TWM327248U - Fluid pressure boosting device - Google Patents

Description

M327248 VIII. New description: [New technical field] The creation is a fluid supercharger, especially a special technology that can greatly pressurize the fluid without additional power. - [Prior Art] - Press, gas or liquid is referred to as fluid, and the technology for boosting the fluid is no more than two types: # The first type is pressurized with power, for example, pressurized with a pump or piston. In this way, the boosting effect of these driving modes is very obvious, but the overall cost is inconvenient and must be driven by energy consumption, which is not in line with the current era of high energy prices. The second type is that there is no need for power pressurization, which is mainly made by the neck of the pipe diameter: when the fluid outputted by the piece passes, it can be instantaneously pressurized, and the child is pressurized, and its structure is simple and simple. There is no need to consume energy, but the overall lifting effect is not obvious. - [New content] The present invention provides a fluid supercharger which is pivoted in a sleeve and has a centrally rotating rotor. The sleeve and the rotor are provided with opposite rounds to make =: push the shaft 'push the shaft The outer circumference is provided with a spiral groove penetrating through the two ends, and two = a shrinkage gap is formed between the two and the conical chamber, so that the fluid passes through the spiral groove of the screw end end: out: the suffix is a small one of the rotor. It can improve the shortcomings of the above two types of fluid pressurization type 5 M327248, and at the same time has the following advantages: 1 · The effect of pressurized fluid can be completed without energy consumption. 2. Its effect on fluid boosting is much better than the traditional no-power mode. 3. Its overall structure is much more streamlined than the traditional power drive mode. - To enable your review board to further understand the structure of the creation, characteristics

And other objects are described in detail with reference to the drawings of the preferred embodiments as follows: [Embodiment] U Referring to FIG. 5, the creation includes at least j·amp; (10), which has two ends. Inner hole, the inner hole = round shaft chamber (11), so that the sleeve (1〇) has one end aperture smaller than the other end, and the sleeve 5 (1 Q) is at the end of the conical chamber (1 1 ) with a larger aperture Concentric recesses are provided with a larger hole screw hole (i, 丄J J, the sleeve is concentrically recessed at the end of the conical chamber (U) with a smaller aperture, and a forcing q = bis (13)' and A screwing portion 4) is provided on the outer periphery of the end portion. The first rotor (2〇) is mounted in the bearing hole (13), and has a push-out shaft, a taper and a taper chamber (i-work) taper phase.告 'The rotor (2 1) can be docked to the conical chamber (1 u relay: 'make this push-pull shaft (2 out of the taper chamber (11) at both ends of the screw hole (1 ' ^ ' its two ends can be slightly The small diameter end of the push-pull shaft (21) is connected to the first bearing hole (13) for supporting the inner hole 'stress of the rotor (2 Q ) around the center 1 (15); and the push shaft (2 M327248 1) The outer circumference is provided with a spiral groove extending through both ends (2 2), a gap is formed between the spiral groove (2 2 ) and the conical chamber (1 1 ), so as to achieve the purpose of pressurizing the fluid, and the number of the spiral grooves (2 2 ) can be private The double helix of the figure, of course, can also be set as shown in Figure 6. The number of the spiral groove (2 2 ) is not limited, as long as more than one can be implemented; b joint (30), The utility model has an inner hole (3丄) penetrating through the two ends, and the mouth-opening connector (30) has a barbed ring (3 2 ) at the end series for inserting the hose, so that the hose can transfer the fluid The person is to the inner hole (3 i), while the pipe joint (3 0) $ end is provided with a screw sleeve f (i 〇) screw hole (work 2) _, grain (33), and pipe joint (3Q) At this end, a bearing is further recessed to (34)' for providing assembly of the second bearing (35), and the inner hole of the second bearing (3 5) is just for the push shaft (2ι) of the rotor (2〇) The end of the diameter is used to support the stress of the rotor (2〇) burning center; in order to prevent the lure between the pipe joint (3〇) and the casing (1〇), it is in the second bearing (3 5 ) and the end face between the casing (1 〇) Leakproof washer (36); and anti-head (40) 'with a lockable sleeve (1〇) screwed two (14) female thread (41), and has a push-through The nozzle hole (42); in order to prevent the sneeze (40) between the sleeves (10), there is a leak-proof gasket on the end face of the first bearing (the mouth (4 Q)) 4. 7 M327248 According to the above structural description, the source of the fluid is connected so that the fluid can be input to the push-out shaft s; and 3 0) in the spiral groove (22), and the spiral groove (22) is pushed by the fluid. The large = slant oblique component force drives the push-pull shaft (21) to move, so that the spiral groove (1)) and the round-turn-and-shrinkage gap can be sequentially added by the fluid enthalpy to form a reduction/(four) action. The bundled W body can be simultaneously rotated by the (22)B push-pull shaft (21) at the small-diameter end of the spiral groove (2: output, and the output high-pressure fluid can be used in the orifice (set of congratulations to provide use) It is required that the action of the fluid rotation/extrusion is six^, and the force of the step is fine, so the output force is far higher than that of the conventional simple extrusion plant, and it has a better rise. Pressure effect, A:

The structure = energy consumption can be operated, and the structure is not complicated. Therefore, at the same time, it has excellent economic efficiency improvement and good boosting effect, and it has indeed improved the disadvantages of the two fluid pressure methods. B, T, and the above-mentioned creations completely break through the problems existing in the reform of the use structure, and the structure is new. It is a high-level creation of the technical concept, which should be applied to the patent application requirements. However, the above-mentioned ones are only for the purpose of this creation - the car father's example, when it is not possible to limit the scope of the implementation of this creation, that is, the equal changes and modifications made by the application for the creation of the book (4) This work covers the scope. .M327248 [Simple description of the diagram] Figure 1 is an exploded view of the components of the creation. Figure 2 is a schematic diagram showing the combined appearance of each component of the creation. Figure 2 is a schematic cross-sectional view of the components of the present invention in the axial direction after assembly. Figure 4 is a schematic diagram of the radial section between the casing and the rotor. - Figure 5 is a schematic view of another radial section created between the casing and the rotor. Figure 6 is a schematic view of the second embodiment of the present creation. • [Main component symbol description] (10) Casing (11) Conical chamber (1 2) Screw hole (1 3 ) Bearing hole (1 4 ) Screwing portion (1 5 ) First bearing (2 〇) rotor ( 2 1) Push shaft (3 1 ) Inner hole (3 3 ) Male thread (3 5 ) Second bearing (4 1 ) Female thread (4 3 ) Leak stop washer (2 2 ) Spiral groove (3 〇) pipe joint _ ( 3 2 ) inverted hook ring, (3 4 ) bearing chamber ' (3 6 ) leak-proof gasket (4 〇) nozzle (4 2 ) orifice

Claims (1)

M327248 IX. Patent application scope: 1. A fluid pressurized sputum, which at least comprises: - a casing having an inner hole penetrating through the two ends, a chamber; and a H push-pull shaft, the push-pull shaft taper And the conical chamber cone ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The purpose of the groove is to reduce the gap of 18' to achieve convective Zhaojia 2, such as the patent application range 1 in the end of the conical cavity with a larger aperture to provide a pipe joint installation; The inner bore has a conical fluid booster, and the sleeve is concentrically recessed with a larger hole. The screw joint has an inner hole extending through the two ends, and the pipe joint end has a barb % ^ end The screw can be screwed into the casing, and the # joint is recessed at the end. • There is a bearing chamber. The large diameter end of the push shaft protrudes into the bearing chamber, and the bearing to the middle group has a second bearing. 'The inner hole of the second bearing is just for the large diameter end of the push-pull shaft. 1. A fluid supercharger as claimed in claim 2, wherein a p-side leakage ring is interposed between the first bearing and the sleeve. -4. The fluid inflator of claim 1 or 2, wherein the sleeve & concentrically concave from the conical cavity to the end of the smaller aperture - the bearing hole of the larger hole, and The outer periphery of the end is provided with a screw M327248 for the nozzle to be assembled; to the bearing hole, the small-diameter end of the push-pull shaft is assembled, and the small-diameter end of the push-pull shaft is installed in the bearing hole to protrude from the first The inner hole of the bearing; and has a spray hole for the push-type nozzle to have a small diameter end of the female pull shaft of the lockable sleeve screwing portion. 3. The fluid inflator according to item 4 of the patent application scope, wherein the leak-proof gasket is interposed between the end face of the mouth and the mouth.