CN108840303A - A kind of bilayer of controllable flow rate quantifies funnel - Google Patents

Abstract

A kind of bilayer of controllable flow rate quantifies funnel, is related to a kind of quantitative funnel, funnel（12）Lower part pass through fistulae（15）With upper quantitation tube（18）Upper end be fixedly connected, control pipe（7）The back taper rubber column of lower end outer rim（9）It blocks or opens fistulae to obtain the raw material entrance of quantitation tube and close the quantitation tube, the pull rod in control pipe intermediate gap cooperation（3）The cone rubber inserted link of lower end setting（20）Obtain air supplement when stock discharge in quantitation tube, lower quantitation tube（41）It is flexibly connected with upper quantitation tube and obtains quantifying for quantitation tube, the long fistulae of lower quantitation tube（32）The back taper rubber for being equipped with control discharge blocks column（24）；The present invention obtains quantitative filling using the quantitation tube of the adjustable volume of lower portion setting, facilitates the filling purpose of simple quantitative of liquid.

Description

A kind of bilayer of controllable flow rate quantifies funnel

Technical field

The present invention relates to a kind of funnels, quantify funnel more particularly to a kind of bilayer of controllable flow rate.

Background technique

Currently, due to the rise of rural area trip and Peasants Joy, many peasants are by homemade grape wine, fruit wine, apple vinegar, small mill Sesame oil, honey, rapeseed oil of local method compacting etc. are sold to tourist in tourist's tourism, due to being small workshop mode production, also just do not have Have the ability to buy large-scale quantitative filling device, using existing funnel, and can not accurate quantitative analysis, each bottle be required to using scale into Row weighing is very troublesome.

Summary of the invention

In order to overcome the shortcomings in the background art, the bilayer that the present invention discloses a kind of controllable flow rate quantifies funnel, utilizes The quantitation tube of the adjustable volume of lower portion setting obtains quantitative filling, facilitates the filling purpose of simple quantitative of liquid.

For achieving the above object, the present invention adopts the following technical scheme that：

A kind of bilayer of controllable flow rate quantifies funnel, including funnel, upper quantitation tube, control pipe, back taper rubber column, pull rod, Cone rubber inserted link, lower quantitation tube and back taper rubber block column, and the lower part of funnel is solid by the upper end of fistulae and upper quantitation tube Fixed connection, the back taper rubber column of control pipe lower end outer rim block or open raw material entrance and the closing institute that fistulae obtains quantitation tube Quantitation tube is stated, the cone rubber inserted link of the pull rod lower end setting in control pipe intermediate gap cooperation obtains raw material in quantitation tube Air supplement when discharge, lower quantitation tube is flexibly connected with upper quantitation tube obtains quantifying for quantitation tube, the long fistulae of lower quantitation tube The back taper rubber for being equipped with control discharge blocks column.

The bilayer of the controllable flow rate quantifies funnel, and the lower end of the funnel is equipped with the small conical bottom of big lower mouth suitable for reading Plate A, conical bottom board A and funnel form raw material cavity, and the middle part of conical bottom board A is fixedly connected with the upper end of fistulae, the fistulae Lower end is fixedly connected on the central upper portion position of quantitation tube, and the aperture of fistulae internal tapered hole is that top is greater than lower part, and setting exists The back taper rubber column of control pipe lower end outer rim is inserted in bellmouth.

The bilayer of the controllable flow rate quantifies funnel, the outer rim of fistulae and the conical bottom board A of funnel and upper quantitation tube Top between be equipped with the stiffening piece that radially distributes of multi-disc, the top two sides of funnel respectively with the both ends of handle band are fixed connects It connects.

The bilayer of the controllable flow rate quantifies funnel, in the horn shape that the upper end side of control pipe is equipped with lifting or presses down Bar.

The bilayer of the controllable flow rate quantifies funnel, is equipped with horn mouth, pull rod in the lower end internal orifice of the control pipe The cone rubber inserted link top of lower end setting is matched with the horn mouth of control pipe, and the lower end outer edge surface of the cone rubber inserted link is set There is diameter to be greater than the expanding ring of mouth under fistulae, the pull rod upper end, which is equipped with, refers to drop handle.

The bilayer of the controllable flow rate quantifies funnel, and the finger drop handle is " C " shape structure, refers in " C " shape structure and mentions The lower end of ring is equipped with lower annulus, and " C " shape structure refers to that the upper end of drop handle is equipped with upper annulus, the lower annulus of drop handle and upper of referring to Angular interval covers on the top of pull rod, wherein upper annulus is fixed on pull rod by wearing pin.

The bilayer of the controllable flow rate quantifies funnel, is equipped with protruding ring A, institute in the upper end outer rim of back taper rubber column The lower end for stating back taper rubber column is equipped with back taper forming head.

The bilayer of the controllable flow rate quantifies funnel, is equipped with internal screw thread in the lower end inner wall of upper quantitation tube, lower quantitative The top of cylinder is equipped with external screw thread, and the internal screw thread of upper quantitation tube connects the external screw thread of lower quantitation tube, by upper quantitation tube internal screw thread with The external screw thread connection height of lower quantitation tube controls the quantitative chamber volume in upper quantitation tube and lower quantitation tube and adjusts, described lower quantitative The external screw thread top of cylinder is equipped with light wall, and the top the Guang Bi outer rim of lower quantitation tube is set as contracting through wall, and rubber ring is fixed on contracting through wall On, the outer rim of the rubber ring and upper quantitation tube internal screw thread top light inner wall are interference fit.

The bilayer of the controllable flow rate quantifies funnel, and the lower end of the lower quantitation tube is equipped with conical bottom board B, long fistulae Upper end is fixedly connected in the middle part of the conical bottom board B of lower quantitation tube, and back taper rubber is equipped in the long fistulae in lower quantitation tube and is sealed Stifled column is equipped with expanding ring B in the upper end outer rim that back taper rubber blocks column, and the back taper rubber, which blocks, is equipped with counterweight in column Ring, back taper rubber block the inner hole fixing sleeve of column on round bar, are equipped with pin hole in round bar upper end, are pressed in the closure of back taper rubber The split pin of column upper end is through in the pin hole, and the lower end of round bar and the upper end of connecting rod connect, and connecting rod is in the long leakage In the pore of pipe, the lower end of connecting rod is fixed in the middle part of the bar of bottom, and the both ends of the bottom bar and the lower end of two outer braces are fixed Connection, two outer braces are respectively separated the lower outer portion two sides in the long fistulae.

The bilayer of the controllable flow rate quantifies funnel, and auxiliary pressing is respectively equipped on the outside of the upper end of two outer braces Piece.

Due to the adoption of the technical scheme as described above, the present invention has the advantages that：

The bilayer of controllable flow rate of the present invention quantifies funnel, by the way that quantitation tube is arranged in lower portion, by quantitation tube control Each Specific amounts is made, by the taper of back taper rubber column closing funnel and quantitation tube after the liquid inflow quantitation tube in funnel Hole path when quantitation tube is placed on container, is stuck in vessel port by two outer braces and forces connecting rod uplink, the connecting rod of uplink It heads on back taper rubber and blocks column opening pore, the liquid of quantitative intracavitary fixed amount is just fully entered in container, can be lifted at this time Refer to that drop handle obtains the smooth of quantitative chamber trickle to quantitative chamber supplement air；The configuration of the present invention is simple, cost is relatively low, realizes The technology demand of liquid quantitative outflow.

Detailed description of the invention

Fig. 1 is assembling structure schematic diagram of the invention；

Fig. 2 is funnel schematic perspective view of the invention；

Fig. 3 is connecting rod schematic perspective view of the invention；

Fig. 4 is lower quantitation tube schematic perspective view of the invention；

Fig. 5 is that back taper rubber of the invention blocks rod structure schematic diagram；

Fig. 6 is that back taper rubber of the invention blocks column schematic perspective view；

Fig. 7 is the attachment structure schematic diagram of control pipe of the invention, pull rod；

Fig. 8 is structural schematic diagram of the invention；

In figure：1, upper annulus；2, pin is worn；3, pull rod；4, refer to drop handle；5, lower annulus；6, horn shape bar；7, control pipe；8, protruding ring A；9, back taper rubber column；10, back taper forming head；11, handle band；12, funnel；13, raw material cavity；14, conical bottom board A；15, it leaks Pipe；16, stiffening piece；17, bellmouth；18, upper quantitation tube；19, internal screw thread；20, cone rubber inserted link；21, expanding ring；22, it opens Mouth pin；23, protruding ring B；24, back taper rubber blocks column；25, rubber ring；26, contracting is through wall；27, Guang Bi；28, external screw thread；29, Quantitative chamber；30, conical bottom board B；31, pore；32, long fistulae；33, round bar；34, connecting rod；35, pressing tablet is assisted；36, outer oblique Bar；37, bottom bar；38, pin hole；39, inner hole；40, counterweight ring；41, lower quantitation tube；42, horn mouth.

Specific embodiment

The present invention can be explained in more detail by the following examples, the open purpose of the present invention is intended to protect the present invention All changes and improvements in range, the invention is not limited to the following examples；

The bilayer of the controllable flow rate in conjunction with described in attached drawing 1~8 quantifies funnel, including funnel 12, upper quantitation tube 18, control pipe 7, Back taper rubber column 9, pull rod 3, cone rubber inserted link 20, lower quantitation tube 41 and back taper rubber block column 24, funnel 12 it is upper Portion two sides are fixedly connected with the both ends of handle band 11 respectively, and the lower part of funnel 12 is solid by the upper end of fistulae 15 and upper quantitation tube 18 Fixed connection controls the back taper rubber of 7 lower end outer rim of pipe in the horn shape bar 6 that the upper end side of control pipe 7 is equipped with lifting or presses down Column 9 blocks or opens fistulae 15 and obtains the raw material entrance of quantitation tube and close the quantitation tube, is in 7 intermediate gap of control pipe The cone rubber inserted link 20 of 3 lower end of pull rod of cooperation obtains air supplement when stock discharge in quantitation tube, lower quantitation tube 41 with Upper quantitation tube 18, which is flexibly connected, obtains quantifying for quantitation tube, and the long fistulae 32 of lower quantitation tube 41 is equipped with the back taper of control discharge Rubber blocks column 24.

The bilayer of the controllable flow rate quantifies funnel, and the lower end of the funnel 12 is equipped with the small taper of big lower mouth suitable for reading Bottom plate A14, conical bottom board A14 and funnel 12 form raw material cavity 13, the fixed company in the middle part of conical bottom board A14 and the upper end of fistulae 15 It connects, the lower end of the fistulae 15 is fixedly connected on the central upper portion position of quantitation tube 18, outer rim and the funnel 12 of fistulae 15 The stiffening piece 16 that multi-disc radially distributes, 15 inner conical of fistulae are equipped between conical bottom board A14 and the top of upper quantitation tube 18 The aperture in hole 17 is that top is greater than lower part, and the back taper rubber column 9 that control 7 lower end outer rim of pipe is arranged in is inserted in bellmouth 17 In, it is equipped with protruding ring A8 in the upper end outer rim of back taper rubber column 9, the lower end of the back taper rubber column 9, which is equipped with, facilitates insertion The back taper forming head 10 of bellmouth 17.

In conjunction with attached drawing 1,7 and 8, horn mouth 42, the cone of 3 lower end of pull rod setting are equipped in the lower end internal orifice of the control pipe 7 20 top of shape rubber inserted link is matched with the horn mouth 42 of control pipe 7, and the lower end outer edge surface of the cone rubber inserted link 20 is equipped with straight Diameter is greater than the expanding ring 21 of the lower mouth of fistulae 15, and 3 upper end of pull rod, which is equipped with, refers to drop handle 4, and the finger drop handle 4 is " C " shape structure, " C " shape structure refers to that the lower end of drop handle 4 is equipped with lower annulus 5, and " C " shape structure refers to that the upper end of drop handle 4 is equipped with upper annulus 1, described The lower annulus 5 and 1 spacer sleeve of upper annulus for referring to drop handle 4 are on the top of pull rod 3, wherein upper annulus 1 is fixed on pull rod 3 by wearing pin 2 On.

In conjunction with attached drawing 1,2,4 and 8, internal screw thread 19, the top of lower quantitation tube 41 are equipped in the lower end inner wall of upper quantitation tube 18 Equipped with external screw thread 28, the internal screw thread 19 of upper quantitation tube 18 connects the external screw thread 28 of lower quantitation tube 41, by the interior spiral shell of upper quantitation tube 18 Line 19 connect height with the external screw thread 28 of lower quantitation tube 41 and controls upper quantitation tube 18 and 29 volume of quantitative chamber in lower quantitation tube 41 Adjustment is equipped with light wall 27 on 28 top of external screw thread of the lower quantitation tube 41, and the 27 top outer rim of light wall of lower quantitation tube 41 is arranged It is contracting through wall 26, rubber ring 25 is fixed on contracting through on wall 26, in the outer rim of the rubber ring 25 and upper 18 internal screw thread 19 of quantitation tube Portion's light inner wall is interference fit.

In conjunction with attached drawing 1,3,4,5,6 and 8, the lower end of the lower quantitation tube 41 is equipped with conical bottom board B30, long 32 upper end of fistulae It is fixedly connected in the middle part of the conical bottom board B30 of lower quantitation tube 41, back taper rubber is equipped in the long fistulae 32 in lower quantitation tube 41 Glue blocks column 24, is equipped with expanding ring B23 in the upper end outer rim that back taper rubber blocks column 24, the back taper rubber blocks column 24 In be equipped with counterweight ring 40, back taper rubber block column 24 39 fixing sleeve of inner hole on round bar 33,33 upper end of round bar be equipped with pin Hole 38, the split pin 22 for being pressed in back taper rubber closure 24 upper end of column are through in the pin hole 38, the lower end of round bar 33 and connection The upper end of bar 34 connects, and connecting rod 34 is in the pore 31 of the long fistulae 32, and the lower end of connecting rod 34 is fixed on bottom bar 37 middle parts, the both ends of the bottom bar 37 are fixedly connected with the lower end of two outer braces 36, and two outer braces 36 are respectively separated in institute The lower outer portion two sides for stating long fistulae 32 are respectively equipped with auxiliary pressing tablet 35 on the outside of the upper end of two outer braces 36, are pressed by auxiliary The setting of tabletting 35 can facilitate the closure of control back taper rubber closure 24 pairs of column long fistulae, 32 pore 31.

Installation process of the invention：

After upper quantitation tube 18 is connect with lower quantitation tube 41, the quantitative chamber 29 that is formed by upper quantitation tube 18 with lower 41 inner chamber body of quantitation tube Volume is preferably one jin, a traditional unit of weight, eight liang or other fixed weights, and the threaded connection of upper quantitation tube 18 and lower quantitation tube 41 can be in reality Corresponding adjustment is made according to the variation of liquid weight volume ratio when use；The raw material cavity 13 of funnel 12 design when volume answer but It is that at least twice for quantifying chamber 29 or more is advisable, nylon material can be used in handle band 11 and benefit is screwed in the upper of funnel 12 Mouth two sides；By control pipe 7 by passing through fistulae 15 in funnel 12, back taper rubber column 9 is solid by hot melting way and control 7 lower end of pipe Fixed " adhesive means can also be used to fix ", is then fixed on 3 lower end of pull rod for cone rubber inserted link 20, and pull rod 3 penetrates control pipe Using pin 2 is worn, will to cover finger drop handle 4 in 3 upper end of pull rod fixed after 7；By the connecting rod 34 between two outer braces 36 by long fistulae 32 31 lower part of pore penetrate, by back taper rubber block column 24 inner hole 39 covered on round bar 33 by interference fit type, make It is through with split pin 22 in the pin hole 38 of 33 upper end of round bar, rubber ring 25 is fixed on the contracting of lower 41 upper end of quantitation tube through wall 26 On；By 19 sets of internal screw thread of upper quantitation tube 18 on the external screw thread 28 of lower quantitation tube 41, at this moment rubber ring 25 forms upper quantitation tube 18 connect with lower quantitation tube 41 after gap sealing.

It is of the invention use process is as follows：

In use, hanging the application in place using handle band 11, make to press with finger the auxiliary of two outer 36 upper ends of brace It helps pressing tablet 35 that back taper rubber is made to block column 24 to close the pore 31 of long fistulae 32, pressing horn shape bar 6 makes back taper rubber Column 9 closes bellmouth 17, and then liquid is poured into the raw material cavity 13 of funnel 12, " the cone at this time of horn shape bar 6 is above mentioned using finger The horn mouth 42 of 20 pairs of shape rubber inserted link control 7 lower ends of pipe is in closed state ", horn shape bar 6 pulls control pipe 7, back taper rubber 9 uplink synchronization of rubber column gel column, liquid are just full of quantitative chamber 29 via the bellmouth 17 of funnel 12；Quantitative chamber 29 fills the adept grip strip of defensive position Bottom bar 37, outer brace 36 and long fistulae 32 are inserted into vessel port " bottleneck " by 11, are at this moment limited by vessel port diameter, outside two Brace 36 is just with moving up, and the bottom end of long fistulae 32 is pressed on bottom bar 37, while connecting rod 34 pushes back taper rubber envelope 31 top of pore travelled on stifled column 24 is opened, and the liquid in quantitative chamber 29 just flows into container, for prevent from being influenced by negative pressure by Pressure refers to that drop handle 4 makes 20 downlink of cone rubber inserted link, and at this moment the clearance between pull rod 3 and control pipe 7 forms air flue and mends Be filled with quantitative chamber 29, liquid can all flow into container in quantitative chamber 29, then by lift handle band 11, two auxiliary of pressing by Tabletting 35 makes quantitative 29 lower part of chamber closing, it is secondary above mention refer to drop handle 4 and etc. repeat to realize and be used for multiple times and filling operation.

Part not in the detailed description of the invention is the prior art.

Claims (10)

1. a kind of bilayer of controllable flow rate quantifies funnel, including funnel（12）, upper quantitation tube（18）, control pipe（7）, back taper Rubber column（9）, pull rod（3）, cone rubber inserted link（20）, lower quantitation tube（41）Column is blocked with back taper rubber（24）, feature It is：Funnel（12）Lower part pass through fistulae（15）With upper quantitation tube（18）Upper end be fixedly connected, control pipe（7）Lower end outer rim Back taper rubber column（9）Block or open fistulae（15）The raw material for obtaining quantitation tube enters and closes the quantitation tube, is in institute State control pipe（7）The pull rod of intermediate gap cooperation（3）The cone rubber inserted link of lower end setting（20）Obtain stock discharge in quantitation tube When air supplement, lower quantitation tube（41）With upper quantitation tube（18）It is flexibly connected and obtains quantifying for quantitation tube, lower quantitation tube（41） Long fistulae（32）The back taper rubber for being equipped with control discharge blocks column（24）.

2. the bilayer of controllable flow rate according to claim 1 quantifies funnel, it is characterized in that：The funnel（12）Lower end Equipped with the small conical bottom board A of big lower mouth suitable for reading（14）, conical bottom board A（14）With funnel（12）Form raw material cavity（13）, conical bottom Plate A（14）Middle part and fistulae（15）Upper end be fixedly connected, the fistulae（15）Lower end be fixedly connected on quantitation tube （18）Central upper portion position, fistulae（15）Internal tapered hole（17）Aperture be top be greater than lower part, setting control manage（7）Under Hold the back taper rubber column of outer rim（9）It is inserted in bellmouth.

3. the bilayer of controllable flow rate according to claim 2 quantifies funnel, it is characterized in that：Fistulae（15）Outer rim and leakage Bucket（12）Conical bottom board A（14）With upper quantitation tube（18）Top between be equipped with the stiffening piece that radially distributes of multi-disc （16）；Funnel（12）Top two sides respectively with handle band（11）Both ends be fixedly connected；.

4. the bilayer of controllable flow rate according to claim 1 quantifies funnel, it is characterized in that：It is managed in control（7）Upper end The horn shape bar that side is equipped with lifting or presses down（6）.

5. the bilayer of controllable flow rate according to claim 1 quantifies funnel, it is characterized in that：It is managed in the control（7）'s Lower end internal orifice is equipped with horn mouth（42）, pull rod（3）The cone rubber inserted link of lower end setting（20）Top and control are managed（7）Loudspeaker Mouthful（42）Matching, the cone rubber inserted link（20）Lower end outer edge surface be equipped with diameter be greater than fistulae（15）The expanding ring of lower mouth （21）, the pull rod（3）Upper end, which is equipped with, refers to drop handle（4）.

6. the bilayer of controllable flow rate according to claim 5 quantifies funnel, it is characterized in that：The finger drop handle（4）For " C " Shape structure refers to drop handle in " C " shape structure（4）Lower end be equipped with lower annulus（5）, " C " shape structure refers to drop handle（4）Upper end set There is upper annulus（1）, the finger drop handle（4）Lower annulus（5）With upper annulus（1）Spacer sleeve is in pull rod（3）Top, wherein upper circle Ring（1）By wearing pin（2）It is fixed on pull rod（3）On.

7. the bilayer of controllable flow rate according to claim 1 or 2 quantifies funnel, it is characterized in that：In back taper rubber column （9）Upper end outer rim be equipped with protruding ring A（8）, the back taper rubber column（9）Lower end be equipped with back taper forming head（10）.

8. the bilayer of controllable flow rate according to claim 1 quantifies funnel, it is characterized in that：In upper quantitation tube（18）Under Inner wall is held to be equipped with internal screw thread（19）, lower quantitation tube（41）Top be equipped with external screw thread（28）, upper quantitation tube（18）Internal screw thread （19）Connect lower quantitation tube（41）External screw thread（28）, by upper quantitation tube（18）Internal screw thread（19）With lower quantitation tube（41）It is outer Screw thread（28）Connection height controls upper quantitation tube（18）With lower quantitation tube（41）Interior quantitative chamber（29）Volume adjustment, under described Quantitation tube（41）External screw thread（28）Top is equipped with light wall（27）, lower quantitation tube（41）Light wall（27）Top outer rim is set as contracting Through wall（26）, rubber ring（25）Contracting is fixed on through wall（26）On, the rubber ring（25）Outer rim and upper quantitation tube（18）Interior spiral shell Line（19）Top light inner wall is interference fit.

9. the bilayer of controllable flow rate according to claim 1 quantifies funnel, it is characterized in that：The lower quantitation tube（41）'s Lower end is equipped with conical bottom board B（30）, long fistulae（32）Upper end is fixedly connected on lower quantitation tube（41）Conical bottom board B（30）In Portion, in lower quantitation tube（41）Interior long fistulae（32）In be equipped with back taper rubber block column（24）, column is blocked in back taper rubber （24）Upper end outer rim be equipped with expanding ring B（23）, the back taper rubber closure column（24）In be equipped with counterweight ring（40）, back taper Rubber blocks column（24）Inner hole（39）Fixing sleeve is in round bar（33）On, in round bar（33）Upper end is equipped with pin hole（38）, it is pressed in down Cone rubber blocks column（24）The split pin of upper end（22）It is through the pin hole（38）In, round bar（33）Lower end and connecting rod （34）Upper end connection, connecting rod（34）In the long fistulae（32）Pore（31）In, connecting rod（34）Lower end fix In bottom bar（37）Middle part, the bottom bar（37）Both ends and two outer braces（36）Lower end be fixedly connected, two outer braces （36）It is respectively separated in the long fistulae（32）Lower outer portion two sides.

10. the bilayer of controllable flow rate according to claim 1 quantifies funnel, it is characterized in that：In two outer braces（36）'s Auxiliary pressing tablet is respectively equipped on the outside of upper end（35）.