer membrane section and the proximal end of the inner membrane section , a distal plug inner section at the distal end of the inner membrane section , and a distal plug outer section at the distal end of the outer membrane section ; an outer membrane section with a proximal end and a distal end, an inner membrane section with a proximal end and a distal end, a valve section disposed between the proximal end of the outer membrane section and the proximal end of the inner membrane section , a distal plug inner section at the distal end of the inner membrane section , and a distal plug outer section at the distal end of the outer membrane section ; partially inverting the prosthesis blank so that the outer membrane section encloses the inner membrane section so that the outer membrane forms an outer balloon surrounding an inner balloon formed by the inner membrane ; inserting a distal plug into the distal plug outer section to seal the distal plug outer section ; and inserting the distal plug and distal plug outer section into the distal plug inner section .
A device for sharpening a cutting tool blade , of the knife type or the like, comprising at least two flexible discs each having an abrasive inner face , side by side with their abrasive faces facing each other, mounted in rotation in a same direction and at the same speed about a same axis , characterized in that said sharpening device comprises: - pressing means , arranged outwardly and clamping said flexible discs along a non-diametric chord, - means inside said discs exerting a bearing pressure on the inner faces of the discs , in their portions delimited by the chord and through which does not pass the axis , the choice of the positioning of said internal means relative to said pressing means defining the sharpening angle (a). - pressing means , arranged outwardly and clamping said flexible discs along a non-diametric chord, - means inside said discs exerting a bearing pressure on the inner faces of the discs , in their portions delimited by the chord and through which does not pass the axis , the choice of the positioning of said internal means relative to said pressing means defining the sharpening angle (a).
A slurry for an electrode material comprising: a polyimide-coated active material particle; and an aqueous binder, wherein the polyimide-coated active material particle includes: an active material particle; and a polyimide layer derived from a monomeric polyimide precursor and coated on the active material particle. a polyimide-coated active material particle; and an aqueous binder, wherein the polyimide-coated active material particle includes: an active material particle; and a polyimide layer derived from a monomeric polyimide precursor and coated on the active material particle. an active material particle; and a polyimide layer derived from a monomeric polyimide precursor and coated on the active material particle.
Method for limiting the maximum retrievable braking power of a hydrodynamic retarder in a motor vehicle which has a vehicle drive motor , wherein the heat generated by the hydrodynamic retarder is dissipated by means of a coolant in a motor cooling circuit of the vehicle drive motor and the coolant is circulated in the motor cooling circuit , wherein 1.1 the hydrodynamic retarder has a driven primary blade wheel and a secondary blade wheel , which together form a toroidal working chamber which is selectively able to be filled with working medium via an inlet and to be emptied via an outlet , in order to transmit torque hydrodynamically from the primary blade wheel to the secondary blade wheel ; wherein 1.2 the coolant of the motor cooling circuit is simultaneously the working medium of the hydrodynamic retarder ; having the following steps: 1.3 the present inlet pressure in the region of the inlet and/or in the interior of the hydrodynamic retarder is detected or is calculated from at least one further state variable of the coolant; characterized in that 1.4 the maximum retrievable braking power of the hydrodynamic retarder is reduced in a manner dependent on the present inlet pressure; and 1.5 the boiling temperature of the coolant is determined in a manner dependent on the inlet pressure and the maximum retrievable braking power of the hydrodynamic retarder is limited such that the temperature of the coolant is less than the boiling temperature at the present inlet pressure. 1.1 the hydrodynamic retarder has a driven primary blade wheel and a secondary blade wheel , which together form a toroidal working chamber which is selectively able to be filled with working medium via an inlet and to be emptied via an outlet , in order to transmit torque hydrodynamically from the primary blade wheel to the secondary blade wheel ; wherein 1.2 the coolant of the motor cooling circuit is simultaneously the working medium of the hydrodynamic retarder ; having the following steps: 1.3 the present inlet pressure in the region of the inlet and/or in the interior of the hydrodynamic retarder is detected or is calculated from at least one further state variable of the coolant; characterized in that 1.4 the maximum retrievable braking power of the hydrodynamic retarder is reduced in a manner dependent on the present inlet pressure; and 1.5 the boiling temperature of the coolant is determined in a manner dependent on the inlet pressure and the maximum retrievable braking power of the hydrodynamic retarder is limited such that the temperature of the coolant is less than the boiling temperature at the present inlet pressure.
A method of draining a device for extracorporeal blood treatment, the device comprising a dialyser divided into a first chamber and a second chamber by means of a membrane, an arterial line connected to a blood inlet of the first chamber, a venous line connected to a blood outlet of the first chamber, a dialysis fluid line for fresh dialysis fluid connected to a dialysis fluid inlet of the second chamber and a dialysis fluid line for used dialysis fluid connected to a dialysis fluid outlet of the second chamber, a blood pump disposed in the arterial line, and a venous expansion chamber disposed in the venous line, wherein the method comprises the steps of: a. connecting a patient-side port of the arterial line to a patient-side port of the venous line; b. generating negative pressure in the second chamber; c. operating the blood pump in a first direction and draining the arterial and venous lines in the first direction via the membrane and the second chamber, characterized in that the method further comprises the step of d. stopping the blood pump and draining the arterial and venous lines in a second direction opposed to the first direction via the membrane and the second chamber; the device further includes at least one level control pump which is configured to provide level control at least in the venous expansion chamber , wherein during draining in the first direction and during draining in the second direction the level control pump is kept in operation, or during draining in the first direction and during draining in the second direction the arterial line connected to the blood inlet of the first chamber and/or the venous line connected to the blood outlet of the first chamber as well as the venous expansion chamber can be assisted by manual pressurization; and the device further comprises an air detector unit downstream of the venous expansion chamber . a. connecting a patient-side port of the arterial line to a patient-side port of the venous line; b. generating negative pressure in the second chamber; c. operating the blood pump in a first direction and draining the arterial and venous lines in the first direction via the membrane and the second chamber, characterized in that the method further comprises the step of d. stopping the blood pump and draining the arterial and venous lines in a second direction opposed to the first direction via the membrane and the second chamber; the device further includes at least one level control pump which is configured to provide level control at least in the venous expansion chamber , wherein during draining in the first direction and during draining in the second direction the level control pump is kept in operation, or during draining in the first direction and during draining in the second direction the arterial line connected to the blood inlet of the first chamber and/or the venous line connected to the blood outlet of the first chamber as well as the venous expansion chamber can be assisted by manual pressurization; and the device further comprises an air detector unit downstream of the venous expansion chamber .
Apparatus for orientating a rod-shaped smoking article containing a metal component , the apparatus comprising: means for producing a magnetic field; and means for presenting the rod-shaped smoking article to the magnetic field in a manner which allows rotation of the rod-shaped smoking article; characterised in that the apparatus is arranged to drop the rod-shaped smoking article through the magnetic field. means for producing a magnetic field; and means for presenting the rod-shaped smoking article to the magnetic field in a manner which allows rotation of the rod-shaped smoking article; characterised in that the apparatus is arranged to drop the rod-shaped smoking article through the magnetic field.
Adapter for an electrical connection bushing, with application in a connection point between a piece of high-voltage electrical equipment comprising at least one female electrical connection bushing , and at least one cable comprising a terminal , wherein the adapter comprises a body of insulating material, equipped with a first connection end configured to couple in a sealed manner into said at least one female bushing of the high-voltage electrical equipment and with a second connection end configured to couple to the female terminal of the cable ; wherein the inside of the first connection end is at least partially coated with a first conductive coating , and the outside of the first connection end is at least partially coated with a second conductive coating ; wherein the first connection end comprises a connector encapsulated in the body configured to connect to at least one conductive terminal of said female bushing when the first connection end is coupled in a sealed manner into said at least one female electrical connection bushing of the high-voltage electrical equipment ; wherein the connector comprises conductive parts , such that the electrical connection between said conductive parts and the conductive terminal is of the plug-in type, this electrical connection being inside the insulating body ; wherein the second connection end of the body comprises at least one encapsulated conductive bar that is connected to the conductive parts of the connector ; wherein the connector comprises at least one conductive tube incorporating inside of it the aforementioned conductive parts , and the connection points of the conductive parts with the conductive terminal and the conductive bar therefore being located inside said conductive tube ; wherein the connector further comprises at least one conductive ring , wherein the conductive parts are mounted axially in openings provided radially in the ring ; characterized in that the adapter further comprises at least one means for controlling the electric field , mounted at the point where the first connection end , the second connection end and the conductive tube converge; and wherein the at least one means for controlling the electric field is at the same potential as the conductive tube , guaranteeing the control of the electrical field.
A method of preparing a crystalline microporous germanosilicate composition designated CIT-13, comprising a three-dimensional framework having pores defined by 10- and 14-membered rings and exhibiting a powder X-ray diffraction (XRD) pattern exhibiting at least five peaks at 6.45 ± 0.2, 7.18 ± 0.2, 12.85 ± 0.2, 20.78 ± 0.2, 26.01 ± 0.2, and 26.68 ± 0.2 degrees 2-θ, the method comprising hydrothermally treating an aqueous composition comprising: (a) a source of a silicon oxide (b) a source of a germanium oxide; (c) at least one hydroxide salt of at least one substituted benzyl-imidazolium organic structure-directing agent (OSDA) having a structure: and (d) water, under conditions effective to crystallize the crystalline microporous germanosilicate composition, designated CIT-13, wherein when the OSDA is (i), the molar ratio of Si:Ge atoms is in a range from 1:1 to 3:1, and when the OSDA is (ii), the molar ratio of water : (Si+Ge) is in a range from 2 to 9, and wherein fluoride ions are either absent from the aqueous composition or are present at less than 1000 ppm by weight. (a) a source of a silicon oxide (b) a source of a germanium oxide; (c) at least one hydroxide salt of at least one substituted benzyl-imidazolium organic structure-directing agent (OSDA) having a structure: and (d) water, under conditions effective to crystallize the crystalline microporous germanosilicate composition, designated CIT-13, wherein when the OSDA is (i), the molar ratio of Si:Ge atoms is in a range from 1:1 to 3:1, and when the OSDA is (ii), the molar ratio of water : (Si+Ge) is in a range from 2 to 9, and wherein fluoride ions are either absent from the aqueous composition or are present at less than 1000 ppm by weight.
A check valve comprising a valve member including a spout member with a pouring port of a vessel provided at an outer end portion, an urging member with a base end portion supported by an inner end portion of the spout member , and a valve body connected to a tip end portion of the urging member , and a cylindrical member with a valve seat portion on which the valve body is seated to be capable of hermetically sealing provided on an inner circumferential face , inside the spout member , a first flow path in which a content in the vessel flows being provided, inside the cylindrical member , a second flow path through which the content in the vessel flows being provided, and the first flow path and the second flow path communicating with each other to configure an outflow path through which the content in the vessel flows out, and the spout member being fixedly attached to the cylindrical member so that the valve body and the urging member are inserted into the cylindrical member , and the valve body is urged to the valve seat portion by the urging member , wherein the spout member , the urging member and the valve body are integrally molded, characterised in that the valve body has a guided portion that restricts movement of the valve body , at an upstream side in the outflow path, and the cylindrical member has a guide portion that causes the guided portion to slide in a central axis direction (CA) of the valve body , at an upstream side in the outflow path of the valve seat portion . inside the spout member , a first flow path in which a content in the vessel flows being provided, inside the cylindrical member , a second flow path through which the content in the vessel flows being provided, and the first flow path and the second flow path communicating with each other to configure an outflow path through which the content in the vessel flows out, and the spout member being fixedly attached to the cylindrical member so that the valve body and the urging member are inserted into the cylindrical member , and the valve body is urged to the valve seat portion by the urging member , wherein the spout member , the urging member and the valve body are integrally molded, characterised in that the valve body has a guided portion that restricts movement of the valve body , at an upstream side in the outflow path, and the cylindrical member has a guide portion that causes the guided portion to slide in a central axis direction (CA) of the valve body , at an upstream side in the outflow path of the valve seat portion .