mhurhangee/ep-ind-claims huggingface dataset:
A charging circuit comprising: a battery pack provided with one or more secondary batteries; a battery charger adapted to charge the secondary batteries, the battery pack configured to be being detachably attachable to the battery charger, a control unit adapted to perform a charging control; a monitoring unit adapted to detect charged voltage of the secondary batteries to determine completion of charging; a storage unit adapted to store charging data including charging settings for the charging control of the control unit and determination of the charging completion of the monitoring unit, and a control voltage, which is an upper limit of the charged voltage for use in the determination made by the monitoring unit; and a changing unit adapted to change the charging data stored in the storage unit to thereby allow the control unit to perform the charging control based on the changed charging data, wherein the monitoring unit and the storage unit are arranged in the battery pack, and the changing unit and the control unit are arranged in the battery charger, characterized in that the changing unit is adapted to change the charging data stored in the storage unit by generating new charging data having a changed control voltage according to a state of the battery pack and writing the new charging data in the storage unit, wherein the state of battery pack includes a temperature and degradation state of the battery pack a battery pack provided with one or more secondary batteries; a battery charger adapted to charge the secondary batteries, the battery pack configured to be being detachably attachable to the battery charger, a control unit adapted to perform a charging control; a monitoring unit adapted to detect charged voltage of the secondary batteries to determine completion of charging; a storage unit adapted to store charging data including charging settings for the charging control of the control unit and determination of the charging completion of the monitoring unit, and a control voltage, which is an upper limit of the charged voltage for use in the determination made by the monitoring unit; and a changing unit adapted to change the charging data stored in the storage unit to thereby allow the control unit to perform the charging control based on the changed charging data, wherein the monitoring unit and the storage unit are arranged in the battery pack, and the changing unit and the control unit are arranged in the battery charger, characterized in that the changing unit is adapted to change the charging data stored in the storage unit by generating new charging data having a changed control voltage according to a state of the battery pack and writing the new charging data in the storage unit, wherein the state of battery pack includes a temperature and degradation state of the battery pack
Method for thickening a longitudinal edge strip of a strip made of a plastically deformable material, wherein the strip is transversely compression-rolled in its transverse direction so that the strip becomes narrower and at the same time the longitudinal edge strip becomes thicker, characterized in that before or simultaneously with the cross edge rolling process, the strip is bent in a transverse direction in opposite directions along two parallel bending lines (8, 10) which extend in a longitudinal direction of the strip and otherwise delimit the longitudinal edge strip from the strip, so that a step extending in the longitudinal direction of the strip is produced, on which step the strip is supported transversely to the strip during the cross edge rolling process of the longitudinal edge strip.
A discharging device for liquids, more particularly for pharmaceutical liquids, comprising - a feeding device, - a liquid storage reservoir for storing a liquid connected to an input side of the feeding device, and - a discharge orifice connected to an output side of the feeding device, wherein - said liquid storage reservoir is at least in sections in the form of a dimensionally flexible liquid-containing bag, - said liquid storage reservoir is disposed in a constant volume accommodation chamber, characterized in that the accommodation chamber is permanently connected to an environmental atmosphere for the purpose of pressure compensation through at least one capillary channel (60; 62) which has an elongated, narrow design, and said capillary channel (60; 62) is at least in sections provided by a groove-type recess (60b, 62c, 60; 62b) on an outer side of the liquid storage reservoir. - a feeding device, - a liquid storage reservoir for storing a liquid connected to an input side of the feeding device, and - a discharge orifice connected to an output side of the feeding device, wherein - said liquid storage reservoir is at least in sections in the form of a dimensionally flexible liquid-containing bag, - said liquid storage reservoir is disposed in a constant volume accommodation chamber, characterized in that the accommodation chamber is permanently connected to an environmental atmosphere for the purpose of pressure compensation through at least one capillary channel (60; 62) which has an elongated, narrow design, and said capillary channel (60; 62) is at least in sections provided by a groove-type recess (60b, 62c, 60; 62b) on an outer side of the liquid storage reservoir.
A coating method using particle alignment, comprising: preparing a cohesive polymer substrate; and coating the cohesive polymer substrate with a plurality of particles by pressing the particles to the cohesive polymer substrate to form a coating layer on the cohesive polymer substrate, wherein the coating is performed while forming reversible recesses corresponding to the particles on the cohesive polymer substrate. preparing a cohesive polymer substrate; and coating the cohesive polymer substrate with a plurality of particles by pressing the particles to the cohesive polymer substrate to form a coating layer on the cohesive polymer substrate, wherein the coating is performed while forming reversible recesses corresponding to the particles on the cohesive polymer substrate.
A system comprising: a direct current tone module configured to determine a number of direct current tones based on whether a first network device is operating in a single user mode or a multi-user mode; a guard tone module configured to determine a number of guard tones based on whether the first network device is operating in the single user mode or the multi-user mode; a data tone allocation module configured to determine a number of data tones based on (i) the number of direct current tones and (ii) the number of guard tones; a mapping module configured to (i) receive data, and (ii) based on the number of data tones, map the data to the data tones; an inverse Fourier transform module configured to perform a frequency domain to time domain conversion of an output of the mapping module to generate (i) orthogonal frequency division multiplexing symbols responsive to the first network device operating in the single user mode, and (ii) orthogonal frequency division multiplexing access symbols responsive to the first network device operating in the multi-user mode; and a transmitter configured to transmit via a channel of a wireless local area network and from the first network device (i) the orthogonal frequency division multiplexing symbols responsive to the first network device operating in the single user mode, and (ii) the orthogonal frequency division multiplexing access symbols responsive to the first network device operating in the multi-user mode. a direct current tone module configured to determine a number of direct current tones based on whether a first network device is operating in a single user mode or a multi-user mode; a guard tone module configured to determine a number of guard tones based on whether the first network device is operating in the single user mode or the multi-user mode; a data tone allocation module configured to determine a number of data tones based on (i) the number of direct current tones and (ii) the number of guard tones; a mapping module configured to (i) receive data, and (ii) based on the number of data tones, map the data to the data tones; an inverse Fourier transform module configured to perform a frequency domain to time domain conversion of an output of the mapping module to generate (i) orthogonal frequency division multiplexing symbols responsive to the first network device operating in the single user mode, and (ii) orthogonal frequency division multiplexing access symbols responsive to the first network device operating in the multi-user mode; and a transmitter configured to transmit via a channel of a wireless local area network and from the first network device (i) the orthogonal frequency division multiplexing symbols responsive to the first network device operating in the single user mode, and (ii) the orthogonal frequency division multiplexing access symbols responsive to the first network device operating in the multi-user mode.
Method for displaying an application in a vehicle, comprising: providing data for displaying an application on a screen, providing information relating to a degree of deflection, and displaying the application on the screen on the basis of the information relating to the degree of deflection and a driving situation of the vehicle, characterized in that the provision of information relating to a degree of deflection comprises providing information relating to a degree of deflection of the application, and in that display is carried out on the basis of a position of the screen in the vehicle. providing data for displaying an application on a screen, providing information relating to a degree of deflection, and displaying the application on the screen on the basis of the information relating to the degree of deflection and a driving situation of the vehicle, characterized in that the provision of information relating to a degree of deflection comprises providing information relating to a degree of deflection of the application, and in that display is carried out on the basis of a position of the screen in the vehicle.
Anchor rail for anchoring in concrete, having a substantially C-shaped cross-section, wherein the anchor rail comprises at least one anchor, two side walls and two opposite free legs (4, 24, 34), wherein a slot is formed in the longitudinal direction of the anchor rail between the free legs (4, 24, 34), wherein the free legs (4, 24, 34) have an at least partial toothing (6, 46, 56, 66) on the side averted from the anchor and thus on the front outside of the anchor rail with respect to the longitudinal direction, characterised in that a region of the two side walls which is averted from the at least one anchor is bounded at the same level by end faces of the side walls, and in that the end faces of the side walls top the free legs (4, 24, 34).
Method for destabilising a Pickering emulsion characterised in that it comprises the following steps: (i) the preparing of a Pickering emulsion comprising: - a continuous phase chosen from water or an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain, in which nanoparticles are suspended, and - a discontinuous phase, which is an immiscible liquid dispersed in said continuous phase in the form of droplets, (ii) the injecting into the continuous phase of a miscible solvent with said phase, in such a way as to trigger a coalescence between the continuous and discontinuous phases, the discontinuous phase/nanoparticle weight ratio is between 4 and 20,000, and preferably between 100 and 10,000, with the miscible solvent being: - water when the continuous phase is an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain, or - an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain when the continuous phase is water. (i) the preparing of a Pickering emulsion comprising: - a continuous phase chosen from water or an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain, in which nanoparticles are suspended, and - a discontinuous phase, which is an immiscible liquid dispersed in said continuous phase in the form of droplets, - a continuous phase chosen from water or an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain, in which nanoparticles are suspended, and - a discontinuous phase, which is an immiscible liquid dispersed in said continuous phase in the form of droplets, (ii) the injecting into the continuous phase of a miscible solvent with said phase, in such a way as to trigger a coalescence between the continuous and discontinuous phases, the discontinuous phase/nanoparticle weight ratio is between 4 and 20,000, and preferably between 100 and 10,000, with the miscible solvent being: - water when the continuous phase is an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain, or - an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain when the continuous phase is water. - water when the continuous phase is an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain, or - an alcohol of formula R-OH where R is a C 1 to C 4 hydrocarbon chain when the continuous phase is water.
A chromium reducing liquid composition, comprising: an aqueous liquid carrier containing tin sulfate simultaneously in both dissolved form and as substantially uniformly dispersed solid particles, said substantially uniformly dispersed solid particles being dispersed in said liquid carrier in an amount not less than 10% and not greater than 70% based on total weight of said liquid composition; said aqueous liquid carrier comprising water in the amount of 5% to 50% based on total weight of said liquid composition; said aqueous liquid carrier further comprising a viscosity-modifying agent in an amount not less than 0.1 % and not greater than 10.0 % based on total weight of said chromium reducing liquid composition, said viscosity-modifying agent being selected from diutan and xanthan. an aqueous liquid carrier containing tin sulfate simultaneously in both dissolved form and as substantially uniformly dispersed solid particles, said substantially uniformly dispersed solid particles being dispersed in said liquid carrier in an amount not less than 10% and not greater than 70% based on total weight of said liquid composition; said aqueous liquid carrier comprising water in the amount of 5% to 50% based on total weight of said liquid composition; said aqueous liquid carrier further comprising a viscosity-modifying agent in an amount not less than 0.1 % and not greater than 10.0 % based on total weight of said chromium reducing liquid composition, said viscosity-modifying agent being selected from diutan and xanthan.
A viscous material print head comprising: a housing defining an elongate chamber; a source port defining a passage having an inlet positioned to allow a viscous material to flow into the elongate chamber; a pair of blades (96, 98) defining a slot that provides an outlet from which the viscous material can flow out of the elongate chamber; a controller coupled with the print head to control operation of the print head; and means for detecting pressure of the viscous material within the elongate chamber, characterized by an elongate plunger movable in the elongate chamber to reduce a volume of viscous material within the elongate chamber, said controller controlling the operation of the elongate plunger to maintain the viscous material at a desired pressure, and a plunger actuator coupled to the elongate plunger to move the elongate plunger, the plunger actuator including a pair of ball screws (78, 80) coupled to the elongate plunger and a stepper motor coupled to the housing and the pair of ball screws to drive the movement of the elongate plunger within the elongate chamber. a housing defining an elongate chamber; a source port defining a passage having an inlet positioned to allow a viscous material to flow into the elongate chamber; a pair of blades (96, 98) defining a slot that provides an outlet from which the viscous material can flow out of the elongate chamber; a controller coupled with the print head to control operation of the print head; and means for detecting pressure of the viscous material within the elongate chamber, characterized by an elongate plunger movable in the elongate chamber to reduce a volume of viscous material within the elongate chamber, said controller controlling the operation of the elongate plunger to maintain the viscous material at a desired pressure, and a plunger actuator coupled to the elongate plunger to move the elongate plunger, the plunger actuator including a pair of ball screws (78, 80) coupled to the elongate plunger and a stepper motor coupled to the housing and the pair of ball screws to drive the movement of the elongate plunger within the elongate chamber.
R(+)-6-(N-methyl,N-ethyl-carbamoyloxy)-N'-propargyl-1-aminoindan or a salt thereof for use in treating Mild Cognitive Impairment in a human subject, in an amount effective to treat MCI being no more than 0.37 mg/kg/day R(+)-6-(N-methyl,N-ethyl-carbamoyloxy)-N'-propargyl-1-aminoindan of the subject, or a corresponding amount of the salt thereof.
Piston fuel pump for an internal combustion engine having a pump cylinder and a pump piston which can be displaced axially in the pump cylinder, characterized in that Piston fuel pump has a seal having an annular basic structure, which seal is arranged on the circumference of the pump piston and is produced by means of injection molding with an axial injection direction, and in that a plurality of injection points are provided on an axial side of the seal, and in that at least one venting point is provided on the opposite axial side of the seal between the injection points in the circumferential direction.
A method for adjusting an operating parameter of a data processing system having a memory and logic, the logic coupled to the memory and comprising a timing circuit (20, 22, 26), the method characterized comprising: initiating a memory access, wherein a speed of the memory access is affected by a first operating parameter provided to the memory; in response to the initiating, enabling counting circuitry to count pulses generated by the timing circuit, wherein a speed of the timing circuit is affected by a second operating parameter provided to the timing circuit, and the second operating parameter is independent of the first operating parameter; in response to completing the memory access, the counting circuitry outputting a count value; using the count value to determine a relative speed of the memory access with respect to the speed of the timing circuit; and based on the relative speed, adjusting the speed of the memory by adjusting the first operating parameter of the data processing system. initiating a memory access, wherein a speed of the memory access is affected by a first operating parameter provided to the memory; in response to the initiating, enabling counting circuitry to count pulses generated by the timing circuit, wherein a speed of the timing circuit is affected by a second operating parameter provided to the timing circuit, and the second operating parameter is independent of the first operating parameter; in response to completing the memory access, the counting circuitry outputting a count value; using the count value to determine a relative speed of the memory access with respect to the speed of the timing circuit; and based on the relative speed, adjusting the speed of the memory by adjusting the first operating parameter of the data processing system.
A patch comprising an adhesive layer and a release liner laminated on at least one surface of a backing, wherein the adhesive layer comprises, as an adhesive base agent, at least one selected from the group consisting of acrylate-based adhesives and rubber-based adhesives, the adhesive layer comprises, as a plasticizer, at least one selected from the group consisting of liquid paraffin, liquid polybutene, isopropyl palmitate, isopropyl myristate, diethyl sebacate, and hexyl laurate, the adhesive layer comprises, as a transdermal absorption enhancer, at least one selected from the group consisting of fatty acids having a carbon chain of 6 to 20 carbon atoms and aliphatic alcohols having a carbon chain of 6 to 20 carbon atoms, and the adhesive layer comprises 0.3 to 3% by mass of a nonfunctional silicone oil having a kinematic viscosity of 20 to 250 cSt at 25°C. the adhesive layer comprises, as an adhesive base agent, at least one selected from the group consisting of acrylate-based adhesives and rubber-based adhesives, the adhesive layer comprises, as a plasticizer, at least one selected from the group consisting of liquid paraffin, liquid polybutene, isopropyl palmitate, isopropyl myristate, diethyl sebacate, and hexyl laurate, the adhesive layer comprises, as a transdermal absorption enhancer, at least one selected from the group consisting of fatty acids having a carbon chain of 6 to 20 carbon atoms and aliphatic alcohols having a carbon chain of 6 to 20 carbon atoms, and the adhesive layer comprises 0.3 to 3% by mass of a nonfunctional silicone oil having a kinematic viscosity of 20 to 250 cSt at 25°C.
A self-supported precast concrete column joint structure comprising: a plurality of receptacles, each of which is buried in a top surface of a lower member to which a PC column is to be joined, and has an accommodation space with an open top side and a female thread formed in an inner circumferential surface thereof; a support bar provided in a pocket formed in a bottom end of the PC column, in a position corresponding to the receptacle, comprising a body coupled to a top surface of the pocket and protruding downward from the PC column and a head expanded from a bottom of the body and received in the accommodation space of the receptacle; and a fixing member, wherein a through-hole is formed in a central portion of the fixing member such that the body of the support bar extends therethrough, and a thread is formed in an outer circumferential surface of the fixing member to be screw-engaged into the receptacle to fix the head of the support bar, wherein a coupler fixed to a bottom end of a main root within the PC column is buried in the PC column above the pocket, a top end of the body of the support bar is coupled to the coupler, and the head of the support bar is supported to, while being in tight contact with, a bottom surface of the accommodation space of the receptacle, such that vertical load of the main root of the column is directly transferred to the lower member through the support bar. a plurality of receptacles, each of which is buried in a top surface of a lower member to which a PC column is to be joined, and has an accommodation space with an open top side and a female thread formed in an inner circumferential surface thereof; a support bar provided in a pocket formed in a bottom end of the PC column, in a position corresponding to the receptacle, comprising a body coupled to a top surface of the pocket and protruding downward from the PC column and a head expanded from a bottom of the body and received in the accommodation space of the receptacle; and a fixing member, wherein a through-hole is formed in a central portion of the fixing member such that the body of the support bar extends therethrough, and a thread is formed in an outer circumferential surface of the fixing member to be screw-engaged into the receptacle to fix the head of the support bar, wherein a coupler fixed to a bottom end of a main root within the PC column is buried in the PC column above the pocket, a top end of the body of the support bar is coupled to the coupler, and the head of the support bar is supported to, while being in tight contact with, a bottom surface of the accommodation space of the receptacle, such that vertical load of the main root of the column is directly transferred to the lower member through the support bar.