mhurhangee/patent-ind-claim-en huggingface dataset:
An electrosurgical instrument including: a housing comprising an elongate main body , extending in an axial direction, wherein the main body has a front portion , a rear portion , and a middle portion between the front and rear portions , and a grippable member ; an implement fixed relative to and projecting from a forward region of the main body ; a smoke evacuation passage defined within the main body and extending from an inlet proximal to said implement; an electrical conductor housed within the housing for supplying an electro-surgical current to the implement ; wherein the grippable member is formed as a carriage which is slidably connected to the middle portion of the main body such that the axial position of the grippable member relative to the main body may be adjusted in use, the front and rear portions acting as stops for the grippable member . a housing comprising an elongate main body , extending in an axial direction, wherein the main body has a front portion , a rear portion , and a middle portion between the front and rear portions , and a grippable member ; an implement fixed relative to and projecting from a forward region of the main body ; a smoke evacuation passage defined within the main body and extending from an inlet proximal to said implement; an electrical conductor housed within the housing for supplying an electro-surgical current to the implement ; wherein the grippable member is formed as a carriage which is slidably connected to the middle portion of the main body such that the axial position of the grippable member relative to the main body may be adjusted in use, the front and rear portions acting as stops for the grippable member .
A storage system for inventory control, the storage system comprising: a vertical storage structure a plurality of vertically-stacked pockets disposed on the vertical storage structure, each vertically-stacked pocket configured to be separately openable for allowing user removal of contents of the vertically-stacked pocket; a memory arrangement configured to store content information of each vertically-stacked pocket; a processor in data communication with the memory arrangement, wherein the processor is configured to receive the information and provide a controlled access to the contents; one or more locking devices (405A-E), each locking device associated with one of the vertically-stacked pockets; a lock control comprising one of a bank of semiconductor switches and a bank of electromechanical switches interfaced to the processor via a multiplexor and electrically connected to the one or more locking devices; and characterized by the memory arrangement comprising a memory disposed in each vertically-stacked pocket, wherein the processor is configured to receive the content information wirelessly from the memory arrangement. a vertical storage structure a plurality of vertically-stacked pockets disposed on the vertical storage structure, each vertically-stacked pocket configured to be separately openable for allowing user removal of contents of the vertically-stacked pocket; a memory arrangement configured to store content information of each vertically-stacked pocket; a processor in data communication with the memory arrangement, wherein the processor is configured to receive the information and provide a controlled access to the contents; one or more locking devices (405A-E), each locking device associated with one of the vertically-stacked pockets; a lock control comprising one of a bank of semiconductor switches and a bank of electromechanical switches interfaced to the processor via a multiplexor and electrically connected to the one or more locking devices; and characterized by the memory arrangement comprising a memory disposed in each vertically-stacked pocket, wherein the processor is configured to receive the content information wirelessly from the memory arrangement.
An induction heating compaction system , the system comprising: a compaction member comprising one of a compaction roller or a compaction foot for engaging pre-preg material, the compaction member configured and arranged to extract heat from the pre-preg material in-situ while compacting the pre-preg material that has been laid up and positioned over a surface of a forming tool, the compaction member comprising: an induction heating member received within the one of the compaction roller or the compaction foot , the induction heating member configured to generate an electromagnetic field at a select frequency, the select frequency for heating at least one of the fibers and matrix in pre-preg material, wherein the induction heating member is contained within the compaction member , the compaction member having at least one portion that is made from a material that is transparent to the select frequency of the electromagnetic field generated by the induction heating member enabling the electromagnetic field to be directed at a composite pre-preg material to be consolidated while not heating up the at least one portion of the compaction member ; and a cooling assembly received within the one of the compaction roller or the compaction foot , the cooling assembly configured and arranged to extract heat energy from the pre-preg material to solidify the ply layers of pre-preg material in a compact configuration during an in-situ compaction buildup process. an induction heating member received within the one of the compaction roller or the compaction foot , the induction heating member configured to generate an electromagnetic field at a select frequency, the select frequency for heating at least one of the fibers and matrix in pre-preg material, wherein the induction heating member is contained within the compaction member , the compaction member having at least one portion that is made from a material that is transparent to the select frequency of the electromagnetic field generated by the induction heating member enabling the electromagnetic field to be directed at a composite pre-preg material to be consolidated while not heating up the at least one portion of the compaction member ; and a cooling assembly received within the one of the compaction roller or the compaction foot , the cooling assembly configured and arranged to extract heat energy from the pre-preg material to solidify the ply layers of pre-preg material in a compact configuration during an in-situ compaction buildup process.
A radio frequency amplifier comprising: a transistor (M) having a source, a drain and a gate; a transformer having a first coil conductor (N1) and a second coil conductor (N2), the first coil conductor (N1) magnetically coupling to the second coil conductor (N2), the second coil conductor (N2) is directly connected to the gate of the transistor (M), the first coil conductor (N1) is directly connected to the source of the transistor (M); a variable capacitor (C tune ) connected in parallel with the second coil conductor (N2), and connected to the gate of the transistor (M); a signal input end (V in ); and a signal output end (Vout), wherein the signal input end (V in ) connects to the source of the transistor (M) and the signal output end connects to the drain of the transistor (M), and wherein the radio frequency amplifier further comprising an inductor (L) connected between the signal input end (V in ) and the source of the transistor (M), and wherein as the capacitance value of the variable capacitor (C tune ) is adjusted, the magnetic flux passing through the first coil conductor (N1) is changed, and thus a current value passing through the second conductor (N2) is changed because of the coupling effect, and an output impedance (R out ) of the transistor (M) is changed a transistor (M) having a source, a drain and a gate; a transformer having a first coil conductor (N1) and a second coil conductor (N2), the first coil conductor (N1) magnetically coupling to the second coil conductor (N2), the second coil conductor (N2) is directly connected to the gate of the transistor (M), the first coil conductor (N1) is directly connected to the source of the transistor (M); a variable capacitor (C tune ) connected in parallel with the second coil conductor (N2), and connected to the gate of the transistor (M); a signal input end (V in ); and a signal output end (Vout), wherein the signal input end (V in ) connects to the source of the transistor (M) and the signal output end connects to the drain of the transistor (M), and wherein the radio frequency amplifier further comprising an inductor (L) connected between the signal input end (V in ) and the source of the transistor (M), and wherein as the capacitance value of the variable capacitor (C tune ) is adjusted, the magnetic flux passing through the first coil conductor (N1) is changed, and thus a current value passing through the second conductor (N2) is changed because of the coupling effect, and an output impedance (R out ) of the transistor (M) is changed
System for conveying and distributing limestone in pieces, suitable for use in vertical lime kilns, with at least one vat , comprising: - a hopper for receiving limestone in pieces, - a support structure provided with wheels for linear displacement on a rail , by which the hopper is fixed by means of a thrust bearing , - two geared motors allowing the movement of the hopper , - a valve provided with a pair of plates (11', 11") connected to the lower portion of the hopper , said pair of plates (11', 11") in the valve closing position being arranged in such a way, that their distal ends, with respect to the valve , are in contact with each other; - a pair of sealing bellows , positioned both at one inlet and at one outlet of the hopper , such system being characterized in that - the first geared motor is configured to allow a rotation of the hopper around a vertical axis of an angle (β) between 0° and 180° thereof by means of a toothed coupling and in that in the opening step of the valve at least one plate (11', 11") assumes an opening angle (α) between 0° and 120° around a fulcrum coinciding with its proximal end with respect to the valve in order to guarantee a homogeneous distribution of the limestone in pieces within the volume of at least one vat of the vertical lime kiln and in that the hopper for receiving the material is internally coated with impact-resistant rubber polyurethane panels. - a hopper for receiving limestone in pieces, - a support structure provided with wheels for linear displacement on a rail , by which the hopper is fixed by means of a thrust bearing , - two geared motors allowing the movement of the hopper , - a valve provided with a pair of plates (11', 11") connected to the lower portion of the hopper , said pair of plates (11', 11") in the valve closing position being arranged in such a way, that their distal ends, with respect to the valve , are in contact with each other; - a pair of sealing bellows , positioned both at one inlet and at one outlet of the hopper , such system being characterized in that - the first geared motor is configured to allow a rotation of the hopper around a vertical axis of an angle (β) between 0° and 180° thereof by means of a toothed coupling and in that - the first geared motor is configured to allow a rotation of the hopper around a vertical axis of an angle (β) between 0° and 180° thereof by means of a toothed coupling and in that in the opening step of the valve at least one plate (11', 11") assumes an opening angle (α) between 0° and 120° around a fulcrum coinciding with its proximal end with respect to the valve in order to guarantee a homogeneous distribution of the limestone in pieces within the volume of at least one vat of the vertical lime kiln and in that the hopper for receiving the material is internally coated with impact-resistant rubber polyurethane panels.
A lubricant additive concentrate having a kinematic viscosity of from 40 to 300 cSt., as measured at 100°C, comprising a dispersant-detergent colloid mixture in diluent oil, wherein said dispersant is a polybutenyl succinimide reaction product of (a) a polyamine having, or having on average 4 to 8 nitrogen atoms per molecule and (b) polybutenyl succinic anhydride derived from polybutene having a number average molecular weight of from 1300 to 2500 daltons and a terminal vinylidene content of at least 65%, and (c) maleic and/or succinic anhydride, by an ene maleation process, and having a succinic anhydride functionality, as determined in accordance with Formula as described in the description, of greater than 1.7 and less than 2.5; and said detergent colloid is overbased detergent having a total base number (TBN) of from 370 to 1000 mg KOH/g, as measured by ASTM D2896, derived from one or more surfactants selected from (i) sulfonate; (ii) phenate; and (iii) carboxylate surfactants; wherein the mass ratio of said dispersant to said detergent colloid in the concentrate is from 0.5 to 5.0; and said dispersant and detergent colloid together constitute at least 28 mass%, on an A.I. basis, of said concentrate. (a) a polyamine having, or having on average 4 to 8 nitrogen atoms per molecule and (b) polybutenyl succinic anhydride derived from polybutene having a number average molecular weight of from 1300 to 2500 daltons and a terminal vinylidene content of at least 65%, and (c) maleic and/or succinic anhydride, by an ene maleation process, and having a succinic anhydride functionality, as determined in accordance with Formula as described in the description, of greater than 1.7 and less than 2.5; and said detergent colloid is overbased detergent having a total base number (TBN) of from 370 to 1000 mg KOH/g, as measured by ASTM D2896, derived from one or more surfactants selected from (i) sulfonate; (ii) phenate; and (iii) carboxylate surfactants; wherein the mass ratio of said dispersant to said detergent colloid in the concentrate is from 0.5 to 5.0; and said dispersant and detergent colloid together constitute at least 28 mass%, on an A.I. basis, of said concentrate.
A method for securing a first token derived from a payment instrument of a subscriber which can be hosted in a mobile terminal by a payment application , characterized in that it comprises the following successive steps: - pairing , on the one hand, an identifier of the mobile terminal and the payment instrument and, on the other hand, a personal cryptogram and the payment instrument, - provisioning the first token to the payment application , - receiving data from a payment transaction by the payment application, - generating a second secure payment token by the encryption of at least the first token , the transaction data, the identifier of the terminal and the personal cryptogram , characterized in that : - the pairing is carried out when the payment instrument is recorded in the payment application , - the first token is a random data derived from a data representing the bank account number attached to the payment instrument : - pairing , on the one hand, an identifier of the mobile terminal and the payment instrument and, on the other hand, a personal cryptogram and the payment instrument, - provisioning the first token to the payment application , - receiving data from a payment transaction by the payment application, - generating a second secure payment token by the encryption of at least the first token , the transaction data, the identifier of the terminal and the personal cryptogram , - the pairing is carried out when the payment instrument is recorded in the payment application , - the first token is a random data derived from a data representing the bank account number attached to the payment instrument :
Oil transformer , comprising • a high voltage transformer (32 + 34) arranged in an oil filled vessel , • an expansion vessel , • a fluidic connection (52 + 54 + 56) in between the expansion vessel and the oil filled vessel , • at least one cooling means , wherein the oil transformer further comprises: • a first module comprising the expansion vessel and a mechanical supporting structure which comprises at least one hollow bar, the expansion vessel being fixedly integrated in the mechanical supporting structure comprising said hollow bar, which has four upper and four lower corner points arranged in the form of a square, wherein the corner points each are in the form of load transfer points, characterized in that , • the corner points are arranged according to the dimensions of a CSC, i.e. Container Safety Convention, container, so that the first module can be transported exactly like a CSC container, • wherein the mechanical supporting structure has outer dimensions like said CSC container, • wherein said hollow bar is a load bearing hollow bar, which is as well load bearing as foreseen as a part of the fluidic connection (52 + 54 + 56) in between the expansion vessel and the oil filled vessel , • wherein the functionality of a pipe is integrated into said hollow bar, and • wherein the mechanical supporting structure comprises coupling means at its outer surface which are foreseen as a part of the fluidic connection (52 + 54 + 56) in between the expansion vessel and the oil filled vessel . • a high voltage transformer (32 + 34) arranged in an oil filled vessel , • an expansion vessel , • a fluidic connection (52 + 54 + 56) in between the expansion vessel and the oil filled vessel , • at least one cooling means , • a first module comprising the expansion vessel and a mechanical supporting structure which comprises at least one hollow bar, the expansion vessel being fixedly integrated in the mechanical supporting structure comprising said hollow bar, which has four upper and four lower corner points arranged in the form of a square, wherein the corner points each are in the form of load transfer points, characterized in that , • the corner points are arranged according to the dimensions of a CSC, i.e. Container Safety Convention, container, so that the first module can be transported exactly like a CSC container, • wherein the mechanical supporting structure has outer dimensions like said CSC container, • wherein said hollow bar is a load bearing hollow bar, which is as well load bearing as foreseen as a part of the fluidic connection (52 + 54 + 56) in between the expansion vessel and the oil filled vessel , • wherein the functionality of a pipe is integrated into said hollow bar, and • wherein the mechanical supporting structure comprises coupling means at its outer surface which are foreseen as a part of the fluidic connection (52 + 54 + 56) in between the expansion vessel and the oil filled vessel .
An aircraft comprising: an airframe including first and second wings , each of the first and second wings having first and second oppositely disposed wing tips (105e-105h), wherein the first and second wings are arranged in a tandem wing configuration or a canard configuration; first and second booms respectively extending longitudinally between the first and second wings , the first and second booms each having forward and aft ends; first and second tail assemblies respectively coupled to aft ends of the first and second booms ; first and second forward propulsion assemblies respectively coupled to the forward ends of the first and second booms , wherein the first and second forward propulsion assemblies are tiltable between a vertical takeoff and landing ("VTOL") flight mode orientation and a forward flight mode orientation; first and second aft propulsion assemblies respectively coupled to upper ends of the tail assemblies , wherein the first and second aft propulsion assemblies are tiltable between a VTOL flight mode orientation and a forward flight mode orientation; and a payload module removably coupled to the airframe . an airframe including first and second wings , each of the first and second wings having first and second oppositely disposed wing tips (105e-105h), wherein the first and second wings are arranged in a tandem wing configuration or a canard configuration; first and second booms respectively extending longitudinally between the first and second wings , the first and second booms each having forward and aft ends; first and second tail assemblies respectively coupled to aft ends of the first and second booms ; first and second forward propulsion assemblies respectively coupled to the forward ends of the first and second booms , wherein the first and second forward propulsion assemblies are tiltable between a vertical takeoff and landing ("VTOL") flight mode orientation and a forward flight mode orientation; first and second aft propulsion assemblies respectively coupled to upper ends of the tail assemblies , wherein the first and second aft propulsion assemblies are tiltable between a VTOL flight mode orientation and a forward flight mode orientation; and a payload module removably coupled to the airframe .
A light assembly being a headlight assembly or a taillight assembly for a vehicle, the light assembly comprising a light source , a housing , the housing having a rear and a front, whereby in use light is emitted from the front of the housing ; the assembly further comprising a transparent or translucent light guide extending from the rear to the front and at least partially surrounded by the housing ; the light guide arranged to be lit at its rear by the light source and to emit light along at least part of its length, the light guide being tubular, having an interior surface, an exterior surface , a front end ,a rear end, and a passage extending therebetween; characterised in that the light guide is provided with formations on/in its interior surface and formations on/in its exterior surface to emit light along at least part of its length, wherein formations of one type are formed on/in the interior surface and formations are formed on/in the exterior surface and wherein the light guide is formed so as to emit at least 50% of the light that it receives from the light source at its rear, along its length.
A delaminatable container comprising a container body having an outer shell and an inner bag , the inner bag being configured to shrink with a decrease in contents, wherein the container body includes a storage portion to store the contents and a bottom seal protrusion protruding from a bottom surface of the storage portion , the container body is configured to seal the outer shell and the inner bag in the bottom seal protrusion , and the bottom seal protrusion includes a tapered portion extending in a longitudinal direction of the bottom seal protrusion and tapered from the bottom surface toward an end, wherein the bottom seal protrusion further includes a thin wall portion provided at an end portion of the tapered portion along the longitudinal direction, characterized in that the thin wall portion is thinner than the tapered portion , and a ratio of a thickness (t3) of the thin wall portion to a thickness (t2) of a base end of the tapered portion is from 0.01 to 0.1.