mhurhangee/ep-ind-claims huggingface dataset:
Assembly for supporting and fastening solar systems, said solar systems comprising a solar collector and eventually a storage tank, said assembly comprising at least two crossbeams parallel between each other, at least two mounting bars parallel between each other and perpendicular to said crossbeams and coupled to them forming a quadrilateral for the support of the solar collector, a first pair of box brackets, each box bracket having a bottom face, a top face and two side faces, each box bracket being coupled from below to a mounting bar (3, 8) in proximity of the first crossbeam, two pillars having the top end having a hollow quadrangular cross-section, and a second pair of box brackets, said assembly being configured for alternatively assuming a first configuration for the support of solar systems and the fastening to slanted surfaces, wherein each of said two further box brackets is coupled from the bottom to a respective mounting bar in proximity of the second crossbeam and wherein each box bracket is fixed to said tilted surface, or a second configuration for the support of solar systems and the fastening to flat surfaces, wherein each pillar is fixed to said flat surface, each box element of the first pair of box brackets has the bottom face and the contiguous lateral face inserted in said top hollow end of a respective pillar and the ends of said mounting bars in correspondence of the second crossbeam in contact with said flat surface.
Agricultural distributor for dispensing granular materials, with a basic storage container which is supported by frame elements and opens out into at least two discharge hoppers, wherein the discharge hoppers are each closed by metering devices, wherein an attachment container element which is at least composed of a plurality of individual wall elements (8, 9) and has a lower flange region is arranged on the upper encircling region of the basic storage container, characterized in that the formations at least of the corner regions of the lower flange regions of the attachment container element are designed as stamping elements for adaptation to the contour of the upper encircling region of the basic storage container, in that the remaining formations (17, 18, 19) not created by stamping are provided for the configuration of the attachment container element by means of folding partial regions of the wall elements (8, 9) of the attachment container element.
A centrifugal electric pump assembly comprising an electric motor, a wet section provided with an intake duct and a delivery duct, and an impeller, said impeller being keyed on a shaft of said electric motor, said electric motor being composed of a stator and a rotor, said rotor being integral with said shaft, said stator being contained in a receptacle, said rotor being comprised between two bushings (6, 7): - a first bushing, arranged proximate to said impeller, - a second bushing, arranged opposite said first bushing and located at the end of said shaft that is opposite to the one provided with said impeller, said centrifugal electric pump assembly further comprising a scale remover substance adapted to prevent the forming of scale proximate to said second bushing, characterized in that the centrifugal electric pump assembly comprises, at one end, an electrical box, which contains an electrical board adapted to control and supply power to said electric motor, said electrical box being closed at the free end by a lid, said centrifugal electric pump assembly comprising a plug (35, 135), provided with: - at a first end, a contour (43, 143) that is adapted to enter a hole which communicates with said wet section, acting as a flow control element, said hole that communicates with said wet section being proximate to said second bushing, - at the other end, a head (40, 140) adapted to be easily accessible to the user, said scale remover substance adapted to prevent the forming of scale being constituted by a tablet (50, 150) which is inserted in a seat in said first end of said plug (35, 135). - a first bushing, arranged proximate to said impeller, - a second bushing, arranged opposite said first bushing and located at the end of said shaft that is opposite to the one provided with said impeller, said centrifugal electric pump assembly further comprising a scale remover substance adapted to prevent the forming of scale proximate to said second bushing, characterized in that the centrifugal electric pump assembly comprises, at one end, an electrical box, which contains an electrical board adapted to control and supply power to said electric motor, said electrical box being closed at the free end by a lid, said centrifugal electric pump assembly comprising a plug (35, 135), provided with: - at a first end, a contour (43, 143) that is adapted to enter a hole which communicates with said wet section, acting as a flow control element, said hole that communicates with said wet section being proximate to said second bushing, - at the other end, a head (40, 140) adapted to be easily accessible to the user, - at a first end, a contour (43, 143) that is adapted to enter a hole which communicates with said wet section, acting as a flow control element, said hole that communicates with said wet section being proximate to said second bushing, - at the other end, a head (40, 140) adapted to be easily accessible to the user, said scale remover substance adapted to prevent the forming of scale being constituted by a tablet (50, 150) which is inserted in a seat in said first end of said plug (35, 135).
A fluid management system for an endoscopic procedure, the system comprising a pump configured to deliver liquid from a reservoir to a medical device, the pump comprising a central processing unit configured to control operation of the pump, a footswitch in communication with the CPU and configured to actuate the pump, and a user input device configured to program the CPU to operate the pump at a plurality of predetermined levels of an operational parameter of the pump and to allow a user to select one of the plurality of predetermined levels for pump operation, characterised in that the CPU is further configured to disable at least parts of the user input device when the footswitch is engaged, the user input device comprises increment controls operable to incrementally increase and decrease an operational parameter of the pump, and preset controls operable to switch directly between the plurality of predetermined levels of the operational parameter of the pump, and the CPU is configured to disable the preset controls when the footswitch is engaged and to maintain the increment controls in an enabled condition when the footswitch is engaged.
A vehicle control device comprising: a plurality of lamps; a sensing unit that, when mounted on a vehicle, is configured to sense information related to the vehicle; and a processor configured to turn on a lamp from the plurality of lamps in a preset manner, when the sensing unit senses that the lamp has entered an area adjacent to an available parking space, characterized in that when the plurality of lamps are provided on different positions of the vehicle, the processor is configured to turn on the plurality of lamps in the preset manner in the order of entering the area.
An organic light emitting diode display pixel, comprising a red light emitting sub-pixel, a green light emitting sub-pixel and a blue light emitting sub-pixel, the longitudinal axis of the red light emitting sub-pixel, the longitudinal axis of the green light emitting sub-pixel and the longitudinal axis of the blue light emitting sub-pixel are parallel to each other, wherein the organic light emitting diode display pixel has the shape of a square; the red light emitting sub-pixel, the green light emitting sub-pixel and the blue light emitting sub-pixel are in rectangular shape; the red light emitting sub-pixel and the green light emitting sub-pixel are located on both sides of the blue light emitting sub-pixel, and the length of the blue light emitting sub-pixel is larger than the length of the red light emitting sub-pixel and than the length of the green light emitting sub-pixel, characterized in that: a longitudinal axis of the red light emitting sub-pixel, a longitudinal axis of the green light emitting sub-pixel and a longitudinal axis of the blue light emitting sub-pixel are disposed oblique with respect to four sides of the square.
A gas turbine engine, comprising: an engine casing structure that includes a pocket; and a retention block assembly received in said pocket; and a vane that is circumferentially retained relative to said engine casing structure by said retention block assembly, wherein said retention block assembly includes a stop block and a pin that retains said stop block in said pocket; and characterised in that said pin is inserted through a bore of said stop block, and wherein said stop block is loose relative to said pin. an engine casing structure that includes a pocket; and a retention block assembly received in said pocket; and a vane that is circumferentially retained relative to said engine casing structure by said retention block assembly, wherein said retention block assembly includes a stop block and a pin that retains said stop block in said pocket; and characterised in that said pin is inserted through a bore of said stop block, and wherein said stop block is loose relative to said pin.
A water-in-oil emulsified sunscreen cosmetic characteristically comprising the following (a) through (e): (a) Hydrophobicized zinc oxide and hydrophobicized titanium dioxide: 10-30 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (b) Lipophilic nonionic surfactant: 0.5-5 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (c) di (phytosteryl/2-octyldodecyl) N-lauroyl-L-glutamate: 1-3 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (d) Volatile silicone oil and/or hydrocarbon oil: 10-40wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (e) Water: 5-30 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic. (a) Hydrophobicized zinc oxide and hydrophobicized titanium dioxide: 10-30 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (b) Lipophilic nonionic surfactant: 0.5-5 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (c) di (phytosteryl/2-octyldodecyl) N-lauroyl-L-glutamate: 1-3 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (d) Volatile silicone oil and/or hydrocarbon oil: 10-40wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic; (e) Water: 5-30 wt% relative to the total amount of the water-in-oil emulsified sunscreen cosmetic.
A composition for use in treating and preventing hearing loss, the composition comprising a peptide comprising an amino acid sequence of SEQ ID NO: 1, a peptide having 80% or more sequence homology to the amino acid sequence, or a fragment thereof, wherein the peptide having 80% or more sequence homology to the amino acid sequence and the fragment have an effect of treating hearing loss.
Lock for a door or a window comprising a housing, locking elements which can be actuated by means of a locking mechanism via a push rod as well as a spring-loaded latch which can be brought into a retracted position via a latch retraction lever, wherein the latch retraction lever is actuatable by means of the locking mechanism via a displaceable latch lever and, if appropriate, via a nut, wherein the latch lever is displaceable solely linearly, preferably in a vertical direction in parallel to the direction of movement of the push rod, and wherein for coupling the latch lever to the locking mechanism, preferably to a gear of a lock cylinder thereof, a coupling element comprising a control plate and a control lever is provided wherein the coupling element is displaceable substantially normally to the direction of movement of the latch lever between a coupling position when the locking mechanism is unlocked and a decoupled position while the lock is locked, and wherein the control lever is forming an operative connection between the locking mechanism and the latch lever in the coupling position and is displaceable in relation to the control plate in the direction of movement of the latch lever, characterized in that the control plate has a control spigot which is guided in a connecting link in the push rod, whereby the control plate and thus the entire coupling element can be displaced between the coupling position and the decoupled position when the locking mechanism is actuated.
Apparatus for indirect printing on cylindrical parts, comprising at least one intermediate printing substrate, and comprising a means for transferring a printed image onto the intermediate printing substrate or for generating a printed image on the intermediate printing substrate, it being possible for the means to comprise a gravure printing applicator, a relief printing applicator or an inkjet applicator, the intermediate printing substrate being an endless belt which is endlessly guided as a closed belt loop over at least two rollers and receives the printed image on the outer side thereof facing away from each of the rollers, the endless belt forming a transfer portion which extends in a plane between the rollers in the drive direction, and a feed means being provided for the cylindrical parts to be printed on and the feed means being designed to translationally feed the parts to be printed on in one direction and in one plane at least in the region of the endless belt, the parts being rotatably mounted in workpiece supports of the feed means such that the printed image previously received on the endless belt can be transferred from the endless belt to a cylindrical part to be printed on by rolling the cylindrical part against the planar transfer portion of the endless belt, characterized in that, for the feed means, a positively controlled rotary drive means is provided for the rotatably mounted parts in such a way that an outer circumferential speed of the parts corresponds to a relative speed between the endless belt and the translational feeding of the parts when said parts reach the transfer portion.
A multi-stage fluid pressure regulator comprising: a first stage valve arranged to open and close a fluid flow path to control flow of fluid through the first stage valve; a first stage piston arranged for movement to open and close the first stage valve, the piston having an inner side and an outer side; a gas delivery conduit having a proximal end attached to the first stage piston and a distal end extending away from the first stage piston, the gas delivery conduit having a passage in fluid communication with the inner side of the first stage piston; and a second stage valve in fluid communication with the gas delivery conduit, the second stage valve including a valve chamber into which the distal end of the gas delivery conduit is positioned, wherein the gas delivery conduit is moveable into and out of the valve chamber. a first stage valve arranged to open and close a fluid flow path to control flow of fluid through the first stage valve; a first stage piston arranged for movement to open and close the first stage valve, the piston having an inner side and an outer side; a gas delivery conduit having a proximal end attached to the first stage piston and a distal end extending away from the first stage piston, the gas delivery conduit having a passage in fluid communication with the inner side of the first stage piston; and a second stage valve in fluid communication with the gas delivery conduit, the second stage valve including a valve chamber into which the distal end of the gas delivery conduit is positioned, wherein the gas delivery conduit is moveable into and out of the valve chamber.
Brake control device for a brake system of a rail vehicle, wherein the brake control device is designed to actuate at least one magnetic track brake device of the brake system based on rail state data characterized in that the brake control device is designed to actuate supply of current to the magnetic track brake device at a varying current intensity during braking, wherein less current can be supplied during braking taking into account an improving rail state.
A compressor comprising: a case; a stator, accommodated in the case, and including a stator core (no) and a stator coil; a rotor rotatably disposed in an inside of the stator core; a bracket (200, 201, 202) coupled to a lower portion of the stator core; a rotation shaft configured to rotate together with the rotor, and having a cavity for raising oil stored in the case; a pickup shaft accommodated in the cavity; and a support member connected to the pickup shaft to support the pickup shaft, and coupled to the bracket (200, 201, 202) or the stator core; and an insulator including a lower insulator disposed below the stator core and an upper insulator disposed between the stator core and the stator coil, wherein the bracket (200, 201, 202) comprises a bumper portion to which a bumper member is coupled, and the bracket (200, 201, 202) is disposed to be spaced outward from the insulator in a radial direction. a case; a stator, accommodated in the case, and including a stator core (no) and a stator coil; a rotor rotatably disposed in an inside of the stator core; a bracket (200, 201, 202) coupled to a lower portion of the stator core; a rotation shaft configured to rotate together with the rotor, and having a cavity for raising oil stored in the case; a pickup shaft accommodated in the cavity; and a support member connected to the pickup shaft to support the pickup shaft, and coupled to the bracket (200, 201, 202) or the stator core; and an insulator including a lower insulator disposed below the stator core and an upper insulator disposed between the stator core and the stator coil, wherein the bracket (200, 201, 202) comprises a bumper portion to which a bumper member is coupled, and the bracket (200, 201, 202) is disposed to be spaced outward from the insulator in a radial direction.
A door or hatch for a housing for air-conditioning devices, wherein the door leaf consists of a metal casing which contains a heat-insulating material and which is equipped with spaced-apart elastic seals (4, 2c) around the periphery, and wherein the door frame consists of two vertical composite profiles which are connected by two horizontal elements, wherein the metal casing of the door leaf is formed of two metal shells (1a, 1c), characterized in that the door leaf has a uniform cross-section on the entire peripheral region, in that the two metal shells (1a, 1c) are connected in the peripheral region by means of a plastic profile which has at least one inner chamber, the peripheral edges, bent through 90°, of the inner shells being anchored to said plastic profile in a corresponding groove and the peripheral edges, bent through 90°, of the outer shell being fastened to the same plastic profile by screws, in that the plastic profile is equipped with a first seal which bears with one of the lateral longitudinal regions against the edge of the shell directed towards the interior of the housing for air-conditioning devices, while the opposite longitudinal region bears against the vertical composite profiles when the door leaf is closed, in that the same plastic profile is equipped with a second seal which is spaced apart from the first and projects towards the vertical elements and horizontal elements forming the door frame, in that both horizontal elements of the door frame have an identical, flat L-shaped cross-section, the vertical flange that protrudes towards the clear opening being much narrower than the horizontal flange that is fastened to the end faces of the vertical elements formed by the vertical composite profiles with a break in the thermal bridge, in that these vertical composite profiles have a wedge-shaped cross-section that constricts the horizontal clear opening, and in that the same first seal, when the door leaf is closed, bears only with its front longitudinal region against the vertical flange of both horizontal elements.
A method for producing a preserved food from milk, fruit and/or vegetable products, wherein the products are first mixed and then filled, wherein during mixing and filling up the residual oxygen content of the atmosphere surrounding the products is decreased to below 1 %, characterised by the following procedural steps: a) evacuating the products to more than 500 mbar negative pressure at a product temperature of below 70 °C, b) complete removal of the negative pressure by blowing in nitrogen, steam or an oxidation inert shielding gas, c) awaiting a concentration balance time allowing the oxygen to escape from the product, d) measuring the residual oxygen content in the atmosphere surrounding the products and e) depending on the residual oxygen content, repeating the procedual steps a) to d) several times until a target value is reached. a) evacuating the products to more than 500 mbar negative pressure at a product temperature of below 70 °C, b) complete removal of the negative pressure by blowing in nitrogen, steam or an oxidation inert shielding gas, c) awaiting a concentration balance time allowing the oxygen to escape from the product, d) measuring the residual oxygen content in the atmosphere surrounding the products and e) depending on the residual oxygen content, repeating the procedual steps a) to d) several times until a target value is reached.
An engine for mounting on a motorcycle, comprising: a crankshaft; and a supercharger drivingly connected with the crankshaft, the supercharger having a centrifugal impeller, wherein: as the supercharger is driven at a maximum permissible engine speed, an inlet diameter (Ii) of the impeller is chosen to be a value that allows a peripheral velocity of an inlet side tip end portion of the impeller to exceed the sonic velocity; a speed of rotation of the crankshaft is increased by a planetary gear device and then transmitted to a supercharger rotary shaft; the impeller is fixed to one end portion of the supercharger rotary shaft, and the other end portion of the supercharger rotary shaft is drivingly connected with the planetary gear device; and the inlet diameter (Ii) is so set that the peripheral velocity of the inlet side tip end portion of the impeller at the maximum permissible engine speed is equal to or lower than 1.3 times the sonic velocity. a crankshaft; and a supercharger drivingly connected with the crankshaft, the supercharger having a centrifugal impeller, wherein: as the supercharger is driven at a maximum permissible engine speed, an inlet diameter (Ii) of the impeller is chosen to be a value that allows a peripheral velocity of an inlet side tip end portion of the impeller to exceed the sonic velocity; a speed of rotation of the crankshaft is increased by a planetary gear device and then transmitted to a supercharger rotary shaft; the impeller is fixed to one end portion of the supercharger rotary shaft, and the other end portion of the supercharger rotary shaft is drivingly connected with the planetary gear device; and the inlet diameter (Ii) is so set that the peripheral velocity of the inlet side tip end portion of the impeller at the maximum permissible engine speed is equal to or lower than 1.3 times the sonic velocity. as the supercharger is driven at a maximum permissible engine speed, an inlet diameter (Ii) of the impeller is chosen to be a value that allows a peripheral velocity of an inlet side tip end portion of the impeller to exceed the sonic velocity; a speed of rotation of the crankshaft is increased by a planetary gear device and then transmitted to a supercharger rotary shaft; the impeller is fixed to one end portion of the supercharger rotary shaft, and the other end portion of the supercharger rotary shaft is drivingly connected with the planetary gear device; and the inlet diameter (Ii) is so set that the peripheral velocity of the inlet side tip end portion of the impeller at the maximum permissible engine speed is equal to or lower than 1.3 times the sonic velocity.