mhurhangee/ep-ind-claims huggingface dataset:
A process comprising: contacting a trivalent phosphorous ligand, a contaminant metal, a first solvent, a polar complexing agent and a second solvent to form a mixture, wherein the first solvent is selected from the group consisting of aromatic hydrocarbons, saturated alkanes, supercritical CO 2, higher molecular weight esters, acetone derivatives, and mixtures thereof; wherein the higher molecular weight esters are pentylproprionate, butyl acetate, and dioctylphthalate and the acetone derivatives are dibutylketone and isophorone; and wherein the polar complexing agent is a sequestering agent that belongs to the general class of compounds called chelates; and wherein the second solvent is selected from the group consisting of water, methanol, dimethylsulfoxide, dimethylformamide, hexamethylphosphoramide, and mixtures thereof, obtaining a first phase comprising the ligand and the first solvent, and obtaining a second phase comprising the second solvent and at least one complex of the contaminant metal and the polar complexing agent, and separating the two phases. contacting a trivalent phosphorous ligand, a contaminant metal, a first solvent, a polar complexing agent and a second solvent to form a mixture, wherein the first solvent is selected from the group consisting of aromatic hydrocarbons, saturated alkanes, supercritical CO 2, higher molecular weight esters, acetone derivatives, and mixtures thereof; wherein the higher molecular weight esters are pentylproprionate, butyl acetate, and dioctylphthalate and the acetone derivatives are dibutylketone and isophorone; and wherein the polar complexing agent is a sequestering agent that belongs to the general class of compounds called chelates; and wherein the second solvent is selected from the group consisting of water, methanol, dimethylsulfoxide, dimethylformamide, hexamethylphosphoramide, and mixtures thereof, obtaining a first phase comprising the ligand and the first solvent, and obtaining a second phase comprising the second solvent and at least one complex of the contaminant metal and the polar complexing agent, and separating the two phases.
A ring main unit with a cable cover and an interlock device attached to an inner frame of the ring main unit to control the attachment and detachment of the cable cover, wherein the interlock device comprises: a fixed portion fixed to the inner frame; an upper shaft bar provided to be surrounded by an elastic member, and formed with an elastic member compression platform to be protruded on an outer circumferential surface thereof to compress the elastic member or release the compression through the elastic member compression platform while moving in a vertical direction in a state of passing through the fixed portion; and a lower shaft bar connected to the upper shaft bar in an interlocking manner at a lower side of the upper shaft bar to move in interlocking with the cable cover (103 in a state that the cable cover is inserted in the lower shaft bar to compress the elastic member or release the compression through the upper shaft bar; characterized in that a movement prevention member is provided between the upper shaft bar and the lower shaft bar, to move the upper shaft bar and the lower shaft bar in an interlocking manner according to the movement of the cable cover an insertion hole and a fixed member coupled to the insertion hole are provided on a front surface of the movement prevention member, and the fixed member is brought into contact with the inner frame to prevent the detachment of the cable cover by restricting its movement in an upward direction, the fixed member being configured to be coupled to the insertion hole by a user. a fixed portion fixed to the inner frame; an upper shaft bar provided to be surrounded by an elastic member, and formed with an elastic member compression platform to be protruded on an outer circumferential surface thereof to compress the elastic member or release the compression through the elastic member compression platform while moving in a vertical direction in a state of passing through the fixed portion; and a lower shaft bar connected to the upper shaft bar in an interlocking manner at a lower side of the upper shaft bar to move in interlocking with the cable cover (103 in a state that the cable cover is inserted in the lower shaft bar to compress the elastic member or release the compression through the upper shaft bar; characterized in that a movement prevention member is provided between the upper shaft bar and the lower shaft bar, to move the upper shaft bar and the lower shaft bar in an interlocking manner according to the movement of the cable cover an insertion hole and a fixed member coupled to the insertion hole are provided on a front surface of the movement prevention member, and the fixed member is brought into contact with the inner frame to prevent the detachment of the cable cover by restricting its movement in an upward direction, the fixed member being configured to be coupled to the insertion hole by a user.
A composition for use in medicine, wherein the composition comprises a compound of formula: or a salt, racemate, enantiomer, diastereomer, geometric isomer, or tautomer thereof, wherein X is absent, O, NH, NR, S; X 1 is absent, O, NH; A is absent, aryl, aralkyl; n is 0, 1, 2, 3, 4, 5; R is alkyl, substituted alkyl, cycloalkyl, aryl, substituted aryl, aralkyl, heterocylic, O-alkyl, O-heteroaryl, steroidal; R 3 is selected from hydrogen, alkyl, substituted alkyl, C -alkyl, C O-alkyl, C -aryl, C O-aryl, C NH-alkyl, and C NH-aryl; and B 1 and B 2 are independently adenine, guanine, thymine, cytosine, uracil or a modified nucleobase. X is absent, O, NH, NR, S; X 1 is absent, O, NH; A is absent, aryl, aralkyl; n is 0, 1, 2, 3, 4, 5; R is alkyl, substituted alkyl, cycloalkyl, aryl, substituted aryl, aralkyl, heterocylic, O-alkyl, O-heteroaryl, steroidal; R 3 is selected from hydrogen, alkyl, substituted alkyl, C -alkyl, C O-alkyl, C -aryl, C O-aryl, C NH-alkyl, and C NH-aryl; and B 1 and B 2 are independently adenine, guanine, thymine, cytosine, uracil or a modified nucleobase.
A configurable lighting system including: a lighting unit having an illumination module and a programmable control module; a light switch configured for electrical communication with the lighting unit via an electrical circuit and being operable in a first and a second operational position; a programming unit configured for wireless communication with the programmable control module of the lighting unit via a wireless communication link wherein the programming unit includes a programming interface via which the programmable control module of the lighting unit is able to be programmed such that, in response to different patterns of movement of the light switch between the first and second operational positions, the programmable control module is configured to cause the illumination module to output different illumination modes in response to the different patterns of movement of the light switch; and wherein said configurable lighting system is characterised in that each of the different patterns of movement of the light switch are defined by different numbers of times the light switch is moved between the first and second operational position and/or different speeds of movement of the light switch between the first and second operational positions of the light switch. a lighting unit having an illumination module and a programmable control module; a light switch configured for electrical communication with the lighting unit via an electrical circuit and being operable in a first and a second operational position; a programming unit configured for wireless communication with the programmable control module of the lighting unit via a wireless communication link wherein the programming unit includes a programming interface via which the programmable control module of the lighting unit is able to be programmed such that, in response to different patterns of movement of the light switch between the first and second operational positions, the programmable control module is configured to cause the illumination module to output different illumination modes in response to the different patterns of movement of the light switch; and wherein said configurable lighting system is characterised in that each of the different patterns of movement of the light switch are defined by different numbers of times the light switch is moved between the first and second operational position and/or different speeds of movement of the light switch between the first and second operational positions of the light switch.
A vehicle body structure comprising a seat attaching portion to which a seat in a vehicle is to be attached, a beam disposed along a width direction in the vehicle and having a protruding portion which protrudes to the outer side of the seat attaching portion in the width direction of the vehicle being coupled with an upper position of the seat attaching portion, characterized by a load transmission member which transmits a collision load to be input to a door in the vehicle to the seat attaching portion is disposed on a side of the seat attaching portion, wherein a protruding length of the protruding portion in the beam is made substantially equal to the length of the load transmission member in the width direction of the vehicle, so that a load to be input when a side collision has occurred can be distributed to the beam and the load transmission member.
A method comprising a home network device receiving an indication about a provisional trustworthiness of an access network, which provides packet data access for a roaming user, with respect to a visited network of said user from a network element of said visited network, characterized in that the home network device determines the applicability of local breakout or home routing for each subscribed access point name of said user, and the home network device decides about a final trustworthiness based upon the received provisional trustworthiness indication and the determined routing applicability for each subscribed access point name of said user.
Method for tamper-proof data transmission between a plurality of communication partners, the communication partners each having a synchronisation means, comprising the steps of: - transmitting of encrypted data packets by one of the communication partners as sender by means of broadcast/multicast protocols to the remaining communication partners as receivers, each data packet comprising an authentication section, an information section and an image of the synchronisation means of the sender, - receiving, decrypting and authenticating the data packet by the receivers using the authentication section and the image of the synchronisation means, the receivers distinguishing between a first case in which authentication is unsuccessful, a second case in which authentication is successful, and in which an identical data packet has already been received at an earlier time, a third case in which authentication is successful and the image of the synchronisation means has a predetermined synchronicity with the synchronisation means of the respective receiver, and a fourth case in which authentication is successful and the image of the synchronisation means has no predetermined synchronicity with the synchronisation means of the respective recipient, - processing the data packet in the recipient depending on the different case, wherein the information section is only accepted in the third case, and wherein in the fourth case, the receiver sends a response packet to the sender, at least in encrypted form, by means of the broadcast/multicast protocols to a plurality of the remaining communication partners as receivers, which packet contains an authentication section and a request for synchronisation of the synchronisation means using an image of the synchronisation means of the receiver, wherein the plurality of communication partners comply with the request after successful decryption and verification. - transmitting of encrypted data packets by one of the communication partners as sender by means of broadcast/multicast protocols to the remaining communication partners as receivers, each data packet comprising an authentication section, an information section and an image of the synchronisation means of the sender, - receiving, decrypting and authenticating the data packet by the receivers using the authentication section and the image of the synchronisation means, the receivers distinguishing between a first case in which authentication is unsuccessful, a second case in which authentication is successful, and in which an identical data packet has already been received at an earlier time, a third case in which authentication is successful and the image of the synchronisation means has a predetermined synchronicity with the synchronisation means of the respective receiver, and a fourth case in which authentication is successful and the image of the synchronisation means has no predetermined synchronicity with the synchronisation means of the respective recipient, - processing the data packet in the recipient depending on the different case, wherein the information section is only accepted in the third case,
Fleet management system for starting and ending borrowing processes, comprising: - a personal light electric vehicle having a receiver of a global navigation satellite system; - a mobile terminal which is configured to start a borrowing process of the personal light electric vehicle and to end the borrowing process of the personal light electric vehicle again; - at least one safety zone monitoring device which is designed to detect, in conjunction with the personal light electric vehicle, the presence of the personal light electric vehicle in the monitoring area of the safety zone monitoring device; - a data processing device which is connected to the personal light electric vehicle and the mobile terminal by means of a data communication link, and - an electronic map which is designed to indicate whether a personal light electric vehicle may be parked at a specific position determined by the global navigation satellite system; wherein the mobile terminal is configured to permit the end of the borrowing process of the personal light electric vehicle only if, on the one hand, the personal light electric vehicle may be parked using the electronic map at the position determined by the global navigation satellite system at the time of the end of the borrowing process and, on the other hand, the personal light electric vehicle is not located in the monitoring area of the safety zone monitoring device. - a personal light electric vehicle having a receiver of a global navigation satellite system; - a mobile terminal which is configured to start a borrowing process of the personal light electric vehicle and to end the borrowing process of the personal light electric vehicle again; - at least one safety zone monitoring device which is designed to detect, in conjunction with the personal light electric vehicle, the presence of the personal light electric vehicle in the monitoring area of the safety zone monitoring device; - a data processing device which is connected to the personal light electric vehicle and the mobile terminal by means of a data communication link, and - an electronic map which is designed to indicate whether a personal light electric vehicle may be parked at a specific position determined by the global navigation satellite system;
An elevator operating display comprising: a metal surface plate; internally-mounted equipment; and a resin fixing member that is mounted behind the surface plate, and on which is formed an equipment fixing portion for fixing the internally-mounted equipment, characterized in that an engaging hook that is bent and engaged with the fixing member is disposed on an end portion of the surface plate. a metal surface plate; internally-mounted equipment; and a resin fixing member that is mounted behind the surface plate, and on which is formed an equipment fixing portion for fixing the internally-mounted equipment, characterized in that an engaging hook that is bent and engaged with the fixing member is disposed on an end portion of the surface plate.
Wastewater management system for vehicles, comprising a toilet sub-system, the toilet sub-system comprising: a toilet; and a housing associated with the toilet, the housing including a macerator pumping arrangement including a macerator and a pump, the macerator including a plurality of macerating knives, and at least one motor for driving the pump and the macerator, characterized in that the pump being an air pump providing positive pressure in a macerator chamber to pump waste from the macerator chamber and J Z the at least one motor includes a first motor and a second motor, the plurality of macerating knives driven by the first motor and the air pump driven by the second motor, wherein the macerator pumping arrangement further comprises a controller for alternately controlling the motors to operate the macerator pumping arrangement in a macerating mode and a pumping mode to thereby reduce noise, such that in the macerating mode the first motor first drives the macerating knives to macerate the waste and subsequently in the pumping mode the waste is pumped out of the macerating chamber by a positive pressure provided by the pump. a toilet; and a housing associated with the toilet, the housing including a macerator pumping arrangement including a macerator and a pump, the macerator including a plurality of macerating knives, and at least one motor for driving the pump and the macerator, characterized in that the pump being an air pump providing positive pressure in a macerator chamber to pump waste from the macerator chamber and J Z the at least one motor includes a first motor and a second motor, the plurality of macerating knives driven by the first motor and the air pump driven by the second motor, wherein the macerator pumping arrangement further comprises a controller for alternately controlling the motors to operate the macerator pumping arrangement in a macerating mode and a pumping mode to thereby reduce noise, such that in the macerating mode the first motor first drives the macerating knives to macerate the waste and subsequently in the pumping mode the waste is pumped out of the macerating chamber by a positive pressure provided by the pump.
A method of preparing a polymeric material, comprising the steps of: combining an alcohol monomer and an aqueous liquid in a vessel, wherein the step of combining the alcohol monomer and the aqueous liquid takes place at room temperature in the vessel or includes heating of the alcohol monomer and the aqueous liquid to a temperature of from 50 to 200 °C for a time sufficient to dissolve or homogenously disperse the alcohol monomer; adding an acid monomer to the vessel; removing water from the vessel; and producing the polymeric material from the vessel, wherein the polymeric material comprises a polyester of the alcohol monomer and the acid monomer. combining an alcohol monomer and an aqueous liquid in a vessel, wherein the step of combining the alcohol monomer and the aqueous liquid takes place at room temperature in the vessel or includes heating of the alcohol monomer and the aqueous liquid to a temperature of from 50 to 200 °C for a time sufficient to dissolve or homogenously disperse the alcohol monomer; adding an acid monomer to the vessel; removing water from the vessel; and producing the polymeric material from the vessel, wherein the polymeric material comprises a polyester of the alcohol monomer and the acid monomer.
A method to manage a plurality of batteries comprising: determining at least one target battery among the plurality of batteries based on change information of each of the batteries, the change information of each of the batteries being based on difference values between items of electrical quantity data of each of the batteries and approximate data of the items of the electrical quantity data; determining state information of the at least one target battery based on quantity data of the at least one target battery, the quantity data comprising physical quantity data including electrical quantity data; and determining state information of a battery, different from the at least one target battery, among the plurality of batteries, based on the state information of the at least one target battery and difference information between electrical quantity data of the battery, different from the at least one target battery, and the electrical quantity data of the at least one target battery. determining at least one target battery among the plurality of batteries based on change information of each of the batteries, the change information of each of the batteries being based on difference values between items of electrical quantity data of each of the batteries and approximate data of the items of the electrical quantity data; determining state information of the at least one target battery based on quantity data of the at least one target battery, the quantity data comprising physical quantity data including electrical quantity data; and determining state information of a battery, different from the at least one target battery, among the plurality of batteries, based on the state information of the at least one target battery and difference information between electrical quantity data of the battery, different from the at least one target battery, and the electrical quantity data of the at least one target battery.
A method, of making a floor covering, the method comprising: coating a first layer of a thermoplastic resin plastisol on a support surface optionally placing a dimensionally stable sheet material onto the top surface of the first layer and heating the layer to gel the layer and position the sheet material optionally applying a second layer of a thermoplastic resin plastisol onto the gelled surface of the first layer; tufting or implanting a bulked continuous filament yarn into a primary backing material, wherein the yarn comprises a plurality of continuous filaments formed from a multi-component fibre comprising a biobased polyhexamethylene sebacamide polymer or a blend of a biobased polyhexamethylene sebacamide polymer together with up to 80wt% of at least one other polymer compatible with the biobased polyhexamethylene sebacamide polymer, precoating the underside of the primary backing; optionally coating a thermoplastic resin plastisol over the precoat layer; layering the precoated primary backing onto the top surface of the plastisol of the first or second thermoplastic resin layer, heating the floor covering so formed to fuse the thermoplastic layers into an integrally-fused backing layer, cooling the flooring covering, and optionally cutting the floor covering into a carpet tile. coating a first layer of a thermoplastic resin plastisol on a support surface optionally placing a dimensionally stable sheet material onto the top surface of the first layer and heating the layer to gel the layer and position the sheet material optionally applying a second layer of a thermoplastic resin plastisol onto the gelled surface of the first layer; tufting or implanting a bulked continuous filament yarn into a primary backing material, wherein the yarn comprises a plurality of continuous filaments formed from a multi-component fibre comprising a biobased polyhexamethylene sebacamide polymer or a blend of a biobased polyhexamethylene sebacamide polymer together with up to 80wt% of at least one other polymer compatible with the biobased polyhexamethylene sebacamide polymer, precoating the underside of the primary backing; optionally coating a thermoplastic resin plastisol over the precoat layer; layering the precoated primary backing onto the top surface of the plastisol of the first or second thermoplastic resin layer, heating the floor covering so formed to fuse the thermoplastic layers into an integrally-fused backing layer, cooling the flooring covering, and