mhurhangee/patent-ind-claim-en huggingface dataset:
A ballistic panel for assembling a ballistic wall assembly , comprising a planar main plate member of ballistic material comprising a top edge and an opposing bottom edge , and a first side edge and an opposing second side edge ; two spaced apart L-shaped hook members arranged along the first side edge , wherein each hook member comprises a base portion and a leg portion , wherein the base portion is connected to the first side edge , and wherein the leg portion is connected to the base portion and extends away therefrom parallel to the first side edge toward the top edge , and wherein a gap/slit is provided between the leg portion and the first side edge ; characterised in that the main plate member further comprises two spaced apart slots each of which is arranged opposite to a corresponding opposing hook member of the two hook members and extending along the second side edge , and wherein each slot is configured to releasably receive one of two L-shaped hook members of another/further ballistic panel , wherein each slot comprises a slot length (Ls) equal to or larger than a hook length (Lh) of the corresponding opposing hook member ; and wherein each slot comprises a slot width (Ws) equal to or larger than a hook width (Wh) of the opposing hook member . two spaced apart L-shaped hook members arranged along the first side edge , wherein each hook member comprises a base portion and a leg portion , wherein the base portion is connected to the first side edge , and wherein the leg portion is connected to the base portion and extends away therefrom parallel to the first side edge toward the top edge , and wherein a gap/slit is provided between the leg portion and the first side edge ; characterised in that the main plate member further comprises two spaced apart slots each of which is arranged opposite to a corresponding opposing hook member of the two hook members and extending along the second side edge , and wherein each slot is configured to releasably receive one of two L-shaped hook members of another/further ballistic panel , wherein each slot comprises a slot length (Ls) equal to or larger than a hook length (Lh) of the corresponding opposing hook member ; and wherein each slot comprises a slot width (Ws) equal to or larger than a hook width (Wh) of the opposing hook member .
An electrostatic clamp for in use holding an object in a fixed plane in a lithographic apparatus, the clamp comprising: - a support layer - burls having tops determining the plane in which the object is held, wherein the support layer is provided with the burls , the support layer and the burls being made out of one, non-metal piece of a low expansion material - an electrode , and - an insulator of insulator material and or dielectric material, characterized, in that the insulator surrounds the electrode and is provided in between the burls and above the electrode. - a support layer - burls having tops determining the plane in which the object is held, wherein the support layer is provided with the burls , the support layer and the burls being made out of one, non-metal piece of a low expansion material - an electrode , and - an insulator of insulator material and or dielectric material,
A method for transferring sterile pourable goods, in particular cleaned and sterilized small objects, such as stoppers of infusion bottles and vials, from a container (10; 12) having a hose-like flexible bag part (24; 26) and a container-side part of a rapid-transfer-port-system tightly connected with an open end of the bag part (24; 26) into an isolator , wherein after the container-side part of the rapid-transfer-port-system has docked with a complementary isolator-side part of the rapid-transfer-port-system and after the rapid-transfer-port has been opened, the goods are transferred into the isolator , characterized in that a transfer tube is partially introduced from the interior of the isolator into the interior of the container through the open rapid-transfer-port.
Spring bar coupling , which has a hollow cylinder shape and defines a longitudinal axis (A), wherein the spring bar coupling comprises: a plurality of spring bar coupling elements (105a-c), wherein each spring bar coupling element (105a-c) comprises a first annular spring bar and a second annular spring bar, which are arranged parallel offset relative to one another along the longitudinal axis (A) of the spring bar coupling , wherein the first annular spring bar and the second annular spring bar each comprise a first half ring-shaped spring bar portion (113a-1, 113a-3) and a second half ring-shaped spring bar portion (113a-2, 113a-4), which are arranged axially offset relative to one another in each case along the longitudinal axis (A) of the spring bar coupling , wherein the first half ring-shaped spring bar portion (113a-1) of the first ring-shaped spring bar is connected with a material bond in each case via a first axial connecting element to the first half ring-shaped spring bar portion (113a-3) of the second ring-shaped spring bar of the spring bar coupling element (105a-c), characterised in that the second half ring-shaped spring bar portion (113a-2) of the first ring-shaped spring bar is connected with a material bond by way of a second axial connecting element to the second half ring-shaped spring bar portion (113a-4) of the second ring-shaped spring bar of the spring bar coupling element (105a-c), wherein the second axial connecting element relative to the longitudinal axis (A) of the spring bar coupling is embodied in each case opposite to the first axial connecting element . a plurality of spring bar coupling elements (105a-c), wherein each spring bar coupling element (105a-c) comprises a first annular spring bar and a second annular spring bar, which are arranged parallel offset relative to one another along the longitudinal axis (A) of the spring bar coupling , wherein the first annular spring bar and the second annular spring bar each comprise a first half ring-shaped spring bar portion (113a-1, 113a-3) and a second half ring-shaped spring bar portion (113a-2, 113a-4), which are arranged axially offset relative to one another in each case along the longitudinal axis (A) of the spring bar coupling , wherein the first half ring-shaped spring bar portion (113a-1) of the first ring-shaped spring bar is connected with a material bond in each case via a first axial connecting element to the first half ring-shaped spring bar portion (113a-3) of the second ring-shaped spring bar of the spring bar coupling element (105a-c), characterised in that the second half ring-shaped spring bar portion (113a-2) of the first ring-shaped spring bar is connected with a material bond by way of a second axial connecting element to the second half ring-shaped spring bar portion (113a-4) of the second ring-shaped spring bar of the spring bar coupling element (105a-c), wherein the second axial connecting element relative to the longitudinal axis (A) of the spring bar coupling is embodied in each case opposite to the first axial connecting element .
A food composition for improving hyperphosphatemia containing Lactobacillus sp. KCCM 11826P as an active ingredient.
A selectable drive printing device comprising: a drive selector system comprising a selector swing arm , the drive selector system being configured to select between driving a print drive system and driving a scan drive system based at least partially on a position of the selector swing arm of the drive selector system ; and a shifter coupled to a feedshaft configured to selectively shift the drive selector system between a scanning system drive position of the selector swing arm and a printing system drive position of the selector swing arm ; and characterized by a capping system for a printhead , the capping system having a capped state in which the capping system is to be engaged with the printhead and an uncapped state in which the capping system is not to be engaged with the printhead ; wherein the shifter is configured to place the printing device in a printing and uncapped state or in a scanning and capped state based on the direction of rotation of the feedshaft such that, when the selector swing arm is in the scanning system drive position, the capping system is configured to engage with the printhead , and, when the selector swing arm is in the printing system drive position, the capping system is configured not to engage with the printhead . a drive selector system comprising a selector swing arm , the drive selector system being configured to select between driving a print drive system and driving a scan drive system based at least partially on a position of the selector swing arm of the drive selector system ; and a shifter coupled to a feedshaft configured to selectively shift the drive selector system between a scanning system drive position of the selector swing arm and a printing system drive position of the selector swing arm ; and characterized by a capping system for a printhead , the capping system having a capped state in which the capping system is to be engaged with the printhead and an uncapped state in which the capping system is not to be engaged with the printhead ; wherein the shifter is configured to place the printing device in a printing and uncapped state or in a scanning and capped state based on the direction of rotation of the feedshaft such that, when the selector swing arm is in the scanning system drive position, the capping system is configured to engage with the printhead , and, when the selector swing arm is in the printing system drive position, the capping system is configured not to engage with the printhead .
A shift by wire shifting device comprising a selector lever movably mounted to a fixed housing, a connecting member rotatably mounted on the fixed housing and releasably connectable with the selector lever for locking a vehicle transmission through a driving member when a parking position (P) is selected, and a locking mechanism associated with the selector lever and the connecting member for releasably locking the driving member and keeping the vehicle transmission unlocked when a position out of a parking position (P) is selected by the selector lever , characterized in that the connecting member has an engaging end portion that is configured as a recess adapted for releasably receiving a corresponding engaging portion of the selector lever that is configured as a pin laterally extending from the selector lever and defining a substantially T-shaped member adapted to releasably connect the selector lever with the connecting member such that: - when a parking position (P) is selected by the selector lever , the engaging portions are engaged to each other locking the vehicle transmission, and - when a position out of the parking position (P) is selected by the selector lever , the engaging portions are disengaged from each other unlocking the vehicle transmission and the locking mechanism becomes locked so as to retain the driving member in a position such that it can not be moved. - when a parking position (P) is selected by the selector lever , the engaging portions are engaged to each other locking the vehicle transmission, and - when a position out of the parking position (P) is selected by the selector lever , the engaging portions are disengaged from each other unlocking the vehicle transmission and the locking mechanism becomes locked so as to retain the driving member in a position such that it can not be moved.
Plant network for the production of mineral building materials with a kiln for the production of mineral building materials, a cooler for cooling the mineral building materials, and a gas pipe system for gases produced during the manufacture of mineral building materials, characterised in that the plant network has a chemical plant connected to the gas pipework system , in which chemical products are produced from the supplied gas volume flows, the gas volume flows containing components of the end product, and/or a biotechnology plant , in which the gases are fermented, and the gas pipework system has at least one controllable gas diverter for dividing the gas flows supplied to the chemical plant and/or biotechnology plant and a hydrogen production plant and an H 2 gas pipework system for hydrogen-containing gas flows emitted from the hydrogen production plant , wherein the gas line system is connected in the flow direction upstream and/or downstream of the controllable gas diverter to the H 2 gas line system via a mixing device for producing a mixed gas comprising gases arising from the production of the mineral building materials and from the plant for hydrogen production . a kiln for the production of mineral building materials, a cooler for cooling the mineral building materials, and a gas pipe system for gases produced during the manufacture of mineral building materials, characterised in that the plant network has a chemical plant connected to the gas pipework system , in which chemical products are produced from the supplied gas volume flows, the gas volume flows containing components of the end product, and/or a biotechnology plant , in which the gases are fermented, and the gas pipework system has at least one controllable gas diverter for dividing the gas flows supplied to the chemical plant and/or biotechnology plant and a hydrogen production plant and an H 2 gas pipework system for hydrogen-containing gas flows emitted from the hydrogen production plant , wherein the gas line system is connected in the flow direction upstream and/or downstream of the controllable gas diverter to the H 2 gas line system via a mixing device for producing a mixed gas comprising gases arising from the production of the mineral building materials and from the plant for hydrogen production .
A method for processing system information by a terminal in a wireless communication system, the method comprising: receiving system information from a base station; identifying whether validity time information is included in the system information, wherein the validity time information is associated with whether a validity timer for the system information is set to a first time or a second time, wherein the first time and the second time are preset values; determining a validity time based on the identification; and determining whether the system information is valid or not based on the determined validity time. receiving system information from a base station; identifying whether validity time information is included in the system information, wherein the validity time information is associated with whether a validity timer for the system information is set to a first time or a second time, wherein the first time and the second time are preset values; determining a validity time based on the identification; and determining whether the system information is valid or not based on the determined validity time.
A mobile communication method for performing a machine type communication, MTC, between a base station and a MTC terminal in a LTE system by using narrow bands including 6 resource blocks, comprising: transmitting, from the base station to the MTC terminal , a radio resource control, RRC, message including information specifying a bandwidth supportable by the MTC terminal , wherein the bandwidth supportable by the MTC terminal is larger than a narrow band of 6PRBs and narrower than a system bandwidth of the LTE system; transmitting, from the base station to the MTC terminal , Downlink Control information, DCI, of M-PDCCH including narrow band allocation information for allocating a first narrow band to the MTC terminal as allocation information of the narrow band used for the machine type communication, MTC; changing, by the base station , a number of bits of the narrow band allocation information included in the DCI according to the bandwidth supportable by the MTC terminal specified by the information included in the RRC message; and performing by the MTC terminal , the machine type communication, MTC, by using the first narrow band based on the narrow band allocation information. transmitting, from the base station to the MTC terminal , a radio resource control, RRC, message including information specifying a bandwidth supportable by the MTC terminal , wherein the bandwidth supportable by the MTC terminal is larger than a narrow band of 6PRBs and narrower than a system bandwidth of the LTE system; transmitting, from the base station to the MTC terminal , Downlink Control information, DCI, of M-PDCCH including narrow band allocation information for allocating a first narrow band to the MTC terminal as allocation information of the narrow band used for the machine type communication, MTC; changing, by the base station , a number of bits of the narrow band allocation information included in the DCI according to the bandwidth supportable by the MTC terminal specified by the information included in the RRC message; and performing by the MTC terminal , the machine type communication, MTC, by using the first narrow band based on the narrow band allocation information.
Process for treating cultivated plants against pests comprising the following steps: (i) sending (3.7) hot air to the plants; (ii) immediately after sending (3.7) the hot air, spraying (4.8) on the plants electrochemically activated water , obtained by electrolysis of water with salt, as a disinfectant and detergent. (i) sending (3.7) hot air to the plants; (ii) immediately after sending (3.7) the hot air, spraying (4.8) on the plants electrochemically activated water , obtained by electrolysis of water with salt, as a disinfectant and detergent.
A cooktop appliance apparatus for use in cooking, the apparatus including: a body having a cooking surface for supporting a cooking vessel ; an induction heating component mounted in the body below the cooking surface ; a controller configured to control operation of the induction heating component ; wherein the controller is configured to detect the cooking vessel on the cooking surface by: operating the induction heating component to perform an on-cycle for an on-period, detecting a current resulting from the on-cycle, and comparing the detected current with a threshold current to determine the presence of the cooking vessel on the cooking surface ; characterized by a position sensor assembly mounted in the cooking surface , the position sensor assembly being configured to provide a position signal to the controller indicating that the cooking vessel is located on the cooking surface . a body having a cooking surface for supporting a cooking vessel ; an induction heating component mounted in the body below the cooking surface ; a controller configured to control operation of the induction heating component ; wherein the controller is configured to detect the cooking vessel on the cooking surface by: operating the induction heating component to perform an on-cycle for an on-period, detecting a current resulting from the on-cycle, and comparing the detected current with a threshold current to determine the presence of the cooking vessel on the cooking surface ; characterized by a position sensor assembly mounted in the cooking surface , the position sensor assembly being configured to provide a position signal to the controller indicating that the cooking vessel is located on the cooking surface . operating the induction heating component to perform an on-cycle for an on-period, detecting a current resulting from the on-cycle, and comparing the detected current with a threshold current to determine the presence of the cooking vessel on the cooking surface ; characterized by a position sensor assembly mounted in the cooking surface , the position sensor assembly being configured to provide a position signal to the controller indicating that the cooking vessel is located on the cooking surface .
Process for preparing a prepolymer containing carbon-carbon multiple bonds, preferably a prepolymer containing carbon-carbon double bonds, where a polyol component A is reacted with an isocyanate-containing component B and the polyol component comprises a polyethercarbonate polyol containing carbon-carbon multiple bonds, preferably a polyethercarbonate polyol containing carbon-carbon double bonds, characterized in that the average molar NCO functionality of the isocyanate-containing component B is from 2.15 to 2.90, preferably from 2.40 to 2.80, and where the content of carbon-carbon multiple bonds, preferably carbon-carbon double bonds, in the polyethercarbonate polyol is from 0.5% by weight to 17.0% by weight.
A use of an apparatus for preparing polybutene, having various molecular weights while maintaining a vinylidene content of the polybutene to be 70% or more, said apparatus comprising: a complex catalyst preparation device for preparing a complex catalyst comprising an alcohol compound as a cocatalyst and boron trifluoride as a main catalyst, to form highly reactive polybutene through polymerization; a complex catalyst supply device for controlling supply of the complex catalyst transferred from the complex catalyst preparation device; a raw material injection line for supplying a reaction raw material; an auxiliary cocatalyst injection line for incorporating an ether compound as an auxiliary cocatalyst to the complex catalyst or the reaction raw material; and a reactor for reacting the reaction raw material supplied from the raw material injection line with a mixture of the auxiliary cocatalyst and the complex catalyst or reacting the complex catalyst supplied from the complex catalyst supply device with a mixture of the auxiliary cocatalyst and the reaction raw material to polymerize isobutene into polybutene, , wherein the ether compound as the auxiliary cocatalyst is selected from the group consisting of dimethyl ether, diethyl ether, dipropyl ether, diisopropyl ether, isopropyl sec-butyl ether, sec-butyl ether, isoamyl ether, isopropyl isoamyl ether, and sec-butyl isoamyl ether, characterized that an ether is used as auxiliary cocatalyst. a complex catalyst preparation device for preparing a complex catalyst comprising an alcohol compound as a cocatalyst and boron trifluoride as a main catalyst, to form highly reactive polybutene through polymerization; a complex catalyst supply device for controlling supply of the complex catalyst transferred from the complex catalyst preparation device; a raw material injection line for supplying a reaction raw material; an auxiliary cocatalyst injection line for incorporating an ether compound as an auxiliary cocatalyst to the complex catalyst or the reaction raw material; and a reactor for reacting the reaction raw material supplied from the raw material injection line with a mixture of the auxiliary cocatalyst and the complex catalyst or reacting the complex catalyst supplied from the complex catalyst supply device with a mixture of the auxiliary cocatalyst and the reaction raw material to polymerize isobutene into polybutene, , wherein the ether compound as the auxiliary cocatalyst is selected from the group consisting of dimethyl ether, diethyl ether, dipropyl ether, diisopropyl ether, isopropyl sec-butyl ether, sec-butyl ether, isoamyl ether, isopropyl isoamyl ether, and sec-butyl isoamyl ether, characterized that an ether is used as auxiliary cocatalyst.