326results about How to "Prevent suction" patented technology

A holder for a beverage container wherein the insulating sleeve includes internal ribs proximate to the top and bottom for gripping the container. An inwardly extending flange at the bottom of the sleeve is provided with a plurality of suction cups for stable affixation to a support surface.

The invention discloses a dual-channel variable-geometry rocket-based combined cycle engine, which adopts a dual-channel structure and realizes good work in a wide flight range through a partitioned combustion mode; the dual channels work simultaneously in a low-speed flight state to complete ejection mode and sub-stage The work in the low-speed section of the combustion mode; in the high-speed flight state, it is converted to the high-speed channel to work alone, and completes the work of the high-speed section of the sub-combustion mode and the super-combustion mode. The variable geometry method that the top pressure plate rotates around the rotating shaft is used to realize the adjustment of the small shrinkage ratio in the low-speed flight state and the large shrinkage ratio in the high-speed flight state, and meet the air capture and airflow compression requirements under different flight Mach numbers in a wide range of the engine. The binary mixed pressure inlet is adopted, the top pressure plate and the side plate of the inlet have good adhesion, and the mechanical dynamic seal is easy to realize, which is suitable for engineering applications; it meets the power requirements of different working modes of the aircraft. The top pressure plate and the conversion plate are respectively connected to the rotating shaft of the double fulcrum structure, the structure is rigid, and the high temperature sealing is easy to realize.

The invention provides a layering continuous well testing system and a use method thereof. The layering continuous well testing systems which are placed in a casing at interval comprise drainage test assemblies, straddle assemblies, and perforation assemblies connected from top to bottom. The cut-through cavity of the drainage test assemblies is communicated with the cut-through cavity of the straddle assemblies, to form a production channel. The straddle assemblies comprise a pressure transmitting joint, an upper packer, an upper pilot-controlled sieve tube, a lower packer, and a lower pilot-controlled sieve tube. In the production channel, pressure transmitting pipes which extend from the pressure transmitting joint and are communicated with an ignition head are arranged at interval. The pressure transmitting hole on the pressure transmitting joint is communicated with the upper port of the pressure transmitting pipe, to form a pressurization channel. The upper pilot-controlled sieve tube is provided with a first diversion channel which is separated from the production channel. The pressurization channel is injected with fluid, so the first diversion channel is communicated with the production channel. The lower pilot-controlled sieve tube is provided with a second diversion channel which can be connected with the production channel. Fluid is injected to make the second diversion channel separated from the production channel. The system can perform well testing on an upper layer and a lower layer.

The invention discloses an electronic atomization cigarette cartridge. The electronic atomization cigarette cartridge comprises a sleeve pipe, an air pipe, a heating component, a suction nozzle, a sealing sleeve and a heating bracket, wherein the upper end of the sleeve pipe is in sealed connection with the suction nozzle; the lower end of the sleeve pipe is in sealed connection with the heating bracket; an air outlet hole and tar inlet holes are formed in the sealing sleeve and longitudinally pass through the sealing sleeve; the tar inlet holes are arranged around the air outlet hole; the sealing sleeve is arranged on the upper surface of the heating bracket and is used for forming a receiving groove with the upper surface of the heating bracket; the heating component is arranged in the receiving groove; a ratio of the sectional area of the heating component to the sectional area of the receiving groove is 30%-50%; the air pipe is arranged in the sleeve pipe; a cigarette tar cavity isformed between the air pipe and the sleeve pipe; the upper end of the air pipe is connected with the suction nozzle; the lower end of the air pipe is communicated with the air outlet hole; the cigarette tar in the cigarette tar cavity enters the heating component through the tar inlet holes. The electronic atomization cigarette cartridge has the advantages that the cigarette tar in a tar storagebin can penetrate into the heating component, the situation that the excess cigarette tar in the tar storage bin enters the receiving groove can also be avoided, and the electronic atomization cigarette cartridge is capable of effectively preventing the cigarette tar from being leaked externally and sucked into the mouth.

The invention discloses an electronic cigarette and a control method and device thereof, and belongs to the field of electronic technologies. The control method applied to the electronic cigarette comprises that, when it is detected that an atomizer starts working, whether a working state of the atomizer satisfies preset conditions is detected, the atomizer is used to atomize tobacco tar in the electronic cigarette, and the preset conditions include that the work time length of the atomizer in this time reaches a first preset time length, or the working frequency of the atomizer in a preset period is greater than or equivalent to the preset frequency; and if the working state of the atomizer satisfies preset conditions, and atomizer is stopped from working. Thus, a user is avoided from smoking the electronic cigarette any more, the electronic smoke is controlled automatically, the control efficiency is improved, and the electronic smoke can help the user quitting smoking.

The invention provides a medium- and small-sized sewage treatment integrated device which comprises a biotreatment unit, a precipitate and sludge return unit, an optical catalytic oxidization unit, a deep treatment unit and a disinfection unit sequentially connected, wherein the precipitate and sludge return unit is respectively connected with the water inlet of the optical catalytic oxidization unit and the water inlet and water outlet of the deep treatment unit; the biotreatment unit comprises a water inlet region, an anaerobic treatment region, an anaerobic treatment region and an aerobic treatment region which are sequentially connected; the deep treatment region comprises a water distributing tank, a particle active carbon filter material layer, a quartz sand filter layer and a cobblestone supporting layer which are sequentially connected from top to bottom. The device has the characteristics of being compact in structure, small in occupied area, convenient to use, flexible to operate, low in treatment cost, high in effluent quality, strong in adaptability and the like and has relatively good popularization and application prospects.

The invention discloses an automatic pressure-balancing expansion-catch integrated expandable tube tool and a use method thereof. The automatic pressure-balancing expansion-catch integrated expandable tube tool comprises an expandable tube and a bottom plug arranged on the bottom of the expandable tube, a slidable pull rod which runs through the expandable tube and the bottom plug is arranged in the expandable tube, the lower end of the bottom plug is connected with an oil drain device which comprises an oil drain device shell sleeved on the outside of the pull rod, the gap between the oil drain device shell and the pull rod is formed into an annular space, a sliding sleeve which can slide in the annular space is arranged in the annular space, a back nut which is radially raised outwards is fixed on the bottom of the pull rod, the oil drain device shell is radially provided with an oil drain outlet, the sliding sleeve is radially provided with an aligning slotted hole, and the back nut can abut against and drive the sliding sleeve to slide in the annular space, so that the aligning slotted hole can be aligned and communicate with the oil drain outlet. The invention has the advantages that: the occurrence of the pumping phenomenon in the process of catch is prevented, the difficulty of bottom plug catch is decreased, and the safety and reliability of on-site operation in oil fields are enhanced.

A transfer material separating device includes a transfer material moving member (intermediate transfer belt) adapted to move with a transfer material held in contact with and pressed against it so as to have a liquid developer image transferred onto the transfer material and a transfer material separation/suction section (a suction wheel, a suction wheel support lever, a cam and a spring) for sucking the transfer material moving with the transfer material moving member at the surface opposite to the image transfer surface thereof and separating the transfer material from the transfer material moving member.

Transfer of liquid crystal panels to subsequent processes is performed with the panels placed on transfer arms and held by suction pads. A small suction force can be sufficient, and a suction irregularity is prevented. The transfer arms are arranged at a lower side of the liquid crystal panels, thus not obstructing the liquid crystal panels. In arranging the liquid crystal panels at an image pickup device, a panel holding device is controlled to be driven so as to position panel marks to a bonding height position while negating a deflection amount of the liquid crystal panels, and furthermore a component holding device is controlled to be driven so as to position component marks to the bonding height position and to mount electronic components to the liquid crystal panels at the bonding height position.

The invention provides a cutting device, which enables a stable suction of cutting liquid and applies no damage to an object to be processed. The cutting device comprises a sucking mouth disposed at flying side of the cutting liquid along with the rotation of the cutting tool, an inflow channel connected to the sucking mouth, a fluid separating mechanism body which comprises a first opening, a second opening and a third opening, wherein the third opening is disposed at the same height as the first opening or at the position lower than the first opening for discharging the cutting liquid, a suction source connected to the second opening, and a discharge channel with one end being connected to the third opening and the other end being provided with a discharging outlet whose height is equal to or lower than that of the first opening. The discharge channel discharges the liquid in the fluid separating mechanism body and is provided with a liquid accumulation part which enables the discharging outlet to be full of liquid all the time and prevent external gas from flowing in.

The invention relates to a carpet cleaner, which is characterized in that, the cooling exhaust air stream of a sucking motor is suitable for lotion pressure injection, and therefore, the lotion can be uniformly injected in the length direction of the rotary shaft of a rotary brush.

The invention discloses a new energy paddy screening device. A base is arranged at the bottom of a device body; a screening box is mounted at the top of the base; a feed port is mounted at the top ofthe screening box; dust removing ports are formed in two sides of the top end in the screening box; dust removing boxes are mounted on the outer sides of the dust removing ports; chutes are formed intwo sides of the bottom end in the screening box; screening plates are mounted in the chutes; support rods are mounted at the tops of the screening plates; second springs are mounted at the top ends of the support rods; guide plates are mounted at the top ends of the second springs; a bracket is mounted at the right upper angle of the screening box; a solar panel is mounted at the top end of the bracket; support legs are mounted at the bottom of the screening box; trundles are mounted at the bottom of the base; the support rods and the guide plates are elastically connected through the secondsprings; and the guide plates can be repeatedly lifted under the effect of the second springs to realize oscillation and dispersion of paddies, so that internal empty husks and dust can be totally risen up, and are extracted by an exhaust fan to achieve the dust removing effect.

A portable machine tool, such as a rotary and/or percussion hammer, comprises a percussion mechanism that has an axially movable striker 4 driven via an air spring, and an axially movable percussion pin 8. The percussion pin is arranged between the striker 4 and a tool 12 to transmit percussive impulses of the striker 4 to the tool when the tool is pressed against an abutment, and has a device (68, 70) for positioning and holding the striker (4) in a defined idling position when the machine tool is idling. The device (68, 70) for positioning and holding the striker comprises means (70) for frictionally and/or positively fixing the striker (4) in the idling position; and/or for braking the movement of the striker (4) before the idling position is reached.

A system for collecting oil from mixed ice and water conditions. The system uses suction pods that are welded along the hull of a vessel. These pods are elongated vertically and have a vertical slit opening that allow oiled water to enter into the suction box during wave action. Each vertical opening is covered with stainless steel mesh layers to inhibit smaller ice from entering the suction box. Inside each of the suction boxes is a horizontal floating suction bar that is connected to a flexible suction hose. The suction bar is free floating within the suction box so that collection always occurs at the water's surface. The collection line from the suction box leads to a collection and separation area. The suction boxes are protected by heavy-duty metallic “bumper that are welded to the hull to protect the suction box arrays.