CN2299834Y

CN2299834Y - Quantitative discharging container

Info

Publication number: CN2299834Y
Application number: CN 97215102
Authority: CN
Inventors: 陈刚
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-04-28
Filing date: 1997-04-28
Publication date: 1998-12-09
Anticipated expiration: 2007-04-28

Abstract

The utility model discloses a container which can pour out solid materials of liquid materials quantitatively. A root of dip stool is inserted in the container, the upper end of the dip stool is communicated with an outlet of the container, and the lower end is connected with a material inlet space. When the container is placed in a positive standing way, the materials enter the material inlet space positioned at the bottom part of the container because of gravity, when the materials are taken out to use, in the process of pouring the container obliquely, the materials entering the material inlet space flow to the dip stool, and the materials are separated from other materials in the container finally. Quantitative materials can be poured out by selecting an appropriate dip stool volume or an appropriate bottom end section area. The utility model which has the advantages of simple structure and easy operation is suitable for various occasions needing quantitative material taking out and using.

Description

The quantitative discharging container

The utility model relates to a kind of container that can quantitatively pour out solid or liquid material.

In life, the occasion that needs quantitatively to take out material is often arranged, as get a certain amount of Chinese patent drug pill, soup, tealeaves etc.When pouring out, generally adopt bottle cap to make measuring cup, or adopt naked eyes to estimate, unreasonable like a shrew easily during operation, and metering is inaccurate.For addressing this problem, people have proposed various solutions.General way is, the container of dress material is separated into main chamber, two chambers of masuring room, two Room are porose to communicate, material can enter masuring room from the main chamber by this through hole, close this through hole by independent valve (as patent ZL94219798.4) or by the relatively turnable urceolus of rotation (as patent ZL 91211760.5) then, open the outlet that communicates with masuring room subsequently material is poured out.Owing to adopt the structure sealing through hole of valve or similar valve, make complex structure, complex operation.Another kind of way is, the measuring cup that an opening makes progress is set in container, and container is toppled over, and makes material enter measuring cup, then that container is upright, like this, filled material in the measuring cup and with container in feed separation, subsequently, open the side exit that links with measuring cup on the container, allow material flow out.Patent ZL 95208791.X, ZL 88215372.2 have all adopted this method.When people get material usually, all be, vessel port aimed at the charge utensil topple over container lean or handstand.And adopt this method, and after the measuring cup charging, container must upright placement, and material outlet is in container side, and from container bottom certain altitude arranged, and before opening side exit, must earlier the charge utensil be connected on the exit, otherwise material is easy to scatter or be stained with on the container side wall.Therefore, adopt this method, operating difficulties, and do not meet the common custom of falling the thing of people.

The purpose of this utility model provides a kind of quantitative discharging container of simple in structure, processing ease.

The purpose of this utility model is achieved in that puts a gauge line in a container that is surrounded by end face, sidewall and base plate, the discharging opening on this pipe upper end and the container top surface communicates, and the bottom communicates with feed space on being positioned at container floor.The inventory that feed space can hold is greater than the inventory that once need take out.There is the discharging cap seal to live discharging opening on the container top surface.When container upright, the material meeting in the container is owing to gravity enters the feed space that is positioned at container bottom, and when container was flipped upside down, the material that enters feed space can flow to gauge line.If what need quantitatively taking-up is liquid or runny solid material, the material that flows to gauge line can be full of the space that gauge line can be full of, and unnecessary material overflows from the gauge line bottom nozzle, opens outlet cap, can obtain quantitative material; What quantitatively take out if desired is not runny solid material, because in the batch turning process, when container lean arrives certain angle, the a part of material that enters masuring room can serve as to rely on and do not fall with the masuring room bottom mouth of pipe, other material beyond the gauge line then can flow to container head, when container continued, the material that slides into quantity tube was quantitative.

Above-mentioned masuring room is an independent cavity that links with the gauge line bottom, and the one side has inlet point.Like this, when batch turning was operated, as long as inlet point is not down, the material that enters feed space can flow to feed pipe.

When container side wall is close in the gauge line bottom, can be feed space directly also with the container bottom space under the gauge line.

Adopt said method to get liquid or easy flow solids material, by the gauge line volume measurement; Get not runny solid material, measure by gauge line bottom mouth of pipe sectional area.When getting liquid, if need the quantity of once taking-up less, gauge line can be divided into two sections, one section is metering section, communicates with feed space, and its sectional area is bigger, and liquid charges into easily; One section is the Connectivity Section, communicates with the container top surface discharging opening, and its sectional area is very little, so this section volume is also very little, mainly plays the connection effect.Container can adopt the blow moiding method manufacturing, when getting liquid, by the pinching container, the liquid in the gauge line is extruded.

When getting not runny solid material, the size of regulating load if desired can be selected columnar container.Container bottom is a spill, but opposing sidewalls is rotated.Have one to projecting inward projection in the concave-shaped receptacle bottom,, can make projection shelter from the part gauge line bottom mouth of pipe, the size of regulating each load thus by rotating the bottom.

The utility model is because only need to insert a siphunculus in container, so structure is very simple; During the upright placement of container at ordinary times, material can enter container bottom, and when holding the container batch turning, has promptly finished paced work automatically, so operation is very easy to, and meets the common operating habit of falling the thing.

Concrete structure of the present utility model is provided by following embodiment and accompanying drawing thereof.

Fig. 1 quantitatively gets the container scheme drawing of easy flow solids material.Fig. 2 quantitatively gets the container scheme drawing of liquid material.Fig. 3 quantitatively gets the container scheme drawing that is difficult for the flow solids material.Fig. 4 gauge line is positioned at another embodiment of container side wall.The scheme drawing of the affixed projection of Fig. 5 container bottom.

Describe embodiment of the present utility model in detail below in conjunction with accompanying drawing.

Embodiment 1, with reference to figure 1.As shown in Figure 1, container is one by sidewall (2), the open bottles formed of the bottle end (1), and bottle stopper (3) covers on bottleneck.Be inserted with a siphunculus (5) in the bottle, this siphunculus by the pipe of two sections different inner diameters and one section with it the Taper Pipe that connects of transition form.The pipe that diameter is bigger is positioned at the bottom, and at the bottom of being shelved on bottle, there is an opening (6) its side.The pipe top that diameter is less and the outlet at bottle stopper center link.Bottle cap (4) screws on bottleneck, blocks outlet.The external diameter of siphunculus (5) maximum is also less than bottleneck diameter, to guarantee that siphunculus can be inserted into the bottle from bottleneck.During use, load onto the easy flow solids material of some in the bottle, as the little pill of Chinese patent drug.When bottle just immediately, material can enter siphunculus bottom from opening part, the space that has in this section pipeline section of lateral opening is feed space.When taking, bottle is held facing to opening direction in the centre of the palm, then bottle is inverted, the material (7) that enters feed space from opening (6) can flow to the exit end of siphunculus (5), and till being full of, unnecessary material can spill in the bottle from opening (6).Above this section pipeline section of opening is gauge line.The bottle cap (4) of outwarding winding can obtain quantitative material.The interior maximum inventory of bottle of packing into is to determine like this: during inversion, material can not enter in the gauge line from opening (6) in the bottle.

Embodiment 2, with reference to figure 2.Container is an open bottles, and basic structure is consistent with embodiment 1.Different is that siphunculus first half round tube inside diameter has only 0.5～3.0mm.Bottle is made by thin-walled plastic, can crimp.During use, the liquid material of packing in the bottle.When taking, will centre of the palm aligning siphunculus bottom side openings (6) direction hold bottle and be inverted bottle.After the inversion, the liquid that enters siphunculus bottom feed chamber from opening (6) flows to the siphunculus Way out, and be full of the space of internal diameter major part pipeline section, be the metering section space, and because the viscosity and the tension force of liquid add that bottle internal gas pressure is constant, liquid is difficult for entering in the tubule of the siphunculus first half, be in the Connectivity Section, excess liquid flows out from opening (6), and quantitative liquid has been got in immediate shipment in the gauge line.After opening bottle cap (4), continuously extruded bottle can all be extruded the quantitative liquid in the gauge line (5).Adopt present embodiment, extremely tens of milliliters liquid material of milliliter can quantitatively fall to peek at every turn.If the liquid material amount that need take is bigger at every turn, tubule just needn't have been adopted in the Connectivity Section of gauge line, can quantitatively take out the bigger liquid material of quantity by the device of embodiment 1.In addition, in the present embodiment, the Connectivity Section internal diameter is very little, and the volume of this section also is minimum.Such as, if bore is 1.5 millimeters, and this section pipe range is 8 centimetres, volume has only 0.14 milliliter so.Even so extrusion bottle when being inverted bottle or before this, liquid has entered the space of this little caliber, caused error also is inappreciable.

Embodiment 3, with reference to figure 3.Container is a cylinder tank, and tank deck and sidewall fasten and connect, are inserted with a siphunculus that is made of pipe and Taper Pipe in the jar, and pipe communicates with roof door, and Taper Pipe is at the bottom of the jar, and the Taper Pipe side has inlet point.Above-mentioned pipe is gauge line, and Taper Pipe partly is a feed space.Open tank deck, the not runny solid material of packing into is as tealeaves.When taking, container is toppled over facing to the feed space opening direction in the centre of the palm, can obtain quantitative material.

Embodiment 4, with reference to figure 4 and Fig. 5.Container is a cylinder tank.Tank deck fastens with sidewall and connects, and its outlet is positioned at tank deck central authorities, is furnished with outlet cap on it; The jar end is a spill, but opposing sidewalls is rotated.Be inserted in a jar interior siphunculus and be gauge line, near container side wall, its upper end communicates with roof door.Jar base space under the mouth of pipe of gauge line lower end is a feed space.One projection is arranged on spill wall at the bottom of the jar, and a rotation jar end, is when making projection be positioned under the gauge line, but the shield portions gauge line mouth of pipe changes the size of load thus.Above-mentioned projection can constitute the part of spill wall, as Fig. 4 directly by spill wall indent moulding at the bottom of the jar; Also can be independently, be fixed on the spill wall, as Fig. 5.

Claims

1. quantitative discharging container that surrounds by base plate (1), sidewall (2) and end face (3), on its end face outlet is arranged, and is furnished with outlet cap, it is characterized in that in described container, being inserted with a gauge line, outlet on this gauge line upper end and the container top surface communicates, and the lower end communicates with the feed space that is positioned at container bottom.

2. quantitative discharging container according to claim 1 is characterized in that described feed space is a separate chamber, and the one side has inlet point.

3. quantitative discharging container according to claim 1 is characterized in that described gauge line constitutes by two sections, and one section is metering section, communicates with feed space, and one section is the Connectivity Section, communicates with the container top surface outlet.

4. quantitative discharging container according to claim 3 is characterized in that described gauge line Connectivity Section is that an internal diameter is the pipe of 0.5～3.0mm.

5. according to claim 1,2,3 or 4 described quantitative discharging containers, it is characterized in that described container is blow molding.

6. quantitative discharging container according to claim 1, it is characterized in that described gauge line at the bottom of section be close to container side wall, the container bottom space under the gauge line is feed space.

7. quantitative discharging container according to claim 6 is characterized in that described container side wall is columnar, and container bottom is a spill, but opposing sidewalls is rotated, have one to projecting inward projection at container bottom, the rotation bottom can make projection shelter from the part gauge line mouth of pipe

8. quantitative discharging container according to claim 7 is characterized in that described projection is by the moulding of container bottom wall indent.

9. quantitative discharging container according to claim 7 is characterized in that described projection is to be fixed on the container bottoms separately.