30 results about "Tip suction" patented technology

Stackable pipette tips having increased accuracy are provided through a unique pipette tip comprising a collar, a barrel and an acutely tapered neck transitioning between the collar portion and the barrel portion. The pipette tip of the present invention has a significant reduction of inner volume resulting from the acute taper and several other tapers along the inner surface. This reduction of inner volume provides a tip with greater accuracy, as less air must be displaced in order to aspirate and dispense small aliquots of liquid. The pipette tips of the present invention also are directly stackable in a rack on one another without interaction causing lodging, binding or clinging between the outer surface of the top or stacked tip and the inner surface of the base or bottom tip.

A human airway cleaning tool is provided that aids in the removal of foreign or blocking material in the airway of humans. Resembling a Yankauer suction tube, the cleaning tube has a provision for the attachment of a conventional vacuum cleaner hose. This feature makes the invention suitable for use anywhere at almost anytime as long as a vacuum cleaner is available. Further featured is a round, ball-shaped, tip that easily enters a person's throat with causing damage. Shaped such that it is easily held, the cleaning tool is easily maneuvered while it is in a person's mouth.

The invention relates to a method for adhesion of film and an apparatus thereof, wherein flake film of the same size of adhesive substrate adhere to the substrate.Above the substrate 2, the film 1 is slanted, sucked, and held on the opposite surface side to a protective film 7 by a suction plate 33 and a tip suction plate 34. An adhesive tape 55 is stuck on the protective film 7, and the adhesive tape 55 is moved reversely at the tip of the film 1 to peel the tip of the protective film 7. A tip suction plate 34 is made to recede from the tip of the film. The tip of the film which peeled the tip of the protective film is joined to the tip of the substrate 2, and they are pressed by a press roller 46. The suction / holding of the film by the suction plate 33 is released. While the substrate 2 is moved with the tip side of the film 1 made a head, the protective film 7 is peeled by the movement of the adhesive tape 55, the film 1 is supplied to the substrate 2, and the film 1 is stuck on the substrate 2 by the press roller 46. According to the invention, the delicate and complicated control of the adsorption and retention capacity is unnecessary, and it is simple and reliable that the film adheres to the substrate without dropping the film on the substrate.

A suction head for a vacuum cleaner includes a main body and a connection member mounted in communication with a vacuum cleaner. The main body includes a suction hole adjacent to the connection member, and an air introduction hole in front of the suction hole so as to selectively operate and control a speed of a turbine. A turbine container and a plurality of sliding holes are formed between the air introduction hole and the suction hole; The turbine is received in the turbine container so as to be rotated only when the air introduction hole is open. A plurality of hitting members are slidably mounted in the main body. A pressing member extends from both ends of the turbine. The pressing member rotates together with the turbine to press the hitting members in the sliding holes, causing the hitting members hit a stuff to be cleaned.

The present invention relates to a vacuum cleaner suction head (1) comprising a soleplate (14) which has at least one suction duct (10) that is open towards the ground and which converges from an outer rim of the soleplate (14) towards a suction orifice (9) connected in terms of air flow to a vacuum cleaner, the soleplate (14) of which comprises a removable flap (13) which includes the suction orifice (9) and at least one suction duct (20) that is open towards the ground and arranged opposite said at least one suction duct (10) of the soleplate (14).

Provided is a suction device for a vacuum cleaner having a small-size nozzle with superior attachment / detachment performance and to provide a vacuum cleaner.This suction device is provided with the small-size nozzle 11 having a suction head 10 which is formed with a tip suction port 18, a small-size nozzle storage recess 16 detachably storing the small-size nozzle 11, and a floor nozzle 12 provided in the small-size nozzle storage recess 16 and having a projection part 23. When the small-size nozzle 11 is stored in the small-size nozzle storage recess 16, the projection part 23 is inserted in the tip suction port 18, so that the tip suction port 18 of the small-size nozzle 11 is guided by the projection part 23 and surely installed therein.

The invention discloses the electrotome handle, lighting electrotome handle, vacuum suction tube, vacuum pump of an attraction electrotome. In the hollow electrotome handle, a power circuit of the electrotome is arranged in the electrotome handle or the wall of the electrotome handle; an attraction opening is formed the tail of the electrotome handle; a conducting blank pipe is provided with a hollow channel, and the rear end of the conducting blank pipe is arranged in the front of the electrotome handle; and the rear end of the conducting blank pipe is connected with the power circuit of the electrotome, and the front end of the conducting blank pipe extrudes out of the electrotome handle and forms a thin tip suction inlet forward. The electrotome provided by the invention absorbs smoke generated in the process of operation uninterruptedly, and during the operation on a narrow and deep area, the electrotome can penetrate into the area to absorb the generated smoke, liquid impurities and the like close to the electrotome completely in time and discharge the smoke, the liquid impurities and the like to the outside or a sterilizer without blocking the negative pressure suction pipe and the negative pressure pump; and in an operation area of a narrow dark area, an illuminating lamp on the electrotome can also illuminate conveniently and clearly. In addition, an electrotome head, the electrotome handle and the negative pressure pump can be disassembled conveniently and quickly to be replaced and disinfected, and a filter screen and a filter can be replaced conveniently.

The present invention is an apparatus and method for replacing used electrode tips of a TIG welder. The apparatus has a main housing structure with a socket adapter assembly that is operatively supported by the main housing structure. The socket adapter assembly is used to both remove and re-attach the gas shield and the electrode nut of the TIG welder. A vacuum tip suction device that is operatively supported by the main housing structure is used to both remove and install electrode tips for the TIG welder.

The apparatus for airbrush waste removal has an airtight canister with an inlet port having a tip suction nozzle into which the airbrush nozzle is inserted. The canister has a discharge port connected to a source of suction, which may be a vacuum pump, a venturi, or the like. A discharge conduit leads from the suction source to outside air, and may include a charcoal filter, catalytic converter, burn chamber, or other device for reducing volatile organic compounds from the air discharged from the canister. A vapor permeable filter is disposed in the discharge conduit to prevent solid and / or liquid particles from entering the suction source.

The invention discloses a device and method for testing a slit / sludge dehydration rate in a multi-physics field condition. A long-neck end of a ceramic Buchner funnel passes through a first rubber stopper to the inside of a first upper tip suction flask; a slit / sludge sample is arranged in a tube part of the ceramic Buchner funnel; a perforated upper electrode plate and a perforated lower electrode plate are arranged on a top layer and a bottom layer of the slit / sludge sample; the device also comprises a loading device for loading the slit / sludge sample; and the first upper tip suction flask is connected with a vacuum pump through a second upper tip suction flask. The invention further discloses a method for testing the slit / sludge dehydration rate in the multi-physics field condition. Coupling of a vacuum pressure field, static and dynamic pressure fields and an electric field can be achieved, combined parameters of the static pressure, the vibration frequency, the vacuum degree, the voltage and the current can be conveniently and quickly optimized employing the dehydration rate as an evaluation indicator, and the soil structure change law in or after the slit / sludge dehydration process can be evaluated by using the resistivity.

An upright vacuum cleaner is provided. Thanks to a mini nozzle seat formed by subsiding in a front side on an upper portion of the vacuum cleaner, a mini nozzle can be received in a stable and solid manner when the mini nozzle is not in use, whereby convenience in use can be enhanced.

The invention provides a suction tip for dental treatment which has no possibility of causing a patient discomfort such as pain when its end portion touches the gingiva or oral cavity mucosa of the patient, and enables an easy suction operation and an easy attachment operation to a suction tube by its secured entire strength. The suction tip for dental treatment has a cylindrical shape as a whole, a front end portion of the cylinder is cut obliquely, and a back end portion thereof is cut vertically, thereby forming a back end opening portion and a front end opening portion. A front end portion which is to touch the gingiva or oral cavity mucosa of a patient is made of soft silicone rubber, and a cylindrical base portion continuing to this front end portion is made of hard silicone rubber. The soft silicone rubber forming the front end portion is gel silicone rubber.

Scraping construction equipment for wall slurry putty comprises a profile beam bar, an elastic steel scraping blade, a handle support column, a locking nut, a hand-held handle, a bolt, an attachment assisting rod handle, a putty recycling device or a tip suction device, the equipment has flatness and elasticity, and can be used for recovering the excess slurry putty generated when the wall surfaceis scraped, scaffolds can be reduced, compared with a prior traditional process tool the construction is flatter, the construction speed can be accelerated, and the construction safety is increased.

The invention provides a medical bipolar surgical electrode and a manufacturing method thereof. An electrode knife head is provided with contact isolation insulation columns; a knife tip of the electrode is provided with an excitation contact made of metal guide wires; the surface of an electrode knife bar is insulated; a metal tube is arranged in the electrode knife bar; the bare part of the metal tube, which is exposed at the working end of the knife head and is insulated in surface, serves as a backflow contact; and the electrode is provided with a priming system which consists of a water injection catheter, an electrode inner water filling pipe and an electrode tip water filling nozzle, or is provided with a drainage system which consists of an electrode tip suction opening, an electrode inner drainage tube and a drainage catheter, or is provided with both the priming system and the drainage system. Physiological saline can be guided to a to-be-treated part from a saline bag (bottle), or tissue fragments and the saline are guided to a waste liquid bottle of a vacuum extractor from the to-be-treated part. The surgical electrode has multiple functions of tissue dissecting, tissue drying, tissue ablation, blood coagulation and saline infusion or / and the functions of the vacuum extractor, and is especially suitable for open and microendoscopic complicated surgical procedures.

Disclosed are the devices and methods for cleaning the ports of a print head of a printer cartridge for refilling purposes. This is accomplished using two different kinds of tips which are alternatively disposed on the end of a syringe. A large tip is used to clean all of the ports simultaneously by applying suction to all. A smaller tip, however, is used to clean specific ports. The smaller tip is able to provide much greater suction than a larger tip because it has a minimized flow aperture. The larger tip, conversely, creates a very wide flow area which does not provide as great a suction, but provides other benefits.

The present invention is an apparatus and method for replacing used electrode tips of a TIG welder. The apparatus has a main housing structure with a socket adapter assembly that is operatively supported by the main housing structure. The socket adapter assembly is used to both remove and re-attach the gas shield and the electrode nut of the TIG welder. A vacuum tip suction device that is operatively supported by the main housing structure is used to both remove and install electrode tips for the TIG welder.

A tin suction gun, including a gun head, a shell, a trigger, a tin storage cylinder, and a back seat. The gun head is arranged at the front end of the shell, and the gun head includes a heating body and a tin suction tube. The other end of the tin storage cylinder is connected to the negative pressure generator, and the trigger is provided with a multi-speed switch. The outer shell is provided with a locking button, the locking button includes a handle and a rotating pin, and the rotating pin is embedded in the top block; the rear seat is covered by a seat cover It is composed of an inner seat, and a rear seat spring is arranged between the seat cover and the inner seat. The inner seat includes a tin storage tank joint and a gas pipe joint, and the air pipe joint is connected with a negative pressure generator through a gas pipe. A limiting slot is arranged below, and a positioning screw passes through the limiting slot and is fixed on the bottom of the seat cover; a positioning hole is also provided at the bottom of the seat cover, and the upper end of the top block is matched with the positioning hole. It solves the problem that the tin storage cylinder is easy to fall off in the prior art, and has good reliability, comfortable handle and convenient use.

The invention discloses the electrotome handle, lighting electrotome handle, vacuum suction tube, vacuum pump of an attraction electrotome. In the hollow electrotome handle, a power circuit of the electrotome is arranged in the electrotome handle or the wall of the electrotome handle; an attraction opening is formed the tail of the electrotome handle; a conducting blank pipe is provided with a hollow channel, and the rear end of the conducting blank pipe is arranged in the front of the electrotome handle; and the rear end of the conducting blank pipe is connected with the power circuit of theelectrotome, and the front end of the conducting blank pipe extrudes out of the electrotome handle and forms a thin tip suction inlet forward. The electrotome provided by the invention absorbs smoke generated in the process of operation uninterruptedly, and during the operation on a narrow and deep area, the electrotome can penetrate into the area to absorb the generated smoke, liquid impurities and the like close to the electrotome completely in time and discharge the smoke, the liquid impurities and the like to the outside or a sterilizer without blocking the negative pressure suction pipe and the negative pressure pump; and in an operation area of a narrow dark area, an illuminating lamp on the electrotome can also illuminate conveniently and clearly. In addition, an electrotome head, the electrotome handle and the negative pressure pump can be disassembled conveniently and quickly to be replaced and disinfected, and a filter screen and a filter can be replaced conveniently.

The present invention relates to an automated analysis device, and provides a technique with which it is possible to ensure reaction vessel cleaning performance using a cleaning process including a tip suction step, and with which it is possible to suppress a deterioration in or to improve analysis accuracy. This automated analysis device includes a control device, a block suction mechanism whichcauses a suction nozzle and a suction block for sucking a liquid inside a reaction vessel to move up and down to suck the liquid, and a block cleaning mechanism for cleaning the suction block. In a tip suction step (S14), which is the final step in a cleaning step (S20) after reception of an analysis request before an analysis step (S30), the control device causes both suction (202) of the liquidby means of the block suction mechanism and cleaning (201) of the suction block by the block cleaning mechanism to be executed in a first step (S21), then causes only the suction (202) of the liquid by means of the block suction mechanism to be executed in a second step (S22) consisting of one or more cycles, and then executes an analysis step (S30) using the reaction vessel that has been subjected to the second step (S22).

A suction pipe, which has a tip suction port capable of sucking the air stream including the dust generated below the throat plate and intermediate suction port capable of sucking the air stream including the dust generated near a looper thread handling area, is inserted into the tubular sewing machine bed section fitted with the throat plate at the upper face section and storing sewing components inside. A forced air guide section, which can guide air under the suction pipe in the tubular sewing machine bed section and forcibly move the guided air toward the suction ports of the suction pipe, is provided. The structure can minimize a dust accumulation quantity in a tubular sewing machine bed section by invariably efficiently sucking and removing the dust most generated below a throat plate without deteriorating the work environment.

A die bonder contains a bonding tool (24), a strobe (34), a camera (32), and a shank (20). The bonding tool (24) has the following: a tip suction surface (27) that holds a semiconductor die (30) by suction; a base that is wider than said tip suction surface (27); and a sloped surface that connects the suction surface (27) to the base and is sloped with respect to a lengthwise centerline. The camera (32) simultaneously acquires an image of the semiconductor die (30) held by the suction surface (27), an image of the shank (20), and an image of the sloped surface of the bonding tool (24). The shank (20) is in contact with the base of the bonding tool (24), is separated from the suction surface (27) by a distance greater than the depth of focus of the camera (32) in the lengthwise direction of the bonding tool (24), does not move relative to the bonding tool (24), and reflects light from the strobe (34). Misalignment between a semiconductor die and a bonding tool in a die bonder can thus be detected effectively with a simple configuration.

Provided is a suction device for a vacuum cleaner having a small-size nozzle with superior attachment / detachment performance and to provide a vacuum cleaner.This suction device is provided with the small-size nozzle 11 having a suction head 10 which is formed with a tip suction port 18, a small-size nozzle storage recess 16 detachably storing the small-size nozzle 11, and a floor nozzle 12 provided in the small-size nozzle storage recess 16 and having a projection part 23. When the small-size nozzle 11 is stored in the small-size nozzle storage recess 16, the projection part 23 is inserted in the tip suction port 18, so that the tip suction port 18 of the small-size nozzle 11 is guided by the projection part 23 and surely installed therein.

Disclosed are a method of wound healing and an apparatus for the collection, processing and application of amniotic fluid at a wound site to improve healing. The apparatus includes a canister or bag positioned along the vacuum line through which the amniotic fluid and placental aspirate is suctioned. The canister or bag also has a sterile syringe port, through which amniotic fluid can be extracted and later processed. The processed material can then be applied to the wound site of the patient. The apparatus and method disclosed allow for the processing of the amniotic fluid to take place in the same room as the surgical procedure. A kit is provided but not limited to including an amnion rupture tool, a canister or bag for collection, Yankauer suction tip, tubing, and a dual syringe mixing sprayer for reapplication.

The present invention relates to the technical field of electric cables, more particularly to a special electric cable manufacturing sewage treatment system, which comprises a waste liquid storage box, wherein the waste liquid storage box is connected to a pressure filter, the pressure filter is connected to a first temporary storage box, the first temporary storage box is connected to a thin-film evaporator, the thin-film evaporator is connected to a moisture separator, the moisture separator is connected to a water seal groove, the water seal groove is connected to a jet condenser, the jet condenser is connected to a clear water pool, the first temporary storage box is further connected to a freezing crystallization tank, the bottom portion of the freezing crystallization tank is connected to a bucket-tipping suction filtration machine, the bucket-tipping suction filtration machine is connected to an acid regeneration tank, the pressure filter comprises a housing, a filtration plate is arranged inside the housing, the lower bottom surface inside the housing is provided with a filling block, the surface of the filling block is an inclined surface, and the bottom portion of the filling block is connected to a debris box.

The invention relates to a suction pen with double suction heads, which comprises a first airbag and a second airbag which are independent of each other, a first suction cup and a second suction cup which are mutually independent and arranged at intervals, a first air duct and a second air duct which are independent of each other, Both the first airbag and the second airbag are made of elastic materials, and can generate negative pressure under the action of elastic recovery after being squeezed; the first suction cup is used to absorb the first workpiece, and the second suction cup is used to absorb the second workpiece. The second workpiece is located on the first workpiece; the first air duct is used to communicate with the first air bag and the first suction cup, and the second air duct is used to communicate with the second air bag and the second suction cup. For the double-head suction pen of the present invention, when the second suction cup breaks the vacuum due to reasons such as the suction position or the shape of the second workpiece, it will not affect the vacuum adsorption of the first suction cup to the first workpiece, and because the second workpiece is located at the first On a workpiece, the double-ended suction pen of the present invention greatly reduces the probability of the workpiece falling.

An anti-tip suction cup (1) and a suction-type auto-moving apparatus using the anti-tip suction cup (1) have advantages of simple structures and being easy to implement. The anti-tip suction cup (1) comprises a suction cup bottom (2) capable of being sealed with a working surface, and a warping portion (3) deviating from a direction of the working surface (5) is disposed at an outer side of the suction cup bottom (2). A stop portion (4) may be disposed at the top of the warping portion (3). The anti-tip suction cup (1) can effectively prevent an edge portion of the suction cup bottom (2) from tipping or jamming by a protrusion or jamming in a gap, so as to ensure normal work of a robot equipped with the anti-tip suction cup (1).