JP2020060079A - Faucet device - Google Patents

Abstract

To provide a faucet device that can efficiently set the swing angle of a spout without compromising the design.SOLUTION: There is provided a faucet device M comprising: a faucet main body P equipped with a handle 1 for opening and closing a water pipe; a spout S with a water outlet 4 at a tip; a spout holder H having a cylindrical arm portion Ha to which the spout S is connected and rotating relative to the faucet main body P while covering the faucet main body P; and a regulating member A installed inside the arm portion Ha and coming into contact with the spout holder H and the faucet main body P to regulate the swing angle of the spout S.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a faucet device that adjusts a swing angle of a spout by providing a regulating member between the faucet body and the spout.

  As such a faucet device, for example, there is a technique disclosed in Patent Document 1 below.

  In the faucet device described in Patent Document 1, a base end portion of a water discharge pipe (spout) having a water discharge port at a tip end portion is rotatably fitted and supported on a support portion of the spout. A pair of contact portions are provided on the outer peripheral surface of the support portion so as to be separated from each other in the rotation direction of the spout. On the other hand, a stopper is provided at the base end portion of the spout, and when the spout rotates, the stopper abuts the contact portion to restrict the rotation of the spout.

  On the outer peripheral surface of the support portion, a plurality of pairs of contact portions having different depths are formed along the radial direction. The pair of contact portions on the center side in the circumferential direction are formed to have a large radial depth and a narrow rotation angle. On the other hand, the pair of outer circumferential contact portions are formed to have a small radial depth and a wide rotation angle.

  On the other hand, the amount of protrusion of the stopper toward the center of rotation with respect to the spout base end portion can be changed. For example, by shortening the amount of protrusion of the stopper, it is possible to make contact with a pair of contact portions having a wide rotation angle, and the rotation angle of the spout is set to be wide. When the protrusion amount of the stopper is set to be long, the rotation angle of the spout is set to be narrow by making contact with the contact portion on the center side.

  With this configuration, the rotation range of the spout can be adjusted without disassembling the faucet device including the spout, only by adjusting the amount of protrusion of the stopper from the outer surface of the spout base end portion at the installation site.

  Therefore, when disassembling and assembling the water faucet device, the problem that the water faucet device is not installed in the original proper state or the seal member is damaged can be solved.

JP, 2008-285904, A

  In the water faucet device of Patent Document 1, the stopper is formed of a screw, and when the protrusion amount of the stopper is set to be short, the head of the screw remains protruding from the spout base end portion and the appearance is impaired. . When the spout rotates, the protruding stopper may interfere with other surrounding objects.

  Also, when determining the amount of protrusion of the screw, management of the amount of protrusion is complicated, and when adjusting the protrusion of the stopper toward the center side, the tip of the screw may be the surface of the spout support part depending on the rotation position of the spout, There is also a possibility that the members that slide inside the spout base end portion may be interfered with and scratched.

  Further, since holes are formed in the surface of the base end portion of the spout forming the product design and the screws are fixed, the designability is impaired and dirt such as detergent and water may enter from the outside. The outer surface of the base end of the spout may be further soiled when a screw loosening agent is applied.

  As described above, in the conventional faucet device, there is room for further improvement in the structure that regulates the swing angle of the spout, and it is required to provide a faucet device that can efficiently set the swing angle of the spout without impairing the design. It was being done.

(Characteristic composition)
The characteristic configuration of the faucet device according to the present invention is
A faucet body with a handle for opening and closing the water pipe,
A spout with a spout at the tip,
A spout holder that has a cylindrical arm portion to which the spout is connected, and that rotates relative to the faucet body while covering the faucet body;
A regulating member that is provided inside the arm portion and that regulates the swing angle of the spout by contacting the spout holder and the faucet body.

(effect)
By providing the regulation member inside the arm portion of the spout holder as in this configuration, the regulation member can be attached and replaced before the spout is attached, and the swing angle can be easily adjusted at the installation site.

  Further, since the restricting member is provided on the arm portion that supports the spout, the swing angle is restricted at a position extremely close to the spout. Therefore, the twisting feeling when the movement of the spout is regulated by the regulation member is less likely to occur, and the operational feeling of the spout is improved.

  Further, since the regulating member is provided inside the spout holder, the regulating member is not exposed to the outside, and the faucet device excellent in design is obtained without damaging the outer surface of the spout holder when the regulating member is attached. be able to.

(Characteristic composition)
In the faucet device according to the present invention, the spout has a tubular insert member that is inserted and fixed to the arm so as to hold another object to be stored inside the spout, and the regulating member is the faucet body. A position can be held by the spout holder and the insert member.

(effect)
In this configuration, the regulating member is held in position in the space having a predetermined shape formed by the faucet body, the spout holder, and the insert member. Since this space is formed by inserting the insert member into the arm portion, the regulating member is carried into the inside of the arm portion prior to or at the same time as the insertion of the insert member. With this configuration, it is not necessary to pre-screw the restricting member to the spout holder or the like as in the prior art. Therefore, when the swing angle of the spout is changed at the installation site of the faucet device, the restricting member can be easily installed and replaced, and the faucet device installation work can be made more efficient.

(Characteristic composition)
In the water faucet device according to the present invention, it is convenient that the spout holder or the insert member is provided with a temporary fixing portion of the regulating member.

(effect)
By providing such a temporary fixing portion and temporarily integrating the regulating member with the spout holder or the insert member, the trouble of holding the regulating member when the insert member is inserted into the arm portion is eliminated. Therefore, it becomes easier to install and replace the restricting member in the field work.

(Characteristic composition)
In the water faucet device according to the present invention, the temporary fixing portion is provided on the insert member, and when the insert member that temporarily fixes the restricting member is inserted into the arm portion, the restricting member is installed at the installation position. Conveniently, a guide is provided on the inner surface of the arm to guide the.

(effect)
By providing the temporary fixing portion on the insert member, the temporary fixing work of the regulating member to the insert member can be performed outside the arm portion, and the inserting operation of the regulating member and the insert member becomes extremely easy.

  Further, the insert member and the regulating member can be inserted by a single inserting operation into the arm portion, and the inserting operation is further simplified as compared with the case where the regulating member and the insert member are separately inserted.

  In addition, in this configuration, since the guide portion that guides the regulating member to the desired position is formed on the inner surface of the arm portion, the regulating member is predetermined even though the regulating member is installed at the back of the arm portion. The installation work of the faucet device will be more efficient.

Sectional drawing which shows the structure of a faucet device The perspective view which shows the detail of an insert member and a regulation member. Sectional drawing which shows the attachment aspect of a regulation member. A perspective view showing a swing mode of the spout. Explanatory drawing showing a mounting mode of the spout A perspective view showing another embodiment of a regulation member.

〔Overview〕
INDUSTRIAL APPLICABILITY The faucet device of the present invention can easily perform the work of installing and exchanging the regulating member for setting the swing angle of the spout in the work of installing the faucet device on the sink of a kitchen or the like. Hereinafter, an embodiment of a faucet device according to the present invention will be described with reference to the drawings.

[First Embodiment]
(Overview)
The external appearance of the faucet device M according to this embodiment is shown in FIG. This faucet device M has a faucet body P fixed to a sink and connected to a water pipe or the like. A handle 1 for opening / closing / blocking a water pipe is connected to an end of the faucet body P. A cylindrical spout holder H that covers the faucet body P is attached to a region between the handle 1 and the sink. The spout holder H relatively rotates with respect to the faucet body P about a rotation axis X along the extending direction of the faucet body P.

  To the spout holder H, a spout S extending in a direction intersecting the rotation axis X and having a spout 4 at the tip is connected. A water purification cartridge is stored inside the spout S. Further, the spout S of the present embodiment is connected to a flexible hose 3 (hereinafter, simply referred to as “hose 3”) and can be removed from the spout holder H. Therefore, a cylindrical arm portion Ha is formed integrally with a part of the spout holder H along the extending direction of the spout S so that the spout S can be fixed.

(Insert member)
An insert member B that serves as a guide for the hose 3 protruding from the end of the spout S is fixed inside the arm Ha. As shown in FIG. 2, the insert member B is inserted into the arm portion Ha, and the hose 3 is inserted into the inside thereof, so that the insert member B has a cylindrical shape.

  The insert member B is composed of a first member B1 and a second member B2. On the inner surface of the insert member B, a guide surface 17 with which the outer surface of the hose 3 to be taken in and out abuts is formed. The inner diameter of the guide surface 17 is formed to be slightly larger than the outer diameter of the hose 3 to prevent water traveling along the outer surface of the hose 3 from entering the sink.

  As shown in FIG. 2, in the state where the first member B1 and the second member B2 are combined, an annular hose restriction portion 23 is formed. When pulling out the hose 3, a large-diameter stopper (not shown) provided at a predetermined position of the hose 3 comes into contact with the hose restricting portion 23 to determine the pull-out length of the hose 3.

  When installing the faucet device M, it is necessary to insert the hose 3 to which such a stopper is attached into the insert member B. Therefore, as shown in FIG. 2, the insert member B is composed of a first member B1 and a second member B2, and is divided into a first member B1 and a second member B2 just at the position of the guide surface 17.

  The first member B1 has a semi-cylindrical portion extending from the cylindrical portion. The surface of this semi-cylindrical portion is formed with a first receiving surface fa against which a first contact surface f1 of the regulating member A described later abuts.

  Further, as shown in FIG. 2, a tongue-shaped engagement portion 18 is provided on the side of the cylindrical portion opposite to the first receiving surface fa. A locking convex portion 19 is formed on the outer surface of the locking portion 18, and as shown in FIG. 3, the locking convex portion 19 is engaged with the locking concave portion 12 provided at the corresponding position of the arm Ha, and the insert member B is inserted. Prevents the arm Ha from coming out.

  As shown in FIG. 3, a drain hole 13 is formed in the wall located below the arm Ha to drain the water that has flowed down along the spout S to the outside of the spout holder H. For example, when a part of the water discharged from the spout 4 reaches the hose 3 via the surface of the spout S, the water enters the spout holder H and further travels on the outer surface of the faucet body P. It may leak inside the sink. In order to prevent this, at least one drain hole 13 may be provided at a position vertically below the wall portion forming the arm portion Ha.

  As shown in FIG. 5, an insertion portion 9 having an outer surface formed into a conical surface is formed at the end portion of the spout S, and the insertion member B is provided with a conical surface-shaped receiving portion 16 that receives the insertion portion 9. Has been formed.

  As shown in FIG. 5, the insertion portion 9 is inclined downward by a predetermined angle with respect to the extending direction of the spout S. Here, the inclination angle α is set to 5 degrees. The spout S is rotatable inside the receiving portion 16, but when the insertion portion 9 is tilted, the tip of the spout S has a circular locus formed around the axis of the insertion portion 9. Will be located in the place. In that case, when the tip of the spout S is set to the lowest position, the spout S will be in a stable posture without a moment to rotate about the axis of the insertion portion 9 thereafter. In this state, the water discharge port 4 faces downward. By providing the inclination angle α in this manner, the insertion posture of the spout S is likely to be optimal.

  A hose 3 is connected to the spout S of this embodiment. When the insertion portion 9 is inclined as described above, the extending direction of the hose 3 is set downward with respect to the longitudinal direction of the spout S. The hose 3 is bent inside the arm portion Ha and extends vertically downward. As a result of having the inclination angle α, the bending angle is relaxed. Therefore, when the hose 3 is taken in and out, the frictional resistance of the hose 3 at the bending position of the arm portion Ha is reduced, and the pulling operation becomes smooth. Further, as a result of the decrease in the bending angle, deterioration of the hose 3 with age is prevented and durability can be improved.

  In addition, in the spout S and the insert member B of the present embodiment, the protrusion 10 that defines the relative rotation position with respect to the receiving portion 16 is formed on at least one location along the circumferential direction on the surface of the insertion portion 9. There is. The ridge 10 extends along the insertion direction of the spout S. A groove-shaped recessed portion 11 with which the protruding portion 10 is engaged is formed on one receiving portion 16. The engagement of the ridges 10 and the ridges 11 enables the water discharge port 4 of the spout S to be stably set in a state in which the spout S always faces downward.

(Regulation member)
Inside the arm Ha, a regulating member A that comes into contact with the spout holder H and the faucet body P to regulate the swing angle β of the spout S is provided. The appearance of the regulating member A is shown in FIG. The restriction member A is attached to the inside of the spout holder H before the insert member B is connected to the spout holder H.

  By providing the regulating member A inside the arm portion Ha of the spout holder H, the regulating member A can be attached / replaced before the insert member B is attached, and the swing angle β of the spout S can be adjusted at the installation site. Will be easier.

  Further, since the regulation member A is provided on the arm portion Ha that supports the spout S, the swing angle β is regulated at a position extremely close to the spout S. Therefore, a twisting feeling when the movement of the spout S is regulated by the regulation member A is less likely to occur, and the operation feeling of the spout S is improved.

  The restricting member A is capable of contacting the inner surface of the arm Ha, the insert member B, and the faucet body P, and is held in position in the space formed by these three members. That is, the regulation member A is not fixed to any member but only abuts on each of the three members. Therefore, the trouble of fixing the regulation member A to any member can be omitted, and the holding mechanism of the regulation member A can be simply configured.

  Since this space is formed by inserting the insert member B into the arm portion Ha, the regulating member A is carried into the inside of the arm portion Ha before or simultaneously with the insertion of the insert member B. With this configuration, unlike the prior art, it is not necessary to pre-screw the regulating member A to the spout holder H or the like. Therefore, when the swing angle β of the spout S is changed at the installation site of the faucet device M, the restricting member A can be easily installed and replaced, and the installation work of the faucet device M can be made more efficient.

(Temporary fixing to insert member)
In this embodiment, as shown in FIGS. 2 and 3, the insert member B is provided with a temporary fixing portion Ba for temporarily fixing the restriction member A. This facilitates installation of the restriction member A when inserting the restriction member A into the arm Ha.

  The temporary fixing portion Ba is formed by externally inserting the second member B2 onto the first member B1. Although the hole Bb is formed as the temporary fixing portion Ba, the notch 20 that forms a part of the hole Bb is formed at the end of the first receiving surface fa on the surface of the first member B1. Two facing surfaces of the cutout portion 20 and the surface of the first member B1 located between these two surfaces form the three surfaces of the hole portion Bb. A cover 21 that covers the notch 20 is formed in the second member B2, and the back surface of the cover 21 becomes a part of the hole Bb.

  The outer surface of the cover portion 21 has a ridge shape extending in the insertion direction of the insert member B, and when inserted into a predetermined position of the arm portion Ha, a guide projection of the regulating member A, which will be described later, is provided. It is engageable with a guide groove 14a as a guide portion 14 formed on the inner surface of the arm Ha so that the portion 15 can pass through. Thus, the play of the insert member B with respect to the arm portion Ha is prevented in cooperation with the above-mentioned locking projection 19.

  The second member B2 is formed with a notch in the insert-side second receiving surface fb1 with which the second contact surface f2 of the restriction member A comes into contact when the restriction member A is arranged at the desired position. A chamfered portion 22 is provided at the opening-side end of the insert-side second receiving surface fb1 so that the regulating member A that slides when inserted into the arm Ha can smoothly enter the insert-side second receiving surface fb1. Has been formed.

  The regulating member A has a regulating portion A1 and an arm portion A2. The restriction portion A1 is a portion that comes into contact with each of the insert member B, the spout holder H, and the faucet body P. The arm portion A2 extends from the regulation portion A1 and is inserted into the temporary fixing portion Ba provided on the insert member B.

  As shown in FIGS. 2 to 4, the regulation portion A1 has first to fourth contact surfaces f1 to f4. That is, the first contact surface f1 that contacts the surface of the first member B1 of the insert member B, which will be described later, the insert-side second receiving surface fb1 of the insert member B, and the holder-side second receiving surface provided on the inner surface of the spout holder H. A second contact surface f2 that contacts the surface fb2, and a third contact surface f3 that contacts the third receiving surface fc (FIG. 4) of the faucet body P described later in the radial direction of the rotation axis X, It has the 4th contact surface f4 which contacts the 4th receiving surface fd formed in the end of swing groove part 5 of faucet body P. In addition, a guide convex portion 15 that engages with a guide groove 14a provided on the inner surface of the spout holder H is formed on the upper surface of the restriction portion A1.

  As shown in FIG. 2, the arm portion A2 extends from the regulation portion A1 and has elasticity. The tip of the arm portion A2 has, for example, a bifurcated shape, and is bent and deformed so as to approach each other when the arm portion A2 is inserted into the hole portion Bb provided in the insert member B as the temporary fixing portion Ba. A first overhang portion Aa is formed outward at each of the two tips. The first overhanging portion Aa contacts the edge portion of the hole portion Bb when the regulating member A is pulled out from the insert member B, and prevents the arm portion A2 from easily coming off.

  Further, in the arm portion A2, two second overhanging portions Ab projecting in the same direction as the first overhanging portion Aa are formed at a position at a predetermined distance from the tip. This is to reliably move the restricting portion A1 to the installation place when inserting the insert member B and the restricting member A into the arm portion Ha. That is, when holding the insert member B and inserting the regulating member A into the arm portion Ha, the regulating portion A1 may come into contact with the guide groove 14a or the like and receive resistance. Since the arm portion A2 is slidable with respect to the hole portion Bb, when the resistance is large, the arm portion A2 slides into the hole portion Bb, and the regulating portion A1 moves to a predetermined position of the arm portion Ha. Inconvenience that it is not pushed in may occur.

  Therefore, by providing the second overhanging portion Ab, the edge portion of the hole Bb is brought into contact with the edge portion to exert a resistance force, and the regulating member A is positioned with respect to the insert member B while the regulating portion A1 is moved to a predetermined position. It can be moved to the installation position. Two elongated holes Ac are provided in the arm portion A2 at a portion corresponding to the second overhanging portion Ab so that the second overhanging portion Ab can be deformed in a direction toward each other.

  By providing such a temporary fixing portion Ba and temporarily integrating the regulating member A with the insert member B, the trouble of holding the regulating member A when inserting the insert member B into the arm portion Ha is eliminated. In addition, both can be arranged by one insertion operation. Therefore, in the field work, the installation and replacement work of the regulation member A becomes easier. Further, the work of temporarily fixing the regulating member A to the insert member B can be performed outside the arm portion Ha, and the work of inserting and attaching the regulating member A and the insert member B becomes extremely easy.

(Attachment of insert part)
FIG. 3 shows a procedure for mounting the insert member B, which temporarily fixes the restricting member A as shown in FIG. 2, on the arm Ha. FIG. 3A shows a state in which the regulating member A is temporarily fixed to the insert member B. The first overhanging portion Aa and the second overhanging portion Ab of the arm portion A2 sandwich the hole portion Bb of the insert member B.

  FIG. 3B shows the insert member while the restricting portion A1 of the restricting member A is inserted into the arm portion Ha and the guide protrusion 15 at the upper part of the restricting portion A1 is pressed against the guide groove 14a provided in the arm portion Ha. It is in a state where B is pushed in. At this time, the arm portion A2 of the regulation member A is bent and deformed, and regardless of the position of the insert member B, the regulation portion A1 is pressed against the guide groove 14a with an appropriate biasing force. The guide groove 14a ensures that the regulating portion A1 is guided to the desired position of the faucet body P.

  As a result of the formation of the guide groove 14a as described above, the restriction member A can be reliably installed at a predetermined position, even though the installation position of the restriction member A is at the back of the arm Ha, and the The installation work of the stopper device M becomes more efficient.

  FIG. 3C shows a state in which the regulation portion A1 is in contact with the faucet body P. In this state, as the insert member B is pushed in, the arm portion A2 slides with respect to the hole portion Bb. The first contact surface f1 that is the lower surface of the restriction portion A1 is in a state of riding on the first receiving surface fa as the insert member B enters, and the restriction portion A1 is moved to the holder-side second receiving surface fb2 of the arm Ha and the water. The inclined surface 6 formed on the lower edge of the swing groove portion 5 of the plug body P is surely brought into contact with the inclined surface 6.

  The restricting portion A1 that comes into contact with the inclined surface 6 and stops being pushed inward is guided upward in the drawing. That is, even if the engagement between the guide protrusion 15 and the guide groove 14a is shallow and the restricting portion A1 is below the intended position, the guide protrusion 15 and the guide groove 14a are lifted to the intended position along the inclined surface 6. Further, as shown in FIG. 3C, the extension direction of the inclined surface 6 and the area corresponding to the inner side position of the inner surface of the arm portion Ha so that the movement of the restriction portion A1 is smoothly performed. It is configured so that the tangential direction extends downward and has an angle γ.

  FIG. 3D shows a state in which the restriction portion A1 is arranged at a predetermined position. After the restricting portion A1 comes into contact with the third receiving surface fc of the faucet body P, the position of the restricting member A is held there, and only the insert member B is inserted deep inside the arm portion Ha. Therefore, in this case, the two second overhanging portions Ab are deformed so as to approach each other and pass through the hole portion Bb. At this time, the operator who is operating the insert member B can get a feeling when the second overhanging portion Ab passes through the hole portion Bb, and confirms that the regulating member A is installed at a predetermined position. Can be recognized.

  The restricting portion A1 includes the first receiving surface fa and the insert-side second receiving surface fb1 of the insert member B, the holder-side second receiving surface fb2 of the arm Ha, and the swing groove portion 5 formed in the faucet body P. The position is held by the third receiving surface fc. Further, as shown in FIG. 4, when the spout S moves to the end of the descending range, the fourth contact surface f4 of the restricting portion A1 has the fourth receiving surface fd formed at the end of the swing groove portion 5. And the swing angle β is regulated. 2 to 4, the swing angle β of the spout S is set to 120 degrees by appropriately setting the lengths of the opposing second contact surfaces f2 of the regulating portion A1. I am doing it.

  As shown in FIG. 4, the swing groove portion 5 is formed with fourth receiving surfaces fd at both end portions so that the regulating portion A1 can slide over a range of 120 degrees. The fourth receiving surface fd is made of metal in order to improve durability, and the region above the lower end of the fourth receiving surface fd is made of a metal member. On the other hand, the lower edge of the swing groove portion 5 is formed of a resin material, and there is no swing groove at the center position along the circumferential direction so that the inserted regulating portion A1 can be displaced upward from below. A restriction passage 7 is provided. Further, a chamfered portion 8 is formed at the intersection of the lower edge of the swing groove portion 5 and the restriction passage 7 so that the restriction portion A1 does not interfere when the restriction portion A1 slides back and forth along the swing groove portion 5. There is.

(Material of each member)
Each member used in the present embodiment can be made of, for example, the following materials. The regulating member A is required to have strength, durability, and slidability, so a material having good dimensional stability is preferable. For example, polyphenylene sulfide (PPS), polyacetal (POM), and glass-containing POM are preferable. In particular, POM containing glass is preferable in terms of excellent dimensional stability, workability, and wear resistance (sliding property).

  The insert member B is required to have high rigidity and slidability, and PPS, POM, and nylon are preferable from the viewpoint of strength, heat resistance, and durability. In particular, POM is most suitable in terms of excellent dimensional stability, workability, and wear resistance (sliding property).

  Since a member that constitutes the fourth receiving surface fd of the faucet body P and the like needs to have high rigidity, it is preferably made of metal. From the viewpoint of strength, heat resistance and durability, brass, stainless steel and iron are preferable. In particular, brass is most suitable from the viewpoint of excellent corrosion resistance and workability.

[Second Embodiment]
In the regulating member A shown in FIG. 6A, the interval between the fourth contact surfaces f4 is wide, and the swing angle β is set to 80 degrees. Other than the shape of the fourth contact surface f4, it is the same as that shown in FIG.

  With this configuration, when installing the faucet device M, it is only necessary to replace the restricting member A that is temporarily fixed to the insert member B, and the swing angle of the spout S at the installation site can be efficiently adjusted.

  Further, FIG. 6B shows another embodiment of the regulating member A. The regulation member A does not have the arm portion A2, and the elastic member 24 such as a rubber member is provided on at least one of the two second contact surfaces f2. As a result, the regulating member A is inserted into the arm portion Ha and is pushed into the holder-side second receiving surface fb2, and is temporarily fixed to the arm portion Ha by the frictional force of the elastic member 24.

  With this configuration, although the labor for attaching the regulation member A separately from the insert member B is required, the configuration of the insert member B and the configuration of the regulation member A can be simplified.

  As a method for temporarily fixing the regulation member A to the spout holder H or the insert member B, a method using a double-sided tape, a method using an adhesive or a magnetic force may be used, and an appropriate configuration can be adopted.

  INDUSTRIAL APPLICABILITY The faucet device of the present invention is widely applicable to a faucet device in which a faucet body is covered with a rotatable spout holder, and a regulating member is provided between the spout holder and the faucet body to set a swing angle of the spout. Is.

DESCRIPTION OF SYMBOLS 1 handle 4 spout 14 guide part A regulation member B insert member Ba temporary fixing part H spout holder Ha arm part M faucet device P faucet body S spout β swing angle

Claims (4)

A faucet body with a handle for opening and closing the water pipe,
A spout with a spout at the tip,
A spout holder that has a cylindrical arm portion to which the spout is connected, and that rotates relative to the faucet body while covering the faucet body;
A faucet device comprising: a regulating member provided inside the arm portion and abutting against the spout holder and the faucet body to regulate a swing angle of the spout.   It has a cylindrical insert member that is inserted and fixed to the arm portion so as to hold another object to be stored inside the spout, and the regulating member is positioned at the faucet body, the spout holder, and the insert member. The faucet device according to claim 1, which is held.   The water faucet device according to claim 2, wherein the spout holder or the insert member is provided with a temporary fixing portion of the regulating member.   The temporary fixing portion is provided on the insert member, and a guide portion for guiding the regulating member to the installation position is provided on the inner surface of the arm portion when the insert member temporarily fixing the regulating member is inserted into the arm portion. The faucet device according to claim 3, which is provided.

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