mhurhangee/patent-ind-claim-en huggingface dataset:
1. A dual input charger apparatus comprising: _a first channel, connected to a first charging port and to which a first input capacitor (PMID_CAP1) and a first terminal of a first high-side switch (SW_HS 1) are connected at a common node; _a second channel, connected to a second charging port and to which a second input capacitor (PMID_CAP2) and a first terminal of a second high-side switch (SW_HS2) are connected at a further common node; _wherein the respective two second terminals of the first and second high-side switches (SW_HS 1, SW_HS2) are connected to a common node, _the dual input charger apparatus further comprising: _a control circuit coupled between the common node of the first input capacitor (PMID_CAP1) and the first terminal of the first high-side switch (SW_HS1), and the common node of the second input capacitor (PMID_CAP2) and the first terminal of the second high-side switch (SW_HS2), wherein control circuit is configured to shunt a current passing through the first high-side switch (SW_HS1) and the second high-side switch (SW_HS2) in response to a first voltage across the first input capacitor (PMID_CAP1) being different from a second voltage across the second input capacitor (PMID_CAP2). _a first channel, connected to a first charging port and to which a first input capacitor (PMID_CAP1) and a first terminal of a first high-side switch (SW_HS 1) are connected at a common node; _a second channel, connected to a second charging port and to which a second input capacitor (PMID_CAP2) and a first terminal of a second high-side switch (SW_HS2) are connected at a further common node; _wherein the respective two second terminals of the first and second high-side switches (SW_HS 1, SW_HS2) are connected to a common node, _the dual input charger apparatus further comprising: _a control circuit coupled between the common node of the first input capacitor (PMID_CAP1) and the first terminal of the first high-side switch (SW_HS1), and the common node of the second input capacitor (PMID_CAP2) and the first terminal of the second high-side switch (SW_HS2), wherein control circuit is configured to shunt a current passing through the first high-side switch (SW_HS1) and the second high-side switch (SW_HS2) in response to a first voltage across the first input capacitor (PMID_CAP1) being different from a second voltage across the second input capacitor (PMID_CAP2).
Use, in an electric vehicle, of a fluid having a boiling point in the range of from 200°C to 400°C and a boiling range below 80°C, said fluid comprising more than 95% by weight isoparaffins and less than 3% by weight of naphthens, a biocarbon content of at least 95% by weight, containing less than 100ppm by weight aromatics, wherein the fluid has a biodegradability at 28 days of at least 60%, as measured according to the OECD 306 standard, the amount of isoparaffins and naphthens being determined by gas chromatography, the amount of aromatics being determined by a UV method, the boiling point being measured according to ASTM D86 standard, the biocarbon content being given pursuant to standards ASTM D 6866-12, method B (ASTM D 6866-06) and ASTM D 7026 (ASTM D 7026-04). the amount of isoparaffins and naphthens being determined by gas chromatography, the amount of aromatics being determined by a UV method, the boiling point being measured according to ASTM D86 standard, the biocarbon content being given pursuant to standards ASTM D 6866-12, method B (ASTM D 6866-06) and ASTM D 7026 (ASTM D 7026-04).
Marine propulsion means, comprising a control device having a control shaft which pivots an underwater propulsion and control unit in order to achieve a control action on the boat by a control angle, and an apparatus for detecting the control angle by means of an angle sensor , characterized in that the control shaft is connected to a master wheel , the angle sensor has a slave wheel , and an intermediate wheel is arranged between the master wheel and the slave wheel , the master, intermediate and slave wheels being configured as gearwheels which are in tooth engagement with one another, the intermediate wheel being split and comprising a first disc wheel and a second disc wheel , and the coaxially arranged disc wheels being braced against one another elastically, and the two disc wheels having identical toothing systems (z a , z b ) and being in tooth engagement with the master wheel and the slave wheel .
A ground surface access assembly comprising a frame member having a frame base , and a cover member that when in a closed position seats within said frame member ; further comprising: hinge means (M) formed by members located partly on opposite inner faces of a sidewall of said frame member and partly on a side face of the cover member , said members comprising a pivot member and a recess , wherein the pivot member loosely locates within said significantly larger recess , which is defined by inner walls and within which during opening and closing of the cover member said pivot member partially rotates relative to said recess ; and wherein the assembly comprises two such hinge means (M); wherein the recesses have an open-end , the width (Wo) of which relative to the width of the pivot members (Wp) is such that it only allows removal of the cover when the plane of an upper surface of said cover member surface is positioned generally parallel to the plane of the base of said frame member , thereby allowing said pivot members to exit said recesses unimpeded through said open end thereof as the cover member is lifted upwardly, characterised in that said two hinge means (M) together, during opening and closing, allow the cover member to pivot relative to the frame member about an axis (A-A') that is not rigidly fixed but that may tilt by up to 5° in a horizontal and vertical plane, owing to said loose location of the pivot members within the recesses .
Agricultural soil working tool, in particular rotary harrow tine or harrow tine, for an agricultural soil working machine, having a tine body which has a fastening section for fastening on the machine side and a working section , the working section having an end face at its free end facing away from the fastening section and having a contact face on the working section which is indirectly or directly adjacent to the end face , at least one cutting element , consisting of hard material, in particular hard metal or ceramic material, being fastened to the support surface of the working section , the cutting element being fastened with a leg to the front of the support surface by means of a material bond, wherein a projection is formed on the back of the leg , which projection overlaps the end face of the tine body at least in some areas, and wherein a transition region is formed between the leg and the projection , which transition region covers the transition between the support surface and the end face at least in some areas, characterized in that the support surface of the working section of the tine body is convex, and in that the cutting element has a recessed receptacle on its leg , which extends in the direction of the longitudinal axis (X) of the cutting element and into which the convex support surface projects at least in some areas.
A temperature sensor, comprising: a first coil element and a second coil element both serving as a part of a coil of an electric apparatus; an element main body that includes a thermosensitive body configured to detect the temperature of the first coil element and the temperature of the second coil element ; a pair of electric extraction wires connected to the thermosensitive body ; a pair of lead wires , for respectively electrically connecting the electric extraction wires with an external temperature measurement circuit; an electrically insulating covering body that covers the thermosensitive body , electric extraction wires , and part of the pair of lead wires ; and a housing that includes an electrically insulating resin material, and is configured to house and hold the first coil element , the second coil element , the element main body and the covering body , wherein the covering body and the first coil element come into surface contact with each other, and the covering body and the second coil element come into surface contact with each other; wherein the element main body and another part of the pair of lead wires projecting from the electrically insulating covering body are disposed between the first coil element and the second coil element . a first coil element and a second coil element both serving as a part of a coil of an electric apparatus; an element main body that includes a thermosensitive body configured to detect the temperature of the first coil element and the temperature of the second coil element ; a pair of electric extraction wires connected to the thermosensitive body ; a pair of lead wires , for respectively electrically connecting the electric extraction wires with an external temperature measurement circuit; an electrically insulating covering body that covers the thermosensitive body , electric extraction wires , and part of the pair of lead wires ; and a housing that includes an electrically insulating resin material, and is configured to house and hold the first coil element , the second coil element , the element main body and the covering body , wherein the covering body and the first coil element come into surface contact with each other, and the covering body and the second coil element come into surface contact with each other; wherein the element main body and another part of the pair of lead wires projecting from the electrically insulating covering body are disposed between the first coil element and the second coil element .
Copper ceramic composite comprising - a ceramic substrate containing aluminum oxide, - a coating of copper or a copper alloy present on the ceramic substrate, wherein the copper or the copper alloy has a number distribution of grain sizes having a median d 50 , an arithmetic mean d arith and a symmetry value S(Cu) = d 50 / d arith , the aluminum oxide has a number distribution of grain sizes having a median d 50 , an arithmetic mean d arith and a symmetry value S(Al 2 O 3 )= d 50 / d arith , and S(Al 2 O 3 ) and S(Cu) satisfy the following condition: 0.7 ≤ S Al 2 O 3 / S Cu ≤ 1.4 . - a ceramic substrate containing aluminum oxide, - a coating of copper or a copper alloy present on the ceramic substrate,
A method for: receiving, by an access point for a wireless local network, WLAN, from a wireless communication device , a service information request for service information encapsulated with an access network query protocol, ANQP, carried by an Extensible Authentication Protocol, EAP, using Subscriber Identification Module, SIM, based credentials, wherein the service information is encapsulated within an EAP frame and is protected by the SIM credentials, and wherein the service information comprises information about a service requested by the wireless communication device, a service information request identifier, and a token; and transmitting, by the access point to the wireless communication device , using the access network query protocol, prior to the wireless communications device associating with the WLAN, a service information response that includes service data associated with the request from the wireless communication device , a service information response identifier, and the token; wherein the token enables the service information response to be paired up with the service information request within the wireless communications device . receiving, by an access point for a wireless local network, WLAN, from a wireless communication device , a service information request for service information encapsulated with an access network query protocol, ANQP, carried by an Extensible Authentication Protocol, EAP, using Subscriber Identification Module, SIM, based credentials, wherein the service information is encapsulated within an EAP frame and is protected by the SIM credentials, and wherein the service information comprises information about a service requested by the wireless communication device, a service information request identifier, and a token; and transmitting, by the access point to the wireless communication device , using the access network query protocol, prior to the wireless communications device associating with the WLAN, a service information response that includes service data associated with the request from the wireless communication device , a service information response identifier, and the token; wherein the token enables the service information response to be paired up with the service information request within the wireless communications device .
Use of HAPLN1 protein (hyaluronan and proteoglycan link protein 1) for the alleviation of skin aging, wherein the HAPLN1 protein is administered to the subject by parenteral administration.
Vehicle bridge body for a multiple-unit rail vehicle , the body having no bogie and, at its first end , having a first supporting location and, at its second end , having a second supporting location , each for providing support on a rail car of the multiple-unit rail vehicle , and having a first walk-on entrance region and a second walk-on entrance region , characterized in that the two entrance regions are arranged at different heights in relation to the vehicle bridge body , and at least one walk-on crossover region is provided at the first end of the body, for crossover into one rail car of the multiple-unit rail vehicle , and a connecting region is provided in the interior of the vehicle bridge body , wherein a distance of the crossover region from a first of the entrance regions is smaller than from the second of the entrance regions , wherein the crossover region is connected to the first entrance region in a stepless manner via the connecting region . having no bogie and, at its first end , having a first supporting location and, at its second end , having a second supporting location , each for providing support on a rail car of the multiple-unit rail vehicle , and having a first walk-on entrance region and a second walk-on entrance region , characterized in that the two entrance regions are arranged at different heights in relation to the vehicle bridge body , and at least one walk-on crossover region is provided at the first end of the body, for crossover into one rail car of the multiple-unit rail vehicle , and a connecting region is provided in the interior of the vehicle bridge body , wherein a distance of the crossover region from a first of the entrance regions is smaller than from the second of the entrance regions , wherein the crossover region is connected to the first entrance region in a stepless manner via the connecting region .
A wearable steam cleaning accessory for use with a steam generator and wearable on a user's hand comprising: a flexible sheath having a first side wall , a second side wall and a base therebetween; at least one steam conduit having at least one steam outlet , the at least one steam conduit being arranged to be in fluid communication with the steam generator; and at least one flexible thermal insulation layer mounted between the first and second side walls ; wherein the steam conduit is mounted on or in a first side of the base and the flexible thermal insulation layer is mounted on a second side of the base ; and a restraint is coupled to the flexible sheath and arranged to receive the user's hand. a flexible sheath having a first side wall , a second side wall and a base therebetween; at least one steam conduit having at least one steam outlet , the at least one steam conduit being arranged to be in fluid communication with the steam generator; and at least one flexible thermal insulation layer mounted between the first and second side walls ; wherein the steam conduit is mounted on or in a first side of the base and the flexible thermal insulation layer is mounted on a second side of the base ; and a restraint is coupled to the flexible sheath and arranged to receive the user's hand.
A solid food in which a core food is coated with a fat/oil composition, wherein either (i) the fat/oil composition contains a finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber or (ii) a surface of the fat/oil composition is further coated with a finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber, wherein the inedible part is one or more selected from the group consisting of a core of corn, a seed and a calyx of paprika, a seed and guts of pumpkin, peel of beet, a stem and a leaf of broccoli, a sheath of green soybean, a calyx of tomato, a stump of spinach, a petiole base of kale, a sheath of pea, a sheath and a seed coat of broad bean, a root apex and a petiole base of carrot, and peel and ends of sweet potato, and wherein a ratio of a total mass of a mass of the finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber and a mass of the fat/oil composition to a surface area of the core food is 0.1 g or more per 100 cm 2 , and/or a ratio of a mass of the finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber to a surface area of the core food is 0.03 g or more per 100 cm 2 . wherein either (i) the fat/oil composition contains a finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber or (ii) a surface of the fat/oil composition is further coated with a finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber, wherein the inedible part is one or more selected from the group consisting of a core of corn, a seed and a calyx of paprika, a seed and guts of pumpkin, peel of beet, a stem and a leaf of broccoli, a sheath of green soybean, a calyx of tomato, a stump of spinach, a petiole base of kale, a sheath of pea, a sheath and a seed coat of broad bean, a root apex and a petiole base of carrot, and peel and ends of sweet potato, and wherein a ratio of a total mass of a mass of the finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber and a mass of the fat/oil composition to a surface area of the core food is 0.1 g or more per 100 cm 2 , and/or a ratio of a mass of the finely pulverized product of an edible part and an inedible part of a foodstuff containing an insoluble dietary fiber to a surface area of the core food is 0.03 g or more per 100 cm 2 .
A method of receiving and communicating data using a data processing hub , the data processing hub comprising a processor, the method being performed by the processor and comprising the steps of: receiving a first set of user data from a first data repository , the first set of user data having been requested by a data owner, who owns the user data themselves, wherein the first set of user data includes a repository user identifier ; retrieving a globally unique user identifier, GUID, of the data owner from a user data storage based on the repository user identifier; removing the repository user identifier in the first set of the user data to generate a second set of the user data ; creating a hash of the second set of user data ; retrieving, from a hub storage , blockchain IDs that are associated with the GUID of the data owner and using the blockchain IDs to retrieve a hash of a third set of user data from the hub storage or blockchain storage ; if the hash of the third set of user data is retrieved from hub storage , validating that the retrieved hash of the third set of user data from the hub storage is identical to a hash of the third set of user data from the blockchain storage ; comparing the hash of the second set of user data to the retrieved hash of the third set of user data ; and, in the event that the hash of the second set of user data is identical to the retrieved hash of the third set of user data , communicating the first set of user data to the data owner . receiving a first set of user data from a first data repository , the first set of user data having been requested by a data owner, who owns the user data themselves, wherein the first set of user data includes a repository user identifier ; retrieving a globally unique user identifier, GUID, of the data owner from a user data storage based on the repository user identifier; removing the repository user identifier in the first set of the user data to generate a second set of the user data ; creating a hash of the second set of user data ; retrieving, from a hub storage , blockchain IDs that are associated with the GUID of the data owner and using the blockchain IDs to retrieve a hash of a third set of user data from the hub storage or blockchain storage ; if the hash of the third set of user data is retrieved from hub storage , validating that the retrieved hash of the third set of user data from the hub storage is identical to a hash of the third set of user data from the blockchain storage ; comparing the hash of the second set of user data to the retrieved hash of the third set of user data ; and, in the event that the hash of the second set of user data is identical to the retrieved hash of the third set of user data , communicating the first set of user data to the data owner .
A material for purification of a fluid feed stream comprising: a zeolite adsorbent having a silica to alumina ratio of less than or equal to 4:1, and partially ion exchanged with either a first low range or a second high range of lithium charge balancing cations or a mixture of the two, wherein said first range contains between 15 and 55 percent and wherein said second range contains between 82 to 86 percent lithium charge balancing cations, wherein said zeolite has pores defined by ring structures comprising of at most 10 tetrahedrally coordinated atoms of the silicon and/or aluminum types, the zeolite adsorbent having an oxygen to argon selectivity greater than or equal to a ratio of 3:1 and an oxygen capacity of greater than or equal to 10 weight percent, wherein said oxygen capacity is measured at a pressure in the range of about of about 1.20 to 1.33 kPa (9-10 Torr) and a temperature of 77 degrees Kelvin after 4 hours of equilibration time and wherein said oxygen to argon selectivity is obtained by dividing said oxygen capacity by said argon capacity of said adsorbent measured at a pressure in a range of about 92.9 to 93.3 MPa (697-700 Torr) and a temperature of 87 degrees Kelvin after 8 hours of equilibration time.