mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a sensor configured to be located in an interior of a fuel tank and generate information about a fuel level in the interior of the fuel tank and about moisture in the fuel tank; wherein the sensor is a capacitive sensor comprising first structure and second structure that are positioned relative to each other such that a charge can occur between first structure and second structure , a difference in capacitance between first structure and second structure being used to generate information about fuel level and electrical conductivity between first structure and second structure being used to detect the presence of moisture; and a wireless unit electrically connected to the sensor , wherein the wireless unit is configured to receive the information from the sensor and transmit the information using wireless signals , characterized in that: the sensor and the wireless unit form a fuel sensor unit , said fuel sensor unit being configured to be located in the interior of the fuel tank and further including a structure ; and the wireless unit is located within an interior of the structure , wherein the structure is encased in an epoxy coating. a sensor configured to be located in an interior of a fuel tank and generate information about a fuel level in the interior of the fuel tank and about moisture in the fuel tank; wherein the sensor is a capacitive sensor comprising first structure and second structure that are positioned relative to each other such that a charge can occur between first structure and second structure , a difference in capacitance between first structure and second structure being used to generate information about fuel level and electrical conductivity between first structure and second structure being used to detect the presence of moisture; and a wireless unit electrically connected to the sensor , wherein the wireless unit is configured to receive the information from the sensor and transmit the information using wireless signals , characterized in that: the sensor and the wireless unit form a fuel sensor unit , said fuel sensor unit being configured to be located in the interior of the fuel tank and further including a structure ; and the wireless unit is located within an interior of the structure , wherein the structure is encased in an epoxy coating. the sensor and the wireless unit form a fuel sensor unit , said fuel sensor unit being configured to be located in the interior of the fuel tank and further including a structure ; and the wireless unit is located within an interior of the structure , wherein the structure is encased in an epoxy coating.
A power converter comprising a rectifier to convert AC power from an AC power supply into DC voltage at a load , a smoothing capacitor that is connected to a DC output of the rectifier , a short circuit unit to short-circuit the AC power supply via an inductor , and a controller capable of changing the number of short circuit operations of the short circuit unit during a half cycle of the AC power supply on a basis of a load condition, characterized in that the controller is configured to set a first number of short circuit operations of said number of short circuit operations after a first delay time (Tdll) from a zero crossing point of the AC power supply, and subsequently during a following cycle of the AC power set a second number of short circuit operations of said number of short circuit operations after a second delay time (Tdl2) from the corresponding zero crossing point of the AC power supply, wherein when the second number of short circuit operations is set to be greater than the first number of short circuit operations, the length of the second delay time (Tdl2) is controlled by the controller to be greater than the length of the first delay time (Tdll), and when the second number of short circuit operations is set to be less than the first number of short circuit operations, the length of the second delay time (Tdl2) is controlled by the controller to be less than the length of the first delay time (Tdl1). when the second number of short circuit operations is set to be greater than the first number of short circuit operations, the length of the second delay time (Tdl2) is controlled by the controller to be greater than the length of the first delay time (Tdll), and when the second number of short circuit operations is set to be less than the first number of short circuit operations, the length of the second delay time (Tdl2) is controlled by the controller to be less than the length of the first delay time (Tdl1).
Protective vest comprising at least one front face , one rear face and two sides , each extending between the front face and the rear face, left and right respectively, at least one side , preferably each side , being fixed in a removable manner to the rear face and to the front face by removable fixing means, said removable fixing means comprising an elongated strap ending at one end in a mutual fixing system intended to engage with a mutual fixing system of a removable closure with self-gripping fixing from the front face , said strap and said side being provided with self-gripping portions engaging together such that the or each side may assume a plurality of positions in relation to the rear face and the front face.
A crystalline form (Form 1) of 6-carboxy-2-(3,5-dichlorophenyl)-benzoxazole, wherein said crystalline form has a powder X-ray diffraction pattern which comprises a peak at a diffraction angle (2θ) of 28.6 ± 0.2.
A method for controlling congestion on a network connection between a first computing device and a second computing device , comprising: transmitting a set of data packets on the network connection from the first computing device to the second computing device ; identifying each data packet in the set of data packets that experienced congestion on the network connection; sending, by the second computing device to the first computing device , Acknowledgement, ACK, packets , each ACK packet having information that indicates whether that specific data packet experienced congestion; and adjusting a rate of transmitting data packets on the network connection based on the ACK packets sent to the first computing device , wherein identifying includes marking the transmitted data packets if a queue size in a device on the network connection exceeds a predetermined, single value threshold K and notifying the first computing device of each marked data packet, the method further comprising determining threshold K to be an amount of buffer space required to support full utilization of the network connection plus an amount of buffer space required to hold the largest burst size sent by the first computing device . transmitting a set of data packets on the network connection from the first computing device to the second computing device ; identifying each data packet in the set of data packets that experienced congestion on the network connection; sending, by the second computing device to the first computing device , Acknowledgement, ACK, packets , each ACK packet having information that indicates whether that specific data packet experienced congestion; and adjusting a rate of transmitting data packets on the network connection based on the ACK packets sent to the first computing device , wherein identifying includes marking the transmitted data packets if a queue size in a device on the network connection exceeds a predetermined, single value threshold K and notifying the first computing device of each marked data packet, the method further comprising determining threshold K to be an amount of buffer space required to support full utilization of the network connection plus an amount of buffer space required to hold the largest burst size sent by the first computing device .
A structural modular composite beam comprising: a pair of modular fiber reinforced plastic flanges comprising; a body formed of a plurality of elongate elements arranged in an array such that the longitudinal axes of the elongate elements are substantially parallel to one another, wherein the dimensions of the body are substantially determined by the number and arrangement of the elongate elements in the array; and a skin member at least partially surrounding a plurality of the elongate elements in the array, characterized in that the skin member comprises a socket to receive, in use, a shear web inserted and fitted into the respective socket in each of the two modular flanges and attached by means of an adhesive; wherein the pair of modular flanges are attached to each other by the shear web . a pair of modular fiber reinforced plastic flanges comprising; a body formed of a plurality of elongate elements arranged in an array such that the longitudinal axes of the elongate elements are substantially parallel to one another, wherein the dimensions of the body are substantially determined by the number and arrangement of the elongate elements in the array; and a skin member at least partially surrounding a plurality of the elongate elements in the array, characterized in that the skin member comprises a socket to receive, in use, a shear web inserted and fitted into the respective socket in each of the two modular flanges and attached by means of an adhesive; wherein the pair of modular flanges are attached to each other by the shear web .
A method of forming an item of footwear comprising the steps of: (a) providing a sole member formed of a first rubber material having a first compressive resistance, the sole member comprising a cavity in an upper surface of a heel region of the sole member ; (b) placing an insert into the cavity , the insert having a second compressive resistance lower than the first compressive resistance; and then (c) vulcanising to thereby attach an upper part formed of a second rubber material to the sole member at a first temperature, wherein the insert is formed of a material which is solid at the first temperature. (a) providing a sole member formed of a first rubber material having a first compressive resistance, the sole member comprising a cavity in an upper surface of a heel region of the sole member ; (b) placing an insert into the cavity , the insert having a second compressive resistance lower than the first compressive resistance; and then (c) vulcanising to thereby attach an upper part formed of a second rubber material to the sole member at a first temperature,
Switching device for disconnecting a current path in a DC supply system, said current path comprising source-end and load-end inductances , said switching device comprising at least two series-connected switching modules , wherein each of the switching modules comprises at least one controllable semiconductor switching element , to which a series circuit consisting of a resistor and a capacitor is connected in parallel, characterized in that - the resistor is formed from a series circuit of two series-connected resistors , wherein a first end of the series circuit is connected to a first load terminal of the controllable semiconductor switching element and a second end of the series circuit is connected to the capacitor , and - each of the switching modules also comprises a further controllable semiconductor switching element which is connected directly between a first node of the two resistors in the series circuit and a second node which connects the capacitor to a second load terminal of the controllable semiconductor switching element . - the resistor is formed from a series circuit of two series-connected resistors , wherein a first end of the series circuit is connected to a first load terminal of the controllable semiconductor switching element and a second end of the series circuit is connected to the capacitor , and - each of the switching modules also comprises a further controllable semiconductor switching element which is connected directly between a first node of the two resistors in the series circuit and a second node which connects the capacitor to a second load terminal of the controllable semiconductor switching element .
A smoke purification device (G) adapted for use in connection with a furnace system, such as a wood burner, a wood burning stove, an open fireplace, a furnace, stove or heath for burning wood or a smaller furnace or boiler for burning biomass fuel or wood pellets, said furnace system comprising a furnace and an outflow pipe, wherein the smoke purification device comprises: an exit gas cleaning bag arranged in an exit gas chamber of the smoke purification device (G), a construction for cleaning the exit gas cleaning bag , a housing for receiving residual or waste products, an access device for opening and/or closing the housing and a door or hatch adapted for enabling removal of residual or waste products, the exit gas cleaning bag and the like, all of which are adapted to be arranged at or in connection with the furnace , and an air bleeding device adapted for removing exit gases by suction through the exit gas cleaning bag , a valve for opening or closing for the exit gases and a plurality of openings for entry of combustion air through an outer air chamber of the smoke purification device (G) to the furnace , the combustion air thereby getting preheated by the exit gas chamber of the smoke purification device (G), the air bleeding device , the valve and the plurality of openings being arranged at an end of the exit gas chamber opposite to the housing . an exit gas cleaning bag arranged in an exit gas chamber of the smoke purification device (G), a construction for cleaning the exit gas cleaning bag , a housing for receiving residual or waste products, an access device for opening and/or closing the housing and a door or hatch adapted for enabling removal of residual or waste products, the exit gas cleaning bag and the like, all of which are adapted to be arranged at or in connection with the furnace , and an air bleeding device adapted for removing exit gases by suction through the exit gas cleaning bag , a valve for opening or closing for the exit gases and a plurality of openings for entry of combustion air through an outer air chamber of the smoke purification device (G) to the furnace , the combustion air thereby getting preheated by the exit gas chamber of the smoke purification device (G), the air bleeding device , the valve and the plurality of openings being arranged at an end of the exit gas chamber opposite to the housing .
A temperature measuring circuit, comprising: a control unit (U1), comprising a first current output interface , a second current output interface , a first input/output interface , a second input/output interface , and a third input/output interface ; wherein the first current output interface and the first input/output interface of the control unit (U1) are respectively electrically connectable to a first interface (CN1-1) of a temperature sensor (CN1); the second current output interface and the second input/output interface of the control unit (U1) are respectively electrically connectable to a second interface (CN1-2) of the temperature sensor (CN1); and the third input/output interface of the control unit (U1) is electrically connectable to a third interface (CN1-3) of the temperature sensor (CN1); characterized in that the temperature measuring circuit comprises a second filter capacitor (C5) electrically connected between the second input/output interface and the ground, and a third filter capacitor (C11) electrically connected between the third input/output interface and the ground, a first filter capacitor (C3) electrically connected between the first input/output interface of the control unit and the ground, a fourth filter capacitor (C2) electrically connected between the first input/output interface and the second input/output interface , and a fifth filter capacitor (C1) electrically connected between the first input/output interface and the third input/output interface . a control unit (U1), comprising a first current output interface , a second current output interface , a first input/output interface , a second input/output interface , and a third input/output interface ; wherein the first current output interface and the first input/output interface of the control unit (U1) are respectively electrically connectable to a first interface (CN1-1) of a temperature sensor (CN1); the second current output interface and the second input/output interface of the control unit (U1) are respectively electrically connectable to a second interface (CN1-2) of the temperature sensor (CN1); and the third input/output interface of the control unit (U1) is electrically connectable to a third interface (CN1-3) of the temperature sensor (CN1); characterized in that the temperature measuring circuit comprises a second filter capacitor (C5) electrically connected between the second input/output interface and the ground, and a third filter capacitor (C11) electrically connected between the third input/output interface and the ground, a first filter capacitor (C3) electrically connected between the first input/output interface of the control unit and the ground, a fourth filter capacitor (C2) electrically connected between the first input/output interface and the second input/output interface , and a fifth filter capacitor (C1) electrically connected between the first input/output interface and the third input/output interface .
Precast element for buildings comprising a structural portion having a first structural layer and a second structural layer substantially parallel to one another and separated from each other to form an inter-space and comprising a first reinforcement and a second reinforcement respectively, connected to one another to make said first structural layer integral to said second structural layer ; wherein it comprises a coating portion coupled to said first structural layer and comprising: - a coating layer adapted to be exposed in the environment; - a heat insulating layer interposed between said coating layer and said first structural layer and defining with said heat insulating layer a coating portion of said element ; and - at least one connecting element which extends from said coating layer to said first structural layer and is partially inserted therein to retain said coating portion coupled to said first structural layer ; characterized by the fact that: - said connecting element is a fiberglass net; and - said coating layer comprises a first binding material comprising gypsum; and - said first structural layer comprises a second binding material comprising cement. - a coating layer adapted to be exposed in the environment; - a heat insulating layer interposed between said coating layer and said first structural layer and defining with said heat insulating layer a coating portion of said element ; and - at least one connecting element which extends from said coating layer to said first structural layer and is partially inserted therein to retain said coating portion coupled to said first structural layer ; - said connecting element is a fiberglass net; and - said coating layer comprises a first binding material comprising gypsum; and - said first structural layer comprises a second binding material comprising cement.
A binder composition for use in the formation of fibrous insulation and non-woven mats, the binder composition comprising: water; a metal salt; and a polyol; wherein the metal salt and the polyol are present in a weight ratio of 1:20 to 1:1, wherein the metal salt is selected from the group consisting of boron, aluminum, gallium, indium, tin, iron, zinc, titanium, bismuth, zirconium, and combinations thereof, and wherein the polyol is polyvinyl alcohol. water; a metal salt; and a polyol;
A precursor plate for the manufacture of intaglio printing plates for intaglio printing of sheets of security papers, wherein said precursor plate comprises a laser-engravable polymer layer, wherein said polymer layer is a polyimide containing dispersed carbon black material, and wherein said polymer layer is KAPTON (trademark by Dupont de Nemours).
A rigid endoscope cover for covering a part in a circumferential direction of an outer circumferential surface of a rigid endoscope having an observation window portion provided at a tip thereof, the cover comprising: an outer cover portion configured to cover the part in the circumferential direction of the outer circumferential surface of the rigid endoscope and having flexibility; and an inner cover portion provided on an inner surface of the outer cover portion and configured to define a flow passage for a washing fluid to be supplied to the observation window portion of the rigid endoscope , wherein the outer cover portion is configured to be mounted onto the outer circumferential surface of the rigid endoscope by the outer cover portion bending, characterized in that the cover has a C-shape when the cover is seen along the longitudinal direction thereof, to allow the rigid endoscope to be fitted into the space of the C-shaped portion. an outer cover portion configured to cover the part in the circumferential direction of the outer circumferential surface of the rigid endoscope and having flexibility; and an inner cover portion provided on an inner surface of the outer cover portion and configured to define a flow passage for a washing fluid to be supplied to the observation window portion of the rigid endoscope , wherein the outer cover portion is configured to be mounted onto the outer circumferential surface of the rigid endoscope by the outer cover portion bending, characterized in that the cover has a C-shape when the cover is seen along the longitudinal direction thereof, to allow the rigid endoscope to be fitted into the space of the C-shaped portion.
An assembly for mixing and dispensing a multi-component fluid, the assembly comprising: a sheath having first and second fluid chambers , a proximal end and a distal end , wherein the sheath includes a handgrip at the proximal end ; a chamber coupler forming a first fluid channel and a second fluid channel ; and a flexible tip forming a mixing chamber with a variable mixing volume and an outlet , the flexible tip coupled to the chamber coupler near the distal end of the sheath , characterized in that the sheath further includes a restriction member at the distal end , wherein in the presence of an activation force , the flexible tip is forced out of the restriction member of the sheath and positioned in a dispensing state with a maximum mixing volume, and wherein in the absence of the activation force , the restriction member extends over the flexible tip and deforms the flexible tip as the flexible tip is housed within the sheath and positioned in a non-dispensing state with a minimum mixing volume such that the outlet is substantially closed. a sheath having first and second fluid chambers , a proximal end and a distal end , wherein the sheath includes a handgrip at the proximal end ; a chamber coupler forming a first fluid channel and a second fluid channel ; and a flexible tip forming a mixing chamber with a variable mixing volume and an outlet , the flexible tip coupled to the chamber coupler near the distal end of the sheath , characterized in that the sheath further includes a restriction member at the distal end , wherein in the presence of an activation force , the flexible tip is forced out of the restriction member of the sheath and positioned in a dispensing state with a maximum mixing volume, and wherein in the absence of the activation force , the restriction member extends over the flexible tip and deforms the flexible tip as the flexible tip is housed within the sheath and positioned in a non-dispensing state with a minimum mixing volume such that the outlet is substantially closed.