mhurhangee/ep-ind-claims huggingface dataset:
A controller for a heating, ventilating and cooling, HVAC system having an economizer with a damper and pressure sensors (194, 195) on opposing sides of said economizer, comprising; a diagnostics controller having a program configured to use pressure difference sensor data to determine if a pressure difference across said economizer of said HVAC system is outside an operational design parameter of said HVAC system, and generate an error signal when said pressure difference is outside said operational design parameter, and being configured to use said pressure difference sensor data in conjunction with damper position data of said economizer to determine when said pressure difference is outside said operational design parameter AND CHARACTERIZED BY: said diagnostics controller further being configured to generate; a first fault signal when said pressure difference is above a high limit value and said damper position data indicates said damper position is open by less than 50%; and a second fault signal different from said first fault condition when said pressure difference is above said high limit value and said damper position data indicates said damper position is open by at least 50%. said diagnostics controller further being configured to generate; a first fault signal when said pressure difference is above a high limit value and said damper position data indicates said damper position is open by less than 50%; and a second fault signal different from said first fault condition when said pressure difference is above said high limit value and said damper position data indicates said damper position is open by at least 50%.
A sustained release capsule comprising a hollow tubular body sealed at a first end, a movable piston within the body, a spring biasing the piston towards a second end of the body, an apertured cover at the second end to define a first chamber between the movable piston and the apertured cover capable of containing a first dose of material within the hollow tubular body for subsequent sustained release through the apertured cover into the rumen of an animal, wherein the movable piston has an end face facing towards the first dose, characterised in that the capsule comprises a hollow central sleeve extending rearwardly from the end face to assist in locating a spring, an aperture in the end face into the hollow interior of the central sleeve, the central sleeve having a closed portion distal from the end face to create a void capable of containing an exit dose of material.
An air conditioning system, in particular for a recreational vehicle, comprising a refrigerant circuit, wherein, as seen in a circulation direction of a refrigerant, the air conditioning system comprises a refrigerant condenser which can be in heat exchange with an environment, a refrigerant throttle, a refrigerant evaporator which can be in heat exchange with a room to be air-conditioned, and a refrigerant compressor, wherein the air conditioning system includes a leakage detection system having a room temperature sensor which is configured to detect a room temperature of the room to be air-conditioned, upstream of the refrigerant evaporator on an air inlet side, an inlet temperature sensor which is configured to detect a refrigerant temperature at a refrigerant inlet of the refrigerant evaporator, an outlet temperature sensor which is configured to detect a refrigerant temperature at a refrigerant outlet of the refrigerant evaporator, and a calculating unit which is coupled to the room temperature sensor, the inlet temperature sensor and the outlet temperature sensor, characterized in that the calculating unit is configured to calculate an outlet differential temperature as a difference of the room temperature and the refrigerant temperature at the refrigerant outlet and an evaporator differential temperature as a difference of the refrigerant temperature at the refrigerant inlet and at the refrigerant outlet.
Automatic rewinding machine for continuous in-line rewinding of a film of air bubble plastic or of similar materials (such as PE foam, XPS foam, and others) in sheet form, exiting continuously from a continuous production plant, said machine comprising a support frame; an assembly of driving and tensioning of said film comprising at least one first guided cylinder co-operating with a second cylinder; a plurality of idle cylinders for accompanying the film towards a winding station; support means, rotating in relation to their horizontal axis, suitable for supporting one end of a respective first horizontal rotating expansion winding shaft whereon a first reel A will be formed, and suitable for supporting one end of at least one second horizontal rotating expansion winding shaft (4',4"), said first and second winding shafts (4,4',4") forming, during use, at least said winding station and one reel unloading station; means for discharging reel; means for cutting the film being wound, comprising a mechanical arm hinged to the frame supporting a blade suitable for only cutting the film of bubble plastic (or similar materials such as PE foam, XPS foam, and others), so as to form two respective cut flaps of said sheet of film; a motor-driven cylindrical brush suitable for facilitating the winding of said cut flap of said sheet of film on said expansion winding shaft (4, 4', 4"); said machine being characterised in that it also comprises wrapping means suitable for partially surrounding said expansion winding shaft (4,4',4") and for guiding the winding of said cut flap of said sheet of film on said expansion winding shaft (4,4',4") co-operating with said motor-driven brush, said wrapping means comprising at least three horizontal rotating rollers (31, 32, 33) extending at least for the entire length of said winding shaft (4,4',4"), the central roller of said rollers (31, 32, 33) being adjacent to said winding shaft (4, 4', 4") during the cutting, said cutting means being placed opposite to said wrapping means with respect to the plane formed by said sheet of film being wound and in such a way, with respect to said wrapping means, as to cut said sheet of film in a point not lying on the portion of said film which winds on said winding shaft (4,4',4"), said winding shafts (4,4',4") being leaf expandable shafts comprising a plurality of circular sectors which move radially with respect to the axis of the respective shaft (4,4',4").
A method of single-pass printing using a printing system comprising at least first and second wholly aligned monochrome printheads supplied with a same ink, the second printhead being downstream of the first printhead, the method comprising the steps of: receiving first and second halftone images at the first and second printheads, respectively; printing the first halftone image from the first printhead; and printing the second halftone image from the second printhead such that a resulting printed image contains the second halftone image interleaved with the first halftone image, wherein: the printed image is printed at a first resolution in a printing direction; the first and second halftone images have a second resolution in the printing direction; the first halftone image is based on a first dither pattern and the second halftone image is based on a second dither pattern, the first dither pattern being different than the second dither pattern, and characterized in that: the second resolution is less than the first resolution. receiving first and second halftone images at the first and second printheads, respectively; printing the first halftone image from the first printhead; and printing the second halftone image from the second printhead such that a resulting printed image contains the second halftone image interleaved with the first halftone image, the printed image is printed at a first resolution in a printing direction; the first and second halftone images have a second resolution in the printing direction; the first halftone image is based on a first dither pattern and the second halftone image is based on a second dither pattern, the first dither pattern being different than the second dither pattern,
A polymerisation process comprising the steps of: 1) Polymerising a monomer and a comonomer in a polymerisation reaction, 2) Withdrawing an effluent stream comprising solid polymer and a mixture comprising unreacted monomer and unreacted comonomer, and passing the effluent to a high pressure recovery system, said high pressure recovery system being at a pressure of at least 0.5 MPa, and comprising a. a high pressure separation step for separating a vapour comprising unreacted monomer and unreacted comonomer from said solids, and b. a high pressure recycle system for recycling a portion of the vapour to the polymerisation reaction, 3) Passing the solids from the high pressure recovery system to a low pressure recovery system, said low pressure recovery system being at a pressure of less than 0.5 MPa, and comprising a. a low pressure separation step for separating further unreacted monomer and unreacted comonomer from said solids, and b. a low pressure recycle system for recycling at least a portion of the unreacted monomer and unreacted comonomer to the polymerisation reaction, wherein the majority of the vapour separated in step 2(a) is recycled as a high pressure recycle stream to the polymerisation reaction whilst maintaining pressure at or above 0.5 MPa (5 bar), and characterised in that a portion of the vapour separated in step 2(a) is passed to the low pressure recovery system by deliberately letting down in pressure a portion of the recovered high pressure recycle stream and passing this to the low pressure treatment system. 1) Polymerising a monomer and a comonomer in a polymerisation reaction, 2) Withdrawing an effluent stream comprising solid polymer and a mixture comprising unreacted monomer and unreacted comonomer, and passing the effluent to a high pressure recovery system, said high pressure recovery system being at a pressure of at least 0.5 MPa, and comprising a. a high pressure separation step for separating a vapour comprising unreacted monomer and unreacted comonomer from said solids, and b. a high pressure recycle system for recycling a portion of the vapour to the polymerisation reaction, a. a high pressure separation step for separating a vapour comprising unreacted monomer and unreacted comonomer from said solids, and b. a high pressure recycle system for recycling a portion of the vapour to the polymerisation reaction, 3) Passing the solids from the high pressure recovery system to a low pressure recovery system, said low pressure recovery system being at a pressure of less than 0.5 MPa, and comprising a. a low pressure separation step for separating further unreacted monomer and unreacted comonomer from said solids, and b. a low pressure recycle system for recycling at least a portion of the unreacted monomer and unreacted comonomer to the polymerisation reaction, a. a low pressure separation step for separating further unreacted monomer and unreacted comonomer from said solids, and b. a low pressure recycle system for recycling at least a portion of the unreacted monomer and unreacted comonomer to the polymerisation reaction,
A system for milking animals comprising a plurality of milking machines, a common vacuum source arrangement, and a vacuum conduit system (101, 106a-l) connecting each of said milking machines to said common vacuum source arrangement, wherein each of said milking machines is connected to said common vacuum source arrangement via an air flow regulation device, characterized in that each of said air flow regulation devices is provided to regulate the air flow from the milking machine, to which it is connected, to be lower than a threshold value.
A radiator support structure comprising: a first attachment member that is configured to be fixed to a vehicle body and to support a radiator body; and a second attachment member that is configured to support the radiator body, and the second attachment member has a non-coupled structure with respect to the first attachment member and the second attachement member is attached to a bumper reinforcement, extending in a vehicle width direction, that is fixed to a front end of a shock absorbing member configured to be fixed to a front end of a front side member, so that, in case of a collision, the second attachment member moves toward the vehicle rear side, thereby enabling the radiator body supported by the second attachment member to move toward the vehicle rear side so as to detach the radiator body from the first attachment member in case of a collision. a first attachment member that is configured to be fixed to a vehicle body and to support a radiator body; and a second attachment member that is configured to support the radiator body, and the second attachment member has a non-coupled structure with respect to the first attachment member and the second attachement member is attached to a bumper reinforcement, extending in a vehicle width direction, that is fixed to a front end of a shock absorbing member configured to be fixed to a front end of a front side member, so that, in case of a collision, the second attachment member moves toward the vehicle rear side, thereby enabling the radiator body supported by the second attachment member to move toward the vehicle rear side so as to detach the radiator body from the first attachment member in case of a collision.
A process for the production of a C 6 to C 14 alcohol ester comprising i) oligomerising one or more C 2 to C 6 olefins to produce a C 5 to C 13 branched chain olefin oligomer ii) separating an olefin oligomer material comprising C 5 to C 13 branched chain olefin oligomer from the product of the oligomerisation reaction iii) passing the olefin oligomer material to a storage and/or transportation vessel, iv) subjecting the oligomer material to a hydroformylation reaction, v) hydrogenating the hydroformylation product of step (iv) to form a C 6 to C 14 alcohol, and esterification of the C 6 to C 14 alcohol characterised in that from 5 to less than 50 ppm by weight based on the weight of olefin of a phenolic antioxidant are provided to the olefin oligomer material between the separation and the storage and/or transportation vessel. i) oligomerising one or more C 2 to C 6 olefins to produce a C 5 to C 13 branched chain olefin oligomer ii) separating an olefin oligomer material comprising C 5 to C 13 branched chain olefin oligomer from the product of the oligomerisation reaction iii) passing the olefin oligomer material to a storage and/or transportation vessel, iv) subjecting the oligomer material to a hydroformylation reaction, v) hydrogenating the hydroformylation product of step (iv) to form a C 6 to C 14 alcohol, and esterification of the C 6 to C 14 alcohol characterised in that from 5 to less than 50 ppm by weight based on the weight of olefin of a phenolic antioxidant are provided to the olefin oligomer material between the separation and the storage and/or transportation vessel.
An oxygen mixer for an oxygen combustion boiler comprising a preheater for heating circulating exhaust gas, a combustion gas duct with bends (21a, 21b, 21c) for guiding a mixed gas resulting from mixture of oxygen with said circulating exhaust gas to a boiler furnace, and oxygen injection nozzles for injecting the oxygen into the circulating exhaust gas, characterized in that the circulating exhaust gas enters through a bottom of the vertically arranged preheater, in that said bends (21a, 21b, 21c) include two horizontally angled bends at an upper discharge port of the preheater whereby the circulating exhaust gas is guided along two horizontal and lateral portions of the combustion gas duct, and in that an oxygen injection nozzle extends vertically into the combustion gas duct at each of said two horizontally angled bends and in that each oxygen injection nozzle has a plurality of injection ports for injecting the oxygen into the circulating exhaust gas.
Device, in particular joystick, for detecting a tilt angle (α) of a pivot lever (2, 2'), the device comprising a pivot lever (2, 2') which can be tilted about a pivot point relative to a predetermined axis, a magnet device arranged on the pivot lever and movable with the latter, and a sensor device which is spaced apart from the pivot lever and is designed to detect a magnetic field, and an evaluation device for determining the tilt angle as a function of the detected magnetic field, the magnet device having at least one permanent magnet (3, 3') with a cylindrical shape and uniaxial magnetization, the pivoting lever (2, 2') being mounted so as to be deflectable in translation coaxially with its axis in the direction of the sensor device, characterized in that the permanent magnet (3, 3') tapers radially at its end face facing the sensor device over the extent (hs) of a predetermined axial end section towards the axial end face.
An oven comprising at least one device for generating vapor from a liquid, said device comprising: - a reservoir able to receive a liquid to be vaporized, in fluid communication with a source of said liquid, said reservoir being at atmospheric pressure or at liquid pressure and remaining at ambient temperature, - means for heating said liquid in said reservoir to bring and/or keep said liquid at a temperature above ambient temperature at which said reservoir remains and below the vaporization temperature of said liquid, - controlled means for conveying said hot liquid from said reservoir into a chamber, said controlled conveying means delivering only the quantity of said liquid necessary to generate a determined quantity of liquid vapor, - control means of said conveying means controlling the conveying of said necessary quantity of said liquid, - a vaporization chamber in fluid communication with said reservoir and at atmospheric pressure, which, during operation, only temporarily contains said necessary quantity of said liquid, - means for vaporizing said necessary quantity of said liquid in said vaporization chamber, instantaneously generating said determined quantity of vapor from said liquid, - means for distributing, from said chamber, said generated determined quantity of vapor. - a reservoir able to receive a liquid to be vaporized, in fluid communication with a source of said liquid, said reservoir being at atmospheric pressure or at liquid pressure and remaining at ambient temperature, - means for heating said liquid in said reservoir to bring and/or keep said liquid at a temperature above ambient temperature at which said reservoir remains and below the vaporization temperature of said liquid, - controlled means for conveying said hot liquid from said reservoir into a chamber, said controlled conveying means delivering only the quantity of said liquid necessary to generate a determined quantity of liquid vapor, - control means of said conveying means controlling the conveying of said necessary quantity of said liquid, - a vaporization chamber in fluid communication with said reservoir and at atmospheric pressure, which, during operation, only temporarily contains said necessary quantity of said liquid, - means for vaporizing said necessary quantity of said liquid in said vaporization chamber, instantaneously generating said determined quantity of vapor from said liquid, - means for distributing, from said chamber, said generated determined quantity of vapor.
An LED lamp, having - a LED module as light source, - a socket with a thread and - a heat sink for cooling the LED module, wherein the LED lamp is designed in such a way that light, which can be emitted from the LED module, is emitted asymmetrically in relation to the main axis defined by the thread, wherein the LED module is pivot-mounted relative to the socket limited by a stopper, wherein the stopper is designed in such a way, that the rotatability of the LED module is limited relative to the socket to 360° or to less than 360°, characterized in that the heat sink has a surface area, which is electrically insulated for the handling of the LED lamp. - a LED module as light source, - a socket with a thread and - a heat sink for cooling the LED module,
A particle beam system comprising: a particle beam source configured to generate a particle beam; a high voltage source; and a beam blanker system comprising a pair of deflection plates (56, 57) and a control circuit; wherein a beam path of the particle beam extends between a first deflection plate of the pair of deflection plates and a second deflection plate of the pair of deflection plates; wherein the control circuit comprises a first switch, a second switch and a first node connected to an output terminal of the high voltage source; wherein the control circuit provides a first current path between the first deflection plate and the second deflection plate, the first deflection plate, the first switch, the first node, the second switch and the second deflection plate are arranged in the first current path in this order, wherein the control circuit further comprises a third resistor and a fourth resistor, wherein the third resistor is arranged in the first current path between the first deflection plate and the first node, and wherein the fourth resistor is arranged in the first current path between the first node and the second deflection plate. a particle beam source configured to generate a particle beam; a high voltage source; and a beam blanker system comprising a pair of deflection plates (56, 57) and a control circuit; wherein a beam path of the particle beam extends between a first deflection plate of the pair of deflection plates and a second deflection plate of the pair of deflection plates; wherein the control circuit comprises a first switch, a second switch and a first node connected to an output terminal of the high voltage source; wherein the control circuit provides a first current path between the first deflection plate and the second deflection plate, the first deflection plate, the first switch, the first node, the second switch and the second deflection plate are arranged in the first current path in this order, wherein the control circuit further comprises a third resistor and a fourth resistor, wherein the third resistor is arranged in the first current path between the first deflection plate and the first node, and wherein the fourth resistor is arranged in the first current path between the first node and the second deflection plate.
An organic solvent extract, other than an ethanol extract, of Boswellia frereana oleoresin comprising an inhibitor of matrix metalloproteinase 9; for use in treating or preventing a disorder or condition selected from the group comprising: inflammatory bowel disease, sepsis, sepsis syndrome, ischemic injury, graft vs. host disease, reperfusion injury and cancer.