JP2022157144A - pump container with handle - Google Patents

Abstract

To provide a pump container with handle having an extendable handle which is easy to hold in use without the handle obstructive during distribution.SOLUTION: A pump container with handle includes a container body A storing a content liquid, a pump B that is attached to the container body A and discharges a content liquid in the container body A, and a handle C that is attached to the pump B and extends outward from a side opposite to a discharge direction of the content liquid. The pump B includes a mounting part B1 attached to a mouth part 1 of the container body A, a pump body B2 supported by the mounting part B1 and having a cylinder part 10 and a piston part 11, and a lever 24 extending from the pump body B2 in the same direction as the handle C and operating the piston part 11. The handle C includes a holding part C1 fixed to the mounting part B1 of the pump B, and a sliding handle part C2 having telescopic structure that can be taken in and out of the holding part C1.SELECTED DRAWING: Figure 1

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a handle-equipped pump container, and more particularly to a handle-equipped pump container with an extendable handle.

A container body that holds the liquid content, and a pump that is attached to the container body. By pushing down the head of the pump, the content liquid in the container body is discharged from the nozzle, and when it is pulled back up, the content liquid in the container body is discharged. Suction pump containers are well known in the art.

Such a pump container includes a cylinder portion, a piston portion slidable in the cylinder portion, a valve case portion mounted in the cylinder portion, and a nozzle portion for discharging liquid from the valve case portion to the outside. a housing portion attached to the outside of the cylinder portion; a trigger portion coupled to the housing portion for vertically moving the piston portion; and a handle portion formed on the housing portion on the same side as the trigger portion. A pump container that applies pressure to the inside of the cylinder portion and discharges the content liquid to the outside through the nozzle portion by gripping the portion and the trigger portion and pulling down the trigger portion toward the grip portion side has also been conventionally known (for example, See Patent Document 1).

Japanese Patent Application Laid-Open No. 2009-90201

However, the pump container described in Patent Document 1 has the handle portion formed on the same side of the housing portion as the trigger portion, so it has the advantage that it is easy to apply force to the trigger portion. Since the handle protrudes from the container, it is necessary to secure an extra space, and there is a problem that the handle becomes an obstacle.

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems, and to provide a handle-equipped pump container having an extendable handle that is easy to grip during use without the handle being an obstacle during distribution.

In order to solve the above problems, the present invention provides a pump container with a handle, a container body for containing a liquid content, a pump attached to the container body for discharging the content liquid in the container body, a pump attached to the pump, A handle-equipped pump container having a handle extending outward from a side opposite to the discharge direction of the content liquid, wherein the pump includes an attachment portion attached to the mouth portion of the container body, and a cylinder supported by the attachment portion. and a piston portion; and a lever extending from the pump body in the same direction as the handle and operating the piston portion. A structure characterized by including a slide handle portion having an extendable structure that can be put in and taken out is adopted.

As an embodiment of the handle of the pump container with a handle, the holding part includes a base wall extending radially from the mounting part of the pump and a pair of holding walls erected from both sides of the base wall. The section adopts a configuration characterized by comprising a bottom wall that is slidable via the base wall and the guide section, and a pair of side walls that are erected from both sides of the bottom wall and are slidably contactable with the holding wall. .

As a specific embodiment of the handle of the pump container with a handle, the holding part has a stopper upper wall that connects the upper ends of the holding walls on the tip side, and the slide handle part has an upper wall that closes the upper end of the side wall and an upper surface of the upper wall. and a locking projection that abuts against the upper wall of the stopper to stop the slide when the slide handle is pulled out from the holding portion. , a slide portion protruding from the tip side of the base wall, and a slide guide groove drilled in the bottom wall leaving a stop portion to guide the slide portion, and a holding portion is notched in a predetermined range from the tip side of the base wall, and is notched to the lower part of the tip side of the holding wall on both sides connected to the base wall; When the slide handle part is in its most extended state, the slide handle part can be lowered with the contact part between the stop part and the slide part as a fulcrum so that the tip side faces downward with respect to the holding part. A configuration characterized by

In the pump container with a handle of the present invention, the handle can be contracted during distribution or storage, so that the handle does not become a hindrance. .
In addition, in the pump container with a handle of the present invention, when the handle is extended, the sliding handle faces downward with respect to the holding portion, so that the pump container with a handle can be stored in a smaller space.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the state which extended the slide handle part of the handle of the pump container with a handle which is 1st Example of this invention, (a) is a top view, (b) is side sectional drawing. 1 is a view showing a handle of a pump container with a handle, which is a first embodiment of the present invention, (a) is a top view, (b) is a side cross-sectional view, and (c) is a view of each member from the rear side. It is a diagram. 1A is a top view and FIG. 1B is a cross-sectional side view showing a state in which a sliding handle portion of a handle of a pump container with a handle is retracted and accommodated according to the first embodiment of the present invention; FIG. 1 is a side cross-sectional view of the pump container with a handle according to the first embodiment of the present invention when the pump is in use; FIG. FIG. 7 is a diagram showing a state in which a slide handle portion of a handle of a pump container with a handle is extended according to a second embodiment of the present invention, where (a) is a top view and (b) is a side cross-sectional view. FIG. 4 is a diagram showing a handle of a pump container with a handle, which is a second embodiment of the present invention, (a) is a side cross-sectional view, (b) is a bottom view, and (c) is a view from the rear side of each member. It is a diagram. FIG. 10A is a top view and FIG. 10B is a cross-sectional side view showing a state in which a sliding handle portion of a handle of a pump container with a handle is stored according to a second embodiment of the present invention; FIG. 8 is a side cross-sectional view of the handle-equipped pump container according to the second embodiment of the present invention when the slide handle portion is extended and the tip is lowered.

Next, an embodiment of a pump container with a handle of the present invention will be described with reference to the drawings.
In the following description, referring to FIG. 1B, the upward direction is defined as "upper", the downward direction is defined as "downward", the leftward direction is defined as "front", and the rightward direction is defined as "back".

In FIG. 1, A is a container main body for containing a content liquid, B is a pump for discharging the content liquid contained in the container main body A, and C is an extendable handle attached to the pump B. As shown in FIG.
The container main body A has a cylindrical mouth portion 1 on its upper portion, and a male thread 2 is formed on the outer periphery of the mouth portion 1 for mounting a pump B thereon.

The pump B is composed of a mounting portion B1 mounted on the mouth portion 1 of the container body A, and a pump body B2 supported by the mounting portion B1.
The mounting portion B1 includes a cylindrical inner plug 5 mounted inside the mouth portion 1, a support portion 6 placed on the inner plug 5, and fixing the inner plug 5 and the support portion 6 to the mouth portion 1. A mounting cap 7 is provided.
An inner peripheral surface of the mounting cap 7 is formed with a female thread 8 that is screwed into the male thread 2 of the mouth portion 1 , and the mounting cap 7 is screwed onto the outer periphery of the mouth portion 1 .

The pump body B2 includes a cylinder portion 10 provided above the support portion 6, a piston portion 11 axially slidable along the inner peripheral surface of the cylinder portion 10, and an operation portion 12 for operating the piston portion 11. a pipe-shaped suction portion 14 communicating with the liquid chamber 13 in the cylinder portion 10; a suction valve 15 provided between the suction portion 14 and the liquid chamber 13; A tubular nozzle portion 16 protruding, directly connected to the cylinder portion 10 and communicating with the liquid chamber 13 , and a discharge valve 17 disposed between the nozzle portion 16 and the liquid chamber 13 .

The operating portion 12 includes an inner lid 20 attached to the upper end portion of the cylinder portion 10, a push-down head 21 that can be pushed down along the axial direction relative to the cylinder portion 10, and a push-down head 21 attached upward. A coil spring 22 for biasing, a connecting member 23 connecting the pressing head 21 and the piston portion 11, and a lever 24 projecting from the pressing head 21 to the rear side in the radial direction (opposite side to the ejection direction of the nozzle portion 16). It has
Further, the lever 24 has an opening 25 on the side of the pressing head 21 .

As shown in FIGS. 1 and 2, the handle C includes a holding portion C1 fixed to the mounting portion B1 of the pump B, and a sliding handle portion C2 having a telescopic structure capable of withdrawing from the holding portion C1. there is

The holding portion C1 includes a fixing member 30 fixed around the support portion 6 of the pump B, a flat base wall 31 extending radially from the fixing member 30 to the back side, and extending from both sides of the base wall 31. A stopper upper wall 33 that connects the holding walls 32 on both sides is provided on the upper end surface of the holding wall 32 on the both sides on the back side, and the end on the back side of the holding part C1. A slide opening 34 is formed by the upper surface of the base wall 31, the inner surfaces of the holding walls 32 on both sides, and the lower surface of the upper wall 33 of the stopper.
At the back side end of the base wall 31, a vertical wall 35 standing slightly higher than the height of the bottom wall 40 of the slide handle C2, which will be described later, and the upper end of the vertical wall 35 A slide portion 37 having a T-shaped cross section and a plate-like lateral wall 36 extending horizontally is provided.

The slide grip portion C2 extends in parallel with the bottom wall 40 extending parallel to the upper surface of the base wall 31 of the holding portion C1 on the rear side, and the outer side surfaces of the holding walls 32 on both sides thereof. an upper wall 42 closing the upper ends of the side walls 41;
Further, the lower surface of the bottom wall 40, the outer surface of the side walls 41 on both sides, and the vicinity of the front side end portion of the upper surface of the upper wall 42 are arranged such that when the slide handle portion C2 is extended with respect to the holding portion C1, the slide opening 34 of the holding portion C1 is opened. The upper surface of the base wall 31, the inner surface of the holding wall 32 on both sides, and the lower surface of the stopper upper wall 33 are formed so as to abut.

In the bottom wall 40, a slide guide groove 46 extending from the rear side end to the front side with the width of the vertical wall 35 of the holding portion C1 in the center when viewed from the rear side, leaving a stop portion 45 at the front side end is bored. A pair of stop protrusions 46a are provided protruding from both side surfaces of the slide guide groove 46 near the back side.
The tip wall 43 has a T-shaped guide opening 47 formed by a vertical portion 47a extending from the slide guide groove 46 and a horizontal portion 47b formed in the same shape as the horizontal wall 36 of the holding portion C1.
On the upper surface near the end on the front side of the upper wall 42, when the slide handle portion C2 is extended with respect to the holding portion C1, the rear side abuts against the front side of the stopper upper wall 33 to stop the slide. is projected.
Here, the slide portion 37 of the base wall 31 and the slide guide groove 46 of the bottom wall 40 constitute a guide portion.

Next, the mode of use and effects of this embodiment will be described.
The holding portion C1 and the sliding handle portion C2 of the handle C are formed separately, and the sliding handle portion C2 is inserted from above the front side of the holding portion C1.
At that time, the front side of the slide portion 37 of the holding portion C1 is aligned with the guide opening 47 of the distal end wall 43 of the slide handle portion C2, and the slide portion 37 is inserted into the guide opening 47 so that the slide portion 37 moves along the guide opening 47 and into the guide opening 47. Positioned on the back side of the slide guide groove 46 of the continuous bottom wall 40, and in a state where the front side of the slide portion 37 (vertical wall 35) is in contact with the stop protrusion 46a of the slide guide groove 46, the slide handle portion C2 is held by the holding portion. It is set (stored) in C1.

Next, after fixing and attaching the fixing member 30 of the holding part C1 to the periphery of the support part 6 of the pump B by welding or the like, the pump B is attached to the mouth part 1 of the container main body A filled with the content liquid. 7 are screwed together, and the handle C is housed in a state in which the slide handle portion C2 is shrunk in the holding portion C1 as shown in FIG.
After the sliding handle portion C2 is housed in a shrunk state inside the holding portion C1, at least the portion above the mounting portion B1 of the pump B is covered with a shrink film from the outside, thereby fixing everything and suppressing rattling. product.

When using the pump container, after removing the cover such as the shrink film, as shown in FIG. Then, the slide handle C2 is slid with respect to the holder C1 so that the tip wall 43 side of the slide handle C2 comes out from the slide opening 34 of the holder C1.
At that time, the vertical wall 35 of the slide portion 37 of the holding portion C1 slides in the slide guide groove 46 while getting over the stop projection 46a of the slide guide groove 46 of the bottom wall 40 of the slide handle C2, and the lower surface of the lateral wall 36 slides. The sliding handle portion C2 slides on the upper surface of the base wall 31 of the holding portion C1 while being guided by sliding contact with the upper surface of the bottom wall 40 near the slide guide groove 46 .

Finally, the stop portion 45 of the slide handle portion C2 contacts the vertical wall 35 of the slide portion 37 of the holding portion C1, and the locking projection 48 of the upper wall 42 contacts the stopper upper wall 33, thereby sliding. The sliding of the grip portion C2 is stopped, and as shown in FIG. 1, the slide grip portion C2 is in the most extended state with respect to the holding portion C1.
At this time, the lower surface of the bottom wall 40 of the slide handle C2, the outer surface of the side walls 41 on both sides, and the vicinity of the front end of the upper surface of the upper wall 42 are aligned with the upper surface of the base wall 31 of the slide opening 34 of the holding portion C1 and both sides. While contacting the inner surface of the holding wall 32 and the lower surface of the stopper upper wall 33, both lower surfaces of the lateral wall 36 of the slide portion 37 of the holding portion C1 contact the upper surface of the bottom wall 40 near the slide guide groove 46, thereby sliding. The grip portion C2 is firmly fixed to the holding portion C1.

In order to discharge the content liquid using the pump container with a handle of this embodiment, the piston portion 11 of the pump main body B2 is in the raised position and the content liquid is stored in the liquid chamber 13 in the cylinder portion 10. By putting the thumb on the lever 24 while putting a finger other than the thumb on C and moving the lever 24 closer to the handle C, the pressing head 21 connected to the lever 24 resists the biasing force of the coil spring 22. be pushed down.

As a result, the coil spring 22 is compressed in the axial direction, and the piston portion 11 connected to the pressing head 21 via the connecting member 23 moves downward together with the pressing head 21 with respect to the cylinder portion 10 to reach the bottom portion of the cylinder portion 10. is pushed to the side, and the volume of the liquid chamber 13 is reduced.
As a result, as shown in FIG. 4, the internal pressure of the liquid chamber 13 is increased, and the internal pressure presses the discharge valve 17 to move it toward the tip side of the nozzle portion 16, thereby opening the discharge valve 17. As shown in FIG. As a result, the content liquid in the liquid chamber 13 flows toward the nozzle portion 16 and is discharged from the tip opening of the nozzle portion 16 to the outside.

Next, when the pushing operation of the lever 24 is stopped, the downward movement of the piston portion 11 is stopped, the discharge valve 17 is closed, and as a result, the discharge of the content liquid from the nozzle portion 16 is stopped.
Further, when the pressing force on the lever 24 is released, the push-down head 21 is pushed up by the biasing force of the coil spring 22, and the piston portion 11 connected to the push-down head 21 via the connecting member 23 moves together with the push-down head 21 into the cylinder portion. 10 and is pulled back toward the upper end of the cylinder portion 10 to increase the volume of the liquid chamber 13 .

As a result, the internal pressure of the liquid chamber 13 becomes negative, and the discharge valve 17 is pulled by this internal pressure, the discharge valve 17 is closed, the suction valve 15 is opened, and the liquid inside the container main body A is discharged from the suction portion 14. Comes to breathe into chamber 13.

By repeating the operation of pushing down and releasing the lever 24 again, the content liquid in the container main body A can be discharged to the outside from the tip opening of the nozzle portion 16 any number of times.
In this embodiment, as the pump container with a handle, the pump B that discharges the liquid from the nozzle portion 16 without foaming is shown. It may be a mer pump or a so-called aerosol pump.

When the use of the content liquid is finished, the slide handle C2 is pushed into the holding part C1 from the tip wall 43 side, so that the slide handle C2 is guided inward and pushed in, as shown in FIG. Then, the slide handle portion C2 is stored in the holding portion C1 in a contracted state.
The handle-equipped pump container of the present embodiment is necessary for discharging the content liquid, but can be expanded and contracted by retracting and withdrawing the slide handle portion C2 of the handle C, which is an obstacle when not in use, with respect to the holding portion C1. Space can be saved when distributing or storing a pump container with a handle.

Next, a second embodiment in which the structure of the handle C is changed will be described with reference to the drawings.
Hereinafter, the same reference numerals are given to the same constituent parts as in the first embodiment, and new reference numerals are given to changed parts, and the explanation will focus on the points of difference.

In FIG. 5, A is a container main body for containing a content liquid, B is a pump for discharging the content liquid contained in the container main body A, and Ca is an extendable handle attached to the pump B. As shown in FIG.

As shown in FIGS. 5 and 6, the handle Ca includes a holding portion Ca1 fixed to the mounting portion B1 of the pump B, and a sliding handle portion Ca2 having a telescopic structure capable of being withdrawn from the holding portion Ca1. there is

The holding portion Ca1 includes a fixing member 50 fixed around the support portion 6 of the pump B, a flat plate-like base wall 51 extending from the fixing member 50 to the rear side in the radial direction, and extending from both sides of the base wall 51. A stopper upper wall 53 that connects the holding walls 52 on both sides is provided on the upper end surfaces of the holding walls 52 on both sides on the back side.
On the rear side of the base wall 51 and the holding wall 52, a notch is cut out in a predetermined range from the rear side end of the base wall 51 toward the front side, and notched to the rear side lower part of the holding wall 52 on both sides connected thereto. A notch portion 54 is provided, and in the notch portion 54, a connecting piece 55 connected to the central portion of the end surface on the back side of the base wall 51, and a connecting piece 55 connected to the back side of the connecting piece 55 and extending upward. A sliding portion 58 having a T-shaped cross section is provided, which is composed of an extending vertical wall 56 and a plate-like horizontal wall 57 extending horizontally with the upper end of the vertical wall 56 as the center. That is, the connecting piece 55 extends from the cutout portion 54 and connects with the slide portion 58 at the tip side thereof.

The slide handle portion Ca2 extends in parallel with the bottom wall 60 extending parallel to the upper surface of the base wall 51 of the holding portion Ca1 on the back side and the outer surface of the back side of the holding wall 52 on both sides. an upper wall 62 closing the upper ends of the side walls 61;
Further, when the sliding handle portion Ca2 is extended with respect to the holding portion Ca1, the outer surfaces of the side walls 61 on both sides and the vicinity of the front side end portion of the upper surface of the upper wall 62 are the inner surfaces of the holding walls 52 on both sides of the holding portion Ca1, It is formed so as to come into contact with the lower surface of the stopper upper wall 53 .

In the bottom wall 60, a slide guide groove 66 extending from the rear side end to the front side with the width of the vertical wall 56 of the holding portion Ca1 in the center when viewed from the rear side, leaving a stop portion 65 at the front side end is bored. A pair of stop protrusions 66a are provided protruding from both side surfaces of the slide guide groove 66 near the back side.
The tip wall 63 has a T-shaped guide opening 67 formed by a vertical portion 67a extending from the slide guide groove 66 and a horizontal portion 67b formed in the same shape as the horizontal wall 57 of the holding portion Ca1.
On the upper surface near the front side of the upper wall 62, a locking protrusion 68 is projected, the front side of which contacts the rear side of the stopper upper wall 53 when the slide handle Ca2 is extended with respect to the holding portion Ca1. .
Here, the slide portion 58 of the base wall 51 and the slide guide groove 66 of the bottom wall 60 constitute a guide portion.

Next, the mode of use and effects of this embodiment will be described.
The holding portion Ca1 and the sliding handle portion Ca2 of the handle Ca are formed separately, and the sliding handle portion Ca2 is inserted from above the front side of the holding portion Ca1.
At that time, the front side of the slide portion 58 of the holding portion Ca1 is aligned with the guide opening 67 of the distal end wall 63 of the slide handle portion Ca2, and the slide portion 58 is inserted into the guide opening 67 so that the slide portion 58 moves along the guide opening 67 and into the guide opening 67. In a state where the front side of the slide portion 58 (vertical wall 56) is in contact with the stop projection 66a of the slide guide groove 66 while being positioned on the back side of the slide guide groove 66 of the continuous bottom wall 60, the slide handle portion Ca2 is held by the holding portion. It is set (stored) in Ca1.

Next, after fixing and attaching the fixing member 50 of the holding part Ca1 to the periphery of the support part 6 of the pump B by welding or the like, the pump B is attached to the mouth part 1 of the container main body A filled with the content liquid. 7 are screwed together, and, as shown in FIG. 7, the handle Ca is housed in a state in which the slide handle portion Ca2 is shrunk in the holding portion Ca1 during circulation.
After the slide handle portion Ca2 is housed inside the holding portion Ca1 in a shrunk state, at least the portion above the mounting portion B1 of the pump B is covered with a shrink film from the outside, thereby fixing everything and suppressing rattling. product.

When using the pump container, after removing the cover such as the shrink film, as shown in FIG. Then, the slide handle Ca2 is slid with respect to the holder Ca1 so that the tip wall 63 side of the slide handle Ca2 comes out from the slide opening 34 of the holder Ca1.
At that time, the vertical wall 56 of the slide portion 58 of the holding portion Ca1 slides in the slide guide groove 66 while getting over the stop projection 66a of the slide guide groove 66 of the bottom wall 60 of the slide handle portion Ca2, and the lower surface of the lateral wall 57 slides. The sliding handle portion Ca2 slides on the upper surface of the base wall 51 of the holding portion Ca1 while being slidably contacted and guided by the upper surface of the bottom wall 60 near the slide guide groove 66. As shown in FIG.

Finally, the stop portion 65 of the slide handle portion Ca2 comes into contact with the vertical wall 56 of the slide portion 58 of the holding portion Ca1 to stop the slide.
When the slide handle portion Ca2 is stretched to the maximum with respect to the holding portion Ca1, the slide of the holding portion Ca1 is stopped at the position where the stop portion 65 reaches the upper surface of the connecting piece 55. The end of the lower surface of the wall 60 where the stop portion 65 is located is located on the cutout portion 54 of the base wall 51 of the holding portion Ca1, and the contact between the lower surface of the bottom wall 60 of the slide handle portion Ca2 and the upper surface of the base wall 51 is prevented. Therefore, as shown in FIG. 8, the tip of the sliding grip portion Ca2 is attached to the holding portion Ca1 with the abutting portion between the stop portion 65 of the bottom wall 60 and the vertical wall 56 and the connecting piece 55 of the sliding portion 58 as a fulcrum. The wall 63 is lowered so as to face downward.
In this state, as shown in FIG. 8, compared with the state in which the slide handle portion Ca2 extends most with respect to the holding portion Ca1, as shown in FIG. becomes a space.

In order to discharge the content liquid using the pump container with a handle of this embodiment, from the state shown in FIG. With the contact portion between the stop portion 65 of the bottom wall 60 and the vertical wall 56 of the slide portion 58 as a fulcrum, the tip wall 63 side of the slide handle portion Ca2 is lifted, and as shown in FIG. The contact between the front side of the upper surface of 62 and the lower surface of the stopper upper wall 53 of the holding portion Ca1, and the contact between the locking projection 68 of the upper wall 62 and the stopper upper wall 53 causes the slide handle portion Ca2 to be attached to the holding portion Ca1. It is fixed in the most stretched state.
Furthermore, by moving the lever 24 closer to the handle Ca while gripping it, the content liquid can be discharged to the outside from the tip opening of the nozzle portion 16 using the pump B.

When the use of the content liquid is finished, when the grip of the slide handle portion Ca2 is released, the abutment portion between the stop portion 65 of the bottom wall 60 and the vertical wall 56 of the slide portion 58 reappears as shown in FIG. is used as a fulcrum, the tip wall 63 of the slide handle portion Ca2 is lowered so as to face downward.
The handle-equipped pump container of the present embodiment is necessary for discharging the content liquid, but can be expanded and contracted by inserting and retracting the slide handle portion Ca2 of the handle Ca, which is an obstacle when not in use, with respect to the holding portion Ca1. Since the sliding handle portion Ca2 faces downward with respect to the holding portion Ca1, it is possible to save space when distributing or storing the pump container with the handle.

In the pump container with a handle of the present invention, the handle can be contracted during distribution or storage, so that the handle does not become a hindrance. Therefore, it can be widely used as a pump container, and is particularly suitable as a pump container with a handle that needs to be used by putting a finger on the handle of the pump container for cleansers, cosmetics, and the like.

A Container body B Pump B1 Mounting part B2 Pump body C, Ca Handle C1, Ca1 Holding part C2, Ca2 Slide handle part 1 Mouth part 2 Male screw 5 Inner plug 6 Support part 7 Mounting cap 8 Female screw 10 Cylinder part 11 Piston part 12 Operation Part 13 Liquid chamber 14 Suction part 15 Suction valve 16 Nozzle part 17 Discharge valve 20 Inner lid 21 Depressing head 22 Coil spring 23 Connecting member 24 Lever 25 Openings 30, 50 Fixing members 31, 51 Base walls 32, 52 Holding wall 33, 53 stopper upper wall 34 slide openings 35, 56 vertical walls 36, 57 lateral walls 37, 58 slide portions 40, 60 bottom walls 41, 61 side walls 42, 62 upper walls 43, 63 tip walls 45, 65 stop portions 46, 66 slide guides Grooves 46a, 66a Stop projections 47, 67 Guide openings 47a, 67a Vertical portions 47b, 67b Horizontal portions 48, 68 Locking projection 54 Notch mouth 55 Connecting piece

Claims (5)

A container body containing a liquid content, a pump mounted on the container body for discharging the liquid content in the container body, and a handle mounted on the pump and extending outward from the side opposite to the direction of discharge of the content liquid. A pump container with a handle, comprising:
The pump includes a mounting portion mounted to the mouth of the container body, a pump body supported by the mounting portion and having a cylinder portion and a piston portion, and a lever extending from the pump body in the same direction as the handle for operating the piston portion. with
1. A pump container with a handle, wherein the handle comprises a holding part fixed to a mounting part of the pump, and a sliding handle part having an extensible structure capable of being put in and taken out of the holding part. The holding portion includes a base wall extending radially from the mounting portion of the pump, and a pair of holding walls erected from both sides of the base wall,
The sliding grip portion includes a bottom wall that is slidably contactable via the base wall and the guide portion, and a pair of side walls that are erected from both sides of the bottom wall and are slidably contactable with the holding wall. 2. The pump container with a handle according to 1. The holding part has a stopper upper wall that connects the top ends of the holding walls on the tip side,
The slide handle portion has an upper wall that closes the upper end of the side wall, and a locking projection that protrudes from the upper surface of the upper wall and contacts the stopper upper wall to stop the slide when the slide handle portion is pulled out from the holding portion. 3. The pump container with a handle according to claim 2, further comprising a portion. 2. The guide portion comprises a slide portion protruding from the tip side of the base wall, and a slide guide groove bored in the bottom wall leaving a stop portion for guiding the slide portion. 4. The pump container with a handle according to 3. The holding part includes a notch opening formed by notching a predetermined range from the tip end side of the base wall and extending to the lower part of the tip side of the holding wall on both sides connected to the base wall, and extending from the notch opening to the tip end. The side is provided with a connecting piece that connects with the slide part,
5. The slide handle part, in the most extended state, descends with the contact part between the stop part and the slide part as a fulcrum so that the tip side faces downward with respect to the holding part. Pump container with handle.

Images