mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making purified HCN comprising the steps of: feeding a reaction product comprising water, HCN, and organonitriles to a separation vessel; taking a liquid slipstream of the reaction product from the separation vessel and feeding the liquid slipstream into a sidestream stripper; providing sufficient heat to the sidestream stripper to effect the separation of the HCN from the organonitriles and water; purging the organonitriles from the sidestream stripper; returning the HCN to at least one of the separation vessel and purification equipment; and recovering the purified HCN. feeding a reaction product comprising water, HCN, and organonitriles to a separation vessel; taking a liquid slipstream of the reaction product from the separation vessel and feeding the liquid slipstream into a sidestream stripper; providing sufficient heat to the sidestream stripper to effect the separation of the HCN from the organonitriles and water; purging the organonitriles from the sidestream stripper; returning the HCN to at least one of the separation vessel and purification equipment; and recovering the purified HCN.
A motorcycle tire for running on rough terrain, comprising a tread having a block pattern, wherein the block pattern includes a sea and a plurality of blocks , each block rising from the sea , the blocks include a plurality of transversely grooved blocks , characterized in that each transversely grooved block includes a land , a transverse groove recessed from the land , and a side surface extending from the land toward the sea , and the transverse groove has inner and outer ends in an axial direction of the tire, the inner end being open on the side surface , the outer end being not open on the side surface . the block pattern includes a sea and a plurality of blocks , each block rising from the sea , the blocks include a plurality of transversely grooved blocks , characterized in that each transversely grooved block includes a land , a transverse groove recessed from the land , and a side surface extending from the land toward the sea , and the transverse groove has inner and outer ends in an axial direction of the tire, the inner end being open on the side surface , the outer end being not open on the side surface .
A tracked vehicle (V1; V2; V3) comprising a swim arrangement (A) for facilitating amphibious operation of said tracked vehicle (V1; V2; V3), said tracked vehicle comprising one or more vehicle bodies (10; 10, 10A) and at least one track assembly pair per vehicle body, said track assembly pair being suspendedly connected to the vehicle body, the track assembly pair comprising opposite track assemblies (T1, T2; T1, T1A) for driving the vehicle, a left track assembly and a right track assembly, each track assembly (T1, T2; T1, T1A) comprising a drive means driven endless track (4; 4, 4A) arranged to run over a set of wheels (1, 2, 3; 1, 2, 3, 1A, 2A, 3A) of the track assembly, the vehicle body comprising under structure portions (12, 14; 12, 12A), each under structure portion (12, 14; 12, 12A) running over an upper side of a track (4; 4, 4A) of a track assembly (T1, T2; T1, T1A), each under structure portion (12, 14; 12, 12A) being configured to be arranged at a distance from the upper side of the track during land operation of the vehicle so that a space (S1, S2; S1, S1A) is provided between each under structure portion (12, 14; 12, 12A) and the upper side of the track (4; 4, 4A) of the corresponding track assembly (T1, T2; T1, T1A), the vehicle body comprising a central under structure centrally arranged between the left track assembly and right track assembly, characterized by means for reducing said space (S1, S2; S1, S1A) so as to, in connection to swimming operation, reduce the flow of water between the under structure portion (12, 14; 12, 12A) and the upper side of the track caused when the tracks (4; 4, 4A) are driven, wherein said means for reducing said space (S1, S2; S1, S1A), for each space (S1, S2; S1, S1A), comprises an elongated member (20, 30; 20, 20A) associated with the vehicle body and configured to be introduced within said space (S1, S2; S1, S1A), wherein the elongated member (20, 30; 20, 20A) is configured to be lowered, relative to said central under structure of said vehicle body, towards the upper side of a track (4; 4, 4A) of a track assembly (T1, T2; T1, T1A) so as to reduce said space (S1, S2; S1, S1A).
A wireless communication system comprising: an access point (AP1), AP; and a terminal (STA1), STA, that belongs to a Basic Service Set, BSS, wherein the AP (AP1) and the STA (STA1) are configured to adaptively disable Overlapping BSS, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between the BSS and an OBSS which is overlapped with the BSS, characterized in that the AP (AP1) is configured to transmit, to the STA (STA1), signaling for instructing the STA (STA1) to enable OBSS_PD-based SR, and to not use two Network Allocation Vectors, NAVs, for interference control, the two NAVs including a Basic NAV and an intra-BSS NAV, and the STA is configured to enable OBSS_PD-based SR, and to not use the two NAVs for interference control based on the signaling. an access point (AP1), AP; and a terminal (STA1), STA, that belongs to a Basic Service Set, BSS, wherein the AP (AP1) and the STA (STA1) are configured to adaptively disable Overlapping BSS, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between the BSS and an OBSS which is overlapped with the BSS, characterized in that the AP (AP1) is configured to transmit, to the STA (STA1), signaling for instructing the STA (STA1) to enable OBSS_PD-based SR, and to not use two Network Allocation Vectors, NAVs, for interference control, the two NAVs including a Basic NAV and an intra-BSS NAV, and the STA is configured to enable OBSS_PD-based SR, and to not use the two NAVs for interference control based on the signaling.
Use of a resin composition for forming a heat storage material, the resin composition comprising: an acrylic resin; and a curing agent, wherein the acrylic resin comprises a first structural unit represented by the following formula : wherein R 3 represents a hydrogen atom or a methyl group, and R 4 represents an alkyl group having 12 to 30 carbon atoms, a second structural unit having a reactive group capable of reacting with the curing agent, and a third structural unit derived from at least one monomer selected from the group consisting of an alkyl (meth)acrylate having an alkyl group having 1 to 11 carbon atoms at a terminal of an ester group and a cycloalkyl (meth)acrylate having a cyclic hydrocarbon group at a terminal of an ester group, wherein the weight average molecular weight of the acrylic resin is 200,000 or more, determined as defined in the description, the reactive group is an epoxy group, and the curing agent is at least one curing agent selected from the group consisting of an isocyanate curing agent, a phenolic curing agent, an amine curing agent, an imidazole curing agent, and an acid anhydride curing agent. an acrylic resin; and a curing agent, wherein the acrylic resin comprises a first structural unit represented by the following formula : wherein R 3 represents a hydrogen atom or a methyl group, and R 4 represents an alkyl group having 12 to 30 carbon atoms, a second structural unit having a reactive group capable of reacting with the curing agent, and a third structural unit derived from at least one monomer selected from the group consisting of an alkyl (meth)acrylate having an alkyl group having 1 to 11 carbon atoms at a terminal of an ester group and a cycloalkyl (meth)acrylate having a cyclic hydrocarbon group at a terminal of an ester group, a first structural unit represented by the following formula : wherein R 3 represents a hydrogen atom or a methyl group, and R 4 represents an alkyl group having 12 to 30 carbon atoms, a second structural unit having a reactive group capable of reacting with the curing agent, and a third structural unit derived from at least one monomer selected from the group consisting of an alkyl (meth)acrylate having an alkyl group having 1 to 11 carbon atoms at a terminal of an ester group and a cycloalkyl (meth)acrylate having a cyclic hydrocarbon group at a terminal of an ester group, wherein the weight average molecular weight of the acrylic resin is 200,000 or more, determined as defined in the description, the reactive group is an epoxy group, and the curing agent is at least one curing agent selected from the group consisting of an isocyanate curing agent, a phenolic curing agent, an amine curing agent, an imidazole curing agent, and an acid anhydride curing agent.
Escapement for a timepiece comprising: - an escapement wheel mounted in a pivotable manner about a first axis of rotation and destined to be driven by a power source; - a pallet fork mounted in a pivotable manner about a second axis of rotation , said pallet fork comprising an entry pallet and an exit pallet , each pallet comprising a rest surface arranged to block said escapement wheel alternately and sequentially, the pallet fork being adapted to transmit impulsions received from the escapement wheel to a regulating member arranged to produce oscillations, and to release said escapement wheel periodically under the control of said regulating member, in which the rest surface of the entry pallet is arranged in such a way that, when it blocks a tooth of the escapement wheel , a draw force is generated by the interaction between said rest surface and said tooth in such a way as to apply a torque which tends to retain the pallet fork in the rest position, characterized in that said rest surface is configured in such a way that the draw angle (γ) at the point of contact (C) of said surface with a tooth of the escapement wheel is constant or decreasing during disengagement of the entry pallet . - an escapement wheel mounted in a pivotable manner about a first axis of rotation and destined to be driven by a power source; - a pallet fork mounted in a pivotable manner about a second axis of rotation , said pallet fork comprising an entry pallet and an exit pallet , each pallet comprising a rest surface arranged to block said escapement wheel alternately and sequentially, the pallet fork being adapted to transmit impulsions received from the escapement wheel to a regulating member arranged to produce oscillations, and to release said escapement wheel periodically under the control of said regulating member,
A computer-implemented method performed by an identity and access management module , comprising: storing a token associated with a user , wherein the token is to be validated by a server for allowing access to a service hosted by the server to the user; storing an identifier of the user , the identifier being different from the token; sharing the identifier with the user ; storing, in a database , service usage information relating to usage of the service hosted by the server ; and accessing the service usage information in the database , and based on the service usage information, sending the token associated with the user to the server . storing a token associated with a user , wherein the token is to be validated by a server for allowing access to a service hosted by the server to the user; storing an identifier of the user , the identifier being different from the token; sharing the identifier with the user ; storing, in a database , service usage information relating to usage of the service hosted by the server ; and accessing the service usage information in the database , and based on the service usage information, sending the token associated with the user to the server . accessing the service usage information in the database , and based on the service usage information, sending the token associated with the user to the server .
A flotation machine comprising: a wash water system that is connectable adjacent a tank to direct sprays of water into froth, the wash water system comprising a plurality of wash water panel assemblies positioned adjacent a top portion of the tank , each of the wash water panel assemblies being moveable between an open position and a closed position, each of the wash water panel assemblies comprising: an outer panel body that at least partially defines a reservoir in which wash water is passable wherein the outer panel body is moveably attachable to the tank of the flotation machine via at least one connector such that the outer panel body of the panel assembly is moveable between an open position and a closed position; and a spray membrane positionable adjacent the outer panel body , the spray membrane having a plurality of spray holes in fluid communication with the reservoir such that water is passable from the reservoir and through the spray membrane via the spray holes for spraying water into the froth. a wash water system that is connectable adjacent a tank to direct sprays of water into froth, the wash water system comprising a plurality of wash water panel assemblies positioned adjacent a top portion of the tank , each of the wash water panel assemblies being moveable between an open position and a closed position, each of the wash water panel assemblies comprising: an outer panel body that at least partially defines a reservoir in which wash water is passable wherein the outer panel body is moveably attachable to the tank of the flotation machine via at least one connector such that the outer panel body of the panel assembly is moveable between an open position and a closed position; and a spray membrane positionable adjacent the outer panel body , the spray membrane having a plurality of spray holes in fluid communication with the reservoir such that water is passable from the reservoir and through the spray membrane via the spray holes for spraying water into the froth.
Surgical guide system for dental implantology, including a surgical guide comprising a plate that is adapted to be positioned on the teeth of a dental arch and is provided with one or more guide sleeves delimiting corresponding through holes whose axes are oriented according to predetermined directions, and a drill for osteotomy having a spindle that can be connected to a handpiece or similar tool and a drilling head or drilling portion , the drill being apt to be associated to each of the guide sleeves during an osteotomy step over an edentulous area of the dental arch , the guide sleeves having an occlusal side and a gingival side , wherein the diameter (d41) of the drilling head or portion of the drill is larger than the inner diameter (d2) of said one or more guide sleeves while the spindle of the same drill is of smaller diameter, such that the association of the drill to any of the guide sleeves can be performed only by inserting its spindle through the gingival side of the sleeves , characterized therein that when the drill is associated with any of the sleeves , the top of the drilling head on its spindle side comes in contact with the bottom edge of the same sleeve so that the drilling head of the drill protrudes from the gingival side of said sleeve , wherein the plate of the surgical guide is adapted to provide a space between the surgical guide itself and the bone in the edentulous area during said osteotomy step in which the drilling head of the drill can be accommodated, the space having a height that is higher or equal to the height (h41) of the drilling head such that the drilling head can be entirely accommodated in the space , the space resulting between the gingival side of the sleeves and the bone .
A target detection device comprising: a transmission unit configured to transmit a wave; a reception unit configured to receive a reflected wave of the wave, the reflected wave being reflected from a detection target object; a detection unit configured to detect the detection target object based on an output of the reception unit ; and a control unit configured to select as an optimization target, a distance between the reception unit and the transmission unit , to obtain a transmission level of the transmission unit and a backscattering intensity of a medium through which the wave propagates from input data, to calculate a level of a scattered wave by the medium reaching the reception unit based on the transmission level, the backscattering intensity, the beam shapes and the distance, and to determine the distance in such a way that the level of the scattered wave calculated is equal to or less than a threshold. a transmission unit configured to transmit a wave; a reception unit configured to receive a reflected wave of the wave, the reflected wave being reflected from a detection target object; a detection unit configured to detect the detection target object based on an output of the reception unit ; and a control unit configured to select as an optimization target, a distance between the reception unit and the transmission unit , to obtain a transmission level of the transmission unit and a backscattering intensity of a medium through which the wave propagates from input data, to calculate a level of a scattered wave by the medium reaching the reception unit based on the transmission level, the backscattering intensity, the beam shapes and the distance, and to determine the distance in such a way that the level of the scattered wave calculated is equal to or less than a threshold.
Method for identifying an outgoing circuit having an earth fault in a three-phase power supply system, wherein the zero voltage (U 0 ) occurring at a neutral point and the zero currents (I 01 , I 02 , ... I 0n ) of the outgoing circuits (A 1 , A 2 ,..., A n ) are measured and stored at periodically recurring times, characterised in that a space vector representation of the zero voltage (U 0_RZ ) and an active component of the space vector representation of the zero currents (I 01_RZ_WK , I 02 _ RZ_WK ,..., I 0n_RZ_WK ) are determined on the basis of the space vector representation of the zero voltage (U 0_RZ ) by means of transformation, in that after an earth fault has been determined at a first time (t 1 ), a second time (t 2 ) at which the space vector representation of the zero voltage (U 0_RZ ) has a local minimum is determined and subsequently a third time (t 3 ) at which the space vector representation of the zero voltage (U 0_RZ ) has a local maximum is determined, in that the trapezoidal sum of the active component of the space vector representation of the zero currents (I 01_RZ_WK , I 02_RZ_WK ,..., I 0n_RZ_WK ) is determined between a second time (t 2 ) and a third time (t 3 ) and is used to determine the outgoing circuit having the earth fault such that the trapezoidal sum of the active component of the space vector representation of the zero currents (I 01_RZ_WK , I 02_RZ_WK ,..., I 0n_RZ_WK ) is compared to a predefined variable threshold value and an earth fault is determined if this threshold value is exceeded.
A drug mixing system comprising: a housing comprising a fluid channel disposed between a first chamber and a second chamber , wherein a dry medicament is initially in the fluid channel or outside the fluid channel out still contained within a dry medicament storage assembly in a movable body , and wherein the first chamber is configured to store a wet component; a delivery assembly the movable body comprising the fluid channel and a pair of plungers disposed between the first and second chambers ; an actuation device and a stored energy source both configured to cause movement of the movable body , relative to the first and second chambers , wherein during a first actuation process, the actuation device is arranged to move the movable body relative to the first chamber causing the first plunger to move away from the delivery assembly and into the first chamber thus creating fluid communication between the fluid channel and the first and second chambers , to thereby force a portion of the wet component from the first chamber through the fluid channel into the second chamber ; and wherein during a second actuation process, the stored energy source is arranged to move the movable body relative to the second chamber allowing the second plunger to move into the second chamber , the movement of the second plunger into the second chamber being toward the delivery assembly to thereby force the combined wet component and dry medicament into the delivery assembly . a housing comprising a fluid channel disposed between a first chamber and a second chamber , wherein a dry medicament is initially in the fluid channel or outside the fluid channel out still contained within a dry medicament storage assembly in a movable body , and wherein the first chamber is configured to store a wet component; a delivery assembly the movable body comprising the fluid channel and a pair of plungers disposed between the first and second chambers ; an actuation device and a stored energy source both configured to cause movement of the movable body , relative to the first and second chambers , wherein during a first actuation process, the actuation device is arranged to move the movable body relative to the first chamber causing the first plunger to move away from the delivery assembly and into the first chamber thus creating fluid communication between the fluid channel and the first and second chambers , to thereby force a portion of the wet component from the first chamber through the fluid channel into the second chamber ; and wherein during a second actuation process, the stored energy source is arranged to move the movable body relative to the second chamber allowing the second plunger to move into the second chamber , the movement of the second plunger into the second chamber being toward the delivery assembly to thereby force the combined wet component and dry medicament into the delivery assembly .