mhurhangee/patent-ind-claim-en huggingface dataset:
A precise measuring device for powders feeding comprising: a material storage unit configured to accommodate powders, the material storage unit including a supply pipe unit arranged on a bottom of the material storage unit , and the supply pipe unit having a first side communicating with the material storage unit so as to receive the powders dropping from the material storage unit , and the supply pipe unit having an outlet defined on a second side of the supply pipe unit ; a material feeder connected with a third side of the supply pipe unit and configured to deliver the powders to the outlet from the supply pipe unit ; and a measuring unit including a container and a weighting scale on which the container is placed, whereby the measuring unit is located below the outlet , and the container is configured to accommodate the powders dropping from the outlet of the supply pipe unit , characterized by a plug configured to movably abut against or remove from the outlet ; a powder control device movably connected with the plug and configured to movably control the plug to abut against or to remove from the outlet . a material storage unit configured to accommodate powders, the material storage unit including a supply pipe unit arranged on a bottom of the material storage unit , and the supply pipe unit having a first side communicating with the material storage unit so as to receive the powders dropping from the material storage unit , and the supply pipe unit having an outlet defined on a second side of the supply pipe unit ; a material feeder connected with a third side of the supply pipe unit and configured to deliver the powders to the outlet from the supply pipe unit ; and a measuring unit including a container and a weighting scale on which the container is placed, whereby the measuring unit is located below the outlet , and the container is configured to accommodate the powders dropping from the outlet of the supply pipe unit , characterized by a plug configured to movably abut against or remove from the outlet ; a powder control device movably connected with the plug and configured to movably control the plug to abut against or to remove from the outlet .
Hydraulic control system of a lifting drive of a lifting frame of an industrial truck, wherein the control system has a directional control valve device which is connected to a delivery line of a hydraulic pump , to a container line routed to the container , and to a connecting line routed to the lifting drive , wherein the directional control valve device is configured to control the lifting operation and the lowering operation of the lifting drive , characterized in that the control system has a pressure protection valve , which is associated with the connecting line , wherein the pressure protection valve is configured to limit a pressure peak, which is introduced into the lifting frame, in the event of a fault in the directional control valve device .
A device for painting a compressor or vacuum pump housing comprising a first semi-cylindrical structure adjoined to a second semi-cylindrical structure, the device comprising: - a dispersing head for dispersing paint droplets, the dispersing head comprising a rotating part having a bell shaped structure and a stationary part ; - a paint reservoir connected to the stationary part through a conduit; - a supporting structure comprising fixing means adapted to receive the compressor or vacuum pump housing in a fixed manner; the device further comprising a controller for controlling a rotational speed of the rotating part , whereby the controller is provided with means for controlling a rotational direction of the rotating part in a clockwise direction for painting the first semi-cylindrical structure of the compressor or vacuum pump housing and for changing the rotational direction to a counterclockwise direction for painting the second semi-cylindrical structure of the compressor or vacuum pump housing , the device comprising a paint pump , preferably a membrane pump, configured to be mounted on the conduit; the device being characterized by a second paint pump , preferably a gear pump, configured to be positioned downstream of the paint pump and upstream of the dispersing head . - a dispersing head for dispersing paint droplets, the dispersing head comprising a rotating part having a bell shaped structure and a stationary part ; - a paint reservoir connected to the stationary part through a conduit; - a supporting structure comprising fixing means adapted to receive the compressor or vacuum pump housing in a fixed manner;
A system for calculating a thermal conductivity of a gaseous substance, the system comprising: a cover member (301; 401) comprising a flow tunnel , wherein the cover member (301; 401) is configured to enable the gaseous substance to flow through the flow tunnel ; a flow sensing element (103; 425; 514) disposed on a substrate (303; 403), wherein the flow sensing element (103; 425; 514) is exposed to the gaseous substance in the flow tunnel and configured for sensing a flow rate of the gaseous substance through the flow tunnel ; a pressure sensing element (105; 427; 516) disposed on the substrate (303; 403), wherein the pressure sensing element (105; 427; 516) is exposed to the gaseous substance in the flow tunnel and configured for sensing a pressure of gaseous substance in the flow tunnel ; and a processing circuitry configured to calculate the thermal conductivity of the gaseous substance based on the sensed flow rate and the pressure. a cover member (301; 401) comprising a flow tunnel , wherein the cover member (301; 401) is configured to enable the gaseous substance to flow through the flow tunnel ; a flow sensing element (103; 425; 514) disposed on a substrate (303; 403), wherein the flow sensing element (103; 425; 514) is exposed to the gaseous substance in the flow tunnel and configured for sensing a flow rate of the gaseous substance through the flow tunnel ; a pressure sensing element (105; 427; 516) disposed on the substrate (303; 403), wherein the pressure sensing element (105; 427; 516) is exposed to the gaseous substance in the flow tunnel and configured for sensing a pressure of gaseous substance in the flow tunnel ; and a processing circuitry configured to calculate the thermal conductivity of the gaseous substance based on the sensed flow rate and the pressure.
A second network element for setting up a proximity services device-to-device communication service between a first network element and the second network element, comprising: at least one processor , and at least one memory for storing instructions to be executed by the processor, wherein the at least one memory and the instructions are configured to, with the at least one processor, cause the second network element at least to perform receiving (S41), from the first network element requesting setup, a scheduling assignment and at least one of data packets scheduled in the scheduling assignment; determining (S42) that at least one of the received data packets relates to a new proximity services device-to-device communication service traffic flow; determining (S43) that a message including application control information is included in the at least one of the received data packets; and completing (S44) the setup based on the application control information. at least one processor , and at least one memory for storing instructions to be executed by the processor, wherein the at least one memory and the instructions are configured to, with the at least one processor, cause the second network element at least to perform receiving (S41), from the first network element requesting setup, a scheduling assignment and at least one of data packets scheduled in the scheduling assignment; determining (S42) that at least one of the received data packets relates to a new proximity services device-to-device communication service traffic flow; determining (S43) that a message including application control information is included in the at least one of the received data packets; and completing (S44) the setup based on the application control information.
Attachment for a vehicle wheel comprising a rim for enabling a driving operation with a restricted tire function, wherein the attachment has a tread section with a tread , and wherein the attachment comprises at least one clamping device , which is designed to engage behind a section of the rim , wherein the attachment further comprises an initial mounting section , and at least a part of the tread section is designed separately from the initial mounting section and connectably to this in a detachable manner or is designed to be connected movably to the initial mounting section , wherein the initial mounting section is designed for an arrangement lying radially internally with regard to the tread when the attachment is fastened on the vehicle wheel , characterized in that the attachment comprises a contact section , which is designed to actuate the clamping device and bring it into rear engagement with the section of the rim when the contact section is actuated, and wherein the contact section is arranged on the tread section and is designed and arranged so that, when the tread section is affixed on the vehicle wheel , it contacts the vehicle wheel and is actuated by this contact, or wherein the contact section is arranged on the initial mounting section and is designed and arranged so that, when the initial mounting section is affixed on the vehicle wheel , it contacts the vehicle wheel and is actuated by this contact.
Method for arranging at least one battery module in at least one part of a battery housing having a cooling apparatus , comprising the following steps: - providing the at least one part of the battery housing , which has an insertion opening for inserting the at least one battery module , and the cooling apparatus , which is arranged on a side of the part of the battery housing opposite to the insertion opening , wherein the cooling apparatus has a first side facing the insertion opening , and a predetermined module placement area ; - placing a thermal conduction component on the first side of the cooling apparatus at least in the predetermined module placement area ; - inserting the at least one battery module in the module placement area ; - pressing the battery module in a pressing direction (R) extending towards the cooling apparatus ; wherein at least before the pressing of the battery module , there is arranged on a second side that is opposite the first side of the cooling apparatus and faces away from the insertion opening a counterholder device , which supports the cooling apparatus during pressing of the at least one battery module in the predetermined module placement area , characterised in that the housing floor of the battery housing is formed by the cooling apparatus and the counterholder device is removed from the housing floor after the pressing of the battery module . - providing the at least one part of the battery housing , which has an insertion opening for inserting the at least one battery module , and the cooling apparatus , which is arranged on a side of the part of the battery housing opposite to the insertion opening , wherein the cooling apparatus has a first side facing the insertion opening , and a predetermined module placement area ; - placing a thermal conduction component on the first side of the cooling apparatus at least in the predetermined module placement area ; - inserting the at least one battery module in the module placement area ; - pressing the battery module in a pressing direction (R) extending towards the cooling apparatus ;
Drive comprising an electric motor and a gearing, the casing of the gearing having a casing part and a lid part , which are interconnected, a bayonet guide region being formed on the casing part , the electric motor having a rotor shaft and a motor casing , the rotor shaft being rotatably mounted in the motor casing by means of at least one bearing, an adapter flange being non-rotatably connected to the motor casing , characterised in that the adapter flange has a lug region in the form of a bayonet lug for engaging behind the bayonet guide region , the bayonet guide region protruding into an opening of the casing part , the opening being defined in the circumferential direction by a retaining rib , which is shaped on the casing part and extends in the radial direction from a bearing receptacle of the bearing of the input shaft of the gearing, based on the axial direction of the input shaft, the opening being defined in the opposite direction to the circumferential direction by a further retaining rib , which is shaped on the casing part and extends in the radial direction from a bearing receptacle of the bearing of the input shaft.
A process for preventing oxidation of a surface of an alloy article, comprising the steps of: activating at least one surface portion of an alloy article, wherein the alloy article comprises one or more of stainless steel, a nickel-base alloy, and a titanium-base alloy; wherein activating the at least one surface of the alloy article involves immersing the alloy article in an aqueous hydrochloric acid solution, wherein the liquid pH value of the solution ranges from about +4 to about -1; and contacting the at least one surface portion of the alloy article with a liquid comprising ethanol for temporarily preventing formation of a passivating layer on the at least one surface portion. activating at least one surface portion of an alloy article, wherein the alloy article comprises one or more of stainless steel, a nickel-base alloy, and a titanium-base alloy; wherein activating the at least one surface of the alloy article involves immersing the alloy article in an aqueous hydrochloric acid solution, wherein the liquid pH value of the solution ranges from about +4 to about -1; and contacting the at least one surface portion of the alloy article with a liquid comprising ethanol for temporarily preventing formation of a passivating layer on the at least one surface portion.
A tongue based interface (T_I) arranged to receive an input from a user by means of activation by the user's tongue, the tongue based interface comprising - tongue sensor device arranged for position in the oral cavity of the user, the tongue sensor device comprising - a sensor panel (SP) comprising a 2D array of a plurality of activation zones (AZ1, AZ2, AZ3) and related electric coils, wherein the sensor panel (SP) is arranged to be positioned in an upper part of the oral cavity of the user, characterized in that the tongue based interface (T_I) further comprises - a guide structure (GS) arranged to carry a ferrous or metallic activation unit (A_U) movably in a plane upon manipulation by the user's tongue, so as to allow the user to position the activation unit (A_U) in relation to the 2D array of the plurality of activation zones (AZ1, AZ2, AZ3), and wherein the guide structure (GS) allows the activation unit (A_U) to move in a direction out of said plane in order to allow the user's tongue to manipulate the activation unit (A_U) near one of said activation zones (AZ1, AZ2, AZ3) for activation of said one activation zone (AZ1, AZ2, AZ3), and - an electronic circuit (EC) connected to the electric coils of the sensor panel (SP) and being arranged to sense activation of one or more of the activation zones (AZ1, AZ2, AZ3) caused by the activation unit (A_U) by means of the related electric coils, and wherein the electronic circuit (EC) is arranged to generate a wireless or wired output (RF_O) accordingly. - tongue sensor device arranged for position in the oral cavity of the user, the tongue sensor device comprising - a sensor panel (SP) comprising a 2D array of a plurality of activation zones (AZ1, AZ2, AZ3) and related electric coils, wherein the sensor panel (SP) is arranged to be positioned in an upper part of the oral cavity of the user, - a sensor panel (SP) comprising a 2D array of a plurality of activation zones (AZ1, AZ2, AZ3) and related electric coils, wherein the sensor panel (SP) is arranged to be positioned in an upper part of the oral cavity of the user, - a guide structure (GS) arranged to carry a ferrous or metallic activation unit (A_U) movably in a plane upon manipulation by the user's tongue, so as to allow the user to position the activation unit (A_U) in relation to the 2D array of the plurality of activation zones (AZ1, AZ2, AZ3), and wherein the guide structure (GS) allows the activation unit (A_U) to move in a direction out of said plane in order to allow the user's tongue to manipulate the activation unit (A_U) near one of said activation zones (AZ1, AZ2, AZ3) for activation of said one activation zone (AZ1, AZ2, AZ3), and - an electronic circuit (EC) connected to the electric coils of the sensor panel (SP) and being arranged to sense activation of one or more of the activation zones (AZ1, AZ2, AZ3) caused by the activation unit (A_U) by means of the related electric coils, and wherein the electronic circuit (EC) is arranged to generate a wireless or wired output (RF_O) accordingly.
An apparatus comprising: an unmanned aerial vehicle, UAV, for delivering parcels, the UAV having a securing area; and a multiple hoist system attached to the UAV and comprising: a body attached to the securing area of the UAV , wherein the body comprises a securing device, wherein the body is attached to the UAV via the securing device of the body releasably engaging the securing area of the UAV , and at least two hoists attached to the body , each of the at least two hoists being operable to independently extend a first line from a first hoist and a second line from a second hoist . an unmanned aerial vehicle, UAV, for delivering parcels, the UAV having a securing area; and a multiple hoist system attached to the UAV and comprising: a body attached to the securing area of the UAV , wherein the body comprises a securing device, wherein the body is attached to the UAV via the securing device of the body releasably engaging the securing area of the UAV , and at least two hoists attached to the body , each of the at least two hoists being operable to independently extend a first line from a first hoist and a second line from a second hoist . a body attached to the securing area of the UAV , wherein the body comprises a securing device, wherein the body is attached to the UAV via the securing device of the body releasably engaging the securing area of the UAV , and at least two hoists attached to the body , each of the at least two hoists being operable to independently extend a first line from a first hoist and a second line from a second hoist .
A repair patch for a composite material to repair a part to be repaired which is a repair target of the composite material, the patch comprising: a patch main body that is a laminate of a plurality of fiber reinforced preforms (P) in a thickness direction, and has a bonding surface to be bonded to the part to be repaired; and a removal layer that is provided on the bonding surface to be peelable off from the patch main body, wherein the bonding surface includes an inclined surface that is inclined with respect to the thickness direction of the patch main body, the removal layer includes a processed portion that causes the removal layer to have a shape complementary to a shape of the inclined surface of the patch main body, characterised in that the processed portion is formed of slits that are formed at positions to face end portions of the plurality of fiber reinforced preforms in the thickness direction of the patch main body, the end portions being located in the inclined surface. a patch main body that is a laminate of a plurality of fiber reinforced preforms (P) in a thickness direction, and has a bonding surface to be bonded to the part to be repaired; and a removal layer that is provided on the bonding surface to be peelable off from the patch main body, wherein the bonding surface includes an inclined surface that is inclined with respect to the thickness direction of the patch main body, the removal layer includes a processed portion that causes the removal layer to have a shape complementary to a shape of the inclined surface of the patch main body, characterised in that the processed portion is formed of slits that are formed at positions to face end portions of the plurality of fiber reinforced preforms in the thickness direction of the patch main body, the end portions being located in the inclined surface.
A method of mounting a fastening device to a support arm arrangement of a gas extractor , wherein the fastening device is configured to be mounted to an elongated profile element of the support arm arrangement exhibiting a cross-sectional profile shape , the fastening device is configured to hold a tubing member by means of a holding element , configured to be coupled to the fastening device and to the tubing member ; the fastening device comprises a contour surface (11, CS) at least partly corresponding with said cross-sectional profile shape , wherein the contour surface (11, CS) is configured for engaging and retaining the fastening device to the elongated profile element when the fastening device is mounted to the elongated profile element , the method comprises the steps of: - providing the fastening device ; - mounting the fastening device to the elongated profile element by engaging the contour surface (11, CS) to the elongated profile element , the contour surface being configured to retain the fastening device to the elongated profile element , characterized in that the fastening device is mounted, such that it snugly embraces the elongated profile element ; and - coupling the holding element to the tubing member and to the fastening device by releasably coupling a first coupling member of the fastening device to a first coupling element of the holding element . - providing the fastening device ; - mounting the fastening device to the elongated profile element by engaging the contour surface (11, CS) to the elongated profile element , the contour surface being configured to retain the fastening device to the elongated profile element , characterized in that the fastening device is mounted, such that it snugly embraces the elongated profile element ; and - coupling the holding element to the tubing member and to the fastening device by releasably coupling a first coupling member of the fastening device to a first coupling element of the holding element .