JP4504596B2 - Beverage pouring cock - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a beverage dispensing cock, and more particularly, to a beverage dispensing cock configured to eject a beverage by opening a valve body by pressing a container such as a cup against a lever arm and tilting the container. Is.
[0002]
[Prior art]
For example, as shown in FIGS. 9 and 10, a drink pouring cock for pouring beverages such as tea and juice is known that includes a lever arm 11 that is rotatably disposed on the cock body 10. . In the beverage dispensing cock, a valve member 12 (only a part of which is shown) capable of opening and closing a beverage dispensing outlet is disposed in a cock body 10 connected to a beverage supply source (not shown) so as to be movable up and down. The valve member 12 is always urged downward to close the beverage spout. Further, an upper end portion of the lever arm 11 in which a wire is bent into a substantially rectangular shape is rotatably disposed on a valve member 12 extending upward from a cap 13 detachably disposed on the cock body 10. At the same time, the arm 11 is suspended below the cock body 10 by a predetermined length. An elliptical opening / closing cam 14 that is in contact with the upper surface of the cap 13 is rotatably disposed at the upper end of the lever arm 11, and the opening / closing cam 14 closes the beverage outlet by the valve member 12. In the completed state, the short axis side is in contact with the upper surface of the cap 13.
[0003]
When the beverage is to be dispensed from the beverage dispensing cock, as shown in FIG. 10, the container 15 is pushed from the front side to the lower contact portion 11a of the lever arm 11 extending downward from the cock body 10. The arm 11 is tilted backward by being applied. At this time, the opening / closing cam 14 rotates integrally with the lever arm 11, and the long axis side comes into contact with the cap 13, whereby the valve member 12 is pulled up, the beverage outlet is opened, and the beverage is poured. It has come out.
[0004]
[Problems to be solved by the invention]
As shown in FIG. 10, the beverage pouring cock is configured to be able to position and hold the long axis side of the opening / closing cam 14 in a state of contacting the cap 13 by largely tilting the lever arm 11 toward the front side. The That is, a beverage can be continuously poured out from the cock body 10 while the beverage outlet is kept open. Thus, in the conventional beverage dispensing cock, the optional dispensing means for dispensing the beverage only when being pushed by the container 15 and the continuous dispensing means for continuously dispensing the beverage are provided as one lever arm 11. Is also used. For this reason, the separation width between the side rods 11b and 11b depending on both sides of the lever body 11 sandwiching the cock body 10 of the lever arm 11 configured to rotate before and after the cock body 10 does not interfere with the cock body 10 and the cap 13. Is set to Therefore, it is pointed out that the lever arm 11 becomes large, and the beverage pouring cock itself becomes large and bulky. In addition, if the lever arm 11 is tilted forward as shown in FIG. 10 to continuously pour out the beverage, the arm 11 may protrude greatly forward from the cock body 10 and the clothes of the operator may be caught.
[0005]
OBJECT OF THE INVENTION
The present invention has been proposed in view of the above-mentioned problems inherent in the prior art described above, and has been proposed to suitably solve this problem. The lever arm can be miniaturized and the beverage can be continuously dispensed. An object of the present invention is to provide a beverage pouring cock in which a lever arm does not protrude outward from the cock body.
[0006]
[Means for Solving the Problems]
In order to solve the above problems and achieve the intended purpose, the beverage dispensing cock according to the present invention is:
A valve body that is disposed inside the cock main body that is connected to the beverage supply pipe and that opens and closes the inlet of the pouring passage that is formed in the cock main body and communicates with the beverage supply pipe is opened by a tilting operation of the lever arm. In the beverage dispensing cock configured to dispense beverage from the cock body,
To be vertically movable disposed in the cock body, and Notes Debo said valve body is disposed on the lower end,
In the longitudinal direction of the end portion on the Note Debo extending upward direction while being rotatably disposed in said cock body, said lever arm is arranged tiltably integrally, the tilting of the arm And an actuating member that actuates the valve body in the opening direction via the pouring rod by tilting with a position displaced from the arrangement position of the pouring rod as a fulcrum,
The watch Debo is rotatably disposed in the longitudinal direction of the end portion on the open the valve body through the note Debo by tilting as a fulcrum position offset from arrangement position of the noted Debo And a continuous lever that can be operated in a direction and can hold the valve body in an open state ,
The continuous pouring lever has a knob for tilting operation facing backward in the posture before the tilting operation before operating the valve body in the opening direction, and is used for continuous pouring by lifting the knob toward the front side. After the tilting operation in which the lever is tilted to actuate the valve body in the opening direction, the continuous pouring lever is held in a posture in which the knob is directed upward .
Moreover, in order to solve the said subject and achieve the intended objective, the drink extraction cock which concerns on another invention of this application is the following.
A valve body that is disposed inside the cock main body that is connected to the beverage supply pipe and that opens and closes the inlet of the pouring passage that is formed in the cock main body and communicates with the beverage supply pipe is opened by a tilting operation of the lever arm. In the beverage dispensing cock configured to dispense beverage from the cock body,
A pouring rod disposed movably on the cock body and having the valve body disposed on one end thereof;
At the other end of the pouring bar extending outward from the cock body, the lever arm is pivotably disposed, and the lever arm is integrally tiltable. An actuating member that operates the valve body in the opening direction via the pouring bar by tilting with a position deviated from the arrangement position of the pouring bar as a fulcrum;
It is rotatably arranged at the other end of the pouring bar, and the valve body is actuated in the opening direction via the pouring bar by tilting with the position deviated from the arrangement position of the pouring bar as a fulcrum. And a continuous pouring lever that can hold the valve body in an open state,
The continuous pouring lever is housed in the operating member.
[0007]
DETAILED DESCRIPTION OF THE INVENTION
Next, a preferred embodiment of the beverage dispensing cock according to the present invention will be described below with reference to the accompanying drawings.
[0008]
FIG. 1 shows a beverage dispensing cock 20 according to a preferred embodiment in a state of being attached to a body 21 of a beverage dispensing apparatus, and the cock 20 can be attached to and detached from a beverage supply pipe 22 extending horizontally from the body 21. It is installed. As shown in FIGS. 4 and 5, a connection portion 23 for detachably attaching the beverage dispensing cock 20 is provided at the front end portion of the beverage supply pipe 22, and a male screw is provided on the outer periphery of the connection portion 23. 23a is screwed. Also, a flange 23b is integrally formed at the base (opposite side of the tip) of the connecting portion 23, and the connecting portion 23 extends forward through the through hole 21a formed in the main body 21 from the inside. By tightening the nut 24 screwed into the male screw 23a of the connecting portion 23 via the female screw, the beverage supply pipe 22 is fixed in a state where the main body 21 is sandwiched between the nut 24 and the flange 23b.
[0009]
A beverage pouring cock 20 detachably attached to the connection portion 23 of the beverage supply pipe 22 includes a cock body 25 and a valve body 39 disposed inside the cock body 25 to open and close a beverage flow path. The lever arm 27 and the continuous lever 28 that open the valve body 39 by tilting operation are basically constructed. The cock body 25 is formed so that a first extraction passage 29 having a required diameter passes through the cock main body 25 and extends horizontally, and is connected to the front end portion of the extraction pipe 30 in the vertical direction. And the nozzle part 33 in which the 2nd extraction path 31 and the 3rd extraction path (pourment path) 32 which penetrate continuously are formed, and the extraction pipe 30 is connected to the connection part 23 of the drink supply pipe 22 It has become.
[0010]
That is, as shown in FIG. 5, the dispensing pipe 30 is set to have an outer diameter dimension that can be inserted into the connection part 23 in the beverage supply pipe 22 and in the vicinity of its open end (rear end). An O-ring 34 is externally fitted on the outer periphery, and the O-ring 34 is configured to be sealed by closely contacting the inner peripheral surface of the connecting pipe when the extraction pipe 30 is inserted into the connecting portion 23. In addition, an inclined portion 30a whose outer diameter increases from the end portion toward the nozzle portion 33 is formed at the fitting insertion end portion (open end portion) of the extraction pipe 30 to the connection portion 23, and the inclined portion. An inclined portion 23 c corresponding to 30 a is formed at a predetermined position inside the connecting portion 23. And the drink extraction cock 20 is mounted | worn with the connection part 23 in the communication state in the state which inserted the extraction pipe | tube 30 in the connection part 23 to the position where both inclination part 30a, 23c contact | abuts.
[0011]
A large-diameter portion 30b is formed at an appropriate position between the insertion end portion of the extraction pipe 30 and the nozzle portion 33, and an E-ring 35 is fitted on the large-diameter portion 30b. Further, on the outer periphery of the large-diameter portion 30b, a union nut 36 in which a female screw that can be screwed with the male screw 23a of the connection portion 23 is screwed on the inner periphery is moved to the insertion end portion side by the E-ring 35. It is externally mounted so that it can rotate in a restricted state. That is, in a state where the insertion insertion end portion of the extraction pipe 30 is inserted into the connection portion 23, the female screw of the union nut 36 is screwed into the male screw 23 a of the connection portion 23 and tightened, The beverage dispensing cock 20 is positioned and fixed to the beverage supply pipe 22 at a position where both inclined portions 30a and 23c with the connecting portion 23 are in contact with each other. As shown in FIG. 4, a polygonal regulation portion 30 c is formed on the rear surface of the large diameter portion 30 b that faces the connection portion 23, and the inner peripheral surface on the open end side of the connection portion 23 A polygonal restricting portion 23d corresponding to the restricting portion 30c is formed. That is, the beverage dispensing cock 20 is attached to the beverage supply tube 22 in a posture in which the nozzle portion 33 is vertical by contacting the dispensing tube 30 and the restricting portions 30c and 23d of the connecting portion 23. It is set.
[0012]
As shown in FIGS. 5 and 6, the nozzle portion 33 in the cock body 25 is configured as an enlarged diameter portion in the upper portion where the second extraction passage 31 is formed, and is a hemisphere recessed at the lower end of the enlarged diameter portion. An inlet 32a of the third extraction passage 32 is opened in a valve seat 37, and the extraction passage 32 extends downward by a predetermined length. Further, the first dispensing path 29 of the dispensing pipe 30 communicates with the second dispensing path 31 in the vicinity of the lower end of the enlarged diameter portion, and the beverage from the beverage supply pipe 22 flows through the first dispensing path 29 and the second dispensing path 31. It is comprised so that it may flow into the 3rd extraction channel 32 via.
[0013]
A cap 38 is detachably screwed to the upper end portion of the nozzle portion 33, and the lower surface of the cap 38 is seated on the valve seat 37 so that the inlet 32a of the third pouring passage 32 can be opened and closed. A bottomed cylindrical valve body 39 made of an elastic body such as rubber is detachably attached. A through hole 38a is formed in the center of the cap 38, and the lower end (one end portion) of the pouring rod 40 inserted through the through hole 38a is detachably fitted to the bottomed portion 39a of the valve body 39. Yes. A flange 40 a is formed above the fitting portion of the dispensing rod 40 with respect to the valve body 39, and the elasticity of the compression coil spring 41 as an elastic member disposed between the flange 40 a and the lower surface of the cap 38, The bottomed portion 39a of the valve body 39 is always seated on the valve seat 37 to close the inlet 32a of the third extraction passage 32, and the communication between the second extraction passage 31 and the third extraction passage 32 is blocked. It is configured as follows. As shown in FIG. 5, the compression coil spring 41 and the pour bar 40 are housed inside the valve body 39 and are isolated from the second pour channel 31 so as not to come into contact with the beverage. .
[0014]
L-shaped grooves 40b are formed on both sides in the width direction (direction intersecting the front-rear direction) on the upper end portion (the other end portion) of the pouring rod 40 extending above the cap 38, respectively. The operation member 42 is detachably attached via the L-shaped grooves 40b and 40b. The actuating member 42 has a cap shape with a diameter smaller than that of the cap 38, and a pair of pins 42a and 42a corresponding to both L-shaped grooves 40b and 40b are provided in the inside so as to protrude horizontally. As shown in FIG. 6, each pin 42a is engaged with a corresponding L-shaped groove 40b. In addition, the lever arm 27 is disposed so as to be rotatable integrally with the rear portion of the operating member 42 (the side where the extraction pipe 30 extends from the nozzle portion 33). In the lever arm 27, the wire is formed in a substantially U-shape in front, and the upper end portions of the upper side rods (side rods) 27a, 27a extending in parallel are bent forward to actuate the members. 42 (see FIG. 4). As shown in FIG. 3, both the upper side rods 27 a and 27 a hang down in the vicinity of the pouring pipe 30 behind the nozzle portion 33. That is, the lever arm 27 is configured to tilt along the extending direction of the pouring pipe 30, and the pouring pipe 30 restricts the movement of the upper side rods 27a, 27a in the width direction. The arm 27 is prevented from rotating in the horizontal direction (direction intersecting the tilting direction).
[0015]
As shown in FIGS. 2 and 6, the abutting portion 43 provided below the upper side rods 27a, 27a in the lever arm 27 has left and right lower side rods 43a, which are spaced apart from the upper side rods 27a, 27a. 43a and a horizontal rod 43b provided between the lower ends of both side rods 43a and 43a, and the size of the opening 43c defined by the corresponding contact portion 43 is such that the nozzle portion 33 is allowed to pass therethrough. Is set. In addition, as shown in FIG. 3, the contact part 43 is formed so as to exhibit a C-shape that expands toward the front in a plan view, and makes it easy to press the container 15 such as a cup from the front side. Further, as shown in FIG. 5, the abutting part 43 is located behind the outlet 32 b of the third outlet 32 in the nozzle part 33 with the bottomed part 39 a of the valve body 39 seated on the valve seat 37. It is located so as to be spaced apart, and is configured so that the back dripping of the beverage from the third dispensing path 32 does not adhere to the contact portion 43.
[0016]
A pair of protrusions 42b and 42b protrude from the front surface of the actuating member 42 that deviates from the position where the pouring bar 40 is disposed, spaced apart in the width direction. Then, when the container 15 is pressed against the contact portion 43 of the lever arm 27 from the front side and the arm 27 is tilted rearward, the operating member 42 first rotates with the pins 42a and 42a as fulcrums. After the protrusions 42b and 42b contact the upper surface of the cap 38 and the rotation is restricted, the operating member 42 tilts with the contact position between the protrusions 42b and 42b and the cap 38 as a fulcrum. Thus, the pouring bar 40 engaged with the pins 42a, 42a via the L-shaped grooves 40b, 40b is lifted (see FIG. 7). Accordingly, the bottomed portion 39 a of the valve body 39 fitted to the pouring rod 40 is pulled up against the elasticity of the compression coil spring 41, so that it is separated from the valve seat 37 and the third pouring passage 32. The inlet 32a is opened, the second extraction path 31 and the third extraction path 32 communicate with each other, and the beverage supplied to the second extraction path 31 through the beverage supply pipe 22 and the first extraction path 29 is the third. It will be poured out through the extraction path 32. As shown in FIG. 5, the valve body 39 has an elastically deformable curved portion between a bottomed portion 39 a seated on the valve seat 37 and an upper end portion 39 b positioned by the cap 38 and the nozzle portion 33. 39c is formed to improve the durability of the valve body 39 that is repeatedly operated.
[0017]
A notch 42c is formed in the central portion of the operating member 42, and the continuous pouring lever 28 for continuously pouring the beverage is accommodated in the notch 42c. The continuous lever 28 includes engagement grooves 28a and 28a that are detachably engaged with the pins 42a and 42a. The engagement grooves 28a and 28a are rearward of the engagement grooves 28a and 28a and rearward of the operation member 42. An extending knob portion 28b is formed, and a support portion 28c capable of abutting on the upper surface of the cap 38 is formed inside the operation member 42 at a lower portion of the front surface biased from the engaging grooves 28a, 28a. . That is, when the handle 28b is held and rotated in the direction of lifting the continuous pouring lever 28, the lever 28 first rotates with the pins 42a and 42a as fulcrums. After the support portion 28c comes into contact with the upper surface of the cap 38 and the rotation is restricted, the continuous lever 28 tilts with the contact position between the support portion 28c and the cap 38 as a fulcrum. Similarly to the case of the lever arm 27 described above, the bottomed portion 39a of the valve body 39 is pulled up via the pouring rod 40, so that the second pouring path 31 and the third pouring path 32 are communicated with each other. . Further, as shown in FIG. 8, the continuous injection lever 28 is configured to be able to be positioned and held in a state where the upper front end surface 28d of the support portion 28c is tilted to a position where it abuts against the cap 38. 39 is held in an open state, and the second and third dispensing paths 31 and 32 are held in a communicating state to enable continuous dispensing of beverages.
[0018]
[Effect of the embodiment]
Next, the operation of the beverage dispensing cock configured as described above will be described. Before the tilting operation of the lever arm 27, the bottomed portion 39 a of the valve body 39 is elastically pressed against the valve seat 37 by the elasticity of the compression coil spring 41, as shown in FIG. The inlet 32a is closed, and the communication between the second extraction path 31 and the third extraction path 32 is blocked. When the beverage is poured into the container 15, as shown in FIG. 7, the container 15 is pressed from the front side against the contact portion 43 of the lever arm 27 depending from the nozzle portion 33, and the arm 27 is tilted backward. . As a result, the operating member 42 tilts integrally with the lever arm 27 with the contact position between the projections 42b, 42b and the cap 38 as a fulcrum, and the pins 42a, 42a via the L-shaped grooves 40b, 40b. The pouring bar 40 to be engaged is lifted. For this reason, the bottomed portion 39 a of the valve body 39 fitted to the pouring rod 40 is pulled up against the elasticity of the compression coil spring 41, so that it is separated from the valve seat 37 and the third pouring passage 32. The inlet 32 a is opened, and the beverage supplied to the second extraction channel 31 through the beverage supply pipe 22 and the first extraction channel 29 is poured out from the outlet 32 b of the third extraction channel 32 into the container 15.
[0019]
As described above, since both the upper side bowls 27a, 27a of the lever arm 27 are located close to both sides sandwiching the pouring pipe 30, the horizontal rotation of the lever arm 27 is restricted. Even when the container 15 does not come into contact with the center in the width direction of the contact portion 43 during the work out, the arm 27 does not rotate in the horizontal direction. Therefore, the lever arm 27 can be reliably tilted rearward by the container 15, and a good beverage can be always poured out. Further, the lever arm 27 of the embodiment is configured such that the pair of upper side bowls 27a and 27a are positioned close to the dispensing pipe 30 and tilted only behind the nozzle portion 33 to perform the beverage dispensing operation. The arm 27 is reduced in size, so that the beverage dispensing cock 20 itself is also reduced in size. In addition, when the drink pouring cock 20 is reduced in size, the appearance of the beverage pouring apparatus in which the cock 20 is disposed is improved.
[0020]
When the container 15 is released from the lever arm 27 to stop the beverage dispensing, the elastic force of the compression coil spring 41 moves the dispensing rod 40 and the bottomed portion 39a of the valve body 39 downward, as shown in FIG. The bottomed portion 39a is seated on the valve seat 37, and the inlet 32a of the third extraction channel 32 is closed. Further, the operating member 42 and the lever arm 27 are also returned to their original positions shown in FIG. In this state, the contact portion 43 of the lever arm 27 is spaced rearward from the position immediately below the outlet 32b in the third extraction channel 32, and therefore, the sag of the beverage from the outlet 32b adheres to the contact portion 43. And will not get dirty. In addition, as described above, the bent portion 39c that is elastically deformable is formed on the valve body 39 in which the bottomed portion 39a moves up and down each time a dispensing operation is performed. Therefore, when the bottomed portion 39a moves up and down, The durability is improved by the elastic deformation of the curved portion 39c.
[0021]
Next, when the beverage is continuously poured out, as shown in FIG. 8, the continuous pouring lever 28 is tilted so as to be lifted with the knob portion 28b. As a result, the continuous pouring lever 28 tilts with the contact position of the support portion 28c and the cap 38 as a fulcrum, and the valve element is interposed via the pouring rod 40 in the same manner as when the lever arm 27 is tilted. The bottomed portion 39a of 39 is pulled up, the inlet 32a of the third pouring channel 32 is opened, and the beverage is poured out from the outlet 32b. By tilting the continuous pouring lever 28 to the continuous pouring position where the front end face 28d abuts against the cap 38 beyond the support portion 28c, the lever 28 maintains the posture, and accordingly, the third pouring path 32 is provided. The inlet 32a is kept open and the beverage is continuously dispensed.
[0022]
When stopping the continuous dispensing of the beverage, the continuous pouring lever 28 is tilted in the opposite direction. Thereby, the bottom end 39a of the pouring rod 40 and the valve body 39 is moved downward by the elasticity of the compression coil spring 41, and the bottom end 39a is seated on the valve seat 37 as shown in FIG. The entrance 32a of the exit path 32 is closed. In the embodiment, a lever arm 27 as an optional pouring means for pouring a beverage into the container 15 and a continuous pouring lever 28 as a continuous pouring means for continuously pouring the beverage are separately provided. Since it is provided on the body, erroneous operation is prevented. Further, the continuous injection lever 28 is located at the upper part of the nozzle part 33 and does not protrude greatly outward from the nozzle part 33 in any state before and after the tilting operation (see FIG. 8). There is no possibility that an operator will catch clothes or the like on the pouring lever 28.
[0023]
When disassembling each part during maintenance of the beverage pouring cock 20, after removing the cap 38 from the nozzle portion 33, the lever arm 27 is lifted together with the cap 38 and the nozzle portion is inserted into the opening 43c of the contact portion 43. The whole is removed from the cock body 25 by passing 33. In this case, since the lever arm 27 is located only behind the cap 38, the arm 27 does not interfere with the removal of the cap 38 from the nozzle portion 33, and the removal is simple. Further, after removing the operating member 42 and the continuous pouring lever 28 from the pouring bar 40 extending above the cap 38, the pouring bar 40 can be removed from the cap 38 and disassembled. Furthermore, although the valve body 39 is fitted to the pouring rod 40, the valve body 39 is made of an elastic body and can be removed from the pouring rod 40. That is, all parts can be easily disassembled and cleaned or replaced.
[0024]
【The invention's effect】
As described above, according to the beverage dispensing cock according to the present invention, the lever arm for arbitrarily dispensing the beverage and the continuous pouring lever for continuously dispensing the beverage are separated. The lever arm does not need to be tilted back and forth with respect to the cock body. Therefore, the lever arm can be miniaturized, and the beverage dispensing cock itself can be miniaturized. Further, since the continuous pouring lever is housed in an operating member that tilts integrally with the lever arm, the lever does not protrude greatly outward from the cock body when the continuous pouring lever is tilted and moved. Clothes will not get caught. In addition, since the lever arm for arbitrary pouring and the continuous pouring lever for continuous pouring are separate bodies, it is possible to prevent the operator from operating erroneously.
[Brief description of the drawings]
FIG. 1 is a side view showing a beverage dispensing cock according to a preferred embodiment of the present invention connected to a beverage supply pipe.
FIG. 2 is a front view of the beverage dispensing cock in the state of FIG.
FIG. 3 is a plan view of the beverage dispensing cock in the state of FIG.
FIG. 4 is a partially cutaway side view showing the beverage dispensing cock according to the embodiment in a state separated from the beverage supply pipe.
FIG. 5 is a vertical side view showing a beverage dispensing cock connected to a beverage supply pipe.
FIG. 6 is a longitudinal front view showing a beverage dispensing cock connected to a beverage supply pipe.
FIG. 7 is a vertical side view of a beverage dispensing cock shown in a state in which a lever arm is tilted to dispense a beverage.
FIG. 8 is a vertical side view of a beverage dispensing cock shown in a state in which a beverage is continuously dispensed by tilting a continuous dispensing lever.
FIG. 9 is a schematic perspective view showing a beverage dispensing cock according to a conventional technique.
FIG. 10 is a side view showing a beverage dispensing cock according to a conventional technique.
[Explanation of symbols]
22 beverage supply pipe, 25 cock body, 27 lever arm 28 lever for continuous pouring, 28b knob , 32 third pouring path (pouring path)
32a inlet, 39 valve body, 40 pouring bar, 42 actuating member

Claims (2)

An inlet (32) of a pouring channel (32) formed in the cock main body (25) communicating with the beverage supply pipe (22) and formed in the cock main body (25) and communicating with the beverage supply pipe (22) ( In the beverage dispensing cock configured to dispense the beverage from the cock body (25) by opening the valve body (39) that opens and closes 32a) by tilting the lever arm (27),
The cock body (25) vertically movably disposed, and note Debo said valve body lower end portion (39) is arranged (40),
While being disposed so as to be rotatable in the longitudinal direction to the end portion on the Note Debo extending (40) in the upper side of the cock body (25), said lever arm (27) is tiltably integrally The valve element (39) is disposed via the pouring rod (40) by tilting with the position displaced from the arrangement position of the pouring rod (40) as the arm (27) is tilted as a fulcrum. ) In the opening direction,
The watch Debo (40) is rotatably disposed in the longitudinal direction of the end portion on the, infusion Debo (40) distribution of the position offset from the set position by tilting as a fulcrum Note Debo (40 The valve body (39) is actuated in the opening direction through the valve body (39), and a continuous pouring lever (28) that can hold the valve body (39) in an open state ,
The continuous injection lever (28) includes a tilting operation knob (28b) facing rearward in a posture before the tilting operation before operating the valve body (39) in the opening direction, and the knob (28b) ) Is lifted toward the front side, and the lever for continuous pouring (28) is tilted to operate the valve element (39) in the opening direction, and then the lever for continuous pouring (28) has a knob (28b). The beverage pouring cock is characterized in that the beverage is held in a posture oriented upward . An inlet (32) of a pouring channel (32) formed in the cock main body (25) communicating with the beverage supply pipe (22) and formed in the cock main body (25) and communicating with the beverage supply pipe (22) ( In the beverage dispensing cock configured to dispense the beverage from the cock body (25) by opening the valve body (39) that opens and closes 32a) by tilting the lever arm (27),
A pouring rod (40) disposed movably on the cock body (25) and having the valve body (39) disposed at one end thereof,
At the other end of the pouring rod (40) extending outward from the cock body (25), the lever arm (27) is integrally tiltably disposed. The valve body (39) is opened via the pouring rod (40) by tilting with the position displaced from the arrangement position of the pouring rod (40) as the arm (27) is tilted as a fulcrum. An actuating member (42) actuated in the direction;
It is rotatably arranged at the other end of the pouring bar (40), and is tilted with the position deviated from the position of the pouring bar (40) as a fulcrum, via the pouring bar (40). The valve body (39) is operated in the opening direction, and the valve body (39) is constituted by a continuous lever (28) capable of holding the valve body (39) in an open state,
The continuous pouring lever (28) is housed in the actuating member (42).
Beverage pouring cock characterized by that .

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