mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring doses from an ionizing radiation source to a treatment region of a patient, the system comprising: a probe body for insertion into a rectum of a patient near the treatment region of the patient; a plurality of radiation detectors disposed along a proximal end of the probe body to measure at least one dose from the ionizing radiation source; a dosimetry film that, upon exposure to the at least one dose from the ionizing radiation source, indicates a quantification of the at least one dose from the ionizing radiation source; and a slot formed in the probe body and disposed adjacent the plurality of radiation detectors, the slot being dimensioned to receive the dosimetry film; wherein the probe body is dimensioned to be received by the rectum so as to immobilize the rectum when positioned within the rectum, thereby causing a portion of the rectum to separate from the treatment region to reduce exposure of membranous tissue surrounding the rectum to the at least one dose from the ionizing radiation source. a probe body for insertion into a rectum of a patient near the treatment region of the patient; a plurality of radiation detectors disposed along a proximal end of the probe body to measure at least one dose from the ionizing radiation source; a dosimetry film that, upon exposure to the at least one dose from the ionizing radiation source, indicates a quantification of the at least one dose from the ionizing radiation source; and a slot formed in the probe body and disposed adjacent the plurality of radiation detectors, the slot being dimensioned to receive the dosimetry film; wherein the probe body is dimensioned to be received by the rectum so as to immobilize the rectum when positioned within the rectum, thereby causing a portion of the rectum to separate from the treatment region to reduce exposure of membranous tissue surrounding the rectum to the at least one dose from the ionizing radiation source.
Drinking water system for an aircraft comprising a through-flow descaling device having a water inlet, a first water outlet, a control device, a water descaling device, a voltage detection device or current detection device for detecting a driving voltage or a driving current for operating the water descaling device, wherein the control device is designed so as to signal that maintenance is required in the event of detecting a driving voltage or a driving current that is outside a predetermined threshold value range, a water reservoir, at least one consumer connection for drawing off water, wherein the water reservoir is connected to the water inlet of the through-flow descaling device, wherein the consumer connection is connected to at least one water outlet of the through-flow descaling device, and wherein the water descaling device is an electrolytic limescale separator.
Nebuliser for artificial respiration machines comprising a body (1, 2) with a first connection for connecting the nebuliser to an artificial respiration device and a second connection for connecting the nebuliser to a pipe leading to a patient, wherein the body forms a flow channel from the first connection to the second connection; a nebulising device for nebulising a fluid which is designed and arranged in the flow channel between the first connection and the second connection such that it can be flowed around in the inhalation cycle by artificial respiration air and fluid can be nebulised essentially parallel to, preferably in, the flow direction from the first connection to the second connection, wherein the nebulising device comprises a vibratable membrane which is provided for nebulising the fluid using a plurality of openings; a fluid container connected to the body (1, 2) to receive the fluid to be nebulised; and a nebulising chamber into which the fluid is to be nebulised, wherein the membrane is arranged between the fluid container and the nebulising chamber, characterised in that the fluid container is connected to the body to be able to be coupled and uncoupled.
A sliding armrest for a vehicle, comprising: a lower cover having a rotatable hook that is detachably coupled to a console and opening and closing a storage space of the console; an upper cover disposed above the lower cover and slid between a protruding position in a length direction and an initial position; a knob means rotatably provided at the upper cover and rotating the hook at the initial position of the upper cover to detach the hook from the console; a stopper disposed at the upper cover, and fastened to the lower cover to restrain sliding of the upper cover or released from the lower cover by the knob means to allow the sliding of the upper cover; and an interlock disposed at the upper cover and rotating the hook corresponding to an operation of the knob means at the protruding position of the upper cover, to detach the hook from the console, characterized in that the interlock includes a rotating shaft rotatably fastened to the upper cover to be positioned above the stopper, a first member protruding from one side of the rotating shaft to contact a second link of the stopper, and a second member protruding from the other side of the rotating shaft and having an end bent to be inserted into a through hole formed in the second link of the stopper to selectively rotate the hook. a lower cover having a rotatable hook that is detachably coupled to a console and opening and closing a storage space of the console; an upper cover disposed above the lower cover and slid between a protruding position in a length direction and an initial position; a knob means rotatably provided at the upper cover and rotating the hook at the initial position of the upper cover to detach the hook from the console; a stopper disposed at the upper cover, and fastened to the lower cover to restrain sliding of the upper cover or released from the lower cover by the knob means to allow the sliding of the upper cover; and an interlock disposed at the upper cover and rotating the hook corresponding to an operation of the knob means at the protruding position of the upper cover, to detach the hook from the console, characterized in that the interlock includes a rotating shaft rotatably fastened to the upper cover to be positioned above the stopper, a first member protruding from one side of the rotating shaft to contact a second link of the stopper, and a second member protruding from the other side of the rotating shaft and having an end bent to be inserted into a through hole formed in the second link of the stopper to selectively rotate the hook.
An enclosure (10,110) for a blender comprising: a body portion having opposed sidewalls (30, 130) and a rear wall (32, 132) extending between said sidewalls, and a top wall; a cover pivotally connected to the body portion such that it can be moved from a closed position to an open position; and a gasket (60, 156, 158, 160) positioned between the cover and the body portion when the cover is in a closed position, characterised in that said gasket includes laterally spaced side portions, a top portion extending between said laterally spaced side portions, and a bottom portion. a body portion having opposed sidewalls (30, 130) and a rear wall (32, 132) extending between said sidewalls, and a top wall; a cover pivotally connected to the body portion such that it can be moved from a closed position to an open position; and a gasket (60, 156, 158, 160) positioned between the cover and the body portion when the cover is in a closed position, characterised in that said gasket includes laterally spaced side portions, a top portion extending between said laterally spaced side portions, and a bottom portion.
A composite construction element, characterized in that it consists of a sandwich-type panel that includes an inner core consisting of expanded polyurethane coated on all of the faces thereof with a polyvinyl chloride plastic resin, a glass-fibre-reinforced polyester resin, or a high-pressure-laminated board, and a coating layer laid over one of the upper surfaces of the panel, in the form of a finishing layer produced from a ceramic material.
A topical composition having an SPF ranging from 15 to 100 comprising α-ethylhexyl α-cyano-β-(4-methoxyphenyl)-β-phenylacrylate, titanium dioxide as an inorganic particulate, wherein the inorganic particulate is entrapped by collapsed polymeric shells to form microspheres having an average particle size ranging from 1 micron to 50 microns.
Locking device, in particular for a motor vehicle, the locking device having: A carrier housing, a cylinder core arranged partially or completely in the carrier housing, which can be rotated with a mechanical key, a lock cylinder shaft coupled in a rotationally fixed manner to the cylinder core and having a paddle for transmitting a rotary movement of the cylinder core to the paddle for actuating a lock, in particular a vehicle lock, coupled to the paddle, characterised in that the lock cylinder shaft is surrounded, at least in sections, by a jacket element which is rotatable about the lock cylinder shaft, wherein a positioning arrangement is arranged on the lock cylinder shaft, the positioning arrangement having axially acting latching elements (12a, 12b, 12c, 12d) on both sides, by means of which the jacket element is held in the axial direction, the latching elements being spring latching elements (12a, 12b) at one end to allow the jacket element to be pushed over during initial assembly of the locking device. A carrier housing, a cylinder core arranged partially or completely in the carrier housing, which can be rotated with a mechanical key, a lock cylinder shaft coupled in a rotationally fixed manner to the cylinder core and having a paddle for transmitting a rotary movement of the cylinder core to the paddle for actuating a lock, in particular a vehicle lock, coupled to the paddle, characterised in that the lock cylinder shaft is surrounded, at least in sections, by a jacket element which is rotatable about the lock cylinder shaft, wherein a positioning arrangement is arranged on the lock cylinder shaft, the positioning arrangement having axially acting latching elements (12a, 12b, 12c, 12d) on both sides, by means of which the jacket element is held in the axial direction, the latching elements being spring latching elements (12a, 12b) at one end to allow the jacket element to be pushed over during initial assembly of the locking device.
An apparatus for manufacturing a filter rod for a smoking article comprising a filter plug having a plurality of threads extending through at least part of the filter plug, the apparatus comprising: a tapering duct having: a first open end for introduction of filter material; a second open end for the expulsion of a formed filter rod; the tapering duct narrowing from the first end to the second end so that as filter material is conveyed through the tapering duct it is compressed to form a filter rod; and a plurality of feeder tubes (554a-c), each feeder tube to introduce a respective one of the plurality of threads into the filter material, wherein the apparatus further comprises a guide duct adjacent the first open end of the tapering duct to guide filter material into the first open end of the tapering duct, wherein the plurality of feeder tubes extend into the guide duct, each feeder tube introducing a respective one of the plurality of threads into the filter material as the filter material passes though the guide duct, characterized in that the guide duct is a separate component to the tapering duct. a first open end for introduction of filter material; a second open end for the expulsion of a formed filter rod; the tapering duct narrowing from the first end to the second end so that as filter material is conveyed through the tapering duct it is compressed to form a filter rod; and a plurality of feeder tubes (554a-c), each feeder tube to introduce a respective one of the plurality of threads into the filter material, wherein the apparatus further comprises a guide duct adjacent the first open end of the tapering duct to guide filter material into the first open end of the tapering duct, wherein the plurality of feeder tubes extend into the guide duct, each feeder tube introducing a respective one of the plurality of threads into the filter material as the filter material passes though the guide duct, characterized in that the guide duct is a separate component to the tapering duct.
A method for producing a medium composition for suspension culture of an adherent cell, comprising the following steps: (i) a step of making vitronectin carried on a nanofiber composed of chitin, (ii) a step of adding vitronectin-carrying chitin nanofiber obtained in step (i) to a medium, wherein carried is a state in which the nanofiber and vitronectin are attached or adsorbed without a chemical covalent bond. (i) a step of making vitronectin carried on a nanofiber composed of chitin, (ii) a step of adding vitronectin-carrying chitin nanofiber obtained in step (i) to a medium,
A transmission system for an electric vehicle (100, 200) comprising: a gear box (240, 340) containing gears (242, 243, 254, 246) and a lubricating fluid; a reservoir for storing lubricating fluid; and a pump for moving lubricating fluid into and out of the reservoir, wherein operation of the pump is controlled by a controller, characterized in that the controller is configured to determine acceleration of the vehicle (100, 200) based on information received from a propulsion motor speed sensor and to control the pump so that a portion of the lubricating fluid is transferred from the gear box (240, 340) into the reservoir when a value for the acceleration of the vehicle (100, 200) is greater than a predetermined value. a gear box (240, 340) containing gears (242, 243, 254, 246) and a lubricating fluid; a reservoir for storing lubricating fluid; and a pump for moving lubricating fluid into and out of the reservoir, wherein operation of the pump is controlled by a controller, characterized in that the controller is configured to determine acceleration of the vehicle (100, 200) based on information received from a propulsion motor speed sensor and to control the pump so that a portion of the lubricating fluid is transferred from the gear box (240, 340) into the reservoir when a value for the acceleration of the vehicle (100, 200) is greater than a predetermined value.
A control system for an elevator apparatus comprising a car or the like, which is movable between a lower level or floor and an upper level or floor, and driven by an a.c. reversible electrical machine with the energy provided by a source, and controlled through a first inverter; the system comprising energy storage means (20; 120) coupled to said first inverter and controlled through a second inverter, and adapted to store energy generated by said electrical machine and energy coming from the source and optionally not used by said machine, as well as to deliver the stored energy towards said machine when the latter requires a power higher than a threshold; the system being characterized in that it is arranged to automatically cause a lifting of the car up to the upper floor when preset conditions occur in a time interval of inactivity of the elevator apparatus.
A cleaning device, comprising a liquid container, a pump for conveying liquid out of the liquid container in the direction of a heating element, the heating element being set up to at least partially vaporize the liquid, the heating element being connected to a cleaning head, from which the vaporized liquid exits, characterized in that a compensating means is arranged between the pump and the heating element.
A container portion for a carton, comprising: a front portion and a rear portion; first and second edges formed by respective first and second exterior folds joining the front portion to the rear portion wherein the front portion and the rear portion form a top and a bottom of the container portion; the front portion including a first front interior vertical fold inwardly adjacent from the first edge and a second front interior vertical fold inwardly adjacent from and parallel to the second edge; the rear portion including a first rear interior vertical fold inwardly adjacent from the first edge and a second rear interior vertical fold inwardly adjacent from and parallel to the second edge; the front and rear portions including respective first front and rear horizontal folds upwardly adjacent from the bottom; one of the front portion and the rear portion including a second horizontal fold (48, 48') between the first front or rear horizontal fold and the bottom; a first front inclined fold portion extending from the first front interior vertical fold to the bottom; and a second front inclined fold portion extending from the second front interior vertical fold to the bottom; characterised in that an angle between a projection of the first and second front interior vertical folds (38, 40) and the respective first and second front inclined fold portions (139, 141) is in the range of 1-4 degrees. a front portion and a rear portion; first and second edges formed by respective first and second exterior folds joining the front portion to the rear portion wherein the front portion and the rear portion form a top and a bottom of the container portion; the front portion including a first front interior vertical fold inwardly adjacent from the first edge and a second front interior vertical fold inwardly adjacent from and parallel to the second edge; the rear portion including a first rear interior vertical fold inwardly adjacent from the first edge and a second rear interior vertical fold inwardly adjacent from and parallel to the second edge; the front and rear portions including respective first front and rear horizontal folds upwardly adjacent from the bottom; one of the front portion and the rear portion including a second horizontal fold (48, 48') between the first front or rear horizontal fold and the bottom; a first front inclined fold portion extending from the first front interior vertical fold to the bottom; and a second front inclined fold portion extending from the second front interior vertical fold to the bottom; characterised in that an angle between a projection of the first and second front interior vertical folds (38, 40) and the respective first and second front inclined fold portions (139, 141) is in the range of 1-4 degrees.
A light emitting diode headlight for a vehicle, comprising: at least one support plate; at least one LED coupled to said at least one support plate and at least one thermoelectric cooler; a controller coupled to said at least one thermoelectric cooler and at least one temperature sensor wherein said at least one support plate is coupled approximately 90 degrees to said at least one thermoelectric cooler; at least one heat pipe coupled to said at least one thermoelectric cooler on an opposite side of said at least one thermoelectric cooler to that which is coupled to said at least one support plate, wherein said at least one heat pipe comprises an interior volume filled with a working fluid; wherein the at least one temperature sensor is coupled to said at least one LED; and a housing coupled to said at least one heat pipe, wherein said at least one heat pipe dissipates heat away from said at least one LED and to said housing. at least one support plate; at least one LED coupled to said at least one support plate and at least one thermoelectric cooler; a controller coupled to said at least one thermoelectric cooler and at least one temperature sensor wherein said at least one support plate is coupled approximately 90 degrees to said at least one thermoelectric cooler; at least one heat pipe coupled to said at least one thermoelectric cooler on an opposite side of said at least one thermoelectric cooler to that which is coupled to said at least one support plate, wherein said at least one heat pipe comprises an interior volume filled with a working fluid; wherein the at least one temperature sensor is coupled to said at least one LED; and a housing coupled to said at least one heat pipe, wherein said at least one heat pipe dissipates heat away from said at least one LED and to said housing.
Actuator for attachment to a lift cage of a lift installation, and suitable for actuating a brake device with at least two brakes (11, 11a), comprising: a force store, a holding device, a resetting device, and, for the purpose of connecting the actuator with the brakes (11, 11a), at least two connecting points (37, 30), wherein the holding device holds the force store and the connecting points (37, 37a) in a first operating position, corresponding with a readiness setting of the brakes (11, 11a), wherein, in case of need, in order to actuate the brakes (11, 11a) and bring them into a corresponding engaged setting, the force store acts upon the connecting points (37, 37a), wherein, after actuation of the brakes (11, 11a), the resetting device brings the force store, the holding device, and the connecting points (37, 37a) back into the first operating position again, wherein the force store, the holding device, and the connecting points (37, 37a) together act through an actuating lever, and this actuating lever has a first connecting point, for connection with a first brake, and a second connecting point, for connection of the actuator with a second brake, and wherein, further, the first and the second connecting points (37, 37a) are, at the actuating lever, arranged in such manner that, under the influence of the force store, the connections with the brakes are essentially drawn towards each other. a force store, a holding device, a resetting device, and, for the purpose of connecting the actuator with the brakes (11, 11a), at least two connecting points (37, 30), wherein the holding device holds the force store and the connecting points (37, 37a) in a first operating position, corresponding with a readiness setting of the brakes (11, 11a), wherein, in case of need, in order to actuate the brakes (11, 11a) and bring them into a corresponding engaged setting, the force store acts upon the connecting points (37, 37a), wherein, after actuation of the brakes (11, 11a), the resetting device brings the force store, the holding device, and the connecting points (37, 37a) back into the first operating position again, wherein the force store, the holding device, and the connecting points (37, 37a) together act through an actuating lever, and this actuating lever has a first connecting point, for connection with a first brake, and a second connecting point, for connection of the actuator with a second brake, and wherein, further, the first and the second connecting points (37, 37a) are, at the actuating lever, arranged in such manner that, under the influence of the force store, the connections with the brakes are essentially drawn towards each other.
A catalyst coated on a surface of a porous material, comprising: a porous metal oxide material made of cordierite with a hole structure comprising 200 pores per 6.45cm 2 (square inch (ppsi)) or less; and a metal oxide loaded on the porous material surface, wherein the metal oxide has a composition represented by Formula 1 below and a powder form having a particle size of 0.85 mm or less, as measured by sieve analysis: wherein A is one or more selected from the group consisting of divalent cation metals.