mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a separator for an electrochemical device, comprising: (S1) preparing a first binder composition containing a polyvinylpyrrolidone binder polymer dissolved in a first organic solvent; (S2) preparing a second binder composition containing a polyvinylidene fluoride-based binder polymer dissolved in a second organic solvent; (S3) preparing a porous coating layer forming slurry containing inorganic particles dispersed in a mixture of the first binder composition and the second binder composition; and (S4) coating the porous coating layer forming slurry on at least one surface of a porous polymer substrate and drying to form a porous coating layer, wherein a weight (A) of the polyvinylpyrrolidone binder polymer and a weight (B) of the polyvinylidene fluoride-based binder polymer satisfy A/B ≤ 1, the first organic solvent being capable of dissolving less than 5 wt% of the polyvinylidene fluoride-based binder polymer at 25°C, the second organic solvent being capable of dissolving 10 wt% or more of the polyvinylidene fluoride-based binder polymer at 25°C, and a weight ratio of the first organic solvent and the second organic solvent is 5: 95 to 30 : 70. (S1) preparing a first binder composition containing a polyvinylpyrrolidone binder polymer dissolved in a first organic solvent; (S2) preparing a second binder composition containing a polyvinylidene fluoride-based binder polymer dissolved in a second organic solvent; (S3) preparing a porous coating layer forming slurry containing inorganic particles dispersed in a mixture of the first binder composition and the second binder composition; and (S4) coating the porous coating layer forming slurry on at least one surface of a porous polymer substrate and drying to form a porous coating layer, wherein a weight (A) of the polyvinylpyrrolidone binder polymer and a weight (B) of the polyvinylidene fluoride-based binder polymer satisfy A/B ≤ 1, the first organic solvent being capable of dissolving less than 5 wt% of the polyvinylidene fluoride-based binder polymer at 25°C, the second organic solvent being capable of dissolving 10 wt% or more of the polyvinylidene fluoride-based binder polymer at 25°C, and a weight ratio of the first organic solvent and the second organic solvent is 5: 95 to 30 : 70.
A method to predict the responsiveness or non-responsiveness to a radiochemotherapy treatment in a patient with a LACC tumor, comprising: a) determining, in a sample obtained from said patient, the level of expression of the following markers: ANXA2, STAT1 and NDRG1; b) comparing the level of expression determined in step a) with one or more reference values. a) determining, in a sample obtained from said patient, the level of expression of the following markers: ANXA2, STAT1 and NDRG1; b) comparing the level of expression determined in step a) with one or more reference values.
A disaster prevention system comprising: one or more sensors , each including a plurality of heat detecting elements ; and an estimation unit (E1) configured to estimate, based on results of heat detection provided by the plurality of heat detecting elements , a direction (D1) of a fire source in a monitoring region (R1), wherein the sensor further includes a single board , and the plurality of heat detecting elements are mounted on the single board . one or more sensors , each including a plurality of heat detecting elements ; and an estimation unit (E1) configured to estimate, based on results of heat detection provided by the plurality of heat detecting elements , a direction (D1) of a fire source in a monitoring region (R1), wherein the sensor further includes a single board , and the plurality of heat detecting elements are mounted on the single board .
A telescoping refueling boom system comprising: a telescoping tube ; an actuator coupled to the telescoping tube and configured to extend or retract the telescoping tube; and a processor coupled to the actuator and configured to select, based on a telescoping tube current position error, a telescoping tube current rate of movement, and a value of a telescoping tube rate command, a telescoping tube rate control mode or a telescoping tube position control mode . a telescoping tube ; an actuator coupled to the telescoping tube and configured to extend or retract the telescoping tube; and a processor coupled to the actuator and configured to select, based on a telescoping tube current position error, a telescoping tube current rate of movement, and a value of a telescoping tube rate command, a telescoping tube rate control mode or a telescoping tube position control mode .
A silylated polybutadiene containing a repeating unit represented by formula (I): In formula (I), R 1 , R 2 and R 3 each independently represents an unsubstituted or substituted aryl group or an aralkyl group, wherein a silylation rate of the silylated polybutadiene is 9 to 37%.
A bacterial strain for use in the prevention and/or treatment of obesity, wherein the bacterial strain is selected from the Roseburia family.
A method, wherein a multi-phase fluid is discharged with a total volume flow Q IN from at least one inlet structure into at least one settling tank, wherein the inlet energy is continuously optimized by adjusting an inlet opening of the inlet structure, with subsequent separation of phases of different weight into at least one return volume flow Q R and one effluent volume flow Qc each within the at least one settling tank, characterized in that up to the total volume flow Q IN in or at the inlet structure, by changing the position of the inflow boundaries of the inlet opening to each other or by at least temporarily dividing the inflow area into differently aligned partial areas, the total volume flow Q IN or at least a greater portion of the total volume flow Q IN as a partial volume flow Q II largely flows in direction of two to four o'clock at high load and at least a partial volume flow Q I flows in direction of five to eleven o'clock at low load out of the inlet structure, wherein three and nine o'clock define a horizontal axis, wherein the inflow boundaries are at least partially formed by a lower edge of a height-adjustable wall und by a height-adjustable elevation of a device and wherein the position of the inflow boundaries to each other or the division of the inflow area into differently aligned partial areas is changed by changing a vertical distance between the lower edge of the wall and an elevation of the device and/or moving the the elevation forming device and the in its height extension variable wall relative to a flow deflector (5c, P2, 7). wherein a multi-phase fluid is discharged with a total volume flow Q IN from at least one inlet structure into at least one settling tank, wherein the inlet energy is continuously optimized by adjusting an inlet opening of the inlet structure, with subsequent separation of phases of different weight into at least one return volume flow Q R and one effluent volume flow Qc each within the at least one settling tank, characterized in that up to the total volume flow Q IN in or at the inlet structure, by changing the position of the inflow boundaries of the inlet opening to each other or by at least temporarily dividing the inflow area into differently aligned partial areas, the total volume flow Q IN or at least a greater portion of the total volume flow Q IN as a partial volume flow Q II largely flows in direction of two to four o'clock at high load and at least a partial volume flow Q I flows in direction of five to eleven o'clock at low load out of the inlet structure, wherein three and nine o'clock define a horizontal axis, wherein the inflow boundaries are at least partially formed by a lower edge of a height-adjustable wall und by a height-adjustable elevation of a device and wherein the position of the inflow boundaries to each other or the division of the inflow area into differently aligned partial areas is changed by changing a vertical distance between the lower edge of the wall and an elevation of the device and/or moving the the elevation forming device and the in its height extension variable wall relative to a flow deflector (5c, P2, 7).
Assembly for the preparation of a reheated beverage, comprising a device which includes control means in particular a CPU or other logical processor, the assembly comprising also at least a container of a liquid or gel material to be heated, wherein: - said device comprises at least a seat for the corresponding insertion of said at least a liquid or gel container ; - said at least a liquid or gel container comprises means for the production of heat; and wherein: - said device comprises terminals placed in correspondence of said at least a seat and connected to said control means by means of suitable conductors ; - said liquid or gel container comprises contacts to electrically feed said means of production of heat, said contacts being positioned in a way corresponding to said terminals , so that, when said at least a liquid or gel container is respectively inserted in said at least a seat, said control means are adapted to feed said means for the production of heat , said control means being connectable to a source of internal or external electric energy, the assembly being characterized in that : said device is one of a cover, a case, and a battery cover for one of a mobile phone and tablet. - said device comprises at least a seat for the corresponding insertion of said at least a liquid or gel container ; - said at least a liquid or gel container comprises means for the production of heat; - said device comprises terminals placed in correspondence of said at least a seat and connected to said control means by means of suitable conductors ; - said liquid or gel container comprises contacts to electrically feed said means of production of heat,
Use of hexokinase 2 (HK2) in the identification or isolation of fetal trophoblast cells, wherein the HK2 serves as a biomarker for fetal trophoblast cells.
A working vehicle, comprising: - an operator's seat on which an operator can sit; and - a vehicle body configured to travel selectively using either manual steering or automatic steering, the manual steering being performed manually by the operator, and the automatic steering being performed on the basis of a position of the vehicle body detected by a positioning device without manual operation by the operator; characterized by comprising: - a first operation member disposed on a lateral side of the operator's seat operably to perform an operation relating to the automatic steering, the first operation member being configured to be operated to selectively start or terminate the automatic steering during rearward traveling of the vehicle body or to correct the position of the vehicle body during rearward traveling of the vehicle body . - an operator's seat on which an operator can sit; and - a vehicle body configured to travel selectively using either manual steering or automatic steering, the manual steering being performed manually by the operator, and the automatic steering being performed on the basis of a position of the vehicle body detected by a positioning device without manual operation by the operator; - a first operation member disposed on a lateral side of the operator's seat operably to perform an operation relating to the automatic steering, the first operation member being configured to be operated to selectively start or terminate the automatic steering during rearward traveling of the vehicle body or to correct the position of the vehicle body during rearward traveling of the vehicle body .
Syringe pair assembly (3; 3A, 3B, 3C, 3D) for biological fluids comprising two syringes , each syringe comprising a barrel , a nozzle and a plunger , a barrel holding frame for holding the barrels , a plunger holder for holding the plungers , a fitting with tubing , which fitting is adapted for frictionally holding the nozzles of the two syringes and for linking the two nozzles to the tubing , a retaining member securing the barrel-holding frame to the fitting , a membrane enclosing the two syringes and having one end sealed over the fitting with tubing and another closed end opposite the one end deployed about the syringe plungers and adapted for allowing an operator to grasp and extend the plunger ends during filling of the syringes without exposure to ambient conditions, said membrane being formed from parts which are separably sealed together, characterized in that the fitting is formed by a first fitting part and a second fitting part which are releasably connected to each other by means of a connection member , the tubing and the one end of the membrane being attached to the first fitting part , the second fitting part being adapted for frictionally holding the nozzles of the two syringes , and in that the assembly (3; 3A, 3B, 3C, 3D) further comprises an inner membrane positioned within the membrane , said inner membrane enclosing the two syringes and having one end sealed to the second fitting part and another closed end opposite the one end deployed about the syringe plungers and adapted for allowing an operator to grasp and extend the plunger ends during filling of the syringes without exposure to ambient conditions, said inner membrane being formed from parts which are separably sealed together.
An optoelectronic device having - a circuit board having an upper side with a chip connection region , and wherein the circuit board is a printed circuit board, - an optoelectronic semiconductor chip which is attached to the chip connection region , - a housing body which is attached to the circuit board on the upper side of the circuit board and has a reflector region , wherein - the reflector region comprises an opening in the housing body , in which opening the optoelectronic semiconductor chip is arranged, wherein - the circuit board , on its upper side , has a wire connection region which is spaced from the chip connection region , and - the housing body has a wire region comprising an opening in the housing body , in which opening the wire connection region is arranged, wherein - the wire region is spaced from the reflector region , and the optoelectronic device is characterized in that - the housing body is formed with a plastic material which is metallized, at least in places, in the reflector region , - the optoelectronic semiconductor chip is embedded into a potting which appears white, black or colored, wherein the surface of the optoelectronic semiconductor chip , facing away from the chip connection region , is free of potting . - a circuit board having an upper side with a chip connection region , and wherein the circuit board is a printed circuit board, - an optoelectronic semiconductor chip which is attached to the chip connection region , - a housing body which is attached to the circuit board on the upper side of the circuit board and has a reflector region , wherein - the reflector region comprises an opening in the housing body , in which opening the optoelectronic semiconductor chip is arranged, wherein - the circuit board , on its upper side , has a wire connection region which is spaced from the chip connection region , and - the housing body has a wire region comprising an opening in the housing body , in which opening the wire connection region is arranged, wherein - the wire region is spaced from the reflector region , and the optoelectronic device is characterized in that - the housing body is formed with a plastic material which is metallized, at least in places, in the reflector region , - the optoelectronic semiconductor chip is embedded into a potting which appears white, black or colored, wherein the surface of the optoelectronic semiconductor chip , facing away from the chip connection region , is free of potting .
A method for providing Registration Data Access Protocol, RDAP, responses, the method comprising: obtaining, at a RDAP client over a network, a RDAP query for RDAP data from a user ; providing, by the RDAP client , the RDAP query and an access token to a RDAP service , wherein the RDAP service is a virtual thick RDAP service , that uses the access token to authorize the user and queries a data store of the RDAP service and determines other RDAP service(s) that could be queried to fully satisfy the RDAP query ; receiving, at the RDAP client , a RDAP response from the RDAP service including referral Uniform Resource Locator(s), URL(s), to referral RDAP service(s) determined to respond to the RDAP query ; and providing to the user a results page that includes hyperlink(s) based on the referral URL(s), wherein the hyperlink(s) include the access token . obtaining, at a RDAP client over a network, a RDAP query for RDAP data from a user ; providing, by the RDAP client , the RDAP query and an access token to a RDAP service , wherein the RDAP service is a virtual thick RDAP service , that uses the access token to authorize the user and queries a data store of the RDAP service and determines other RDAP service(s) that could be queried to fully satisfy the RDAP query ; receiving, at the RDAP client , a RDAP response from the RDAP service including referral Uniform Resource Locator(s), URL(s), to referral RDAP service(s) determined to respond to the RDAP query ; and providing to the user a results page that includes hyperlink(s) based on the referral URL(s), wherein the hyperlink(s) include the access token .
Method for producing a network of nanostructures from at least one semiconductor material, comprising a step of forming nanostructures on the surface of a substrate , at least a part of the nanostructures having contact areas with one another, the method comprising, after the formation step, a deoxidation step and a step of strengthening the bond between nanostructures at the contact areas, the bond-strengthening step comprising a heat treatment in the form of annealing, the method comprising a step of forming at least one layer of electrical contacts , configured to form electrodes on the nanostructures, after the deoxidation and after the bond-strengthening step, the method being characterised in that the deoxidation consists, after the step of forming the nanostructures and before the step of strengthening the bond, of a step of deoxidising the surface of the nanostructures which comprises exposing the nanostructures to a flow of vapours of an acid solution, and in that the heat treatment is carried out at a temperature of 400°C, has a duration of more than 10s, and is carried out in a neutral atmosphere.
A soft magnetic alloy consisting of a composition having a formula of ((Fe (1-(α+β)) X1 α X2 β ) (1-(a+b+d+e)) M a B b Cr d Cu e ) 1-f C f and optionally inevitable impurities which are other than the above-mentioned elements, wherein X1 is one or more elements selected from a group of Co and Ni, X2 is one or more elements selected from a group of W, Al, Mn, Ag, Zn, Sn, As, Sb, Bi, N, O, and rare earth elements, M is one or more elements selected from a group of Nb, Hf, Zr, Ta, Ti, Mo, and V, 0.030≦a≦0.14, 0.028≦b≦0.15, 0.005≦d≦0.020, 0<e≦0.030, 0.001≦f≦0.04, α≧0, β≧0, and 0≦α+β≦0.50 are satisfied, and the inevitable impurities are optionally contained 1 wt% or less with respect to 100 wt% of the soft magnetic alloy. X1 is one or more elements selected from a group of Co and Ni, X2 is one or more elements selected from a group of W, Al, Mn, Ag, Zn, Sn, As, Sb, Bi, N, O, and rare earth elements, M is one or more elements selected from a group of Nb, Hf, Zr, Ta, Ti, Mo, and V, 0.030≦a≦0.14, 0.028≦b≦0.15, 0.005≦d≦0.020, 0<e≦0.030, 0.001≦f≦0.04, α≧0, β≧0, and 0≦α+β≦0.50 are satisfied, and the inevitable impurities are optionally contained 1 wt% or less with respect to 100 wt% of the soft magnetic alloy.
An ink containing device comprising: an ink cartridge comprising: a first main body comprising a chamber configured to store ink, and an ink outlet portion disposed on a first surface of the first main body configured to direct the ink from the chamber to an exterior of the first main body , wherein the first surface faces a first direction , and a light attenuating portion ; characterized in that the ink cartridge further comprising an adaptor configured to attach to the ink cartridge , the adaptor comprising a second main body comprising a second surface , and an electrical interface disposed on the second surface . an ink cartridge comprising: a first main body comprising a chamber configured to store ink, and an ink outlet portion disposed on a first surface of the first main body configured to direct the ink from the chamber to an exterior of the first main body , wherein the first surface faces a first direction , and a light attenuating portion ; a first main body comprising a chamber configured to store ink, and an ink outlet portion disposed on a first surface of the first main body configured to direct the ink from the chamber to an exterior of the first main body , wherein the first surface faces a first direction , and a light attenuating portion ; characterized in that the ink cartridge further comprising an adaptor configured to attach to the ink cartridge , the adaptor comprising a second main body comprising a second surface , and an electrical interface disposed on the second surface . a second main body comprising a second surface , and an electrical interface disposed on the second surface .
A ceramic coating composition for providing a non-stick ceramic coating when applied on an artefact, comprising a base ceramic coating composition and 0.2 wt% - 2 wt % of a diamond additive, with wt% compared with the total weight of the ceramic coating composition, wherein the diamond additive comprises diamond particles and mica particles, wherein said mica particles comprises coloured mica particles.