mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a torque motor comprising a spring, armature, flapper assembly, the spring, armature, flapper assembly comprising an armature configured to pivot about its centre to cause a lower end of a flapper of the assembly to move left and right; a body , wherein the spring, armature, flapper assembly is mounted onto the body ; and a cap enclosing the spring, armature, flapper assembly; wherein one or more cooling passages are provided within the body and are configured to receive a fluid and direct the fluid onto the spring, armature, flapper assembly of the torque motor , the body comprises a portion configured to receive Z the J flapper of the spring, armature, flapper assembly, the one or more cooling passages are configured to direct the fluid at least partially onto the portion configured to receive the flapper of the spring, armature, flapper assembly, the torque motor further comprises a pole piece , each of the one or more cooling passages is configured to direct the fluid through an aperture formed in the centre of the pole piece , each cooling passage comprises a central axis (X), the central axis (X) of each cooling passage extends through the aperture of the pole piece , the pole piece is a substantially annular member, and the portion is accommodated inside the aperture of the pole piece . a torque motor comprising a spring, armature, flapper assembly, the spring, armature, flapper assembly comprising an armature configured to pivot about its centre to cause a lower end of a flapper of the assembly to move left and right; a body , wherein the spring, armature, flapper assembly is mounted onto the body ; and a cap enclosing the spring, armature, flapper assembly; wherein one or more cooling passages are provided within the body and are configured to receive a fluid and direct the fluid onto the spring, armature, flapper assembly of the torque motor , the body comprises a portion configured to receive Z the J flapper of the spring, armature, flapper assembly, the one or more cooling passages are configured to direct the fluid at least partially onto the portion configured to receive the flapper of the spring, armature, flapper assembly, the torque motor further comprises a pole piece , each of the one or more cooling passages is configured to direct the fluid through an aperture formed in the centre of the pole piece , each cooling passage comprises a central axis (X), the central axis (X) of each cooling passage extends through the aperture of the pole piece , the pole piece is a substantially annular member, and the portion is accommodated inside the aperture of the pole piece .
A method for separating droplets of finely aerosolized elemental mercury from a gaseous stream in which the droplets are dispersed, comprising: contacting a metallic capillary surface with said gaseous stream , causing said droplets to deposit on said surface and by capillary action to coalesce with other of said droplets to form increasingly large drops of mercury, wherein the metallic capillary surface is comprised of braided strands of metal wire ; and wherein the said surface is oriented to allow the mercury drops to flow by gravitational forces and capillary action to the lowermost portion of said surface where it accumulates; characterized in that the metal wire is made of silver or the metal wire is made of a non-precious metal which is coated with silver. contacting a metallic capillary surface with said gaseous stream , causing said droplets to deposit on said surface and by capillary action to coalesce with other of said droplets to form increasingly large drops of mercury, wherein the metallic capillary surface is comprised of braided strands of metal wire ; and wherein the said surface is oriented to allow the mercury drops to flow by gravitational forces and capillary action to the lowermost portion of said surface where it accumulates; characterized in that the metal wire is made of silver or the metal wire is made of a non-precious metal which is coated with silver.
A method for preparing organic coated feed for pets using clay minerals and organic matter, which is a feed preparing method, the method comprising: a mineral pretreatment step of preparing, grinding, and firing a clay mineral including Macsumsuk to prepare mineral powder; a shell pretreatment step of preparing, washing, grinding, and firing a shell to prepare shell powder; a mixing step of preparing magnesium, rice bran, rice germ, and an oriental medicine extract comprising a herbal medicine, mixing the magnesium, rice bran, rice germ, and said oriental medicine extract with the mineral powder and the shell powder, and stirring the resultant mixture to prepare a fluid colloidal slurry; a molding step of spraying the fluid colloidal slurry prepared in the mixing step into a granulator having an internal temperature of 130°C to 400°C at a high pressure to prepare granules having a hollow inside and a porous surface; and a cooling step of cooling the molded granules; wherein said Macsumsuk is a quartz porphyry and has the following composition: Component name Content (wt%) Silicon dioxide (SiO 2 ) 65.80 to 71.80 Aluminum oxide (Al 2 O 3 ) 10.99 to 14.99 Iron oxide (Fe 2 O 3 ) 2.27 to 2.67 Calcium oxide (CaO) 1.79 to 2.19 Magnesium oxide (MgO) 0.46 to 0.66 Potassium oxide (K 2 O) 3.50 to 5.50 Sodium oxide (Na 2 O) 5.25 to 7.25 Titanium dioxide (TiO 2 ) 0.21 to 0.25 Phosphorus pentoxide (P 2 O 5 ) 0.05 to 0.07 Manganese oxide (MnO) 0.05 to 0.07 Ignition loss 1.89 to 2.29 a mineral pretreatment step of preparing, grinding, and firing a clay mineral including Macsumsuk to prepare mineral powder; a shell pretreatment step of preparing, washing, grinding, and firing a shell to prepare shell powder; a mixing step of preparing magnesium, rice bran, rice germ, and an oriental medicine extract comprising a herbal medicine, mixing the magnesium, rice bran, rice germ, and said oriental medicine extract with the mineral powder and the shell powder, and stirring the resultant mixture to prepare a fluid colloidal slurry; a molding step of spraying the fluid colloidal slurry prepared in the mixing step into a granulator having an internal temperature of 130°C to 400°C at a high pressure to prepare granules having a hollow inside and a porous surface; and a cooling step of cooling the molded granules; wherein said Macsumsuk is a quartz porphyry and has the following composition: Component name Content (wt%) Silicon dioxide (SiO 2 ) 65.80 to 71.80 Aluminum oxide (Al 2 O 3 ) 10.99 to 14.99 Iron oxide (Fe 2 O 3 ) 2.27 to 2.67 Calcium oxide (CaO) 1.79 to 2.19 Magnesium oxide (MgO) 0.46 to 0.66 Potassium oxide (K 2 O) 3.50 to 5.50 Sodium oxide (Na 2 O) 5.25 to 7.25 Titanium dioxide (TiO 2 ) 0.21 to 0.25 Phosphorus pentoxide (P 2 O 5 ) 0.05 to 0.07 Manganese oxide (MnO) 0.05 to 0.07 Ignition loss 1.89 to 2.29
Method for opening or closing a motor vehicle with at least one movable part, in the form of a lid or a tailgate , which is opened or closed automatically after acquisition of a contactless conscious actuating action comprising a speaking, a chest, hand, head, thigh, knee, elbow, shoulder, upper arm, lower arm, body rotation, leg or foot movement, by a user , wherein a sensor device is provided for an actuation of a movable part, which comprises at least one sensor , by means of which at least two detection regions are formed, within which a respective acquisition of the actuation action is enabled, wherein the two detection regions each comprise a horizontal and/or vertical region emanating from the motor vehicle for acquiring the actuation action, wherein an actuation of the movable part is triggered when at least one body part of the user is detected in both detection regions , characterized in that the method is carried out with the aid of a module unit which is designed with the sensor device and with a carrier body on which the sensor device with the at least one sensor is arranged, wherein the module unit is designed as an individually manageable module in such a way that the module unit can be fixed to the motor vehicle , and wherein a checking module which checks the functioning of the sensor device , in particular of the individual sensors , is arranged on the module unit .
A vehicle propulsion device comprising: a motor generator that is installed in a vehicle and is capable of driving a drive wheel of the vehicle by working as a motor and braking the drive wheel of the vehicle by working as a generator; a storage battery adapted to transfer electric power to and from the motor generator ; a first thermoelectric conversion element that is thermally connected to the motor generator ; and a power control unit adapted to control the power transfer between the motor generator and the storage battery so that the electric power is supplied from the storage battery to the motor generator , and simultaneously to implement such control that the first thermoelectric conversion element converts thermal energy generated by the motor generator into electric power and supplies the electric power to the storage battery or the motor generator when the first thermoelectric conversion element is not in the process of cooling the motor generator , when the motor generator drives the drive wheel , and, on the other hand, adapted to control the power transfer between the motor generator and the storage battery so that the electric power is supplied from the motor generator to the storage battery , and simultaneously to control a power supply from the motor generator to the first thermoelectric conversion element so that the first thermoelectric conversion element is supplied with electric power from the motor generator to cool the motor generator , when the motor generator brakes the drive wheel . a motor generator that is installed in a vehicle and is capable of driving a drive wheel of the vehicle by working as a motor and braking the drive wheel of the vehicle by working as a generator; a storage battery adapted to transfer electric power to and from the motor generator ; a first thermoelectric conversion element that is thermally connected to the motor generator ; and a power control unit adapted to control the power transfer between the motor generator and the storage battery so that the electric power is supplied from the storage battery to the motor generator , and simultaneously to implement such control that the first thermoelectric conversion element converts thermal energy generated by the motor generator into electric power and supplies the electric power to the storage battery or the motor generator when the first thermoelectric conversion element is not in the process of cooling the motor generator , when the motor generator drives the drive wheel , and, on the other hand, adapted to control the power transfer between the motor generator and the storage battery so that the electric power is supplied from the motor generator to the storage battery , and simultaneously to control a power supply from the motor generator to the first thermoelectric conversion element so that the first thermoelectric conversion element is supplied with electric power from the motor generator to cool the motor generator , when the motor generator brakes the drive wheel .
A pivot-steered tandem roller for ground compaction, comprising - a machine frame with an operator platform , - two compaction drums spaced apart in the longitudinal direction (a) of the machine, each of which is steerably mounted on the machine frame via a pivot steering system, - a drive motor , - a cooler , and a fan associated with the cooler and conveying a cooling air flow, characterized in that the cooler is arranged vertically above and/or in the longitudinal direction (a) of the machine at the level of one of the compaction drums , a machine compartment which is at least partially encased by a cover is provided both in front of and behind the operator platform in the longitudinal direction (a) of the machine, the front cover and the rear cover having ventilation openings on their vertically upper side for the cooling air flow conveyed by the fan , and that a flow channel is provided which is configured such that the cooling air flow conveyed by the fan is conveyed from the outside environment of the tandem roller into the front machine compartment , and from there vertically downward and rearward into an engine compartment arranged below the operator platform , then essentially horizontally through the engine compartment , from there vertically upward and rearward into the rear machine compartment and from there back into the outside environment of the tandem roller , or vice versa. - a machine frame with an operator platform , - two compaction drums spaced apart in the longitudinal direction (a) of the machine, each of which is steerably mounted on the machine frame via a pivot steering system, - a drive motor , - a cooler , and the cooler is arranged vertically above and/or in the longitudinal direction (a) of the machine at the level of one of the compaction drums , a machine compartment which is at least partially encased by a cover is provided both in front of and behind the operator platform in the longitudinal direction (a) of the machine, the front cover and the rear cover having ventilation openings on their vertically upper side for the cooling air flow conveyed by the fan , and that a flow channel is provided which is configured such that the cooling air flow conveyed by the fan is conveyed from the outside environment of the tandem roller into the front machine compartment , and from there vertically downward and rearward into an engine compartment arranged below the operator platform , then essentially horizontally through the engine compartment , from there vertically upward and rearward into the rear machine compartment and from there back into the outside environment of the tandem roller , or vice versa.
Device for the thermal regulation of a battery comprising at least one energy storage cell , said device comprising a dielectric-fluid circuit , said circuit comprising irrigating means for wetting the surface of said cell with said dielectric fluid , characterized in that the irrigation means comprise sprinkler nozzles for sprinkling the dielectric fluid , in the liquid phase.
A computer-implemented method for code conversion, the method comprising: receiving a source code of an application , the source code being associated with a first programming language; processing the source code according to a conversion plan to generate an output code associated with a second programming language, wherein the conversion plan includes one or more instructions for converting the source code to the output code and stores all information required to repeat the code conversion as many times as necessary; (A) analyzing the conversion logs, the conversion plan , the source code, and the output code to generate a report concerning a process of the generation of the output code and a result of the generation of the output code ; (B) providing the report to a user; (C) updating the conversion plan to obtain an updated conversion plan , the updated conversion plan including one or more updated instructions for converting the source code to the output code, wherein updating includes providing a user interface allowing a user to interactively modify the conversion plan ; (D) processing the source code according to the updated conversion plan to generate an updated output code; and repeating operations (A), (B), (C) and (D) at least one time. receiving a source code of an application , the source code being associated with a first programming language; processing the source code according to a conversion plan to generate an output code associated with a second programming language, wherein the conversion plan includes one or more instructions for converting the source code to the output code and stores all information required to repeat the code conversion as many times as necessary; (A) analyzing the conversion logs, the conversion plan , the source code, and the output code to generate a report concerning a process of the generation of the output code and a result of the generation of the output code ; (B) providing the report to a user; (C) updating the conversion plan to obtain an updated conversion plan , the updated conversion plan including one or more updated instructions for converting the source code to the output code, wherein updating includes providing a user interface allowing a user to interactively modify the conversion plan ; (D) processing the source code according to the updated conversion plan to generate an updated output code; and (A) analyzing the conversion logs, the conversion plan , the source code, and the output code to generate a report concerning a process of the generation of the output code and a result of the generation of the output code ; (B) providing the report to a user; (C) updating the conversion plan to obtain an updated conversion plan , the updated conversion plan including one or more updated instructions for converting the source code to the output code, wherein updating includes providing a user interface allowing a user to interactively modify the conversion plan ; (D) processing the source code according to the updated conversion plan to generate an updated output code; and repeating operations (A), (B), (C) and (D) at least one time.
Endoscopic medical device comprising a main body , cylindrical with respect to a main extension axis (X-X), which extends from a proximal end to a distal end , said main body being hollow so as to delimit a cavity adapted to at least partially house a distal portion of an endoscope which can be associated therewith, on the side of said proximal end of the main body , said main body , at an outer side wall , opposite to said cavity , having a plurality of flexible fins provided with arms which, in a resting condition, extend along main directions (Y-Y) incident with said main extension axis (X-X) according to an opening angle (α) comprised between 10 and 55 degrees, measured from the side of the distal end , wherein said arms are engaged with the outer side wall at fixing ends for fixing to the main body , said endoscopic medical device being characterized in that said arms , at cantilevered ends opposite to the fixing ends , branch into pairs of branches , arranged symmetrically with respect to a centerline plane (M-M) passing through said arms and through said main extension axis (X-X). said main body being hollow so as to delimit a cavity adapted to at least partially house a distal portion of an endoscope which can be associated therewith, on the side of said proximal end of the main body , said main body , at an outer side wall , opposite to said cavity , having a plurality of flexible fins provided with arms which, in a resting condition, extend along main directions (Y-Y) incident with said main extension axis (X-X) according to an opening angle (α) comprised between 10 and 55 degrees, measured from the side of the distal end , wherein said arms are engaged with the outer side wall at fixing ends for fixing to the main body , said endoscopic medical device being characterized in that said arms , at cantilevered ends opposite to the fixing ends , branch into pairs of branches , arranged symmetrically with respect to a centerline plane (M-M) passing through said arms and through said main extension axis (X-X).
A voltage source including two electrically conductive terminals with an electrolyte between them, characterized in that said electrolyte is a mixture in which the main component in percentage by weight is ash produced in a power plant or an incineration plant, and that at least one of said electrically conductive terminals is made of a graphite chalk.
Torque or force calibration device for a unit intended to measure or to apply a torque or a force respectively, said device including a first part , a second part and at least one flexible element linking the first part to the second part , the second part being mounted to be mobile in rotation or in translation relative to the fixed first part , the device comprising an abutment , said device being characterised in that the abutment is arranged to limit the displacement of the second part , fixing a linear calibration curve on the basis of the maximum value of said displacement and thus fixing the maximum torque or the maximum force of the calibration device corresponding to said value, in that said at least one flexible element is formed of a leaf spring and in that the first part and the second part are each formed by a planar base topped by an upright onto which is fixed an end of the flexible element , the first part and the second part being disposed head to tail with the base of the first part forming the support of the device and the base of the second part forming the portion to which the torque or the force is applied during the calibration of the unit .
An aircraft-based communications management unit , CMU, configured for control of communications between an aircraft and at least one ground station , the CMU comprising: an input in communication with a flight management system , FMS, of the aircraft via a trajectory bus , the input configured to receive one or more intent data outputs from the FMS via the trajectory bus , each intent data output including at least one of an aircraft state and a trajectory point; at least one processor in communication with the input and configured to: based on the one or more intent data outputs , independently determine at least one dynamic route corresponding to a trajectory connecting two or more aircraft states associated with the one or more intent data outputs; generate, based on the at least one dynamic route, at least one ADS-C report associated with an ADS-C contract between the aircraft and the at least one ground station , the ADS-C report comprising at least one aircraft state associated with the one or more intent data outputs; and at least one Aircraft Communications Addressing and Reporting System, ACARS,-compatible communications interface, the communications interface configured for transmitting the at least one ADS-C report. an input in communication with a flight management system , FMS, of the aircraft via a trajectory bus , the input configured to receive one or more intent data outputs from the FMS via the trajectory bus , each intent data output including at least one of an aircraft state and a trajectory point; at least one processor in communication with the input and configured to: based on the one or more intent data outputs , independently determine at least one dynamic route corresponding to a trajectory connecting two or more aircraft states associated with the one or more intent data outputs; generate, based on the at least one dynamic route, at least one ADS-C report associated with an ADS-C contract between the aircraft and the at least one ground station , the ADS-C report comprising at least one aircraft state associated with the one or more intent data outputs; and based on the one or more intent data outputs , independently determine at least one dynamic route corresponding to a trajectory connecting two or more aircraft states associated with the one or more intent data outputs; generate, based on the at least one dynamic route, at least one ADS-C report associated with an ADS-C contract between the aircraft and the at least one ground station , the ADS-C report comprising at least one aircraft state associated with the one or more intent data outputs; at least one Aircraft Communications Addressing and Reporting System, ACARS,-compatible communications interface, the communications interface configured for transmitting the at least one ADS-C report.