A kind of cosmetics containers
Technical field
The present invention relates to a kind of cosmetics containers.
Background technology
Existing container for liquid cosmetics is mostly single bottle of type, once can only take a kind of liquid make-up, although there are being divided into two bottle liquid containers of interior outer blank in commercially available prod as described in Chinese patent literature CN1343250, and the disclosed arranged side by side pair of bottle structure container of Chinese patent literature CN201097764, but they all can not solve a difficult problem for the cosmetics liquid of once choosing two independent assortment ratios, and in real life, according to the accurate extraction that need to carry out two kinds of component fluids of specific environment and mix that right and wrong are usually shown in, therefore, people can two kinds of component fluids of accurate measuring mix the cosmetics containers that use in the urgent need to a.
Summary of the invention
The present invention is directed to the deficiencies in the prior art, a kind of two bottle cosmetics containers are provided, there are two kinds of component fluids of accurate measuring and mix the feature of using, can adapt to various environment instructions for use.
Technology path of the present invention is:
Cosmetics containers, comprise flask, container cover, are located at suction pipe and the liquid pump being connected with suction pipe top in flask, it is characterized in that described flask is two liquid storage bottles with independent suction pipe that are arranged side by side; Described container cover comprises Connection Block and bottle cap free to rotate, in Connection Block, be provided with two groups of liquid pumps of Mirror Symmetry setting and be positioned at middle communicating pipe of two groups of liquid pumps, in communicating pipe, be provided with the dividing plate to be divided into two by fluid passage, the pump head of described liquid pump is arranged at the external chute of Connection Block inwall with between the internal chute of communicating pipe periphery, described bottle cap contains a pressing plate, can drive two pump heads to move up and down along external chute and internal chute.
Pressing plate bottom surface is a plane, and bottle cap rotates and drives press plate rotary.When the press section rotation of pressing plate in the middle of two pump heads any one directly over time, pressing plate lower to driving the pump head under it to move downward, and the opposing party's pump head is because moment loading is zero, therefore can be because of pressing plate lower to moving, therefore now can 100% extract the liquid in the liquid storage bottle under pressing plate; When bottle cap turns to other positions, according to moment loading, pressing plate provides two different moments to two pump heads, brings the liquid of its corresponding amount, has realized the mixing of two kinds of liquid and has used.
Described pump head top is an inclined-plane, and the low side position on inclined-plane is towards the internal chute of communicating pipe periphery.Due to the one-sided motion that the relative motion of pressing plate and bottle cap is press section, therefore, pump head top is set to the contact area that an inclined-plane can increase pressing plate and pump head, can more effectively the energy of pressing plate be transferred to pump head, and then has improved the efficiency of extracting liq.
The inclined-plane on described pump head top is a cambered surface.Pump head top is set to a cambered surface, contacting between pressing plate and pump head can be fixed as to line contact, is conducive to pressing plate energy is passed to pump head stably.
At least one convex tendon concordant with bottle cap pressing plate contained at the high-end position on described pump head inclined-plane, and the length of this convex tendon is no more than 1/2nd of pump head upper diameter.Being provided with of this structure is beneficial to the aeration phenomenon of improving hydraulic pressure class cosmetics containers.By the setting of convex tendon, to be that the high-end part of pump head that is positioned at same level line is divided into one high and one low two positions originally, when the press section of pressing plate turns to the middle part of two pump heads, the side contacting with convex tendon is owing to joining with pressing plate, moment loading is zero, and the low-lying position of opposite side be equivalent to increase under pressing plate by stroke, thereby increased the energy that transmits pump head, can more effectively the gas in liquid storage bottle be discharged, be conducive to eliminate aeration phenomenon, be conducive to the discharge of liquid in liquid storage bottle.
Described bottle cap lower, outer perimeter is provided with some pits that mate with Connection Block boss.By this structure, set up some gears, be the quantitative sign of two liquid storage bottle liquid outlet quantity accordingly, be conducive to accurately control the percentage of two kinds of mixing materials.
Under the press section of described pressing plate, be provided with the step of evagination, this step can be overlapped in the recessed post on Connection Block.When this step turns to the position with recessed post overlap joint, the press section of pressing plate can not produce relative motion, in other words can not provide any moment, pump head will be not can fluid, be conducive to avoid to occur the leakage causing due to reasons such as collisions in carrying process.
The inner side of described liquid storage bottle is at least provided with one group of bindiny mechanism being comprised of projection and groove.By said structure, can more firmly two liquid storage bottles be linked together, be conducive to the stable of container.More preferably should select upper and lower Liang Zu bindiny mechanism, wherein bindiny mechanism, preferably near the two ends of liquid storage bottle, is more conducive to be connected and fixed.
Accompanying drawing explanation
Fig. 1 is the structural representation of cosmetics containers of the present invention.
Fig. 2 is connecting base structure schematic diagram of the present invention.
Fig. 3 is Bottle cap structure schematic diagram of the present invention.
Fig. 4 is that bottle cap of the present invention is looked up structural representation.
Fig. 5 is liquid storage bottle structural representation of the present invention.
Fig. 6 is pump head structure schematic diagram of the present invention.
Wherein, the first liquid storage bottle 1, the second liquid storage bottle 2, Connection Block 3, bottle cap 4, suction pipe 5, seal head 6, pressing plate 7, groove 10, projection 11, the first pump head 30, the second pump heads 31, communicating pipe 32, bayonet socket 33, recessed post 34, external chute 35, mark 36, low-lying position 300, convex tendon 301, projection 302, dividing plate 320, reinforcement 310, internal chute 321, pit 40, the first blocks 41, the second block 42, lid inner tube 43, press section 70, step 71, positive stop strip 72.
The specific embodiment
Below in conjunction with accompanying drawing, the present invention will be further described.
As shown in Fig. 1-6, two bottles of cosmetics containers are mainly comprised of with the liquid pump being connected with suction pipe 5 tops flask, container cover, the suction pipe 5 be located in flask, described flask is two the first liquid storage bottles 1 with independent suction pipe 5 and the second liquid storage bottle 2 being arranged side by side, suction pipe 5 tops are connected with seal head 6, and seal head 6 joins with pump head lower end; Described container cover comprises Connection Block 3 and bottle cap 4 free to rotate, and bottle cap 4 is connected with Connection Block 3 by some bayonet sockets 33.In Connection Block 3, be provided with two groups of liquid pumps of Mirror Symmetry setting and be positioned at middle communicating pipe 32 of two groups of liquid pumps, in communicating pipe 32, be provided with the dividing plate 320 to be divided into two by fluid passage, the pump head of described liquid pump be arranged on the external chute 35 of Connection Block inwall and between the internal chute 321 of communicating pipe periphery (the first pump head 30, the second pump head 31), described bottle cap contains a pressing plate 7, can drive two pump heads to move up and down along external chute 35 and internal chute 321.Pump head is inserted in external chute 35 and is slided by projection 300, by reinforcement 310, is inserted in internal chute 321 and is slided, and wherein, internal chute 321 is comprised of the symmetrically arranged strip track of communicating pipes 32 periphery.
Described pump head top is a cambered surface, the low side position on inclined-plane is towards the internal chute 321 of communicating pipe periphery, at least one convex tendon concordant with bottle cap pressing plate 301 contained at the high-end position on pump head inclined-plane, and the length of this convex tendon 301 is no more than 1/2nd of pump head upper diameter.Described bottle cap 4 lower, outer perimeter are provided with some pits 40 that mate with Connection Block boss, and the outer surface of Connection Block 3 is provided with mark 36, for expressing gear.By this structure, set up some gears, be the quantitative sign of two liquid storage bottle liquid outlet quantity accordingly, be conducive to accurately control the percentage of two kinds of mixing materials.
Under the press section 70 of described pressing plate 7, be provided with the step 71 of evagination, this step can be overlapped in the recessed post 34 on Connection Block.Pressing plate 7 is provided with two symmetrical positive stop strips 72 with respect to the opposite side of press section 70, stretches into by between the first block 41 and the second block 42 on bottle cap 4, plays position-limiting action.In bottle cap 4, be provided with liquid in 43, two liquid storage bottles of bottle inner tube corresponding with communicating pipe 32 through suction pipe 5, liquid pump to communicating pipe 32, after bottle inner tube 43 is mixed by liquid outlet 44 fluids.This programme also variable being changed to arranges a mixing chamber between liquid pump, after the liquid that liquid pump extracts mixes in this mixing chamber, then via the communicating pipe of not establishing dividing plate, last to bottle inner tube, from liquid outlet fluid.
The inner side of described liquid storage bottle is at least provided with one group of bindiny mechanism being comprised of projection 11 and groove 10.