mhurhangee/ep-ind-claims huggingface dataset:
A proton beam therapy system comprising: an accelerator configured to provide a proton beam with an initial energy; a gantry assembly coupled to said accelerator and configured to rotate around an iso-center of said proton beam therapy system, wherein said gantry assembly is mounted to and supported by an external structure in a cantilevered manner; and a beam nozzle coupled to a first end of said gantry assembly, wherein said first end is a free end of said gantry assembly, and wherein said gantry assembly is mounted to said external structure at a location proximate to a second end of said gantry assembly that is opposite to said first end; wherein said gantry assembly comprises a bearing configured to enable said gantry assembly to rotate around said iso-center in a range of 360°; and wherein said gantry assembly further comprises: a gantry beamline comprising: focusing magnets; a first bend magnet operable to bend said proton beam by an acute angle; and a second bend magnet operable to bend said proton beam by an obtuse angle; wherein the proton beam therapy system further comprises a monocoque housing (300, 400) configured to contain and support said gantry beam line, wherein the monocoque housing is operable to be affixed to said external structure; characterised in that the monocoque housing (300, 410) is also configured to contain and support said bearing, wherein said bearing is a slew bearing. an accelerator configured to provide a proton beam with an initial energy; a gantry assembly coupled to said accelerator and configured to rotate around an iso-center of said proton beam therapy system, wherein said gantry assembly is mounted to and supported by an external structure in a cantilevered manner; and a beam nozzle coupled to a first end of said gantry assembly, wherein said first end is a free end of said gantry assembly, and wherein said gantry assembly is mounted to said external structure at a location proximate to a second end of said gantry assembly that is opposite to said first end; wherein said gantry assembly comprises a bearing configured to enable said gantry assembly to rotate around said iso-center in a range of 360°; and a gantry beamline comprising: focusing magnets; a first bend magnet operable to bend said proton beam by an acute angle; and a second bend magnet operable to bend said proton beam by an obtuse angle; wherein the proton beam therapy system further comprises a monocoque housing (300, 400) configured to contain and support said gantry beam line, wherein the monocoque housing is operable to be affixed to said external structure; focusing magnets; a first bend magnet operable to bend said proton beam by an acute angle; and a second bend magnet operable to bend said proton beam by an obtuse angle; wherein the proton beam therapy system further comprises a monocoque housing (300, 400) configured to contain and support said gantry beam line, wherein the monocoque housing is operable to be affixed to said external structure; characterised in that the monocoque housing (300, 410) is also configured to contain and support said bearing, wherein said bearing is a slew bearing.
A refrigeration appliance, comprising a case body and a door, an embedded handle being provided on the door, the door including a front panel, and the embedded handle having a handle slot to be operated, characterized in that: a heating element is disposed on at least one wall of the walls (26, 27, 28, 29) forming the handle slot, wherein the heating element is disposed on the wall, towards a direction of the front panel, of the walls (26, 27, 28, 29) forming the handle slot.
A method of testing a circuit assembly comprising a component with a plurality of pins, the method comprising: applying a first signal to a first group (2, 5, 6, 10) of the plurality of pins; concurrently with applying the first signal, applying a second signal to a second group (1, 3, 4, 7, 8, 9) of the plurality of pins, the second signal being out of phase with the first signal; with a probe positioned adjacent the component, sensing a response signal, the response signal being in response to the first signal and the second signal as capacitively coupled to the probe from the first group and the second group, respectively; and indicating a test result based on a level of the response signal. applying a first signal to a first group (2, 5, 6, 10) of the plurality of pins; concurrently with applying the first signal, applying a second signal to a second group (1, 3, 4, 7, 8, 9) of the plurality of pins, the second signal being out of phase with the first signal; with a probe positioned adjacent the component, sensing a response signal, the response signal being in response to the first signal and the second signal as capacitively coupled to the probe from the first group and the second group, respectively; and indicating a test result based on a level of the response signal.
Disc brake, preferably actuated by pressure, in particular for a motor vehicle, having an application device, preferably with a pivoting brake lever, at least two spindle units (5, 5') each with a threaded plunger (6, 6'), wherein the threaded plungers (6, 6') are screwed into a cross-member, wherein the cross-member co-operates with the application device, preferably with the pivoting brake level, an adjustment device for compensating brake-pad and disc wear and a synchronizing device for transmitting the rotation movements of the adjustment device to the threaded plungers (6, 6') and/or for synchronizing the rotation movements of the threaded plungers (6, 6'), and with a reaction-side brake-pad and an application-side brake-pad, wherein the said synchronizing device is arranged on the cross-member between the pivoting brake lever and the cross-member, characterised in that the brake-pad on the reaction side is made larger than the brake-pad on the application side.
A cigarette inspection device designed to obtain an image showing filter end faces of a bundle of filtered cigarettes arranged side by side with their axes parallel to one another, analyze the image and determine whether the bundle is short of filtered cigarettes, comprising: a first determination means which determines how many filtered cigarettes are arranged side by side from contours of filter end faces in the image obtained, and determines whether the bundle consists of a predetermined number of filtered cigarettes, and a second determination means which determines whether said first determination means has falsely recognized one cigarette as two, characterized in that said second determination means obtains gravity center positions on filter end faces in the image, and determines whether said first determination means has falsely recognized one cigarette as two, on the basis of distances between gravity center positions on adjacent filter end faces. a first determination means which determines how many filtered cigarettes are arranged side by side from contours of filter end faces in the image obtained, and determines whether the bundle consists of a predetermined number of filtered cigarettes, and a second determination means which determines whether said first determination means has falsely recognized one cigarette as two, characterized in that said second determination means obtains gravity center positions on filter end faces in the image, and determines whether said first determination means has falsely recognized one cigarette as two, on the basis of distances between gravity center positions on adjacent filter end faces.
A device for producing springs from a spring wire, comprising: a spring wire supply unit, in particular a supply roller, for supplying spring wire in which defective regions, in particular regions having material and surface flaws, are marked with a laser marking formed as a recess in the surface of the spring wire with a depth from 1 μm to 1 mm; a recognition unit which is designed such that it recognizes laser markings on the spring wire; a spring production unit, in particular a coiling machine, which is designed such that springs can be produced from the spring wire continuously and without interruption, and in particular can be coiled and cut to length; a discharge unit, in particular a discharge duct having a switch, which is designed such that springs produced from spring wire without laser marking are discharged into a first area, in particular a container with nondefective springs, and springs produced from spring wire with laser marking are discharged into a second area, in particular a container with defective springs. a spring wire supply unit, in particular a supply roller, for supplying spring wire in which defective regions, in particular regions having material and surface flaws, are marked with a laser marking formed as a recess in the surface of the spring wire with a depth from 1 μm to 1 mm; a recognition unit which is designed such that it recognizes laser markings on the spring wire; a spring production unit, in particular a coiling machine, which is designed such that springs can be produced from the spring wire continuously and without interruption, and in particular can be coiled and cut to length; a discharge unit, in particular a discharge duct having a switch, which is designed such that springs produced from spring wire without laser marking are discharged into a first area, in particular a container with nondefective springs, and springs produced from spring wire with laser marking are discharged into a second area, in particular a container with defective springs.
An automatic analysis device, comprising: a dispensing unit configured to aspirate and dispense a liquid; and a syringe pump configured to feed and aspirate a liquid into and from the dispensing unit, wherein the syringe pump includes: a syringe tube capable of storing a liquid; a plunger capable of moving up and down in a longitudinal direction of the syringe tube; a plunger upper pressing component in contact with the plunger; a power transmission unit configured to transmit power to the plunger via the plunger upper pressing component; and a plunger lower pressing component in contact with the power transmission unit, wherein the plunger upper pressing component and the plunger lower pressing component are fixed by a connecting component, characterized in that: the plunger upper pressing component and the power transmission unit are in point contact with each other, and the power transmission unit and the plunger lower pressing component are in point contact with each other. a dispensing unit configured to aspirate and dispense a liquid; and a syringe pump configured to feed and aspirate a liquid into and from the dispensing unit, wherein the syringe pump includes: a syringe tube capable of storing a liquid; a plunger capable of moving up and down in a longitudinal direction of the syringe tube; a plunger upper pressing component in contact with the plunger; a power transmission unit configured to transmit power to the plunger via the plunger upper pressing component; and a plunger lower pressing component in contact with the power transmission unit, wherein the plunger upper pressing component and the plunger lower pressing component are fixed by a connecting component, characterized in that: the plunger upper pressing component and the power transmission unit are in point contact with each other, and the power transmission unit and the plunger lower pressing component are in point contact with each other. a syringe tube capable of storing a liquid; a plunger capable of moving up and down in a longitudinal direction of the syringe tube; a plunger upper pressing component in contact with the plunger; a power transmission unit configured to transmit power to the plunger via the plunger upper pressing component; and a plunger lower pressing component in contact with the power transmission unit, wherein the plunger upper pressing component and the plunger lower pressing component are fixed by a connecting component, characterized in that: the plunger upper pressing component and the power transmission unit are in point contact with each other, and the power transmission unit and the plunger lower pressing component are in point contact with each other.
A nickel- base alloy having the following composition (in weight percent unless otherwise stated): Cr 10.5-15.0; Co 1.7-8.8; Fe 0-5.9; Si 0-0.65; Mn 0-0.65; Mo 0.3-2.3; W 2.3-4.4; Al 2.7-4.1; Nb 1.0-4.2; Ti 1.0-3.0; Ta 2.0-5.0; Hf 0.0-0.6; C 0.02-0.06; B 0.015-0.035; Zr 0.035-0.11; S < 20ppm; P < 60ppm; the balance being Ni and incidental impurities.
A thermally disappearing resin particle, which contains a polyoxyalkylene resin, and 10% by weight or more of the whole particle disappearing within an hour by heating at a prescribed temperature in a range from 100 to 300°C, and further contains a crosslinking component and has 10% compressive strength at 23°C of 1 to 1000 MPa, wherein an average particle diameter is 0.01 to 500 μm and the content of polyoxypropylene in the polyoxyalkylene resin is 50% by weight or higher.
A roller-type friction transmission unit, wherein an outer peripheral surface (21 a) of a first roller and an outer peripheral surface of a second roller are pressed in a radial direction of the first and second rollers (21,22) into pressing contact with one another, to allow frictional power transmission between the first and second rollers (21,22); one of the first and second rollers (21,22) is connected to a driveline to main driving wheels (6L,6R) of a four wheel drive vehicle; another one of the first and second rollers (21,22) is connected to a driveline to auxiliary driving wheels (9L,9R) of the four wheel drive vehicle; transmitted torque capacity between the first roller and the second roller is controlled by changing a distance between a rotation axis of the first roller and a rotation axis of the second roller; and characterized in that the outer peripheral surface of the first roller and the outer peripheral surface of the second roller are shaped to allow the outer peripheral surface (21 a) of the first roller and the outer peripheral surface of the second roller to be in point contact with one another at a plurality of spots (α1, α2, α3; β1, β2; γ1, γ2) arranged in an axial direction of the first and second rollers (21,22).
A medical system (10; 420; 440; 460) comprising an electrode (20; 108; 208; 308; 422; 442; 462; 508), an electrical power source (40; 106; 206; 306; 428; 448; 468; 502) at least interconnectable with said electrode and adapted for providing an electrical signal to the electrode, a coupling assessment module (11; 42; 50; 52; 80; 100; 200; 300; 432; 452; 472a, 472b; 506) configured to identify an electrical coupling condition indicative of an amount of electrical energy passing between said electrode and tissue based on a complex impedance value associated with the provision of the electrical signal, wherein said coupling assessment module is configured to compare the reactance of the complex impedance value to reactance benchmark values empirically predetermined for a range of tissue types and at various frequencies and associated with an elevated electrical coupling condition to identify an elevated electrical coupling condition.
Reusable incontinence material (100, 200, 300) having an inner side intended to be oriented towards the body of a wearer, and an outer side intended to be oriented away from the body of a wearer, the reusable incontinence material comprising a layered structure, the layered structure comprising a contact layer, a dispersion layer, at least one absorption layer, an impermeable layer, at least one or more middle stitchings and side stitchings, - wherein the contact layer, the dispersion layer and the at least one absorption layer are connected together by means of the middle stitchings, wherein the middle stitchings do not pass through the impermeable layer at the outer side of the reusable incontinence material, - and wherein the side stitchings connect together the contact layer and the impermeable layer without passing through the layers on the outer side of the incontinence material, resulting in two outside edges which can be arranged along the legs of a wearer. - wherein the contact layer, the dispersion layer and the at least one absorption layer are connected together by means of the middle stitchings, wherein the middle stitchings do not pass through the impermeable layer at the outer side of the reusable incontinence material, - and wherein the side stitchings connect together the contact layer and the impermeable layer without passing through the layers on the outer side of the incontinence material, resulting in two outside edges which can be arranged along the legs of a wearer.
Method for synchronizing a first drive element which can be rotated about a rotational axis with a second drive element, which rotates about the rotational axis at a target rotational speed, of a drive train of a motor vehicle, in the case of which method a synchronizing force is exerted on a synchronizing device by means of an actuator, as a result of which a rotational speed, at which the first drive element rotates about the rotational axis, is matched to the target rotational speed by means of the synchronizing device, characterized in that the synchronizing force is increased during a first time period, with the result that the rotational speed approaches the target rotational speed, the synchronizing force being reduced continuously during a second time period which follows the first time period, before the rotational speed corresponds to the target rotational speed.
Tender pick-up for watercraft characterized in that the pick-up is attached on a platform or a stair and comprises two chocks on which on each side on a pivot mechanism an appropriately formed retainer (4, 44) is arranged and the retainer can be tilted manually or by means of a cylinder to the hull of a tender.
Exercise machine with simulation of load pushing which comprises a continuous moving track mounted on a pair of cylinders, wherein the front ending of the moving track is fitted into a housing onto which is affixed a control panel with display and wherein the cylinder on which the front part of the track is mounted is connected by a transmission with a brake system operated through the control panel, wherein on supports which are part of a supporting structure of the exercise machine and which are placed at an approximately right angle in respect of the continuous moving track a shaft of a wheel is pivotally mounted, wherein the wheel has along its outer circumference paddles to be pushed by the user, wherein the wheel with paddles is located in front of the continuous moving track, and in that the wheel with paddles is connected by a mechanical transmission with the continuous moving track such that turning of the wheel drives the continuous moving track, characterized in that the wheel with paddles is located above the housing in a position in which it can be pushed by the hands of the user of the exercise machine while walking on the continuous moving track.
A forklift comprising: a front axle which functions as a drive shaft for front wheels; a rear axle which functions as a rotation shaft for rear wheels; an engine for generating drive force of the front axle; a transmission for transmitting power from the engine to the front axle; a radiator which is mounted behind the engine; a hydraulic pipe insertion plate which is provided below the radiator and has a through-hole formed therein for a hydraulic pipe; an air delivery fan which is provided in front of the radiator for sending air to the radiator; and a flow regulating member, being an air deflector, mounted so as not to interfere with the hydraulic pipe and so as to cause air flowing rearward of the vehicle body when the engine is operated to flow toward the air delivery fan, the forklift being characterised in that the hydraulic pipe insertion plate is formed by arranging a pair of C-shaped plates so that openings of the C-shaped plates face with each other to form the through-hole of the hydraulic pipe insertion plate, the through-hole having an approximately rectangular cross-sectional shape, wherein the flow regulating member is arranged so as to cover one of the pair of C-shaped plates of the hydraulic pipe insertion plate. a front axle which functions as a drive shaft for front wheels; a rear axle which functions as a rotation shaft for rear wheels; an engine for generating drive force of the front axle; a transmission for transmitting power from the engine to the front axle; a radiator which is mounted behind the engine; a hydraulic pipe insertion plate which is provided below the radiator and has a through-hole formed therein for a hydraulic pipe; an air delivery fan which is provided in front of the radiator for sending air to the radiator; and a flow regulating member, being an air deflector, mounted so as not to interfere with the hydraulic pipe and so as to cause air flowing rearward of the vehicle body when the engine is operated to flow toward the air delivery fan, the forklift being characterised in that the hydraulic pipe insertion plate is formed by arranging a pair of C-shaped plates so that openings of the C-shaped plates face with each other to form the through-hole of the hydraulic pipe insertion plate, the through-hole having an approximately rectangular cross-sectional shape, wherein the flow regulating member is arranged so as to cover one of the pair of C-shaped plates of the hydraulic pipe insertion plate.
Locking device for locking and/or unlocking a functionally essential component of a vehicle, in particular a steering column, with a movable blocking element which can assume at least two positions by means of a control element, namely - a locking position (I.B) in which the blocking element for blocking the functionally essential component is in an operative connection with the functionally essential component, and - an unlocking position (I.A) in which the blocking element for unlocking the functionally essential component is not in any operative connection with the functionally essential component, wherein the blocking element can be transferred from the unlocking position (I.A) into the locking position (I.B) or vice versa by a change of position, wherein a detection element is provided for detecting the position of the blocking element, characterized in that, at least one of the positions of the blocking element can be directly detected by the detection element, wherein it is possible to bring the control element into a first control position and into a second control position, and the control element interacting with the blocking element in such a way that, in the first control position, only the unlocking position (I.A) can be assumed, wherein in the second control position the blocking element is released for the change of position, wherein the detection element is a first detection element, and a second detection element is provided, which is arranged relative to the control element in such a way that the control position of the control element can be detected independently of the position of the blocking element. - a locking position (I.B) in which the blocking element for blocking the functionally essential component is in an operative connection with the functionally essential component, and - an unlocking position (I.A) in which the blocking element for unlocking the functionally essential component is not in any operative connection with the functionally essential component, wherein
Media supply device for the barrier-free, selective supply of at least one school or laboratory workstation with laboratory media, comprising a body and a multiplicity of fittings (40a-40f) which are adjustable in terms of height relative to the body and are coupled therewith for the supply and removal of laboratory and media, wherein the coupling between the fittings (40a-40f) and the body is of such kind that the fittings (40a-40f) are able to rotate about at least one oblique axis of rotation deviating from a horizontal and vertical axis of rotation, wherein the fittings (40a-40f) are coupled to the body under no tension.