mhurhangee/ep-ind-claims huggingface dataset:
A working vehicle, comprising: - a prime mover; - a driver's seat selectively set in either a first posture where a driver can sit on the driver's seat or a second posture where the driver cannot sit on the driver's seat; - a speed-changing device configured to receive power from the prime mover and to perform a speed-changing of the power; - a PTO shaft configured to receive the speed-changed power output from the speed-changing device; - a posture switch configured to detect whether the driver's seat is set in the first posture or the second posture; - a parking switch configured to detect parking of a vehicle body; and - a first actuation device configured so that, during driving of the prime mover, - the first actuation device maintains the driving of the prime mover when both the parking and the driver's seat set in the second posture are detected, and - the first actuation device stops the driving of the prime mover when neither the parking nor the driver's seat set in the second posture is detected. - a prime mover; - a driver's seat selectively set in either a first posture where a driver can sit on the driver's seat or a second posture where the driver cannot sit on the driver's seat; - a speed-changing device configured to receive power from the prime mover and to perform a speed-changing of the power; - a PTO shaft configured to receive the speed-changed power output from the speed-changing device; - a posture switch configured to detect whether the driver's seat is set in the first posture or the second posture; - a parking switch configured to detect parking of a vehicle body; and - a first actuation device configured so that, during driving of the prime mover, - the first actuation device maintains the driving of the prime mover when both the parking and the driver's seat set in the second posture are detected, and - the first actuation device stops the driving of the prime mover when neither the parking nor the driver's seat set in the second posture is detected. - the first actuation device maintains the driving of the prime mover when both the parking and the driver's seat set in the second posture are detected, and - the first actuation device stops the driving of the prime mover when neither the parking nor the driver's seat set in the second posture is detected.
Method for monitoring a secondary electric power distribution grid with detection of fraud and energy theft and public lighting diagnostics in the secondary power distribution grid, the secondary power distribution grid comprising: a. A Command Central located at a secondary busbar at a distribution transformer of the secondary electric power distribution grid, the Command Central comprising functions of supervision, measurement and control, and b. At least one Metering Module installed at the energy entry point at each of a plurality of clients installations along the secondary electric power distribution grid which measures electric parameters of a corresponding load of the client installation, wherein the Metering Modules communicate with the Command Central, the method comprising: a) Measuring, by the Command Central, phasors of electrical parameters of the secondary electric power distribution grid; and b) Simultaneous measuring, by the Metering Modules, respective phasors of electrical parameters of the secondary electric power distribution grid, c) Calculating a phasor sum of all phasors measured by the Metering Modules, and adding to the calculated phasor sum phasors of electrical parameters reflecting registered public lighting loads and electrical losses in the secondary electric power distribution grid, thereby obtaining a modified phasor sum, and d) Comparing a phasor sum measured by the Command Central with the corresponding modified phasor sum, resulting at least in: • detection of fraud and energy theft; and • diagnostics of the status of the public lighting, at the secondary electric power distribution grid. a. A Command Central located at a secondary busbar at a distribution transformer of the secondary electric power distribution grid, the Command Central comprising functions of supervision, measurement and control, and b. At least one Metering Module installed at the energy entry point at each of a plurality of clients installations along the secondary electric power distribution grid which measures electric parameters of a corresponding load of the client installation, wherein the Metering Modules communicate with the Command Central, a) Measuring, by the Command Central, phasors of electrical parameters of the secondary electric power distribution grid; and b) Simultaneous measuring, by the Metering Modules, respective phasors of electrical parameters of the secondary electric power distribution grid, c) Calculating a phasor sum of all phasors measured by the Metering Modules, and adding to the calculated phasor sum phasors of electrical parameters reflecting registered public lighting loads and electrical losses in the secondary electric power distribution grid, thereby obtaining a modified phasor sum, and d) Comparing a phasor sum measured by the Command Central with the corresponding modified phasor sum, resulting at least in: • detection of fraud and energy theft; and • diagnostics of the status of the public lighting, • detection of fraud and energy theft; and • diagnostics of the status of the public lighting,
A drying arm for drying containers for food, medical or pharmaceutical products comprising a body and a head, wherein - the body has a proximal end and a distal end; - the body's proximal end is configured for engaging with driving means; - the body's distal end is rotatably connected to the head; - the head comprises a first air knife and a second air knife; - the first air knife comprises one or more indentations (2221,2222); and, - the body comprises a third air knife and a fourth air knife. - the body has a proximal end and a distal end; - the body's proximal end is configured for engaging with driving means; - the body's distal end is rotatably connected to the head; - the head comprises a first air knife and a second air knife; - the first air knife comprises one or more indentations (2221,2222); and, - the body comprises a third air knife and a fourth air knife.
A sustained-release pharmaceutical composition comprising hydromorphone hydrochloride or oxycodone hydrochloride hydrate, hydroxypropyl methylcellulose acetate succinate having a median size (D 50) of 40 μm or smaller, hydroxypropyl cellulose, and a saccharide, wherein the content ratio of the component to the component by weight in the composition, /, is 10/4 to 7/7.
An acetabular prosthesis comprising: a shell having a shell inner surface; a unitary liner disposed within the shell; and a locking mechanism securing the liner within the shell, wherein the locking mechanism is configured to be removed when the shell, liner, and a femoral head are implanted, wherein the shell extends beyond a hemisphere of the shell, characterised in that the unitary liner extends beyond a hemisphere of the unitary liner, such that an outer liner surface of the unitary liner engages the entirety of the shell inner surface beyond the hemisphere of the unitary liner. a shell having a shell inner surface; a unitary liner disposed within the shell; and a locking mechanism securing the liner within the shell, wherein the locking mechanism is configured to be removed when the shell, liner, and a femoral head are implanted, wherein the shell extends beyond a hemisphere of the shell, characterised in that the unitary liner extends beyond a hemisphere of the unitary liner, such that an outer liner surface of the unitary liner engages the entirety of the shell inner surface beyond the hemisphere of the unitary liner.
Motor vehicle door lock, having a locking mechanism (1, 2) substantially consisting of a catch and a pawl, further comprising a release element for the locking mechanism (1, 2), and with a storing element, which ensures an unhindered opening movement of the catch from a closing to an opening position, wherein during the opening movement of the catch, the storing element holds the release element in a disabled position with respect to the locking mechanism, characterized in that the pawl is pretensioned in direction to an disengaged position with the catch, and a blocking lever that is interacting with the pawl is assigned to the release element.
Dental implant for placement in a jaw bone, consisting of a base part, an abutment and a connecting screw, wherein a coronal end of the base part has a receiving hole for the abutment, having in the direction from the coronal end a conical index portion forming a guide surface for the abutment, and in the cervical direction there is a threaded portion directly adjacent to the index portion for screwing in the connecting screw, wherein the abutment contains a connecting zone for connection with the base part, having a conical portion to which an index area is adjacent in the cervical direction forming a guide surface for the surface of the index portion of the base part when the abutment is placed in the base part, and at the cervical end it has an end surface with a through hole in that a support thread is arranged through which a threaded portion of the connecting screw can be introduced, characterized in that the connecting screw comprises a head and a stepped stem with a reduced diameter in a lower part that has the thread portion on its end and wherein the diameter of the lower stem part is not exceeding the inner diameter of the support thread, wherein the support thread protrudes from the surface of the through hole, wherein when the threaded portion of the connection screw is inserted through the through hole and screwed into the corresponding threaded portion of the base part, the screw head rests in the abutment through hole and presses the abutment to the base part, the lower stem part extends through the support thread to the screw thread, and a distance from the screw head to the beginning of the lower stem part is less than a distance along the axis from the screw head to the support thread by 0.1-1 mm. characterized in that the connecting screw comprises a head and a stepped stem with a reduced diameter in a lower part that has the thread portion on its end and wherein the diameter of the lower stem part is not exceeding the inner diameter of the support thread, wherein the support thread protrudes from the surface of the through hole, wherein when the threaded portion of the connection screw is inserted through the through hole and screwed into the corresponding threaded portion of the base part, the screw head rests in the abutment through hole and presses the abutment to the base part, the lower stem part extends through the support thread to the screw thread, and a distance from the screw head to the beginning of the lower stem part is less than a distance along the axis from the screw head to the support thread by 0.1-1 mm.
A propulsion system for an aircraft, the propulsion system comprising: a first propeller and a second propeller; a first hybrid propulsion system including a first motor coupled to a first engine by a first overrunning clutch, wherein the first hybrid propulsion system is operably coupled to drive the first propeller; a second hybrid propulsion system including a second motor coupled to a second engine by a second overrunning clutch, wherein the second hybrid propulsion system is operably coupled to drive the second propeller; and a cross-connecting clutch operably coupled to both the first hybrid propulsion system and the second hybrid propulsion system and configured to actuate into an engaged position. a first propeller and a second propeller; a first hybrid propulsion system including a first motor coupled to a first engine by a first overrunning clutch, wherein the first hybrid propulsion system is operably coupled to drive the first propeller; a second hybrid propulsion system including a second motor coupled to a second engine by a second overrunning clutch, wherein the second hybrid propulsion system is operably coupled to drive the second propeller; and a cross-connecting clutch operably coupled to both the first hybrid propulsion system and the second hybrid propulsion system and configured to actuate into an engaged position.
A mutant of a DNA polymerase derived from Thermus thermophilus, Thermus aquaticus, Bacillus caldotenax, or Alicyclobacillus acidocaldarius, the DNA polymerase having a reverse transcriptase activity and comprising a sequence consisting of 12 amino acids A1-A12 shown by the amino acid sequence of SEQ ID No: 18, 20 or 22, wherein the mutant of the DNA polymerase has a reverse transcriptase activity and comprises SEQ ID No: 18, 20 or 22 wherein A3 and A10 are each replaced by arginine.
A mandrel assembly for forming a fuselage structure, the assembly comprising: a plurality of stringers; a first mandrel segment naving a first mandrel face sheet; a second mandrel segment having a second mandrel face sheet; characterized by a lap joint affixing the first mandrel face sheet to the second mandrel face sheet for joining the first mandrel segment to the second mandrel segment along a stringer centerline, wherein the lap joint joining the first mandrel segment to the second mandrel segment at a stringer centerline that extends through a stringer cap or a middle of the stringer; wherein the lap joint is formed by an overlap of the second mandrel face sheet by the first mandrel face sheet, the mandrel assembly further comprising: a seal between said first mandrel face sheet and said second mandrel face sheet at the overlap. a plurality of stringers; a first mandrel segment naving a first mandrel face sheet; a second mandrel segment having a second mandrel face sheet; characterized by a lap joint affixing the first mandrel face sheet to the second mandrel face sheet for joining the first mandrel segment to the second mandrel segment along a stringer centerline, wherein the lap joint joining the first mandrel segment to the second mandrel segment at a stringer centerline that extends through a stringer cap or a middle of the stringer; a seal between said first mandrel face sheet and said second mandrel face sheet at the overlap.
A process for making a crystalline zilpaterol salt, wherein the process comprises forming a mixture by combining a surfactant with water and a zilpaterol salt and the process further comprises seeding the mixture with crystalline zilpaterol hydrochloride trihydrate crystals after decreasing the temperature and wherein the crystalline zilpaterol salt is zilpaterol hydrochloride and wherein the surfactant is a polysorbate.
A moisture removal and condensation and humidity management apparatus for a breathing circuit arranged between a patient and a ventilator, comprising: a breathing circuit tubing defining a breathing gas conduit between the patient and the ventilator for a flow of breathing gas therein, said breathing gas having a first humidity level and a level of moisture or condensate therein, characterized in that: a dry gas conduit is disposed adjacent at least a portion of the breathing gas conduit between the patient and the ventilator, to provide a dry gas flow in said dry gas conduit, said dry gas flow configured to have a second humidity level lower than the first humidity level, wherein the breathing circuit tubing forming the breathing gas conduit between the patient and the ventilator comprises a permeable portion which is permeable to water vapor but impermeable to liquid water, such that a moisture transmission pathway is provided by the permeable portion of the breathing circuit tubing between the breathing gas conduit and the dry gas conduit, such that humidity in the flow of breathing gas is lowered and moisture in the flow of breathing gas is transferred to the dry gas flow, wherein the dry gas flow is coupled from a dry gas source to one or more inputs ports which feed the dry gas flow into the dry gas conduit, wherein the dry gas flow exits via an exit port to the ambient environments surrounding the apparatus, and wherein the breathing circuit tubing comprising said permeable portion and said dry gas conduit is an expiratory limb of said breathing circuit disposed between the patient and the ventilator, and wherein said expiratory limb comprising said permeable portion of the breathing circuit tubing is downstream of the patient and upstream of the ventilator. a dry gas conduit is disposed adjacent at least a portion of the breathing gas conduit between the patient and the ventilator, to provide a dry gas flow in said dry gas conduit, said dry gas flow configured to have a second humidity level lower than the first humidity level, wherein the breathing circuit tubing forming the breathing gas conduit between the patient and the ventilator comprises a permeable portion which is permeable to water vapor but impermeable to liquid water, such that a moisture transmission pathway is provided by the permeable portion of the breathing circuit tubing between the breathing gas conduit and the dry gas conduit, such that humidity in the flow of breathing gas is lowered and moisture in the flow of breathing gas is transferred to the dry gas flow, wherein the dry gas flow is coupled from a dry gas source to one or more inputs ports which feed the dry gas flow into the dry gas conduit, wherein the dry gas flow exits via an exit port to the ambient environments surrounding the apparatus, and wherein the breathing circuit tubing comprising said permeable portion and said dry gas conduit is an expiratory limb of said breathing circuit disposed between the patient and the ventilator, and wherein said expiratory limb comprising said permeable portion of the breathing circuit tubing is downstream of the patient and upstream of the ventilator.
Processing apparatus, in which a product is transported from a product-entry to a product-exit and is fried in a frying oil bath, characterized in, that the frying oil is pumped by a pump through a microwave chamber and is thereby heated, wherein the microwave chamber, which is provided as a tube, comprises at least one, preferably a multitude, solid-state radio frequency source(s), wherein the frying oil flows out of the bath towards the microwave chamber, where it is heated and then flows back into the chamber, wherein the flow direction of the frying oil is the same as the direction of the product flow and wherein it comprises a filter in the tubing to the microwave chamber.
A method for producing a metal ingot by using an electron-beam melting furnace having an electron gun capable of controlling a radiation position of an electron beam and a hearth that accumulates a molten metal of a metal raw material, the metal ingot containing 50% by mass or more in total of at least one metallic element selected from a group consisting of titanium, tantalum, niobium, vanadium, molybdenum and zirconium, wherein: among a plurality of side walls of the hearth that accumulates the molten metal of the metal raw material, a first side wall is a side wall provided with a lip portion for causing the molten metal in the hearth to flow out into a mold; an irradiation line is disposed in a downstream region between an upstream region in which the metal raw material is supplied onto a surface of the molten metal and the first side wall, such that the irradiation line blocks the lip portion and two end portions (e1, e2) of the irradiation line are positioned at an inside face of the side wall of the hearth or in a region in which a separation distance (x) from the inside face of the side wall is 5 mm or less; a first electron beam is radiated onto the surface of the molten metal along the irradiation line; and the radiation of the first electron beam along the irradiation line increases a surface temperature of the molten metal at the irradiation line above an average surface temperature of the entire surface of the molten metal in the hearth, and forms and maintains, in an outer layer of the molten metal, a molten metal flow toward upstream that is a direction toward an opposite side to the first side wall from the irradiation line. among a plurality of side walls of the hearth that accumulates the molten metal of the metal raw material, a first side wall is a side wall provided with a lip portion for causing the molten metal in the hearth to flow out into a mold; an irradiation line is disposed in a downstream region between an upstream region in which the metal raw material is supplied onto a surface of the molten metal and the first side wall, such that the irradiation line blocks the lip portion and two end portions (e1, e2) of the irradiation line are positioned at an inside face of the side wall of the hearth or in a region in which a separation distance (x) from the inside face of the side wall is 5 mm or less; a first electron beam is radiated onto the surface of the molten metal along the irradiation line; and the radiation of the first electron beam along the irradiation line increases a surface temperature of the molten metal at the irradiation line above an average surface temperature of the entire surface of the molten metal in the hearth, and forms and maintains, in an outer layer of the molten metal, a molten metal flow toward upstream that is a direction toward an opposite side to the first side wall from the irradiation line.
A process for the preparation of a completely non-toxic and biocompatible hydrogel, including a first step in which at least a hydroxyl functions containing polymer or copolymer is reacted with at least a compound containing at least two carbon-carbon double bonds, in an aqueous basic environment consisting of a KOH or NaOH aqueous solution at a concentration between 10% and 30% by water to give a cross-linked hydrogel, in which the cross-linking occurs through the formation of ether bonds between the hydroxyl groups of said polymer and/or copolymer and the double bonds of said at least one monomer; and further including a step in which the cross-linked hydrogel obtained is washed with non-pyrogen bi-distilled water and neutralized; wherein said at least one monomer is selected from: diacrylates, polyethylene glycole diacrylate, glycerol 1-3 diglycerolate diacrylate; bisacrilamides, methylenbisacrylamide, ethylenbisacrylamide, isopropylenbisacrilamide; diallyl urea.