mhurhangee/patent-ind-claim-en huggingface dataset:
A decentralized ventilation device with a supply air guide (Z) for supplying supply air from outside of a building into a room, a secondary air guide (S) for drawing air out of the room and resupplying it into the room, a heat exchanger , a crossflow blower for a secondary air guide (S), wherein the ventilation device additionally has an exhaust air guide (A) for discharging air from the room to the outside air, characterized in that the heat exchanger is a tube fin heat exchanger, the crossflow blower extends over a partial length (T1) of the heat exchanger and is arranged perpendicular to the fins of the heat exchanger such that the fins form an air path divider and divide the secondary air flow (S) from the supply air flow (Z) that is conducted through the same heat exchanger , although adjacent to the secondary airflow (S), through the remaining partial length (T2) of the heat exchanger , wherein the secondary air guide (S) extends through one partial region (T1) of the heat exchanger , and the supply air guide (Z) extends separately therefrom through the other partial region (T2) of the heat exchanger so that the two air flows (Z, S) do not mix in the supply air guide (Z) and in the secondary air guide (S) in front of the heat exchanger , and a mutual influence of the airflows (Z, S) does not occur.
Pasta cooking appliance comprising: a self-supporting cabinet ; an open-top cooking basin recessed on the top of the cabinet and dimensioned to contain several liters of water; a heating device adapted to selectively heat up the water contained in the cooking basin so as to bring the same water to boil; and an overflow drain line structured to drain out of the cooking basin the water exceeding a given maximum level (L) inside the cooking basin ; the pasta cooking appliance being characterized by additionally comprising: at least one sensor capable of determining when a boil-over phenomenon is taking place in the cooking basin ; and an electronic control unit which communicates with said at least one sensor and is adapted to control the heating device for reducing the heat-output of the heating device when a boil-over phenomenon in the cooking basin is determined; and wherein the at least one sensor includes at least one presence sensor capable of detecting when the water flows into or along said overflow drain line .
A system for transcatheter vascular grafting comprising: first and second catheters configured to form a hole in a wall of a blood vessel; a guidewire sized for insertion through a hole in a wall of a blood vessel; and a balloon catheter sized and shaped to transport a vascular graft through a blood vessel and a pericardial cavity, wherein each of the first and second catheters includes a wire sized and shaped to be passed through the wall of a blood vessel. first and second catheters configured to form a hole in a wall of a blood vessel; a guidewire sized for insertion through a hole in a wall of a blood vessel; and a balloon catheter sized and shaped to transport a vascular graft through a blood vessel and a pericardial cavity, wherein each of the first and second catheters includes a wire sized and shaped to be passed through the wall of a blood vessel.
A device for converting a liquid into vapor, comprising: - a chamber provided with an opening connected to a liquid intake , with a pressure relief opening, and with a vapor outlet . - a flow controller arranged at the level of the liquid intake , and - a burst disk installed at the level of the pressure relief opening, characterized in that the device also comprises pressure-limiting means arranged at the level of the liquid intake , said pressure-limiting means being configured to decrease the flow rate in the liquid intake when the pressure (P) in the liquid intake exceeds a threshold value smaller than a bursting pressure of the burst disk . - a chamber provided with an opening connected to a liquid intake , with a pressure relief opening, and with a vapor outlet . - a flow controller arranged at the level of the liquid intake , and - a burst disk installed at the level of the pressure relief opening,
Device for the treatment of organic materials, in particular a composting tunnel, with a nozzle base plate , a roof , at least one back wall and two side walls which define the interior space of the device , wherein a plurality of pipes run in the nozzle base plate and are connected to the nozzles which are directed in the nozzle base plate towards the interior of the device , wherein the pipes are connected to a process gas device which is designed to load the pipes when required with a process gas, in particular air, wherein the process gas device comprises a pressure chamber and a ventilator , wherein the ventilator is attached to the pressure chamber so that it can load the pressure chamber with process gas, wherein the pressure chamber has at least one outlet which is connected to at least one of the pipes in the nozzle base plate so that the process gas can be directed out from the pressure chamber into the pipes which are to be loaded, characterised in that the ventilator and the pressure chamber are arranged, in particular in a housing , on the roof of the device wherein the pressure chamber is connected to the pipes via at least one connecting line which is arranged in the back wall .
Cable-pulling actuation system for a parking brake comprising - a body that houses motor means , - a tie rod , suitable to actuate along an actuation direction (X-X), in correspondence of a first end , an actuating member of a drum brake and/or a parking brake, - transmission means that operatively connect the motor means to a second end of the tie rod , - wherein the second end of the tie rod is integral in translation with a first screw , having a first thread with a first pitch (P1), - wherein said first screw is engaged, through the first thread , in a second screw , - the second screw comprises a second thread with a second pitch (P2), through which is in turn engaged in a nut screw integral with the body , the second thread being opposite to the first thread , - the second screw being actuated in rotation by said transmission means , characterised in that the second screw is engaged with a second prismatic coupling to an output gear of the transmission means , in order to roto-translate with respect to the actuation direction (X-X), while maintaining the mechanical connection with the transmission means . - a body that houses motor means , - a tie rod , suitable to actuate along an actuation direction (X-X), in correspondence of a first end , an actuating member of a drum brake and/or a parking brake, - transmission means that operatively connect the motor means to a second end of the tie rod , - wherein the second end of the tie rod is integral in translation with a first screw , having a first thread with a first pitch (P1), - wherein said first screw is engaged, through the first thread , in a second screw , - the second screw comprises a second thread with a second pitch (P2), through which is in turn engaged in a nut screw integral with the body , the second thread being opposite to the first thread , - the second screw being actuated in rotation by said transmission means ,
A method for controlling a printing process by which a print head prints an image onto predetermined printable area of a label, the method comprising: (a) effecting relative movement between a timing mark sensor and the label, (b) during step (a), detecting a position of a timing mark with the timing mark sensor, (c) after step (b), effecting relative movement between the print head and the label to position the print head at an image position at a specified distance from the position of the timing mark detected in step (b); (d) activating the print head; (e) during step (d) effecting relative movement between the print head and the label for a specified image distance to print the image onto the printable area; and (f) printing a timing mark modifier that is detectable by the timing mark sensor onto the label to indicate that the label has been printed on. (a) effecting relative movement between a timing mark sensor and the label, (b) during step (a), detecting a position of a timing mark with the timing mark sensor, (c) after step (b), effecting relative movement between the print head and the label to position the print head at an image position at a specified distance from the position of the timing mark detected in step (b); (d) activating the print head; (e) during step (d) effecting relative movement between the print head and the label for a specified image distance to print the image onto the printable area; and (f) printing a timing mark modifier that is detectable by the timing mark sensor onto the label to indicate that the label has been printed on.
A blade outer air seal segment , comprising: a radially outward surface ; a radially inward surface oriented away from the radially outward surface ; a cooling channel located between the radially outward surface and the radially inward surface ; a stress-relief boss extending into the cooling channel ; and an inlet orifice fluidly coupled to the cooling channel through the stress-relief boss , wherein the cooling channel is defined, at least partially, by a radially outward channel surface and a radially inward channel surface ; characterized in that the stress-relief boss extends away from the radially outward channel surface to a surface of the stress-relief boss , and a radial height (H3) of the cooling channel between the radially outward channel surface and the radially inward channel surface is greater than a radial height (H4) of the cooling channel between the surface of the stress-relief boss and the radially inward channel surface . a radially outward surface ; a radially inward surface oriented away from the radially outward surface ; a cooling channel located between the radially outward surface and the radially inward surface ; a stress-relief boss extending into the cooling channel ; and an inlet orifice fluidly coupled to the cooling channel through the stress-relief boss , wherein the cooling channel is defined, at least partially, by a radially outward channel surface and a radially inward channel surface ; characterized in that the stress-relief boss extends away from the radially outward channel surface to a surface of the stress-relief boss , and a radial height (H3) of the cooling channel between the radially outward channel surface and the radially inward channel surface is greater than a radial height (H4) of the cooling channel between the surface of the stress-relief boss and the radially inward channel surface .
Inflator tip for a self-repairing tyre, comprising a body and a hollow needle intended to be planted in a self-repairing zone of a tyre , the needle comprising a protruding part with respect to the body , said protruding part being able to perforate said self-repairing zone, the body comprising connection means for connection to a gas pump and comprising a fluidic communication channel between the connection means and the needle , so as to allow the circulation of an inflation gas in the needle to inflate or deflate said tyre , the body comprising a base adapted to be in contact with a tyre when the protruding part of the needle is planted in a self-repairing zone of said tyre , characterized in that the inflator tip comprises adjustment means for adjusting a height (H) of the protruding part of the needle with respect to said base .
A system comprising: a excitation system configured to output a variable excitation signal ; and a synchronous generator configured to generate power for a plurality of rotational synchronous motor loads based on the variable excitation signal ; the excitation system configured to output the variable excitation signal based on a voltage and current being supplied by the generator to the rotational synchronous motor loads ; characterized in that the excitation system is configured, in response to the rotational synchronous motor loads not rotating, to provide pulses of the excitation signal to the synchronous generator in at least one of a first stage or a second stage; the excitation system is configured to selectively provide repetitive pulses of the variable excitation signal at a predetermined frequency in the first stage to temporarily energize the rotational synchronous motor loads prior to rotation of the generator; and in that the excitation system is further configured to selectively provide pulses of the variable excitation signal in the second stage after rotation of the generator commences, the pulses of the variable excitation at the second stage provided to coincide with the generator and the rotational synchronous motor loads being substantially in electrical alignment such that the pulse of the excitation signal is occurring within +/-90 degrees of the phase of the rotor poles. a excitation system configured to output a variable excitation signal ; and a synchronous generator configured to generate power for a plurality of rotational synchronous motor loads based on the variable excitation signal ; the excitation system configured to output the variable excitation signal based on a voltage and current being supplied by the generator to the rotational synchronous motor loads ; characterized in that the excitation system is configured, in response to the rotational synchronous motor loads not rotating, to provide pulses of the excitation signal to the synchronous generator in at least one of a first stage or a second stage; the excitation system is configured to selectively provide repetitive pulses of the variable excitation signal at a predetermined frequency in the first stage to temporarily energize the rotational synchronous motor loads prior to rotation of the generator; and in that the excitation system is further configured to selectively provide pulses of the variable excitation signal in the second stage after rotation of the generator commences, the pulses of the variable excitation at the second stage provided to coincide with the generator and the rotational synchronous motor loads being substantially in electrical alignment such that the pulse of the excitation signal is occurring within +/-90 degrees of the phase of the rotor poles.
A solid state cooler device comprising: a first superconductor shunt ; a first normal metal pad disposed on the first superconductor shunt ; a first insulator layer and a second insulator layer disposed on the normal metal pad and separated from one another by a gap ; a first superconductor pad disposed on the first insulator layer and a second superconductor pad disposed on the second insulator layer ; a first conductive pad coupled to the first superconductor pad , and a second conductive pad coupled to the second superconductor pad ; and wherein the solid state cooler device is configured to remove hot electrons from the first normal metal pad when a bias voltage is applied between the first conductive pad and the second conductive pad , and wherein first superconductor shunt is configured to facilitate even current distribution through the device . a first superconductor shunt ; a first normal metal pad disposed on the first superconductor shunt ; a first insulator layer and a second insulator layer disposed on the normal metal pad and separated from one another by a gap ; a first superconductor pad disposed on the first insulator layer and a second superconductor pad disposed on the second insulator layer ; a first conductive pad coupled to the first superconductor pad , and a second conductive pad coupled to the second superconductor pad ; and wherein the solid state cooler device is configured to remove hot electrons from the first normal metal pad when a bias voltage is applied between the first conductive pad and the second conductive pad , and wherein first superconductor shunt is configured to facilitate even current distribution through the device .
A fluid transfer device comprising: a housing having an exterior wall , a plurality of pairs of slots formed in said exterior wall , each one of said pairs of slots being diametrically opposed to each other; a needle hub having an exterior wall and an interior wall extending interiorly across said exterior wall , to thereby form upper and lower compartments a first needle extending upwardly from said interior wall , into said upper compartment a second needle extending downwardly from said interior wall into said lower compartment , said interior wall having an opening therein to form a fluid passageway ; a first cartridge having a plunger and a pierceable cap ; a second cartridge having a plunger and a pierceable cap ; a base member , said member having a base bottom wall and a plunger rod ; and said arrangement being such that said first cartridge is inserted into said base member such that said plunger seats on said plunger rod , and said second cartridge is in said housing with said pierceable cap of said second cartridge facing said first needle ; said fluid transfer device being characterized in that the plunger rod is fixedly secured to and extends upwardly from said base bottom wall. a housing having an exterior wall , a plurality of pairs of slots formed in said exterior wall , each one of said pairs of slots being diametrically opposed to each other; a needle hub having an exterior wall and an interior wall extending interiorly across said exterior wall , to thereby form upper and lower compartments a first needle extending upwardly from said interior wall , into said upper compartment a second needle extending downwardly from said interior wall into said lower compartment , said interior wall having an opening therein to form a fluid passageway ; a first cartridge having a plunger and a pierceable cap ; a second cartridge having a plunger and a pierceable cap ; a base member , said member having a base bottom wall and a plunger rod ; and said arrangement being such that said first cartridge is inserted into said base member such that said plunger seats on said plunger rod , and said second cartridge is in said housing with said pierceable cap of said second cartridge facing said first needle ; said fluid transfer device being characterized in that the plunger rod is fixedly secured to and extends upwardly from said base bottom wall.
An anchor for a post-tensioning tendon comprising: an anchor body, the anchor body having an internal passage ; a lock nut , the lock nut having an internal tapered surface defining a forcing cone , the lock nut coupled to the anchor body ; and a spindle , the spindle positioned within the internal passage and threadedly coupled to the lock nut , the spindle having an expansion wedge and a retention feature, wherein: the forcing cone corresponds to the expansion wedge such that the lock nut grips an expansion portion of a sheath between the forcing cone and the expansion wedge when the lock nut is tightened; the spindle being coupled to the anchor body by a tensile force applied when the lock nut is tightened onto the spindle ; and the retention feature transfers the force from the spindle to the anchor body and prevents or restricts the spindle from being pulled through the anchor body ; wherein the retention feature is an edge, detent, extension, or conical retaining profile . an anchor body, the anchor body having an internal passage ; a lock nut , the lock nut having an internal tapered surface defining a forcing cone , the lock nut coupled to the anchor body ; and a spindle , the spindle positioned within the internal passage and threadedly coupled to the lock nut , the spindle having an expansion wedge and a retention feature, wherein: the forcing cone corresponds to the expansion wedge such that the lock nut grips an expansion portion of a sheath between the forcing cone and the expansion wedge when the lock nut is tightened; the spindle being coupled to the anchor body by a tensile force applied when the lock nut is tightened onto the spindle ; and the retention feature transfers the force from the spindle to the anchor body and prevents or restricts the spindle from being pulled through the anchor body ; wherein the retention feature is an edge, detent, extension, or conical retaining profile .
A modular composting facility comprising a transportable composting container , comprising - a composting passage with an essentially horizontally-orientated composting section from an intake end to a discharge end, - a loosening-up device , which is arranged above a floor of the composting container , and can be moved along the composting section, - an aeration device with a plurality of aeration openings for the introduction of gas, in particular air, into the composting container , - a control device , which is designed to control the loosening-up device and the aeration device , wherein the modular composting facility furthermore comprises a transportable composting passage container (200a, b), and/or a functional container, which is/are connected to the composting container , so that an essentially horizontally-orientated overall composting section extends over the composting container and the composting passage container (200a, b), and/or the functional container, characterised in that , the loosening-up device can be brought into a parking position, wherein the parking position is arranged outside the composting passage , and/or outside the composting section. - a composting passage with an essentially horizontally-orientated composting section from an intake end to a discharge end, - a loosening-up device , which is arranged above a floor of the composting container , and can be moved along the composting section, - an aeration device with a plurality of aeration openings for the introduction of gas, in particular air, into the composting container , - a control device , which is designed to control the loosening-up device and the aeration device , wherein the modular composting facility furthermore comprises a transportable composting passage container (200a, b), and/or a functional container, which is/are connected to the composting container , so that an essentially horizontally-orientated overall composting section extends over the composting container and the composting passage container (200a, b), and/or the functional container, characterised in that , the loosening-up device can be brought into a parking position, wherein the parking position is arranged outside the composting passage , and/or outside the composting section.