mhurhangee/patent-ind-claim-en huggingface dataset:
Gun comprising: - a hammer ; - a stock with a grip having a distal portion in a vicinity of a trigger of the gun and a proximal portion next to the palm of the shooter's hand when holding the gun; - an electronic device suitable to detect and/or process one or more situations occurring to the gun , for example to detect the event of a shot fired, comprising: i) detection and processing means designed to detect and process information relative to a status of the gun ; ii) a battery for supplying power to the detection and processing means , housed in the grip , close to its bottom , in its proximal portion ; iii) activation means , housed in the grip , close to its bottom , in its proximal portion ; the activation means being suitable to activate the supplying of the power to the detection and processing means , by the battery , to match a default event, wherein said default event is the cocking of the hammer of the gun and the activation means comprise a hammer switch element operationally connected to the hammer in order to detect the change of position and send the activation signal to the battery . - a hammer ; - a stock with a grip having a distal portion in a vicinity of a trigger of the gun and a proximal portion next to the palm of the shooter's hand when holding the gun; - an electronic device suitable to detect and/or process one or more situations occurring to the gun , for example to detect the event of a shot fired, comprising: i) detection and processing means designed to detect and process information relative to a status of the gun ; ii) a battery for supplying power to the detection and processing means , housed in the grip , close to its bottom , in its proximal portion ; iii) activation means , housed in the grip , close to its bottom , in its proximal portion ; the activation means being suitable to activate the supplying of the power to the detection and processing means , by the battery , to match a default event, wherein said default event is the cocking of the hammer of the gun and the activation means comprise a hammer switch element operationally connected to the hammer in order to detect the change of position and send the activation signal to the battery . i) detection and processing means designed to detect and process information relative to a status of the gun ; ii) a battery for supplying power to the detection and processing means , housed in the grip , close to its bottom , in its proximal portion ; iii) activation means , housed in the grip , close to its bottom , in its proximal portion ; the activation means being suitable to activate the supplying of the power to the detection and processing means , by the battery , to match a default event,
Process for oxidative esterification of an aldehyde to a carboxylic ester in the presence of a catalyst particle, characterized in that the particle consists of 0.1% to 3% by weight of gold, 25% to 99.8% by weight of TiO 2 , 0% to 50% by weight of silicon oxides, 0% to 25% by weight of Al 2 O 3 , 0% to 25% by weight of oxides of alkali metals, alkaline earth metals, rare earth metals and/or zirconium, 0% to 20% by weight of zirconium oxides, iron oxides, zinc oxides, nickel oxides and/or cobalt oxides and 0% to 5% by weight of further components, in that the gold, optionally together with iron oxides, zinc oxides, nickel oxides and/or cobalt oxides, is present bound to the catalyst particle in the form of particles having an average diameter between 2 and 10 nm, in that the catalyst particle has an average geometric equivalent diameter between 5 μm and 10 mm, and in that the process is conducted continuously, by means of heterogeneous catalysis in a liquid phase.
Device (10-13) for measuring at least one physical quantity of an electric installation, comprising at least one sensor arranged to measure at least the said physical quantity and to deliver at least one signal representative of the said physical quantity, and at least one measuring unit arranged to receive the said signal and process it to deliver at least one usable measured value, the said sensor and the said measuring unit being connected to each other by at least one connecting cable , the said connecting cable comprising at least three conductor pairs, a first conductor pair (51+, 51-), called measuring pair , arranged to transmit said signal representative of the said physical quantity measured by the said sensor , a second pair of conductors (52+, 52-), called power supply pair , arranged to supply power to the said sensor , 20') by the said measuring unit , and a third pair of conductors , called communication pair , arranged to transmit at least one complementary signal (DET1, DET2) between the said sensor and the said measuring unit , the said sensor comprising encoding means (23, 24; 60) arranged to characterize the said sensor and transmit to the said measuring unit via the said communication pair at least one complementary signal (DET1, DET2) corresponding to at least one identification characteristic of the said sensor, the said measuring unit comprising in addition encoding means complementary to the encoding means provided in the said sensor , characterized in that the said measuring unit (10-13) is modular and adaptable both to a simple analog sensor and to an advanced digital sensor , in that said measuring unit is designed to be connectable to any type of sensor and constitutes a standard module, and in that the said measuring unit further comprises a processing unit incorporating an analog/digital converter connected to said communication pair for receiving and processing said at least one complementary signal (DET1, DET2) transmitted on at least one of the conductors of said communication pair , this signal being indifferently an analog signal or a digital signal and being representative of at least one identification characteristic of said sensor allowing said measuring unit to automatically recognize the sensor between a simple analog sensor and an advanced digital sensor which is connected to said measuring unit , and to deliver a correlated usable value of said measured physical quantity.
A method for operating a gateway configured to control data packets of a data packet session exchanged in a cellular network with a first user entity which is identified by the cellular network through subscription data by which the first user entity is linked to a subscriber, wherein a second entity is connected to the first user entity via a tethering mechanism, in which the second entity uses transmission capabilities of the first user entity to exchange data packets through the cellular network, each data packet comprising a lifetime indicator indicating a remaining lifetime of the corresponding data packet, the method comprising: - receiving a session request from a session control entity instructing the gateway to apply a tethering policy indicating how to handle the tethering mechanism, - detecting a downlink data packet session transmitted to the first user entity, - amending the lifetime indicator in at least some of the data packets of the detected downlink data packet session such that the data packets for which the lifetime indicator has been amended, have reached the end of the lifetime and cannot be transmitted further when arriving at the first user entity. - receiving a session request from a session control entity instructing the gateway to apply a tethering policy indicating how to handle the tethering mechanism, - detecting a downlink data packet session transmitted to the first user entity, - amending the lifetime indicator in at least some of the data packets of the detected downlink data packet session such that the data packets for which the lifetime indicator has been amended, have reached the end of the lifetime and cannot be transmitted further when arriving at the first user entity.
A motor driving control apparatus for an electrically assisted bicycle , comprising: a driving unit that drives a motor ; and a regeneration control unit that controls the driving unit so as to generate a regenerative braking force in accordance with a vehicle acceleration (Af), a vehicle speed (Vf) and a pedal-rotation converted speed that is obtained by converting a pedal rotation speed, characterized in that the regeneration control unit corrects a regenerative braking force that corresponds to at least one of the vehicle speed (Vf) and the vehicle acceleration (Af) according to a coincidence degree that is expressed as the pedal-rotation converted speed divided by the vehicle speed (Vf), and the regeneration control unit performs the correction so that the regenerative braking force that corresponds to at least one of the vehicle speed (Vf) and the vehicle acceleration (Af) increases, when the coincidence degree decreases. a driving unit that drives a motor ; and a regeneration control unit that controls the driving unit so as to generate a regenerative braking force in accordance with a vehicle acceleration (Af), a vehicle speed (Vf) and a pedal-rotation converted speed that is obtained by converting a pedal rotation speed, characterized in that the regeneration control unit corrects a regenerative braking force that corresponds to at least one of the vehicle speed (Vf) and the vehicle acceleration (Af) according to a coincidence degree that is expressed as the pedal-rotation converted speed divided by the vehicle speed (Vf), and the regeneration control unit performs the correction so that the regenerative braking force that corresponds to at least one of the vehicle speed (Vf) and the vehicle acceleration (Af) increases, when the coincidence degree decreases.
An ophthalmic device comprising a silicone-containing polymer and at least one water soluble, cross-linked copolymer comprising a plurality of primary polymer chains each having a degree of polymerization in the range of 50 to 1,000, wherein the cross-linking occurs via covalent bonding, wherein said copolymer is associated with at least one surface of said ophthalmic device, wherein "associated" means that the copolymer is retained in or on the substrate without covalent bonding. wherein the cross-linking occurs via covalent bonding, wherein said copolymer is associated with at least one surface of said ophthalmic device, wherein "associated" means that the copolymer is retained in or on the substrate without covalent bonding.
An aqueous composition comprising: a. at least one xanthophyll and b. a hydrolysate of a protein, comprising di- and tripeptides for use in the treatment, prevention or amelioration of a neurodegenerative disease, wherein the neurodegenerative disease is selected from the group consisting of dementia, Alzheimer's disease, Huntington's Disease, Parkinson's disease, Multiple Sclerosis and Amyotrophic Lateral Sclerosis, wherein the protein is selected from the group consisting of lysozyme, ovomucin, ovotransferrin, ovalbumin and casein. a. at least one xanthophyll and b. a hydrolysate of a protein, comprising di- and tripeptides
Fuel injector comprising a control valve assembly arranged between an actuator assembly and a nozzle assembly , wherein a 3-way valve controls the flow for filling or draining a control chamber therefore enabling or preventing fuel injection, the control chamber being defined by a bore arranged in a nozzle body , a ceiling face and also by a head-end of needle valve member guided in said bore , characterized in that said bore extends between an open end in an upper face of said nozzle body and a tip-end where injection holes are arranged, the needle valve member being movable between an open position and a closed position of the injection holes and wherein, a plate is arranged movable in the control chamber between a filling position where the flow has to go through a first throttle (T1) only and, a return position where the flow has to go through both the first (T1) and a second (T2) throttles, said second throttle (T2) being a through orifice provided in said plate and, wherein said plate is annular having a circular outer face adjusted for being guided in the control chamber and a concentric circular inner face defining a central opening through which extends, the head-end of the needle valve member, wherein the head-end of the needle valve member defines an annular shoulder face surrounding a cylindrical member , said member extending through the plate central opening and, the fuel injector further comprising a spring compressed between said needle shoulder and the under face of said annular plate . , characterized in that said bore extends between an open end in an upper face of said nozzle body and a tip-end where injection holes are arranged, the needle valve member being movable between an open position and a closed position of the injection holes and wherein, a plate is arranged movable in the control chamber between a filling position where the flow has to go through a first throttle (T1) only and, a return position where the flow has to go through both the first (T1) and a second (T2) throttles, said second throttle (T2) being a through orifice provided in said plate and, wherein said plate is annular having a circular outer face adjusted for being guided in the control chamber and a concentric circular inner face defining a central opening through which extends, the head-end of the needle valve member, wherein the head-end of the needle valve member defines an annular shoulder face surrounding a cylindrical member , said member extending through the plate central opening and, the fuel injector further comprising a spring compressed between said needle shoulder and the under face of said annular plate .
Process for preparing methyl mercaptan, batchwise or continuously, preferably continuously, said process comprising at least the following steps: a) reaction of at least one hydrocarbon charge in the presence of hydrogen sulphide (H 2 S) and optionally of sulphur (S) to form carbon disulphide (CS 2 ) and hydrogen (H 2 ), b) hydrogenation reaction of said carbon disulphide (CS 2 ) in the presence of said hydrogen (H 2 ), both obtained in step a), to form methyl mercaptan (CH 3 SH), hydrogen sulphide (H 2 S) and optionally hydrogen (H 2 ), c) optionally, recycling of said hydrogen sulphide (H 2 S) formed in step b) to step a), and d) recovery of the methyl mercaptan. a) reaction of at least one hydrocarbon charge in the presence of hydrogen sulphide (H 2 S) and optionally of sulphur (S) to form carbon disulphide (CS 2 ) and hydrogen (H 2 ), b) hydrogenation reaction of said carbon disulphide (CS 2 ) in the presence of said hydrogen (H 2 ), both obtained in step a), to form methyl mercaptan (CH 3 SH), hydrogen sulphide (H 2 S) and optionally hydrogen (H 2 ), c) optionally, recycling of said hydrogen sulphide (H 2 S) formed in step b) to step a), and d) recovery of the methyl mercaptan.
An agricultural square baler for working harvested material into square bales , comprising - a drive train for working drive power provided from an auxiliary drive of a tractor , as well as - a plurality of working units for working the harvested material , wherein the drive train has at least one energy storage means in the form of a flywheel , wherein the drive train has a main baler transmission by means of which the drive power can be transmitted to the working units, characterized in that the drive train has at least one fluid coupling which transmits a torque in accordance with the Föttinger principle, wherein the fluid coupling is associated with the flywheel , wherein, considered in the direction of flow of the drive power, the fluid coupling is upstream of the flywheel or, considered in the direction of flow of the drive power, the fluid coupling is downstream of the flywheel . - a drive train for working drive power provided from an auxiliary drive of a tractor , as well as - a plurality of working units for working the harvested material , wherein the drive train has at least one energy storage means in the form of a flywheel , wherein the drive train has a main baler transmission by means of which the drive power can be transmitted to the working units, characterized in that the drive train has at least one fluid coupling which transmits a torque in accordance with the Föttinger principle, wherein the fluid coupling is associated with the flywheel , wherein, considered in the direction of flow of the drive power, the fluid coupling is upstream of the flywheel or, considered in the direction of flow of the drive power, the fluid coupling is downstream of the flywheel .
Harvesting machine having a harvesting attachment and a drive system for the harvesting attachment , which drive system comprises a drive motor and a drive train, which is connected between the drive motor and one or more driven elements of the harvesting attachment and has an adjustable hydraulic pump arranged onboard on the harvesting machine and a hydraulic motor which is connected to the hydraulic pump in a closed circuit, wherein the hydraulic motor is attached to the harvesting attachment and is connected to the hydraulic pump by releasable hydraulic coupling connections, characterized in that the harvesting attachment is provided with a marking which can be read by a control device of the harvesting machine , and in that , in the event that it can be identified with reference to information assigned to the marking that the harvesting attachment contains a hydraulic motor for driving the harvesting attachment , the control device can be operated to open a valve arranged between the hydraulic pump and the hydraulic motor .
Under liquid fabric transportation mechanism suitable for a continuous open width washing range, wherein the under liquid fabric transportation mechanism includes a driven rotor being installed inside a driven drum in a washing compartment ; the driven drum includes an external circumferential drum surface and support side plates and bushings on both ends, the bushings can be rotated on rotor shafts installed on the washing compartment; the external circumferential drum surface is punched with perforations on its surface for passing through of circulating liquid; the driven rotor has the rotor shafts which are mounted on rotor side plates of the driven rotor, both rotor shafts are installed with mechanical seals , one of the rotor shafts is extended outside the washing compartment for driving motor installation for driving the driven rotor ; the driven rotor is inside and coaxial with the perforated external circumferential drum surface wherein the driven rotor comprises a rotor body , having paddling profiles on its circumference causing during rotation of the driven rotor a spinning of liquid inside the drum and relatively steady liquid outside the circumferential drum surface for creating, as per Bernoulli's principle, a pressure difference between the volumes inside and outside the perforated external circumferential drum surface thereby creating a lower pressure inside the perforated external circumferential drum surface , for increasing by suction the surface friction between the lower part of the perforated external circumferential drum surface and the fabric .
A method of preparing a gas sensing composition, comprising; diluting a metalloporphyrin dye in solvent to a concentration of 0.1 - 5 mg/mL; dissolving a nanoporous silica carrier material in said solvent; mixing said diluted metalloporphyrin dye with said dissolved nanoporous silica carrier material, wherein said nanoporous silica carrier material having a pore size in the range 3.5-50 nm and a particle size less than 5 μm; evaporating said solvent from said nanoporous silica carrier material for binding of said metalloporphyrin dye to said silica nanoporous carrier material. diluting a metalloporphyrin dye in solvent to a concentration of 0.1 - 5 mg/mL; dissolving a nanoporous silica carrier material in said solvent; mixing said diluted metalloporphyrin dye with said dissolved nanoporous silica carrier material, wherein said nanoporous silica carrier material having a pore size in the range 3.5-50 nm and a particle size less than 5 μm; evaporating said solvent from said nanoporous silica carrier material for binding of said metalloporphyrin dye to said silica nanoporous carrier material.
A method for extracting metal and oxygen from powdered metal oxides in an electrolytic cell, comprising a container, a cathode, an anode and an oxygen-ion-conducting membrane, the method comprising: - providing a solid oxygen ion conducting electrolyte powder into a container, - providing a feedstock comprising at least one metal oxide in powdered form into the container, - applying an electric potential across the cathode and the anode, the cathode being in communication with the electrolyte powder and the anode being in communication with the membrane in communication with the electrolyte powder, such that at least one respective metallic species of the at least one metal oxide is reduced at the cathode and oxygen is oxidized at the anode to form molecular oxygen, wherein the potential across the cathode and the anode is greater than the dissociation potential of the at least one metal oxide and less than the dissociation potential of the solid electrolyte powder and the membrane. - providing a solid oxygen ion conducting electrolyte powder into a container, - providing a feedstock comprising at least one metal oxide in powdered form into the container, - applying an electric potential across the cathode and the anode, the cathode being in communication with the electrolyte powder and the anode being in communication with the membrane in communication with the electrolyte powder, such that at least one respective metallic species of the at least one metal oxide is reduced at the cathode and oxygen is oxidized at the anode to form molecular oxygen,
A convection system comprising: a housing ; a chimney defined in the housing to pass fluid into and out of the housing ; a fan rotatably coupled to the housing to create a pressure differential within the housing to pass the fluid into the housing ; a heating element located in juxtaposition to the fan to heat the fluid passed into the housing via the chimney ; characterised by : a thermal fuse located at an orifice (102-1) of the chimney between the chimney and the heating element , wherein, in response to a failure of the fan , heated fluid from the heating element convects through the chimney past the thermal fuse , the convection of the heated fluid to increase a rate of heat transfer to the thermal fuse , wherein: convection of the heated fluid past the thermal fuse causes the thermal fuse to trip, and the thermal fuse , when tripped, deactivates the heating element . a housing ; a chimney defined in the housing to pass fluid into and out of the housing ; a fan rotatably coupled to the housing to create a pressure differential within the housing to pass the fluid into the housing ; a heating element located in juxtaposition to the fan to heat the fluid passed into the housing via the chimney ; a thermal fuse located at an orifice (102-1) of the chimney between the chimney and the heating element , wherein, in response to a failure of the fan , heated fluid from the heating element convects through the chimney past the thermal fuse , the convection of the heated fluid to increase a rate of heat transfer to the thermal fuse , wherein: convection of the heated fluid past the thermal fuse causes the thermal fuse to trip, and the thermal fuse , when tripped, deactivates the heating element . convection of the heated fluid past the thermal fuse causes the thermal fuse to trip, and the thermal fuse , when tripped, deactivates the heating element .