mhurhangee/ep-ind-claims huggingface dataset:
Process for use with a flow of a liquid mixture that is separable by vaporization into a flow of vapor and a depleted flow of liquid, the process comprising: a vaporization step, wherein a portion of said liquid mixture flow is vaporized in a first volume to produce said flow of vapor and said depleted flow of liquid; an absorption step, wherein (i) the flow of vapor is introduced in a second volume to a flow of brine which is adapted to exothermically absorb one or more components from the vapor and (ii) heat is withdrawn, to produce at least a flow of heat and a flow of brine which is enriched in the one or more components; and a heat transfer step, wherein the heat withdrawn in the absorption step is transferred, to drive the vaporization in the vaporization step, wherein heat transfer is performed by one or more heat pipes, each of said one or more heat pipes having a heat receiving part disposed in the second volume and a heat delivering part disposed in the first volume to provide for said heat transfer; wherein the transfer of heat to drive the vaporization is associated with the phase change of a working fluid from a gaseous state into a liquid state; the withdrawal of heat in the absorption step involves the phase change of the working fluid from the liquid state into the gaseous state; in the liquid state, the working fluid flows only by one or more of gravity, convection and wicking; and in the gaseous state, the working fluid flows only by one or more of diffusion and convection. a vaporization step, wherein a portion of said liquid mixture flow is vaporized in a first volume to produce said flow of vapor and said depleted flow of liquid; an absorption step, wherein (i) the flow of vapor is introduced in a second volume to a flow of brine which is adapted to exothermically absorb one or more components from the vapor and (ii) heat is withdrawn, to produce at least a flow of heat and a flow of brine which is enriched in the one or more components; and a heat transfer step, wherein the heat withdrawn in the absorption step is transferred, to drive the vaporization in the vaporization step, wherein heat transfer is performed by one or more heat pipes, each of said one or more heat pipes having a heat receiving part disposed in the second volume and a heat delivering part disposed in the first volume to provide for said heat transfer; wherein the transfer of heat to drive the vaporization is associated with the phase change of a working fluid from a gaseous state into a liquid state; the withdrawal of heat in the absorption step involves the phase change of the working fluid from the liquid state into the gaseous state; in the liquid state, the working fluid flows only by one or more of gravity, convection and wicking; and in the gaseous state, the working fluid flows only by one or more of diffusion and convection.
A white light emitting diode, comprising: a transparent substrate layer, being made from a curing reaction of a first mixture, and the first mixture includes a curable resin, a curing agent, a phosphor material, and a modified thermal conductive nano-material, wherein the modified thermal conductive nano-material being made from a thermal conductive nano-material and a silane compound; two conductive frames, each conductive frame having an end portion connected with the substrate layer; a light emitting unit, disposed on a surface of the substrate layer; two conductive wires, connecting to the light emitting unit respectively, and each conductive wire connecting to the corresponding conductive frame; and a transparent packaging element, covering the conductive wires and the light emitting unit, and the packaging element being made from a curing reaction of a second mixture, and the second mixture includes a curable resin, a curing agent, a phosphor material, and a modified thermal conductive nano-material, wherein the modified thermal conductive nano-material being made from a thermal conductive nano-material and a silane compound. a transparent substrate layer, being made from a curing reaction of a first mixture, and the first mixture includes a curable resin, a curing agent, a phosphor material, and a modified thermal conductive nano-material, wherein the modified thermal conductive nano-material being made from a thermal conductive nano-material and a silane compound; two conductive frames, each conductive frame having an end portion connected with the substrate layer; a light emitting unit, disposed on a surface of the substrate layer; two conductive wires, connecting to the light emitting unit respectively, and each conductive wire connecting to the corresponding conductive frame; and a transparent packaging element, covering the conductive wires and the light emitting unit, and the packaging element being made from a curing reaction of a second mixture, and the second mixture includes a curable resin, a curing agent, a phosphor material, and a modified thermal conductive nano-material, wherein the modified thermal conductive nano-material being made from a thermal conductive nano-material and a silane compound.
Spray head for a blast pipe, with a feed pipe for a medium to be sprayed, in particular for a liquid or the like, with an inlet opening for the entering blowing air and an outlet opening for the blowing air discharged from the spray head and enriched with the medium, both openings formed on the spray head, wherein the feed pipe has an outer feed connection for the medium and an inner output opening in the spray head for adding the medium to the blowing air flow, wherein an interference body for the incoming blowing air is arranged at the upstream edge of the output opening on the approach side of the blowing air in such a way that the output opening lies on the lee side of the interference body, characterised in that the plane of the output opening is oriented along the flow direction of the blowing air, in that the feed pipe terminates into an output passage ending in an output opening each, and in that the output openings lie on one side each of a flow body lying in the blowing air flow.
A system comprising a liquid, a chamber containing the liquid, and a thermal compensation system, the chamber comprising at least one exposed, at least partially transparent surface, the thermal compensation system comprising a mechanism accommodating thermal expansion and/or contraction of the liquid, the mechanism comprising a chamber extension, wherein the chamber extension is filled with gas, characterized in that the gas filled portion is positioned so as not to be within the field of view of an user.
A method of discontinuous reception for a mobile terminal being in communication with a base station in a mobile communication system, the method comprising the following steps performed by the mobile terminal: configuring the mobile terminal with a short discontinuous reception, DRX, cycle and a long DRXcycle, based on a message from the base station, starting the short DRXcycle upon reception of a DRX, Medium Access Control, MAC, control element, and starting the long DRX cycle after the short DRX cycle expired, characterized in that in case the mobile terminal receives an indication of the long DRX cycle, starting immediately the long DRX cycle, and wherein the indication of the long DRX cycle is transmitted via a MAC control element message from the base station. configuring the mobile terminal with a short discontinuous reception, DRX, cycle and a long DRXcycle, based on a message from the base station, starting the short DRXcycle upon reception of a DRX, Medium Access Control, MAC, control element, and starting the long DRX cycle after the short DRX cycle expired, characterized in that in case the mobile terminal receives an indication of the long DRX cycle, starting immediately the long DRX cycle, and wherein the indication of the long DRX cycle is transmitted via a MAC control element message from the base station.
An information input method, wherein the method comprises: obtaining attribute information of a page input box, wherein the page input box is located at a displayed page of a mobile application, wherein the obtained attribute information comprises a type of the page input box; according to the attribute information, creating a native input box having the attribute information, wherein the native input box is created at a native layer of a host operating system and in a native programming language of the operating system, wherein the native input box and the page input box are the same box type; when it is detected that the native input box is clicked by a user, providing an input keyboard corresponding to the type of the native input box, wherein the native input keyboard allows inputting, into the native input box, information of a type corresponding to the type of the native input box; determining whether inputs in the native input box are to be encrypted based on the information type of inputs allowed in the page input box; in response to determining that the inputs in the native input box are to be encrypted, encrypting information input through the native input box; and filling the encrypted information to the page input box. obtaining attribute information of a page input box, wherein the page input box is located at a displayed page of a mobile application, wherein the obtained attribute information comprises a type of the page input box; according to the attribute information, creating a native input box having the attribute information, wherein the native input box is created at a native layer of a host operating system and in a native programming language of the operating system, wherein the native input box and the page input box are the same box type; when it is detected that the native input box is clicked by a user, providing an input keyboard corresponding to the type of the native input box, wherein the native input keyboard allows inputting, into the native input box, information of a type corresponding to the type of the native input box; determining whether inputs in the native input box are to be encrypted based on the information type of inputs allowed in the page input box; in response to determining that the inputs in the native input box are to be encrypted, encrypting information input through the native input box; and filling the encrypted information to the page input box.
A method for generating a membrane for in vivo filtration of blood, the method comprising: forming grooves in a grid pattern on a first surface of a substrate; depositing a membrane material in the grooves and over the first surface of the substrate thereby forming a membrane layer comprising a substantially planar front side and a non-planar backside comprising ribs corresponding to the grooves; forming a cavity in a second surface of the substrate by removing a portion of the substrate, wherein the second surface is opposite the first surface, wherein the cavity exposes the backside of the membrane; and forming a plurality of pores in the membrane layer thereby producing a membrane comprising a planar front side, a plurality of pores, and a non-planar backside comprising ribs, wherein the grid pattern comprises an array of rectangles and the ribs define a plurality of rectangles or wherein the grid pattern comprises an array of squares and the ribs define a plurality of squares. forming grooves in a grid pattern on a first surface of a substrate; depositing a membrane material in the grooves and over the first surface of the substrate thereby forming a membrane layer comprising a substantially planar front side and a non-planar backside comprising ribs corresponding to the grooves; forming a cavity in a second surface of the substrate by removing a portion of the substrate, wherein the second surface is opposite the first surface, wherein the cavity exposes the backside of the membrane; and forming a plurality of pores in the membrane layer thereby producing a membrane comprising a planar front side, a plurality of pores, and a non-planar backside comprising ribs, wherein the grid pattern comprises an array of rectangles and the ribs define a plurality of rectangles or wherein the grid pattern comprises an array of squares and the ribs define a plurality of squares.
Lid device having a first lid region and a second lid region, wherein each lid region (13, 14) can be moved between a closed position and an open position around a separate pivot axis (a1, a2) relative to a base, and is loaded into the open position by a spring (16a, 16b), wherein one spring limb of the spring (16a, 16b) abuts on the base, and one spring limb loads the lid region (13, 14), and the lid regions can be fixed in the closed position with a locking device, which can be displaced between a bolted position and a released position, wherein the spring pretensioning of at least one lid region (13, 14) can be adjusted with an adjustment device, characterised in that the adjustment device comprises a support part (21a, 21b) for a spring limb of the spring (16a, 16b), said support part being assigned to the base or to the lid region (13, 14) and being moveably mounted and having arresting means which can be brought into releasable engagement with counter arresting means in different relative positions, such that different spring tensions can be adjusted, wherein the support part (21a, 21b) has supporting means, on which the one spring limb of the spring (16a, 16b) can be supported.
A separator for an electricity storage device comprising a porous substrate and a thermoplastic polymer layer disposed on at least one portion of an outermost surface of at least one side of the porous substrate, wherein a thermoplastic polymer in the thermoplastic polymer layer contains a copolymer with a monomer unit of an ethylenic unsaturated monomer having a polyalkyleneglycol group, and the thermoplastic polymer layer contains the thermoplastic polymer at more than 3 weight% and equal to or less than 100 weight%, based on 100 weight% of the thermoplastic polymer layer, characterized in that the porous substrate is a porous film comprising a polyolefin resin composition in which a polyolefin resin constitutes between 50 weight% and 100 weight% of the total components composing the porous substrate, and the gas permeability of the separator is 10 to 1,000 seconds/100 cm 3 as measured according to JIS P-8117. wherein a thermoplastic polymer in the thermoplastic polymer layer contains a copolymer with a monomer unit of an ethylenic unsaturated monomer having a polyalkyleneglycol group, and the thermoplastic polymer layer contains the thermoplastic polymer at more than 3 weight% and equal to or less than 100 weight%, based on 100 weight% of the thermoplastic polymer layer, characterized in that the porous substrate is a porous film comprising a polyolefin resin composition in which a polyolefin resin constitutes between 50 weight% and 100 weight% of the total components composing the porous substrate, and the gas permeability of the separator is 10 to 1,000 seconds/100 cm 3 as measured according to JIS P-8117.
Method for controlling at least one actuator (90, 92) of a chassis of a motor vehicle used to travel over a ground, in which a height profile of the ground is established, wherein for a section of the ground an analysis is undertaken to determine whether the height profile along this section has a value that deviates from a threshold value by a predetermined tolerance value, and wherein a manipulated variable is set to act upon the actuator (90, 92), taking into account an identified unevenness (2, 4, 6, 8), when the motor vehicle travels over the identified unevenness (2, 4, 6, 8), wherein the section of the ground is defined as unevenness (2, 4, 6, 8), if the value of the height profile is greater than the threshold value plus the tolerance value, characterised in that a shape of the height profile along the section is described by means of a trigonometric function, wherein this function is dependent on at least one parameter and defines a dependence of the height profile for a point on the ground on a position of the point along the section, wherein the section is identified as unevenness (2, 4, 6, 8) of the ground, if a value of a change of the function deviates by a predetermined tolerance value from a predetermined threshold value for the change of function depending on the position of the point along the section, wherein an actual geometry of the height profile is described with the function dependent on the at least one parameter, wherein the actual geometry is compared with a target geometry provided for the height profile, wherein the section is identified as unevenness (2, 4, 6, 8) of the ground, if the actual geometry deviates from a predetermined threshold value for the target geometry by a predetermined tolerance value for the target geometry.
Electromechanical brake actuator (102, 202, 302, 402) of a commercial vehicle disk brake, having: - an electric motor (106, 206) for generating a drive torque, - a cam disk (108, 208, 308, 408) which is operatively connected to the electric motor (106, 206) and is mounted in a rotationally movable manner, and - a brake plunger (114, 214, 314) which can be moved along a plunger axis for the actuation of a brake lever of the brake, the brake plunger (114, 214, 314), at its end facing the cam disk (108, 208, 308, 408), having a plunger head, and the plunger head enclosing a rolling element which is mounted by means of bearings, characterized in that the cam disk (108, 208, 308, 408) and the brake plunger (114, 214, 314) have contact faces which are in contact with one another and slide or roll on one another for the direct transmission of the drive torque between the cam disk (108, 208, 308, 408) and the brake plunger (114, 214, 314). - an electric motor (106, 206) for generating a drive torque, - a cam disk (108, 208, 308, 408) which is operatively connected to the electric motor (106, 206) and is mounted in a rotationally movable manner, and - a brake plunger (114, 214, 314) which can be moved along a plunger axis for the actuation of a brake lever of the brake, the brake plunger (114, 214, 314), at its end facing the cam disk (108, 208, 308, 408), having a plunger head, and the plunger head enclosing a rolling element which is mounted by means of bearings, characterized in that the cam disk (108, 208, 308, 408) and the brake plunger (114, 214, 314) have contact faces which are in contact with one another and slide or roll on one another for the direct transmission of the drive torque between the cam disk (108, 208, 308, 408) and the brake plunger (114, 214, 314).
A safety cap for a pressurised fluid storage vessel comprising: an entrance port for receiving fluid from the storage vessel; at least one pair of anti-recoil apertures through one or more walls of the cap; an exit port; characterised in that the safety cap further comprises a valve (16, 30, 38) that is movable between first and second positions; and in that the valve is movable between: (i) a first position in which the entrance port and anti-recoil apertures are in fluid communication such that fluid is able to flow out of the safety cap through the anti-recoil apertures and in opposing directions; and (ii) a second position in which the fluid is unable to exit the safety cap through the anti-recoil apertures and in which the entrance port and exit port are in fluid communication such that fluid is able to flow from the entrance port, through the exit port and out of the safety cap. an entrance port for receiving fluid from the storage vessel; at least one pair of anti-recoil apertures through one or more walls of the cap; an exit port; characterised in that the safety cap further comprises a valve (16, 30, 38) that is movable between first and second positions; and in that the valve is movable between: (i) a first position in which the entrance port and anti-recoil apertures are in fluid communication such that fluid is able to flow out of the safety cap through the anti-recoil apertures and in opposing directions; and (ii) a second position in which the fluid is unable to exit the safety cap through the anti-recoil apertures and in which the entrance port and exit port are in fluid communication such that fluid is able to flow from the entrance port, through the exit port and out of the safety cap. (i) a first position in which the entrance port and anti-recoil apertures are in fluid communication such that fluid is able to flow out of the safety cap through the anti-recoil apertures and in opposing directions; and (ii) a second position in which the fluid is unable to exit the safety cap through the anti-recoil apertures and in which the entrance port and exit port are in fluid communication such that fluid is able to flow from the entrance port, through the exit port and out of the safety cap.
Contactless chip card comprising an antenna placed on an insert intended to be integrated into said chip card with a certain relative vertical or horizontal positioning tolerance T between the insert and the card body, said chip card being provided with an embossing region containing lines of characters embossed in relief, at least one turn (3, 4) of the antenna being located facing the embossing region, said turn (3, 4) comprising at least one pair of tracks (3a, 3b; 4a, 4b) located in the embossing region and connected in parallel and configured so that at least one thereof (3a, 3b; 4a, 4b) remains at least partially located outside of the region of the embossed characters whatever the relative position of the insert and of its antenna permitted by the tolerance T, characterized in that the width 1 of the tracks (3a, 3b) of a turn that are connected in parallel is substantially equal to Ti+2c where T designates the positioning tolerance of the antenna in the card body, i designates the interval between two lines of characters, and c designates the minimum track width that acceptably ensures the electrical continuity of said track.
A protective glove composed of a multi-layered polymer composite material including: a laminate composed of a first and second polymer layer (31, 32) of different synthetic elastomers, wherein the second polymer layer contains a fluorinated elastomer, a hydrophilic third polymer layer containing polyvinyl alcohol, and a fourth polymer layer containing a synthetic elastomer, wherein said hydrophilic third polymer layer containing polyvinyl alcohol is disposed over said laminate and the fourth polymer layer is disposed over said hydrophilic third polymer layer containing polyvinyl alcohol. a laminate composed of a first and second polymer layer (31, 32) of different synthetic elastomers, wherein the second polymer layer contains a fluorinated elastomer, a hydrophilic third polymer layer containing polyvinyl alcohol, and a fourth polymer layer containing a synthetic elastomer, wherein said hydrophilic third polymer layer containing polyvinyl alcohol is disposed over said laminate and the fourth polymer layer is disposed over said hydrophilic third polymer layer containing polyvinyl alcohol.