JP2019064685A - Container with pump - Google Patents

Abstract

To propose a container with a pump that can easily push down a discharge head.SOLUTION: A container with a pump comprises: a container body 2 with a mouth neck part 6 standing upward; a discharge device 10 in which a pump cylinder 18 inserted into the container body 2 is suspended downward from a cap-like member 12 mounted on the outer surface of the mouth neck part 6 and the lower half of an operation member 20 having a discharge head 24 attached to the upper end side thereof is inserted into the pump cylinder 18 in an upward biased state; and a cover member 30 formed so as to cover at least a part in a circumferential direction of an outer peripheral surface of the cap-like member 12 and the discharge head 24 in a lowered state of the operation member 20. The cover member 30 has a cap cover 32 attached to the cap-like member 12, and a head cover 40 attached to the discharge head 24, connects the upper end side of the cap cover 32 and the lower end side of the head cover 40 through a broken part 38, and projects a finger hook 36 projecting outward from the outer surface of the cap cover 32.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a container with a pump.

  As the pump-equipped container of this type, the neck of the mouth of the container is erected from the body of the container through the shoulder, and the stem of the discharge device incorporated in the container protrudes upward through the inside of the neck. It is known that a discharge head is attached to the top of the stem and a cylindrical cover member covering the mouth and neck and the discharge head is placed on the upper surface of the shoulder (Japanese Patent Application Laid-Open No. 2001-147118).

JP-A-8-175558

The container with pump of Patent Document 1 ejects the contents from the nozzle of the discharge head by removing the cover member and placing a finger on the upper surface of the discharge head and pressing it down; For users with weak forces, it may not be possible to push the ejection head sufficiently with just one finger force. In such a case, for example, if an index finger is put on the upper surface of the discharge head and another finger of the same hand is put on the container body side, force is easily applied, but in the case of the same document, there is no suitable place to put the finger. . If it is attempted to hold the body of the container body with the thumb and middle finger or the like and depress the upper portion of the discharge head with the index finger, the length from the holding location to the pressing location becomes long and it is difficult for women to operate.
In the configuration in which the discharge head is attached to the upper end of the stem as in Patent Document 1, it is possible to use a finger to press down a portion of the upper surface of the discharge head directly above the stem (usually the central portion of the upper surface of the discharge head). It is important that if you push away from the stem, the stem will shake sideways and you will not be able to hold it steady.

The first object of the present invention is to propose a container with a pump which facilitates the pressing operation of the discharge head.
A second object of the present invention is to propose a container with a pump, in which a cover for covering a discharge head is provided with a finger rest recess, and it is easy to put a finger on a suitable place for pressing the discharge head.

The first means is
A container body 2 for standing the mouth and neck portion 6;
A pump cylinder 18 vertically inserted into the container 2 downward from a cap-like member 12 mounted on the outer surface of the mouth and neck portion 6 is provided, and an operation in which a discharge head 24 is attached to the upper end side of the pump cylinder 18 The lower half portion of the member 20 is inserted in an upward biased state, and the discharge device 10 is provided so as to suck the liquid into the container 2 by the elevation of the operation member 20 and discharge the liquid from the discharge head 24;
A cover member 30 formed so as to cover at least a part in the circumferential direction of the outer peripheral surface of the cap-like member 12 and the discharge head 24 in a state where the operation member 20 is lowered;
Equipped with
The cover member 30 has a cap cover 32 attached to the cap-like member 12 and a head cover 40 attached to the discharge head 24. The upper end side of the cap cover 32 and the lower end side of the head cover 40 are broken. Connected via part 38,
The cap cover 32 projects a finger hook 36 projecting outward from the outer surface thereof.

  In this means, as shown in FIGS. 1 and 7, a cap cover 32 for covering the cap-like member 12 of the discharge device 10 and a head cover 40 for covering the discharge head 24 are provided. The upper end side of the cap cover 32 and the lower end of the head cover 40 While connecting with the side through the fractured portion 38 to form the cover member 30, the finger hooking portion 36 protrudes from the cap cover 32. As a result, the operating member 20 can be easily lowered with one hand by putting a finger on the finger holding portion 36 and pulling down the upper side of the head cover 40 after the broken portion 38 is broken, so that the operability is good. .

The “cover member” is formed to cover at least a part in the circumferential direction of the outer circumferential surface of the cap-like member 12 and the discharge head 24.
The phrase "covering at least a part in the circumferential direction of the outer peripheral surface" means that the cylindrically formed structure is covered so as to cover the entire outer peripheral surface of the cap-like member or the like. In the case of the configuration in which the nozzle hole is opened on the outer peripheral surface of the discharge head instead of projecting the cylindrical nozzle from the outer peripheral surface of the discharge head as in the illustrated example, the cover member may be cylindrical.
The “cap cover” is a cover that covers a part of the outer peripheral surface of the cap-like member, and is used as a member with a finger hook after breaking the fractured part.
The “head cover” is a member that covers the discharge head 24. The head cover may have a shape that is easy to press with a finger. With such a shape, it is easy to press the discharge head straight down when the discharge head is pressed down.

The second means has a first means, and the cap cover 32 has a lower cover wall 34 covering at least a part of the outer peripheral surface of the cap-like member 12;
The finger hooking portion 36 is formed as an arc-shaped flange as viewed from above which protrudes outward from the lower cover wall portion 34.

In this means, the finger hooking portion 36 is formed as an arc-shaped flange as shown in FIGS. 2 and 8 that protrudes outward from the lower cover wall portion 34 of the cap cover 32. As a result, the place where the finger is put on the finger hook portion 36 becomes wider in the circumferential direction, which is convenient.
The term "flange" means the extent of a projecting piece projecting from a surface of an object to impart a predetermined function (in the present invention, a finger hook) to the object.
The “arc-like shape” may be a semi-arc-like shape, but may be a shape longer than the semi-circular arc (super-arc-like or C-like) or a short-shape (sub-arc-like).

The third means has a first means or a second means, and the head cover 40 has an upper cover wall 42 covering at least a part of the outer peripheral surface of the discharge head 24, and the upper cover A top wall 44 extends along the top wall 24 a of the discharge head 24 from the top of the wall portion 42,
A finger rest recess 46 is formed in a portion of the top wall 44 passing through the longitudinal center line O of the actuating member 20.

In this means, the finger rest recess 46 is formed on the top wall 44 of the head cover 40. The finger rest portion 46 is disposed at a position passing through the longitudinal center line O of the actuating member 20, and by pressing a finger against the finger rest portion 46 and pressing it down, the actuating member 20 is straight without lateral deflection. Can be pushed down.
The “recess for finger rest” is a meaning of a recess for performing the positioning function of the finger rest, and it is sufficient to be recessed from the remaining portion of the ceiling wall in order to exhibit the function. Therefore, although it may be a recess shown in FIG. 7, it may be a notch as shown in FIG.

The fourth means has a third means, and the finger rest recess 46 extends from the central portion of the top wall 44 to one end side of the outer peripheral portion of the top wall 44 and has the opening 46 a at one end side. Have.

  In this means, the finger rest recess 46 shown in the illustrated example of FIGS. 1 and 7 extends from the central portion of the ceiling wall 44 to one end side of the outer peripheral portion of the ceiling wall (preferably, the side opposite to the nozzle projecting direction) The opening 46a is formed at one end thereof. This makes it possible to suppress the rotation of the head cover 40 with respect to the direction of the finger in a state in which the finger is inserted from the opening 46 a side to the finger depression recess 46.

The fifth means has any one of the first means to the fourth means, and the cover member 30 has a shape obtained by dividing the cylindrical C surrounding the cap-like member 12 and the discharge head 24 into two. In the divided portion, an insertion port 48 for inserting the cap-like member 12 and the discharge head 24 is opened.

In this means, the cover member 30 is formed in a semi-cylindrical body provided with an insertion port 48 for inserting the cap-like member 12 and the discharge head 24. Therefore, it becomes easy to cover the cover member 30 on the cap-like member 12 and the discharge head 24.
The above-mentioned semi-cylindrical body is a shape obtained by dividing an imaginary cylindrical shape C surrounding the cap-like member 12 and the ejection head 24 into two parts by an A-A cutting line as shown in FIG. It is opened at the division point. The “semi-cylindrical body” may not have a shape obtained by equally dividing the cylindrical shape C into two, and the AA cutting line in the illustrated example is set at a position deviated from the diameters of the discharge head and the cap-like member There is.
The half-cylindrical cover member 30 of this means may be provided so as to be attached to the discharge head 24 on the side where the nozzle is provided on the discharge head 24 as shown in FIG. As shown in FIG. 7, it may be provided so as to be attached to the discharge head 24 and the cap-like member on the opposite side to the side of the discharge head 24 on which the nozzles are provided.

According to the invention of the first means, the lower end side of the cap cover 32 attached to the cap-like member 12 and the upper end side of the head cover 40 attached to the discharge head 24 are connected via the broken portion 38 Then, after breaking the broken part at the time of use, the head cover 40 remains on the discharge head 24 and the cap cover 32 remains on the cap-like member 12 respectively, and the finger hook part protruding outward from the outer surface of the cap cover 32 Since the actuating member 20 can be easily lowered with one hand by pulling down the upper side of the head cover 40, the operability is good.
According to the invention of the second means, the finger hooking portion 36 is an arc-shaped flange viewed from the top, which protrudes outward from the upper portion of the lower cover wall portion 34 of the cap cover 32. The place which can be hung can be taken widely in the circumferential direction, and it is convenient.
According to the invention of the third means, the finger rest recess 46 is formed in the top wall 44 of the head cover 40 at a location passing through the longitudinal center line O of the actuating member 20. By pressing the operating member 20 as it is, the operating member 20 can be pushed down straight, and it is difficult to generate a sideward blurring, so that the operability is good.
According to the invention of the fourth means, the finger rest concave portion 46 extends from the central portion of the ceiling wall 44 to one end side of the outer peripheral portion of the ceiling wall 44 and has the opening 46 a at one end side. The sudden rotation of the head cover 40 can be suppressed by inserting a finger from the opening 46 a into the finger rest recess 46.
According to the invention of the fifth means, the cover member 30 has a substantially semi-cylindrical shape obtained by dividing a cylindrical body along the contours of the cap-like member 12 and the discharge head 24 into two parts, Since the insertion opening 48 for inserting the cap-like member 12 and the discharge head 24 is opened, the work of attaching the cover member 30 to the cap-like member 12 and the discharge head 24 is facilitated.

It is a side view of a container with a pump concerning a 1st embodiment of the present invention. It is a top view of the container of FIG. It is a side view of the main member (cover member) of the container of FIG. It is explanatory drawing of use condition of the container of FIG. It is the figure which looked the container of the state of FIG. 4 from another direction, the same figure (A) is a rear elevation view of a part (upper half part) of the same vessel, and the same figure (B) is a further part of the said part It is a front view of (the discharge head vicinity). It is explanatory drawing of the middle view of the assembly process of the container of FIG. It is a side view of the upper half part of a container with a pump concerning a 2nd embodiment of the present invention. It is a top view of the container of FIG. It is a side view of the main member (cover member) of the container of FIG. It is explanatory drawing of use condition of the container of FIG.

  1 to 6 show a pump-equipped container according to a first embodiment of the present invention. The pump-equipped container is formed of the container body 2, the discharge device 10, and the cover member 30. Each of these members can be formed of, for example, a synthetic resin.

  The container body 2 stands the mouth and neck portion 6 from the trunk 4 via the shoulder 5.

The discharge device 10 includes at least a cap 12, a pump cylinder 18, an actuating member 20 and a retaining cylinder 28 as shown in FIG. 1. The basic configuration of the structure of the discharge device will first be described.
The cap-like member 12 has a mounting cylindrical portion 14 fitted (preferably screwed) to the outer surface of the neck 6 and projects the inward flange 16 inward from the upper end of the mounting cylindrical portion 14.
The pump cylinder 18 is provided vertically below the cap-like member 12 and is inserted into the container body 2. As a preferred embodiment, a flange (not shown) is attached to the upper end of the cylindrical wall of the pump cylinder 18, and this flange is between the upper end surface of the neck portion 6 of the container body and the lower end surface of the inward flange 16. The pump cylinder 18 can be supported in the container body 2 by holding it. Preferably, a pipe fitting cylinder 18a is provided vertically from the bottom of the pump cylinder, and an upper portion of a suction pipe 19 extending to the lower side of the container body is attached to the pipe fitting cylinder.
The actuating member 20 has a discharge head 24 at the top, and is inserted into the pump cylinder 18 with its lower half biased upward. In the illustrated example, as shown in FIG. 5A, the actuating member 20 has a stem 22 projecting upward from inside the pump cylinder 18 through the inside of the inward flange 16, and discharges the upper end portion of the stem 22. A head 24 is attached.
The lower half of the actuating member also includes a cylindrical piston (not shown) slidably brought into contact with the inner surface of the pump cylinder 18 so as to move up and down. As a preferred embodiment, a cylindrical piston may be connected to the lower end of the stem. Further, the lower end portion of the stem is formed in a large diameter cylindrical portion, and the upper portion of the bottomed cylindrical piston guide is inserted into the stem portion above the large diameter cylindrical portion, and a wedge shape which protrudes outward from the lower portion of the piston guide The cylindrical piston may be inserted between the wall (the bowl-shaped valve seat) and the large diameter cylindrical portion.
The discharge head 24 has a tubular shape in which an inner peripheral wall (a cylinder peripheral wall 24b) having a long foot and an outer peripheral wall 24c having a short foot are doubled from the outer periphery of the top wall 24a. Although not shown, a mounting cylindrical portion suspended from the central portion of the top wall 24a is fitted to the upper end of the stem 22 and communicated with the stem 22 to penetrate through the cylindrical peripheral wall 24b and the outer peripheral wall 24c. The nozzle 27 may be projected forward. The nozzle 27 in the illustrated example is formed in a horizontally long nozzle cylinder as shown in FIG. 5 (B). The top wall 24a is formed so as to be shallowly recessed from the outer peripheral side to the central side as shown in FIG. 5 (A).
In the present specification, the left side of FIG. 1 is referred to as the front, the right side of the same is referred to as the rear, and the direction orthogonal to the drawing is referred to as the left-right direction.
At appropriate positions of the pump cylinder 18 and the actuating member 20, first and second check valves (not shown) are provided. In a preferred embodiment, the first check valve is formed at the bottom of the pump cylinder 18, and the second check valve is formed between the wedge-shaped valve seat of the piston guide and the cylindrical piston or inside the stem. can do.
Then, as the actuating member 20 ascends, the liquid in the container body is sucked up into the pump cylinder through the first check valve, and as the actuating member 20 descends, the liquid in the pump cylinder 18 passes through the stem 22 and the discharge head 24. The pump function is realized by forming the nozzle 27 so as to be discharged.
The lower half (not shown) of the cylindrical wall of the retaining cylinder 28 is fitted into the upper portion of the pump cylinder 18, thereby preventing the actuating member 20 from being pulled upward. From an intermediate portion of the retaining cylinder 28, a bowl-shaped portion 28a shown in FIG. 5 (A) protrudes outward. The upper half of the retaining cylinder 28 projects upward as a screw cylinder 28b having a screw on the outer surface. By screwing the cylindrical peripheral wall 24b of the ejection head 24 to the screw cylindrical portion 28b, the operation member 20 can be held in the lower limit state. Goods can be put on the distribution process in this state.

In the present invention, the cover member 30 attached to the cap-like member 12 and the discharge head 24 is provided in a state where the operation member 20 is lowered to the lower limit position.
As shown in FIG. 1, the cover member 30 has a cap cover 32 that covers one half of the cap-like member 12 in the front-rear direction, and a head cover 40 that covers one half of the ejection head 24 in the front-rear direction. The cover member 30 is integrally formed by integrally connecting the inner edge of the upper end face of the cap cover 32 and the outer edge of the lower end face of the head cover 40 via the broken portion 38.

As described above, the cover member 30 connects the cap cover 32 and the head cover 40 via the broken portion 38, thereby having the following two functions.
(1) Function as a cover when not in use (2) Function as a jig for improving the operability of the discharge head when using a pump In relation to the function of (1) described above, the cover member 30 is By sliding in the lateral direction, the cap-like member 12 and the discharge head 24 are detachable. Therefore, the cover member 30 can be easily removed, for example, when refilling the content liquid, which is convenient.
Further, even after cutting the fractured portion 38 of the cover member 30, the cap cover 32 is detachable with respect to the cap-like member 12, and the head cover 40 is detachable with respect to the ejection head 24 in the lateral direction. .

  The cover member 30 of the illustrated example is a semi-cylindrical body obtained by dividing the cylindrical C surrounding the cap-like member 12 and the discharge head 24 into two parts as shown in FIG. An insertion port 48 for inserting 12 and the ejection head 24 is opened (see FIG. 3). The lower half 48a of the insertion slot 48 is an inlet for inserting the half of the cap 12 into the cap cover 32, and the upper half 48b of the insertion slot 48 is a half of the ejection head 24 in the head cover 40. It is an entrance for entering.

The cap cover 32 has a lower cover wall 34 that covers the front half of the mounting cylinder 14 of the cap-like member 12 in the present embodiment. As shown in FIG. 2, the lower cover wall portion 34 is formed in a planar arc shape along the mounting cylinder portion 14. The lower cover wall portion 34 in the illustrated example is formed in a circular arc (a positive arc) shape which is slightly longer than a semicircle, so that the front half portion of the mounting cylindrical portion 14 holds the mounting cylindrical portion 14. It is fitted. However, this configuration can be changed as appropriate.
From the lower end of the lower cover wall portion 34, a locking rib 34a shown in FIG. 1 protrudes inward. The locking rib 34 a is locked to the lower end portion of the front half of the mounting cylindrical portion 14 to prevent the cap cover 32 from being pulled upward. The locking rib 34a may be provided intermittently in the circumferential direction on the lower cover wall 34, or may be provided continuously.
A finger hooking portion 36 protrudes outward from the lower end of the lower cover wall portion 34. By providing the finger hooking portion 36, the ease of holding the cap cover (hold performance) is improved. The finger hooking portion 36 in the illustrated example is formed in a semicircular arc shape.

In the present embodiment, the head cover 40 has an upper cover wall 42 covering the front half of the head cover 40 and a top wall 44 extending from the upper end of the upper cover wall 42.
Similar to the lower cover wall 34, the upper cover wall 42 is formed in an arc shape slightly longer than a semicircle, as shown in FIG. As shown in FIG. 5 (A), the inner diameter Di of the lower cover wall 34 appearing in the left-right direction is substantially the same as the outer diameter Do of the upper cover wall 42 appearing in the same direction. As shown, the inner edge of the upper end face of the lower cover wall 34 and the outer edge of the lower end face of the upper cover wall 42 are connected by a break 38. This configuration is advantageous when the cover member 30 is integrally molded with a mold. This is because die cutting is easy. However, this structure can be changed as appropriate.
In the present embodiment, the broken portion 38 is broken by rotating the head cover 40 with respect to the cap cover 32. However, the broken portion 38 may be broken by pulling up the head cover 40 with respect to the cap cover 32. Further, although the broken portion 38 in the illustrated example is intermittently provided in the circumferential direction at the connection portion between the cap cover 32 and the head cover 40, it may be formed continuously.
A nozzle insertion port 43 is opened in the left-right direction middle portion of the upper cover wall portion 42. The nozzle insertion port 43 in the illustrated example is formed laterally long at least on the upper side of the upper cover wall portion 42, and both left and right edges of the nozzle insertion port 43 approach or contact the left and right ends of the nozzle 27. Further, the nozzle insertion port of the illustrated example is formed from the upper side of the upper cover wall 42 to the front end side of the ceiling wall 44, and the upper edge 43 a of the nozzle insertion port 43 is located at the front of the ceiling wall 44 There is.
The top wall 44 extends from the upper end of the upper cover wall 42 along the top wall 24 a of the discharge head 24. In the top wall 44, a finger rest recess 46 is formed. The finger rest recess 46 of the present embodiment is formed as a notch, and is cut out from the center to the rear of the top wall, leaving the front wall 44a and the left and right side walls 44b of the top wall 44. It is formed by The rear end of the finger rest recess 46 is an open end, and an opening 46 a is opened at the end. Further, in the illustrated example, the raised portion 45 protrudes upward from the top wall portion around the finger rest concave portion 46.
With such a structure, as shown by an imaginary line in FIG. 4, a finger can be inserted from the back of the finger rest recess 46 via the opening 46a, and the finger can be set at the finger rest It becomes easy. Further, in a state where the finger is inserted into the finger rest concave portion 46 through the opening 46a, the head cover 40 is rotationally shifted relative to the finger, and the head cover 40 is fixed to the ejection head 24 as described later. Therefore, the unexpected rotation of the discharge head 24 at the time of the pressing operation can be restricted.
However, this configuration is not essential, and the finger rest recess 46 may be formed by cutting out only the central portion of the top wall.
The finger rest recess 46 is disposed so that the longitudinal center line O of the actuating member 20 passes through the middle portion in the left-right direction of the finger rest recess 46, thereby inserting the finger rest recess 46 into the finger rest recess 46. When the ejection head 24 is pushed down with the finger, the ejection head 24 is pushed down along the center line, so that the lateral movement of the actuating member 20 does not easily occur.
When the thickness of the top wall 44 is set so that the belly of the finger sinks sufficiently with respect to the upper surface of the remaining portion of the top wall when the finger is inserted into the notch which is the finger rest concave portion 46 Good.

  Further, in the illustrated example, as shown in FIG. 5, a pair of left and right protrusions R which can be attached to and removed from the outer peripheral surface of the discharge head 24 are provided at appropriate positions on the inner surface of the upper cover wall portion 42. I'm hooked.

In the above configuration, when the cap cover 32 of the cover member 30 is gripped with one hand and the head cover 40 is rotated with the other hand, the broken portion 38 is broken, and the cap cover 32 and the head cover 40 are separated. Further, when the rotational operation is continued without removing the cap cover 32 and the head cover 40 from the discharge device 10, the cylindrical peripheral wall 24b of the discharge head 24 is unscrewed from the screw cylindrical portion 28b of the retaining cylinder 28 and the operating member 20 moves upward. It is biased to rise to the upper limit position (see FIG. 4).
Here, by screwing up the discharge head 24, the positional relationship between the nozzle 27 and the finger hook portion 36 changes. It is preferable to design the nozzle 27 and the finger hook portion 36 on the opposite side as shown in FIG. 4 in a state where the discharge head 24 is unscrewed from the screw cylinder portion 28b of the retaining cylinder 28.
In this state, for example, when the thumb is attached to the lower surface of the finger hook portion 36 and the other finger is inserted into the finger contact recess 46 and two fingers are drawn, the ejection head 24 is pushed down. Since the force is more easily applied as compared with the case where the discharge head 24 is pushed down with only a single force, a user with a weak finger can lower the operation member 20 more reliably.
Further, by inserting a finger into the finger rest recess 46 and depressing the discharge head 24, the actuating member 20 can be lowered straight along the center line, and no lateral blurring occurs. In addition, by inserting a finger into the finger rest concave portion 46 through the opening 46a on the lower end side as described above, the accidental rotation of the ejection head 24 and the head cover 40 can be prevented.
Further, the cover member 30 of the present invention is filled with the liquid from the mouth and neck 6 of the container body 2 and then the discharge device 10 is attached to the mouth and neck 6 as shown in FIG. The nozzle 27 is inserted through the nozzle insertion port 43 of the head cover 40 from the side where the projection is projected), and then the head cover 40 is fitted to the front half of the ejection head 24 and the cap cover 32 is fitted to the front half of the cap 12 Match. As a result, the locking rib 34 a of the cap cover 32 is locked to the lower end portion of the mounting cylindrical portion 14, and the cover member 30 is mounted on the discharge device 10.
In the present embodiment, at least the front half of the ejection head 24 is covered with the head cover 40, and the nozzle 27 of the ejection head 24 is inserted through the nozzle insertion port 43. Therefore, the ejection head 24 and the head cover 40 are more reliably fixed. be able to.

  Hereinafter, a pump-equipped container according to another embodiment of the present invention will be described. The description of the same configuration as the first embodiment is omitted in these descriptions.

  7 to 10 show a pump-equipped container according to a second embodiment of the present invention. The present embodiment is different from the first embodiment in the attachment location of the cover member 30 to the discharge device 10 and the structure of the finger rest concave portion 46 of the head cover 40.

  First, in the present embodiment, as shown in FIG. 7, the cover member 30 is attached to the side opposite to the direction in which the nozzle 27 protrudes. That is, the cap cover 32 is attached mainly to the rear half side of the mounting cylindrical portion 14 of the cap-like member 12, and the head cover 40 is also mounted mainly to the rear half side of the cylindrical peripheral wall 24 b of the ejection head 24. Thereby, providing the nozzle insertion port 43 in the head cover 40 can be omitted. According to this structure, when attaching the cover member 30 to the discharge device 10, the operation of inserting the nozzle 27 into the nozzle insertion port 43 is not necessary.

Further, in the present embodiment, the finger rest concave portion 46 provided on the top wall 44 of the head cover 40 is formed as a concave portion in which a portion of the top wall is sunk. In this configuration, as shown in FIG. 10, the ejection head 24 is indirectly pushed down via the head cover 40 by pressing the bottom surface of the finger rest concave portion 46.
The finger rest concave portion 46 is formed from the central portion of the top wall to the rear side, and the opening 46a is provided on the rear side as in the first embodiment. In addition to the above, the description of the finger rest concave portion 46 according to the first embodiment is also applied to the finger rest concave portion 46 according to the present embodiment.

DESCRIPTION OF SYMBOLS 2 ... Container body 4 ... Body part 5 ... Shoulder part 6 ... Mouth neck 10 ... Discharge apparatus 12 ... Cap-like member 14 ... Mounting cylinder part 16 ... Inward flange 18 ... Pump cylinder 18a ... Pipe fitting cylinder 19 ... Suction Pipe 20: Operating member 22: Stem 24: Discharge head 24a: Top wall 24b: Inner peripheral wall (cylindrical peripheral wall) 24c: Outer peripheral wall 27: Nozzle 28: Retaining cylinder 28a: Flanged portion 28b: Threaded cylinder portion 30: Cover member 32 Cap cover 34 Lower cover wall 34a Locking rib 36 Finger hook 38 Broken part 40 Head cover 42 Upper cover wall
43 ... nozzle insertion opening 43a ... edge 44 ... top wall 44a ... front wall 44b ... side wall 45 ... ridge 46 ... recess for finger rest 46a ... opening 48 ... insertion slot 48a ... insertion slot lower half 48b ... insertion Mouth upper half O ... center line R ... protrusion

Claims (5)

A container body (2) for standing up the mouth and neck (6),
A pump cylinder (18) inserted into the container body (2) downward from a cap-like member (12) mounted on the outer surface of the mouth and neck (6) is provided, and the pump cylinder (18) The lower half of the actuating member (20) having the discharge head (24) attached to the upper end side is inserted in an upward biased state, and the liquid is contained in the container body (2) by raising and lowering the actuating member (20) A discharge device (10) provided to suck up and discharge from the discharge head (24);
A cover member (30) formed to cover at least a part in the circumferential direction of the outer circumferential surface of the cap-like member (12) and the discharge head (24) in a state where the actuating member (20) is lowered;
Equipped with
The cover member (30) has a cap cover (32) attached to the cap-like member (12) and a head cover (40) attached to the discharge head (24), and the cap cover (32) And the lower end side of the head cover (40) via the broken portion (38),
A container with a pump, wherein the cap cover (32) projects a finger hook (36) projecting outward from the outer surface thereof. The cap cover (32) has a lower cover wall (34) covering at least a part of the outer peripheral surface of the cap-like member (12),
The pump container according to claim 1, characterized in that the finger hook portion (36) is formed as an arc-shaped flange as viewed from above which protrudes outward from the lower cover wall portion (34). . The head cover (40) has an upper cover wall (42) covering at least a part of the outer peripheral surface of the discharge head (24), and the discharge head (24) from the top of the upper cover wall (42). Extends the top wall (44) along the top wall (24a) of the
The finger rest recess (46) is formed in a portion of the top wall (44) passing through the longitudinal center line (O) of the actuating member (20). Container with pump as described.   The finger rest recess (46) extends from the central portion of the ceiling wall (44) to one end of the outer peripheral portion of the ceiling wall (44), and has an opening (46a) at one end thereof. The container with a pump according to claim 3, wherein The cover member (30) is a semi-cylindrical member having a shape obtained by dividing a cylindrical shape (C) surrounding the cap-like member (12) and the discharge head (24) into two parts. The pump-equipped container according to any one of claims 1 to 4, characterized in that an insertion port (48) for inserting the discharge head (24) and the discharge head (24) is opened.