mhurhangee/patent-ind-claim-en huggingface dataset:
A dosing apparatus for dispensing therapeutic and/or preventative product into an orifice of an animal, the apparatus comprising: a stack of cartridges , each cartridge comprising: a body with a cavity holding at least one product to be dosed, a nozzle which is in communication with the cavity and which is configured for channelling the product to an orifice of an animal, the nozzle being disposed at an angle to the body of 70° to 90° such that, in use, product is dispensed upwardly from the dosing apparatus to the orifice of the animal, at least one piston configured to push product from the cavity, and a recess which is adapted to receive and provide a cover for a nozzle of an identical or similar cartridge ; the dosing apparatus further comprising: a dispenser for holding the cartridges and for dispensing product from each cartridge , one after the other, the dispenser including: a magazine to receive the stack of cartridges , and a plunger arranged to drive a piston of one of the cartridges ; wherein the nozzle comprises a cannula or tube sized to fit within the teat orifice of a dairy cow. a stack of cartridges , each cartridge comprising: a body with a cavity holding at least one product to be dosed, a nozzle which is in communication with the cavity and which is configured for channelling the product to an orifice of an animal, the nozzle being disposed at an angle to the body of 70° to 90° such that, in use, product is dispensed upwardly from the dosing apparatus to the orifice of the animal, at least one piston configured to push product from the cavity, and a recess which is adapted to receive and provide a cover for a nozzle of an identical or similar cartridge ; a body with a cavity holding at least one product to be dosed, a nozzle which is in communication with the cavity and which is configured for channelling the product to an orifice of an animal, the nozzle being disposed at an angle to the body of 70° to 90° such that, in use, product is dispensed upwardly from the dosing apparatus to the orifice of the animal, at least one piston configured to push product from the cavity, and a recess which is adapted to receive and provide a cover for a nozzle of an identical or similar cartridge ; the dosing apparatus further comprising: a dispenser for holding the cartridges and for dispensing product from each cartridge , one after the other, the dispenser including: a magazine to receive the stack of cartridges , and a plunger arranged to drive a piston of one of the cartridges ; wherein the nozzle comprises a cannula or tube sized to fit within the teat orifice of a dairy cow. a magazine to receive the stack of cartridges , and a plunger arranged to drive a piston of one of the cartridges ; wherein the nozzle comprises a cannula or tube sized to fit within the teat orifice of a dairy cow.
Bed having a bed frame composed of a head part , a foot part and two side parts , and a bed base which is inserted into the bed frame , wherein the parts of the bed frame are connected to one another at least partly by plug-in connections, characterised in that the plug-in connections are secured by clamping closures .
A reinforced composite comprising: a reinforcing material comprising a woven carbon fiber having a mesh size of 2 mm to 37 μm (10 to 400); and a carbon composite; wherein the carbon composite comprises carbon and a binder containing one or more of the following: a metal; or an alloy of the metal; and wherein the metal is one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium; wherein the carbon in the carbon composite comprises one or more of the following: expanded graphite; expandable graphite; natural graphite; or synthetic graphite; wherein the carbon composite comprises at least two carbon microstructures and a binding phase disposed between the at least two carbon microstructures; wherein the binding phase comprises the binder; wherein the carbon microstructures are microscopic structures of graphite formed after compressing graphite and comprising graphite basal planes stacked together along the compression direction; wherein the largest dimension of the carbon microstructures is from 5 to 500 microns; wherein the carbon microstructures have a thickness of from 1 to 200 microns; and wherein the aspect ratio of the carbon microstructures is from 10 to 500. a reinforcing material comprising a woven carbon fiber having a mesh size of 2 mm to 37 μm (10 to 400); and a carbon composite; wherein the carbon composite comprises carbon and a binder containing one or more of the following: a metal; or an alloy of the metal; and wherein the metal is one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium; wherein the carbon in the carbon composite comprises one or more of the following: expanded graphite; expandable graphite; natural graphite; or synthetic graphite; wherein the carbon composite comprises at least two carbon microstructures and a binding phase disposed between the at least two carbon microstructures; wherein the binding phase comprises the binder; wherein the carbon microstructures are microscopic structures of graphite formed after compressing graphite and comprising graphite basal planes stacked together along the compression direction; wherein the largest dimension of the carbon microstructures is from 5 to 500 microns; wherein the carbon microstructures have a thickness of from 1 to 200 microns; and wherein the aspect ratio of the carbon microstructures is from 10 to 500.
A computer-implemented method of generating management instructions for a particular managed server within an administrative domain according to an administrative domain-wide management policy that comprises a set of one or more rules, wherein the administrative domain includes a plurality of managed servers , wherein the managed servers provide services, the method comprising: grouping together multiple managed servers by specifying one or more labels, hereinafter called label set, and identifying the services that perform different functionality than other services provided by a managed server , the identified services hereinafter called bound services, by a different label set than the label set of the managed server , determining relevant rules within the set of rules that are relevant to the bound service; selecting a set of relevant managed servers that are relevant to the bound service by identifying managed servers of the plurality that are referenced by the relevant rules; generating function-level instructions regulating communication between the bound service and the set of relevant managed servers based on the relevant rules; and sending, to the particular managed server, the function-level instructions to implement the administrative domain-wide management policy. grouping together multiple managed servers by specifying one or more labels, hereinafter called label set, and identifying the services that perform different functionality than other services provided by a managed server , the identified services hereinafter called bound services, by a different label set than the label set of the managed server , determining relevant rules within the set of rules that are relevant to the bound service; selecting a set of relevant managed servers that are relevant to the bound service by identifying managed servers of the plurality that are referenced by the relevant rules; generating function-level instructions regulating communication between the bound service and the set of relevant managed servers based on the relevant rules; and sending, to the particular managed server, the function-level instructions to implement the administrative domain-wide management policy.
An atomizer, comprising a liquid storage assembly , an adjustment assembly detachably mounted at one end of the liquid storage assembly and an atomizing assembly mounted in the liquid storage assembly , an air intake passage being defined in the adjustment assembly , wherein the atomizing assembly comprises an atomizing head and an atomizing sleeve sleeved on an outside of the atomizing head , the atomizing head comprises an atomizing core , at least one air intake groove is axially defined in an outer surface of a sidewall of the atomizing core and communicates with the air intake passage , an air intake hole is defined at a lower end of each air intake groove and communicates with a corresponding air intake groove , external air enters into the air intake groove through the air intake passage and then enters into an inside of the atomizing core through the air intake hole ; the atomizing core is defined with a slot , two opposite sides of the slot are openings, the atomizing head further comprises a liquid absorbing member and a heating member , the liquid absorbing member wraps on the heating member or the heating member wraps on the liquid absorbing member , the liquid absorbing member and the heating member are located in the slot ; characterized in that the atomizing core comprises a core and an isolation member disposed at a lower end of an inner wall of the core , the slot is defined in the core , the isolation member protrudes in an axial direction to form a partition portion corresponding to the openings at the two opposite sides of the slot , a lower end of the liquid absorbing member abuts against the partition portion .
Method for heating a fluid or a body by means of a vapour compression circuit containing a heat-transfer fluid comprising tetrafluoropropene, said method comprising, successively and cyclically, evaporation of the heat-transfer fluid, compression of the heat-transfer fluid, cooling of the heat-transfer fluid and expansion of the heat-transfer fluid, characterized in that the heat-transfer fluid is in the supercritical state at the outcome of the compression.
Rim for a wheel of a vehicle , printed with a metal alloy by means of three-dimensional printing, comprising a substantially circular barrel delimited by a front flange and a rear flange , the barrel comprising: - a central rim base , - a front fittings part for front support of a tyre , located between the rim base and the front flange , - a rear fittings part for rear support of a tyre , located between the rim base and the rear flange , the rim being intended to be assembled on a vehicle such that the front flange is located on an outer side of the vehicle and the rear flange is located on an inner side of the vehicle , the front fittings part comprising a front outer surface intended to come into contact with a tyre , and a front inner surface opposite to said front outer surface , the front fittings part comprising a front hook and a front bead seat (C2) for a tyre , characterized in that the barrel comprises, within its thickness and in a radial cross section, a front hook cavity (C1) located at least in part in the front hook , and a front bead seat cavity (C2) located at least in part between the front bead seat and that part of the front inner surface facing it, the front hook cavity (C1) and the front bead seat cavity (C2) being separated by a reinforcing wall . - a central rim base , - a front fittings part for front support of a tyre , located between the rim base and the front flange , - a rear fittings part for rear support of a tyre , located between the rim base and the rear flange ,
T-connection for post-beam-structures of facades, skylights and conservatories, comprising a connecting device for a form-fit connection of a beam profile to a post profile , a beam profile and a post profile , wherein the connecting device contains a plurality of pin-shaped connecting elements which can be fastened to a side wall of the post profile in a predetermined arrangement and a connecting profile which can be plugged onto the pin-shaped connecting elements in a form-fitting manner and can be inserted into the beam profile , wherein the pin-shaped connecting elements are firmly connected to the post profile via a connector arranged on the post profile and the connecting profile comprises a plurality of insertion regions adapted to the outer contour of the pin-shaped connecting elements and to their arrangement for inserting and positively receiving the pin-shaped connecting elements , characterized in that the connector consists of a first connector part and a second connector part firmly connected thereto, the first connector part having an outer contour adapted to the inner contour of the beam profile .
An apparatus comprising: a skid comprising a frame defining an interior volume, the frame having a longitudinal axis extending along a level plane; a drivebox having mounting ears for connection to the skid , the drivebox extending along the longitudinal axis of the frame, and comprising a motor , a drive connected to the motor , a plurality of adjustment brackets , and a plurality of adjustment gussets ; a basket located above and movably connected to the drivebox , the basket comprising a housing, an infeed end , a discharge end , and at least one screening deck ; wherein the plurality of adjustment brackets of the drivebox comprise a pair of pivot brackets and a pair of vertical adjustment brackets , with a pivot bracket and a vertical adjustment bracket being moveably connected to the basket via mounts on each opposing side of the housing and wherein the plurality of adjustment gussets are moveably connected to the basket at a bottom of the housing such that drivebox and basket are suspended from the frame ; and wherein the pair of vertical adjustment brackets and the pair of pivot brackets are configured to connect the drivebox with the basket at a desired screening deck angle of between 2 and 15 degrees with respect to the level plane such that wherein at least a portion of the basket and at portion of the at least one screen deck is disposed within the interior volume of the skid . a skid comprising a frame defining an interior volume, the frame having a longitudinal axis extending along a level plane; a drivebox having mounting ears for connection to the skid , the drivebox extending along the longitudinal axis of the frame, and comprising a motor , a drive connected to the motor , a plurality of adjustment brackets , and a plurality of adjustment gussets ; a basket located above and movably connected to the drivebox , the basket comprising a housing, an infeed end , a discharge end , and at least one screening deck ; wherein the plurality of adjustment brackets of the drivebox comprise a pair of pivot brackets and a pair of vertical adjustment brackets , with a pivot bracket and a vertical adjustment bracket being moveably connected to the basket via mounts on each opposing side of the housing and wherein the plurality of adjustment gussets are moveably connected to the basket at a bottom of the housing such that drivebox and basket are suspended from the frame ; and wherein the pair of vertical adjustment brackets and the pair of pivot brackets are configured to connect the drivebox with the basket at a desired screening deck angle of between 2 and 15 degrees with respect to the level plane such that wherein at least a portion of the basket and at portion of the at least one screen deck is disposed within the interior volume of the skid .
A lubricant comprising alcohol initiated propylene oxide homopolymer, an oil soluble polyalkylene glycol other than the alcohol initiated propylene oxide homopolymer, and at least 0.25 weight-percent, based on the total weight of the lubricant, of a calcium salt of dinonylnaphthalene sulphonate, wherein the lubricant is further characterized by a) containing less than ten weight-percent of polyol esters based on total lubricant weight and b) the concentration of the alcohol initiated propylene oxide homopolymer being greater than 50 weight-percent based on the total lubricant weight.
A method of controlling a reciprocating internal combustion engine comprising: a cylinder defining a cavity for receiving a fuel and having a first end and a second end; and a piston moveable within the cavity of the cylinder between the first end and the second end, the method comprising: receiving at least a first signal including data defining one or more properties of the fuel, the one or more properties including an octane number or a cetane number of the fuel; determining a quantity of liquid air to be injected using at least the received first signal and by reading a data structure that defines quantities of liquid air to be injected into the cavity of the cylinder per stroke for different octane numbers cetane numbers; controlling injection of the determined quantity of liquid air into the first end of the cavity at a first time when the piston is closer to the first end than the second end. receiving at least a first signal including data defining one or more properties of the fuel, the one or more properties including an octane number or a cetane number of the fuel; determining a quantity of liquid air to be injected using at least the received first signal and by reading a data structure that defines quantities of liquid air to be injected into the cavity of the cylinder per stroke for different octane numbers cetane numbers; controlling injection of the determined quantity of liquid air into the first end of the cavity at a first time when the piston is closer to the first end than the second end.
A urinary catheterization aid comprising a handle having a distal end and a proximal end and an insertion guide having a distal end and a proximal end , the handle and insertion guide having a guiding channel extending therethrough from the distal end of the handle to the proximal end of the insertion guide, the guiding channel being adapted for having an intermittent urinary catheter entered through the guiding channel , the handle and the insertion guide being disposed at a first angle of between 45 and 135 degrees with respect to each other so that an intermittent urinary catheter can enter the handle in a first direction and exit the insertion guide in a second direction at the first angle to the first direction, characterised in that the urinary catheterization aid further comprises an outlet in the form of an outlet channel extending from the guiding channel to a drainage opening at an outer surface of the urinary catheterization aid so as to allow urine to be drained through the outlet channel .
A printer-implemented method for printing a forensic-encoded 2D barcode , comprising: storing, in a storage module of a printer, one or more fonts including glyphs that can be printed within or adjacent to an area of the forensic-encoded 2D barcode ; receiving, from a computer, instructions to print the forensic-encoded 2D barcode including one or more glyphs of the glyphs included in the one or more fonts, said instructions not including the one or more glyphs to be printed; accessing, from the storage module of the printer and using a processor, the one or more fonts including the glyphs; selecting, using a processor and based on said instructions, the one or more glyphs from the glyphs included in the one or more fonts to be added to the forensic-encoded 2D barcode; generating, from said instructions and using a processor, the forensic-encoded 2D barcode including the one or more selected glyphs; and printing the forensic-encoded 2D barcode. storing, in a storage module of a printer, one or more fonts including glyphs that can be printed within or adjacent to an area of the forensic-encoded 2D barcode ; receiving, from a computer, instructions to print the forensic-encoded 2D barcode including one or more glyphs of the glyphs included in the one or more fonts, said instructions not including the one or more glyphs to be printed; accessing, from the storage module of the printer and using a processor, the one or more fonts including the glyphs; selecting, using a processor and based on said instructions, the one or more glyphs from the glyphs included in the one or more fonts to be added to the forensic-encoded 2D barcode; generating, from said instructions and using a processor, the forensic-encoded 2D barcode including the one or more selected glyphs; and printing the forensic-encoded 2D barcode.
EUV radiation-generating apparatus comprising: a driver laser arrangement , comprising: a beam source for generating laser pulses , an amplifier arrangement comprising at least one optical amplifier (4a-c) configured for amplifying the laser pulses , and at least one absorber device comprising a saturable absorber configured for suppressing amplified spontaneous emissions , the laser pulses passing through said saturable absorber, wherein the absorber device has a chamber , in which an absorber section (A) is formed, and wherein the absorber device comprises a gas feed for feeding the saturable absorber in the form of a saturable absorbent gas into the chamber , a vacuum chamber , in which a target material is arranged at a target position (T), and a beam guiding device configured for guiding the laser pulses from the driver laser device in the direction of the target position (T), characterized in that the driver laser device has a focussing unit configured for focussing the laser pulses onto an intermediate focus (Z F ) formed in the chamber . a driver laser arrangement , comprising: a beam source for generating laser pulses , an amplifier arrangement comprising at least one optical amplifier (4a-c) configured for amplifying the laser pulses , and at least one absorber device comprising a saturable absorber configured for suppressing amplified spontaneous emissions , the laser pulses passing through said saturable absorber, wherein the absorber device has a chamber , in which an absorber section (A) is formed, and wherein the absorber device comprises a gas feed for feeding the saturable absorber in the form of a saturable absorbent gas into the chamber , a beam source for generating laser pulses , an amplifier arrangement comprising at least one optical amplifier (4a-c) configured for amplifying the laser pulses , and at least one absorber device comprising a saturable absorber configured for suppressing amplified spontaneous emissions , the laser pulses passing through said saturable absorber, wherein the absorber device has a chamber , in which an absorber section (A) is formed, and wherein the absorber device comprises a gas feed for feeding the saturable absorber in the form of a saturable absorbent gas into the chamber , a vacuum chamber , in which a target material is arranged at a target position (T), and a beam guiding device configured for guiding the laser pulses from the driver laser device in the direction of the target position (T), characterized in that the driver laser device has a focussing unit configured for focussing the laser pulses onto an intermediate focus (Z F ) formed in the chamber .