77results about How to "Clean out" patented technology

A portal access device that is adapted to provide long term access to a port implanted in a patient has two major components, an infuser assembly and a safety needle insertion device. The infuser assembly has an infuser housing that can be configured into a specific shape, for example a dome. A blunt cannula is attached to and extends downwardly from the underside of the infuser housing. Also connected to the infuser housing, preferably at a side thereof, is a tubing or catheter. The safety needle inserter assembly has a base having a proximal portion that is configured to form fit over the infuser housing. At the distal portion of the base uprights are provided so that a second end of an arm, to which first end a needle or a sharp cannula is connected, may be movably and hingedly connected to the base. The sharp cannula extends from the underside of the proximal end of the arm and passes through the base by way of a bore formed at the proximal portion of the base. The bore is defined between an opening at the underside of the base and an opening at the upper surface of the base. Locking mechanisms are provided at the base uprights and the distal end of the arm so that when the arm is moved away from the base, and as the distal end of the arm pivots about the uprights, the respective locking mechanisms provided at the arm and the base would coact to lock the arm in place, to thereby maintain the tip of the needle within the bore formed in the base. To use, the safety needle inserter is placed over the infuser assembly, with the sharp cannula extending through the infuser housing and axially mating with the blunt cannula of the infuser assembly, but with the tip of the sharp cannula protruding beyond the tip of the blunt cannula. The combined needle inserter/infuser assembly is pressed down onto the skin surface of the patient so that the combination sharp/blunt cannulas penetrate the patient and puncture the self-sealing septum of a portal reservoir implanted in the patient. Once the safety needle inserter is removed from the infuser assembly, with the infuser housing septum being self-sealing, a closed fluid communication path is established between the portal reservoir and a fluid store that may be connected to the catheter of the infuser assembly. Long term access of the implanted portal reservoir is thereby achieved.

A portal access device that is adapted to provide long term access to a port implanted in a patient has two major components, an infuser assembly and a safety needle insertion device. The infuser assembly has an infuser housing that can be configured into a specific shape, for example a dome. A blunt cannula is attached to and extends downwardly from the underside of the infuser housing. Also connected to the infuser housing, preferably at a side thereof, is a tubing or catheter. The safety needle inserter assembly has a base having a proximal portion that is configured to form fit over the infuser housing. At the distal portion of the base uprights are provided so that a second end of an arm, to which first end a needle or a sharp cannula is connected, may be movably and hingedly connected to the base. The sharp cannula extends from the underside of the proximal end of the arm and passes through the base by way of a bore formed at the proximal portion of the base. The bore is defined between an opening at the underside of the base and an opening at the upper surface of the base. Locking mechanisms are provided at the base uprights and the distal end of the arm so that when the arm is moved away from the base, and as the distal end of the arm pivots about the uprights, the respective locking mechanisms provided at the arm and the base would coact to lock the arm in place, to thereby maintain the tip of the needle within the bore formed in the base. To use, the safety needle inserter is placed over the infuser assembly, with the sharp cannula extending through the infuser housing and axially mating with the blunt cannula of the infuser assembly, but with the tip of the sharp cannula protruding beyond the tip of the blunt cannula. The combined needle inserter/infuser assembly is pressed down onto the skin surface of the patient so that the combination sharp/blunt cannulas penetrate the patient and puncture the self-sealing septum of a portal reservoir implanted in the patient. Once the safety needle inserter is removed from the infuser assembly, with the infuser housing septum being self-sealing, a closed fluid communication path is established between the portal reservoir and a fluid store that may be connected to the catheter of the infuser assembly. Long term access of the implanted portal reservoir is thereby achieved.

A domestic automatic swimming pool cleaner which randomly travels about and cleans the walls and bottom surfaces of a swimming pool includes two parallel or non-parallel impact tubes, the top ends of which are connected to a flexible suction hose which in turn is connected to the suction side of the pool's filter pump. The bottom ends of the tubes are served intermittent shots of water by a hinged self-starting flapper valve with an unrestricted upstream opening in the cleaner's pool surface contacting head. By the action of the valve alternately delivering pool water to the two tubes, kinetic forces are generated which move the automatic pool cleaner about the pool.

A system and method for providing filtered and pressurized air into a vehicle cab, enclosure or other interior enclosed environment is described, in which a filtered positive pressure air unit comprises a sealed box, a HEPA filter, a blower, a magnahelic, power source and ductwork. Dirty air is drawn by the blower through the hose and ductwork to the HEPA filter where a certain percentage of impurities of a certain size or larger are removed. Clean air is discharged at a sufficiently high rate to create a positive pressure inside the interior enclosed environment, keeping clean air in, and dirty air out.

A fully moveable and totally contained fluid supply unit useful in supplying fluid such as water to a site in need of such fluid for drilling, fire control, clean up, and the like is provided comprising a skid or a trailer having mounted thereon a fluid reservoir for holding the fluid; a fluid pumping system for pumping fluids to said site; and an engine for providing prime power to operate the fluid pumping system.

The invention relates to a stirring vacuum drying machine of a scraping plate. The stirring vacuum drying machine comprises an upright cylinder, a stirring device, an evacuating device and a heating device, wherein the upright cylinder is of a separated structure and comprises a cylinder body and a cylinder cover, wherein the cylinder body is provided with a closed end, an opened end and a side wall; a material outlet is formed in the place, close to the side wall, on the closed end; the cylinder cover covers the opened end; a material inlet and an evacuating opening are formed in the cylinder cover; the stirring device is formed by sequentially connecting a driving mechanism, a main shaft, a stirring frame and the scraping plate; the main shaft penetrates through the cylinder cover to extend into the cylinder body; the stirring frame is arranged at the lower end of the main shaft; the scraping plate is arranged at the lower end of the stirring frame; the evacuating device is arranged at the evacuating opening; the heating device wraps the cylinder body. According to the stirring vacuum drying machine, due to the fact that the material outlet is directly formed in the closed end of the cylinder body and is close to the side wall, the scraping plate just pushes dried materials to the place, close to the side wall, of the closed end, and the materials move along the scraping plate, the materials are very easily pushed out of the material outlet, and the stirring vacuum drying machine is simple, feasible and quick in operation; due to the fact that the materials are not stuck to the inside of the cylinder body, the materials are completely discharged.

An auger trough and associated clean-out door construction of a clean grain and tailings conveying system for an agricultural combine, such construction including a pair of spaced, depending auger trough side walls that extend laterally across a combine between opposed sidesheets, with a removable door panel positionable across the combine between the opposed sidesheets and between said auger trough side walls to form an auger trough base, which door panel is configured to be so engageable with the auger trough side walls to substantially close the bottom of the auger trough and whose opposite ends are configured to be complementarily engageable with engagement features associated with the sidesheets to maintain such door panel in place during harvesting operations and, with such auger trough side walls, to define a generally rigid trough between the opposed sidesheets. Preferably, the door panel has a first end configured to be engageable with and to rest upon a projecting flange on a first of the opposite sidesheets and a second, latch end with an associated latch mechanism for engaging a complementary latching feature on the second of the opposed sidesheets for generally securing the door panel in position as the bottom of the auger trough.

A method of washing particulate laden material in a washer includes moving the particulate laden material from the intake of the washer to the discharge of the washer and through multiple modules or sectors. Liquid can be counter flowed in the washer interior along a flow path that is generally opposite the direction of travel of the particulate laden material. A specially configured recirculation/filtration arrangement removes a majority of particulate and organic matter from the washing fluid.

The invention provides a finished product bin of a dry-mixed mortar station. The bin comprises a bottom frame, and a bin body which is arranged on the bottom frame and consists of an upper bin body and a lower bin body, wherein the lower bin body is bucket-shaped, the side wall of the lower bin body is provided with an access hole, and the bottom part of the lower bin body is connected with a material discharge tube; a buffer device is arranged in the upper bin body, and the upper and the lower parts of the upper bin body are both provided with a bin level indicator; the lower bin body is provided with a vibrator, and the part, close to a material discharge opening, of the lower bin body is provided with a plurality of flow assisting gas bowls; and the material discharge tube is provided with two outlets provided with pneumatic three-way valves for controlling the opening and closing of the two outlets. Due to the use of the buffer device, a free falling distance of the dry-mixed mortar is reduced, the impact and noise caused by the falling of the dry-mixed mortar are reduced, the separation of the dry-mixed mortar is avoided effectively and the compacting action on the stored dry-mixed mortar is prevented; and due to the use of the pneumatic and vibrating devices, the problem that the dry-mixed mortar is glued on the inner surface of the lower bin body is solved effectively. In addition, the finished product bin also has the advantages of simple structure, convenient use, easy maintenance, noise reduction and clean and smooth material discharge.

A lost wax molding system has a re-usable, collapsible, chain-linked mesh exoskeleton, one or more inserts to be placed within the interior surface of the mesh exoskeleton to exert outward pressure on the mesh exoskeleton thereby creating a pre-formed, rigid, three-dimensional shape, a waterproof sleeve sized to cover the outer surface of the three-dimensional shape, and a base sized to seal said waterproof sleeve forming an investment mold container.

The invention discloses a concentric double-shaft dispersion machine with wall scraping function. The dispersion machine comprises a lifting mechanism, a power mechanism, a dispersing mechanism and astorage tank. The power mechanism is disposed above the lifting mechanism, one end of the power mechanism is equipped with the dispersing mechanism. The invention has the beneficial effects that: by setting the dispersing mechanism and high-speed dispersing discs, two groups of stirrers work simultaneously, so that materials are subjected to strong shearing and mixing effects, and the purpose of rapid mixing is achieved; the dispersing mechanism falls into an anchor type and a butterfly type, an optimal stirring form can be designed according to materials of different viscosities and specificgravities and different production process requirements, the equipment uses an oil cylinder serving as a lifting actuator, a control valve is arranged to control the rising, stop and descending of a working head, the operation is simple, and the stability is high; a stirring paddle and a main shaft are fixed by a fixed bolt, thereby facilitating disassembly and replacement, and being easy to clean; and a belt holding clip has different clamping modes, so that a stirring barrel can be quickly fixed, and safety accidents caused by displacement of the barrel in the working process are prevented.

A collecting trough construction for facilitating the clean out of collecting troughs of clean grain and tailings collecting and conveying systems of agricultural combines, such collecting trough construction including a base pan sized and dimensioned to extend longitudinally between first and second cross-pieces of such a collecting and conveying system, one of which cross-pieces may be a clean grain auger trough or a tailings auger trough, and laterally generally between the sidesheets of a combine, with collecting troughs formed in the upper side thereof, which base pan has first and second ends and is positionable between the first and second cross-pieces with the first end of the auger trough base pan adjacent the first cross-piece and the second end of the auger trough base pan adjacent the second cross-piece to be readily complementarily engageable therewith and wholly or partially disengageable therefrom by a user to permit convenient access to the formed collecting troughs for cleaning thereof. Preferably, the base pan is, alternatively, partially detachable to permit access for cleaning by a user in an in-place clean-out position or wholly removable to permit the removal of such base pan to a remote location for cleaning by the user thereat.

The invention discloses a concrete mixing and transporting car which mainly and structurally comprises a front rack, a rear rack, a cab, an anti-explosion diesel motor, a twisted frame, a mixing pot, feeding ports, a discharge port, a planetary gearbox, front wheels, rear wheels, a diesel box, and a hydraulic oil tank, wherein the diesel motor is designed as being high in power and anti-explosion, so as to adapt to a severe environment underground; two feeding ports of the mixing pot enable the feeding speed to be increased; the inner wall of the mixing pot is designed as spiral linear bladesso as to enable the mixing and the discharging of a concrete flat pot to be quicker, more uniform, and cleaner; the feeding ports and the discharge port are in conical surface seal, thus being simpleand stable; a seat of the cab can be rotated laterally, thus enhancing the steering view and the comfort; and the car is advanced and reasonable in design, convenient for use, and safe, stable and reliable, and is a very ideal anti-explosion concrete mixing and transporting car underground.

A one man or two man layout hunting blind that can be folded into a compact transportable condition and that is easily assembled or deploy in the field, the layout hunting blind having a head end and a foot end with an inner frame assembly that does not extend to the foot end, the inner frame assembly including a combination of inner folding assemblies and locking sleeves that make the blind easy to deploy in the field.

The present invention features a device having a strainer cover assembly having a strainer cover with tab openings, and a strainer housing having flexible tabs arranged thereon, the flexible tabs passing through the tab openings and fastening on the strainer cover with a snap action. The flexible tabs are deflected for removing the strainer cover. The strainer cover assembly includes a strainer with a screen for filtering a medium passing through the device. The snap action of the flexible tabs makes it easy to open, slide out and clean the screen on the strainer cover assembly. The strainer cover assembly and the screen may be formed as an integral unit, which helps in cleaning the screen. In operation, the user simply compresses the snap tabs and slides out the screen which is attached to the strainer cover assembly and rinses the contaminated screen while holding it by the strainer cover assembly. The integral unit being formed by plastic mold injection. The screen may be made of stainless steel material. The strainer cover assembly may be made of a clear plastic material.

A cleanout boom for guiding a plumbing snake, pressure washer, camera or a similar apparatus into a vent pipe on the roof of a structure. A head assembly with a remote mechanism to attach the head assembly to the vent. The device can be entirely operated from the ground.

A crimp tube crimping system including a crimping tool having: a first arm having a proximal end and a distal end, the proximal end comprising a first handle and the distal end comprising a first jaw, a second arm having a proximal end and a distal end, the proximal end comprising a second handle and the distal end comprising a second jaw, the second arm hingedly connected to the first arm, a first straight, flat crimping member integral with the first jaw of the first arm, the first crimping member having a first inner surface width, and a second straight, flat crimping member integral with the second jaw of the second arm, the second crimping member having a second inner surface width, the first and second straight, flat crimping members defining a gap therebetween when the first and second handles close and the crimping tool is in a fully closed position about the crimp tube, the first and second inner surface widths limiting further deformation of the crimp tube, the flat crimping members preventing cutting of a suture within the crimp tube.