mhurhangee/ep-ind-claims huggingface dataset:
A method of making a polymerizable hybrid organometalloglass composition comprising: (a) forming an aqueous, acidic colloid comprising an organic monomer, a silicon-containing compound, and an organometallic compound; (b) processing the aqueous, acidic colloid to form an aqueous, alkaline colloid; (c) processing the aqueous, alkaline colloid to remove chloride ions from the colloid and to form an aqueous, alkaline amorphous organo/siloxy/metal hydroxide colloid; (d) combining a peroxide-based solution with the aqueous, alkaline amorphous organo/siloxy/metal hydroxide colloid to form a suspension comprising metal peroxide; and (e) processing the metal peroxide suspension to form a polymerizable hybrid organometalloglass composition. (a) forming an aqueous, acidic colloid comprising an organic monomer, a silicon-containing compound, and an organometallic compound; (b) processing the aqueous, acidic colloid to form an aqueous, alkaline colloid; (c) processing the aqueous, alkaline colloid to remove chloride ions from the colloid and to form an aqueous, alkaline amorphous organo/siloxy/metal hydroxide colloid; (d) combining a peroxide-based solution with the aqueous, alkaline amorphous organo/siloxy/metal hydroxide colloid to form a suspension comprising metal peroxide; and (e) processing the metal peroxide suspension to form a polymerizable hybrid organometalloglass composition.
Device for cutting partial strips with defined predeterminable mass from a dough strip, transported on a conveyor belt, comprising at least a cutting unit that has a blade, wherein the cutting unit is adjustably fastened to a retaining element of the device in such a way that the blade cuts a dough strip, which is conveyed past the device on a conveyor belt and is moved in the longitudinal direction of the dough strip, into at least two partial pieces predominantly parallel to the direction of motion of the dough strip, wherein the cutting unit comprises an adjustment mechanism, wherein the adjustment mechanism is configured in such a way that the position of the blade is adjustable with respect to the position of the cutting unit, in particular over the width of the dough strip, in an automated manner, characterised in that the adjustment mechanism comprises at least a disc-shaped adjustment disc powered by a drive, in particular a motor, which disc is arranged parallel to the blade at a distance from the blade, wherein a ramp is arranged at one of the front sides of the adjustment disc, wherein on the blade a ramp receiver is configured as mirror-inverted to the ramp, wherein the ramp rests on the ramp receiver, wherein the ramp rises, in particular uniformly, in the direction of the axis of the adjustment disc, in such a way that, when the adjustment disc is adjusted, preferably rotated, by the drive, the ramp is adjusted and the position of the blade is changed with respect to the position of the cutting unit, in that the distance of the blade to the displacement disc is increased or decreased.
A method of cleaning the inside of pipework, the method comprising the steps of selecting a section of the pipework to be cleaned, determining a hold point of the pipework, inserting a cleaning apparatus into an entry point of the pipework section, the apparatus coupled to a fluid supply and equipped to blow the fluid in a direction along the pipework section from the first or last hold point to the entry point, the apparatus further including image recording means to obtain a visual record of the inside of the pipework, insertion of the apparatus into the pipework continuing until the apparatus reaches the hold point, securing a collector over the entry point to collect debris blown from the pipework, activating the compressed air supply, moving the apparatus from the hold point to the entry point, so blowing debris towards and into the collector, deactivating the fluid supply, removing the collector containing the collected debris from the entry point, removing the apparatus from the pipework, reviewing images of the cleaned pipework and, where satisfactory, certifying the pipework section, characterised in that pre-installed valves in pipework are inspected and cleaned prior to pipework cleaning. selecting a section of the pipework to be cleaned, determining a hold point of the pipework, inserting a cleaning apparatus into an entry point of the pipework section, the apparatus coupled to a fluid supply and equipped to blow the fluid in a direction along the pipework section from the first or last hold point to the entry point, the apparatus further including image recording means to obtain a visual record of the inside of the pipework, insertion of the apparatus into the pipework continuing until the apparatus reaches the hold point, securing a collector over the entry point to collect debris blown from the pipework, activating the compressed air supply, moving the apparatus from the hold point to the entry point, so blowing debris towards and into the collector, deactivating the fluid supply, removing the collector containing the collected debris from the entry point, removing the apparatus from the pipework, reviewing images of the cleaned pipework and, where satisfactory, certifying the pipework section, characterised in that pre-installed valves in pipework are inspected and cleaned prior to pipework cleaning.
A waste sludge recycling apparatus for a multilayer headbox being capable of supplying liquids onto a wire in a layered manner for forming a multilayer fiber web and including a plurality of manifolds (201, 202, 203) to form corresponding layers of the multilayer fiber web in a forming section of a fiber web making machine, comprising: a waste sludge recirculation means configured to be connected to at least one of the manifolds (201, 202, 203) of the multilayer headbox for supplying waste sludge to be recycled to the at least one of the manifolds (201, 202, 203), wherein the plurality of manifolds (201, 202, 203) of the multilayer headbox includes at least a bottom manifold to form a bottom layer of the fiber web, a middle manifold to form a middle layer of the fiber web, and a top manifold to form a top layer of the fiber web, characterized in that the waste sludge recirculation means is configured to be connected to the middle manifold of the multilayer headbox for supplying waste sludge to be recycled to the middle manifold.
A microelectronic chip comprising an electrically conductive wire element (10, 11), two parallel front and rear main faces (4, 5), side faces (6, 7) and a recess forming a housing for the electrically conductive wire element (10, 11), the recess being a groove situated on one of the main or side faces, the groove having an axis parallel to the main faces for fixing by embedding the electrically conductive wire element (10, 11) in said groove, the chip having at least one electrical connection element for connecting a microelectronic component integrated in the chip with the wire element, the electrical connection element being, in the case of a groove situated on a side face, made at least partially with a conductive electrical layer coating at least partially said groove; chip characterized in that the embedment of the electrically conductive wire element (10, 11) in said groove is made along the longitudinal axis of said groove, said electrically conductive wire element (10, 11) constituting a flexible mechanical support for said chip.
A pod attachment for a patient pod used by a patient undergoing radiation therapy, comprising: means for supporting at least a portion the head, shoulders, legs, or feet of a patient; and means for engaging an extension track of a hemi-cylindrical support shell, the engagement means positioned at a proximal end of the supporting means, the engagement means comprising an upper lip and a lower lip, wherein a distance between the upper lip and the lower lip of the engagement means is approximately equal to a distance between an inner diameter and an outer diameter of the extension track, and wherein the upper lip and the lower lip comprise a plurality of linearly arranged apertures configured to align with linearly arranged apertures of the extension track when the engaging means is engaged with the patient support shell. means for supporting at least a portion the head, shoulders, legs, or feet of a patient; and means for engaging an extension track of a hemi-cylindrical support shell, the engagement means positioned at a proximal end of the supporting means, the engagement means comprising an upper lip and a lower lip, wherein a distance between the upper lip and the lower lip of the engagement means is approximately equal to a distance between an inner diameter and an outer diameter of the extension track, and wherein the upper lip and the lower lip comprise a plurality of linearly arranged apertures configured to align with linearly arranged apertures of the extension track when the engaging means is engaged with the patient support shell.
An apparatus for wrapping a load, comprising: a packaging material dispenser including a dispensing drive configured to drive the packaging material dispenser to dispense packaging material, a relative rotation assembly configured to provide relative rotation between the packaging material dispenser and the load, a first sensor assembly (136, 137, 141) that senses a characteristic indicative of instantaneous demand for packaging material at the load by measuring at least one of: a) a first distance from a rotational axis of a packaging material dispenser or from a rotational axis of a rotating turntable for rotating the load to a point on a surface of the load, b) a second distance from a point to a plane defined by a surface of a length of packaging material that extends between the packaging material dispenser and the load, or c) a speed of packaging material dispensed by the packaging material dispenser at a location between the packaging material dispenser and the load, and a controller that controls operation of the dispensing drive a packaging material dispenser including a dispensing drive configured to drive the packaging material dispenser to dispense packaging material, a relative rotation assembly configured to provide relative rotation between the packaging material dispenser and the load, a first sensor assembly (136, 137, 141) that senses a characteristic indicative of instantaneous demand for packaging material at the load by measuring at least one of: a) a first distance from a rotational axis of a packaging material dispenser or from a rotational axis of a rotating turntable for rotating the load to a point on a surface of the load, b) a second distance from a point to a plane defined by a surface of a length of packaging material that extends between the packaging material dispenser and the load, or c) a speed of packaging material dispensed by the packaging material dispenser at a location between the packaging material dispenser and the load, and a) a first distance from a rotational axis of a packaging material dispenser or from a rotational axis of a rotating turntable for rotating the load to a point on a surface of the load, b) a second distance from a point to a plane defined by a surface of a length of packaging material that extends between the packaging material dispenser and the load, or c) a speed of packaging material dispensed by the packaging material dispenser at a location between the packaging material dispenser and the load, and a controller that controls operation of the dispensing drive
A container system (1; 101; 201; 301; 401) comprising a container, in particular a medical or surgical sterile container preferably having a tub-like container vessel and/or a container cover, at least one separate coupling element and at least one coupling system for releasably connecting the coupling element to the container, wherein the coupling system includes a male coupling portion formed on the container and a female coupling portion (10; 110; 210; 310; 410) formed on the coupling element, wherein the coupling portions can be coupled to and uncoupled from one another, wherein the male coupling portion is integrally formed in a wall of the container characterized in that the male coupling portion is designed in the form of a protruding knob with a mushroom-shaped structure with an undercut.
Sound source visualisation system, comprising a receiver arrangement set up to receive sound waves, as well as a capture unit configured to capture a surrounding area, a data processing means, a display means, and a carrying device which can be coupled to a head area of a person operating the sound source visualisation system, wherein the receiver arrangement and the capture unit are coupled in a signal-transmitting manner to the data processing means so that a sound wave received within a captured surrounding area can be evaluated and the evaluated result can be visualised by the display means in the form of at least information about the received sound wave, wherein the capture unit is arranged in or on, or is configured as, the carrying device, characterised in that the carrying device is configured transparent or opaque at least in some areas wherein the display means is set up to visualise the site of a sound source as overlay in the surrounding area which is freely visible at least partly through the carrying device or in the surrounding area captured by the capture device.
A pneumatic drive system for actuating a control valve, particularly a regulating control valve or a safety valve, of a processing plant, comprising a pneumatic working chamber and a current/pressure transducer coupled with the working chamber for loading the working chamber with a pneumatic pressure, by means of which the control valve can be moved, wherein the current/pressure transducer has at least one electrical input (w) for receiving an electrical control signal, wherein the current/pressure transducer generates at least two pneumatic control signals (S 1, S 2, S 3, S 4), with which the one working chamber is loaded, characterized in that the current/pressure transducer has at least two seperated pneumatic outputs (A1, A2, A3, A4) which are connected with a working chamber and on which at least two control signals are leaving said current/pressure transducer independently of one another.
A wind turbine nacelle, comprising: a housing including a front side, and a rear side separated from the front side along an axial direction (x), first and second sidewalls extending from the front side to the rear side and a roof, wherein the roof comprises one or more roof panels (210, 220, 230, 240), and wherein at least one of the roof panels is a displaceable roof panel configured to be displaced along the axial direction (x) with respect to another part of the roof to provide access to the nacelle from above, wherein the first and second sidewalls comprise first and second guiding elements, and wherein the displaceable roof panel comprises first and second guided elements configured to be guided by the first and second guiding elements respectively, wherein the first sidewall comprises a first side bracket carrying one of the guiding elements, and the second sidewall comprises a second side bracket carrying another one of the guiding elements, and the displaceable roof panel comprises a roof bracket, wherein the guided element is arranged at or near a lower end of the roof bracket, and wherein the roof bracket comprises a hinge allowing tilting of an upper part of the roof bracket with respect to a lower part of the roof bracket. a housing including a front side, and a rear side separated from the front side along an axial direction (x), first and second sidewalls extending from the front side to the rear side and a roof, wherein the roof comprises one or more roof panels (210, 220, 230, 240), and wherein at least one of the roof panels is a displaceable roof panel configured to be displaced along the axial direction (x) with respect to another part of the roof to provide access to the nacelle from above, wherein the first and second sidewalls comprise first and second guiding elements, and wherein the displaceable roof panel comprises first and second guided elements configured to be guided by the first and second guiding elements respectively, wherein the first sidewall comprises a first side bracket carrying one of the guiding elements, and the second sidewall comprises a second side bracket carrying another one of the guiding elements, and the displaceable roof panel comprises a roof bracket, wherein the guided element is arranged at or near a lower end of the roof bracket, and wherein the roof bracket comprises a hinge allowing tilting of an upper part of the roof bracket with respect to a lower part of the roof bracket.
A patient lift apparatus comprising a supporting frame, a boom portion connected to the supporting frame, and a spreader element coupled to the boom portion via a coupling member, wherein the boom portion and coupling member are joined by a pivot joint allowing the coupling member and associated spreader element to pivot with respect to the boom portion about a pivot axis, characterized in that the patient lift apparatus further comprises a damping element coupled between the boom portion and the coupling member to damp rocking movement of the coupling member and spreader element, and in that the damping element is a linear damper having a first end connected to the boom portion and a second end connected to the coupling member. wherein the boom portion and coupling member are joined by a pivot joint allowing the coupling member and associated spreader element to pivot with respect to the boom portion about a pivot axis, characterized in that the patient lift apparatus further comprises a damping element coupled between the boom portion and the coupling member to damp rocking movement of the coupling member and spreader element, and in that the damping element is a linear damper having a first end connected to the boom portion and a second end connected to the coupling member.
A solid complex comprising at least one cyclic alkylene carbonate and at least one polyamide, characterized in that the polyamide/alkylene carbonate weight ratio ranges from 0.2 to 1.
System having smart phone/smart pad/tablet PC and WLAN-enabled flush-mounted electrical installation device having a flush-mounted device base including a voltage and load connecting block for connection to a 230 V AC network and having an electrical load to be actuated and having a cover including an operating part for manual actuation of the electrical load, • wherein an actuating/processing/storage device, a WLAN wireless transmitter/receiver and a wireless antenna are integrated, • wherein an actuator for actuating the electrical load and a power supply for supplying energy to the actuating/processing/storage device and to the WLAN wireless transmitter/receiver are integrated in the flush-mounted device base, • wherein the flush-mounted device base and the actuating/processing/storage device are connected to one another by means of a multi-pin plug/socket system as electrical connecting device, • wherein a remote-controlled actuation of the electrical load by means of the smart phone/smart pad/tablet PC with installed application is effected by a wireless connection to the WLAN wireless transmitter/receiver, and the flush-mounted electrical installation device is automatically listed in a list menu of the application, wherein the functions of the load are automatically defined on the touch surface on the smart phone/smart pad/tablet PC or specified by the application. • wherein an actuating/processing/storage device, a WLAN wireless transmitter/receiver and a wireless antenna are integrated, • wherein an actuator for actuating the electrical load and a power supply for supplying energy to the actuating/processing/storage device and to the WLAN wireless transmitter/receiver are integrated in the flush-mounted device base, • wherein the flush-mounted device base and the actuating/processing/storage device are connected to one another by means of a multi-pin plug/socket system as electrical connecting device, • wherein a remote-controlled actuation of the electrical load by means of the smart phone/smart pad/tablet PC with installed application is effected by a wireless connection to the WLAN wireless transmitter/receiver, and the flush-mounted electrical installation device is automatically listed in a list menu of the application, wherein the functions of the load are automatically defined on the touch surface on the smart phone/smart pad/tablet PC or specified by the application.
Method for the production of a heat exchanger from a tube system and a body element of thermally conductive material comprising graphite and/or foamed graphite, wherein the tube system is arranged and fixed in a mold, wherein the thermally conductive material is filled into the mold in a flowable state, wherein curing of the material is carried out in a thermal and/or chemical reaction process, wherein, after curing of the material, the heat exchanger is removed from the mold, wherein the tube system is surrounded and protected by the thermally conductive material, wherein the tube system is formed by a tube register, wherein additional elements are arranged on the tube register before the thermally conductive material is introduced.
Compressed-air device for controlling valves, comprising, in a longitudinal direction, a first vane-type rotary cylinder, having a front face as well as a back face, said front face being provided with a rotation head, and a second vane-type rotary cylinder, having a front face as well as a back face, said first and second cylinders (1, 10) each being able to be supplied with compressed air by means of a compressed-air valve connected to two ports (7, 8; 14, 15) on each of said first and second cylinders, said first vane-type rotary cylinder being arranged to rotate said valve to be controlled between a first predetermined position and a second predetermined position in a single motion, and said second cylinder being arranged to describe an angle from a first position to a second position in a single motion, wherein said first cylinder comprises, on its back face, a rotary disc provided with stationary edges and wherein said second cylinder comprises, on its front face, a rotary disc provided with a stop, said second cylinder further having a torque greater than that of said first cylinder, and said first and second cylinders being connected to each other by mutual interlocking, said stop of said rotary disc of said second cylinders being arranged to be inserted between said stationary edges of said first cylinder and further having a width being arranged to enable the stationary edges of said rotary disc of said first cylinder to make a predetermined rotation before being blocked by said stop.