TW201916797A - Swirl fashion water activation machine that includes a submerged motor to drive water upward that induces a swirl - Google Patents

Abstract

A swirl fashion water activation machine is structured such that a direction constraint is achieved between an upper end of a base basin that functions as a water containing area and a carrying member. A submerged motor is disposed inside the basin. The carrying member defines a central through hole that defines a recessed area that receives a filter unit to straddle and thus stably position thereon. A direction constraint is provided along a circumference of the carrying member and an upper cover. An abutting hole is maintained at a location adjacent to an outer side in a tubular section that extends upwardly in a central region of the upper cover and has a predetermined height to receive introduction of a guide tube section to penetrate through the filter unit with an end thereof connected to an end of the submerged motor that is disposed in the base basin. A container assembly so structured is operable, through activation of the submerged motor, to draw water contained in the base basin upward into the upper cover to swirl quickly around a circumference of a bottom part thereof to generate a centrifugal force. and in a hole in the center of the tubular section, The air pressure that is drawn upward by the centrifugal force below a hole in the middle part thereof drives the water that has been pushed up to form an increasingly expanding swirl region so that water that is fed into a drinking area of the upper cover may attract a pet to get close for enhancing interests of drinking water.

Description

 Whirlpool water machine  

The invention provides a vortex water machine, which mainly relates to a water container which is automatically replenished into water, which can make the water have tumbling in the introduction process, and the lower circulation can filter the impurities existing in the pet drinking water area, so as to attract the pet favorite. Drinking water setting.

In addition to the simple form of the cage or the preset support, the container group for drinking water for pets also has a container group that can be directly placed on the ground and can control the amount of water to be taken out at the right time. The form or the form placed on the ground is convenient for pets to make drinking water at any time. Pets usually prefer drinking water in a flowing state. Therefore, the relevant industry is required to set up the pet's drinking water container to set up the supplementary water in the form of activity to enhance the pet's preference for drinking water at any time.

The application of the water supply container for the pet drinking water channel, which was filed and disclosed by the inventor of the present invention, is disclosed herein. The announcement number: 334682 "Structural improvement of the pet waterer" is a novel case, and the pet water dispenser is included. a drinking water container and a bottle mouth which is screwed at a lower end of the drinking water container to match the water outlet of the drinking water container; a water tray is used for holding the water drawn from one end of the bottle mouth, One side of the water tray is a bottle mouth extending from the joint groove to protrude outside the pet cage to connect with the lower end of the drinking water container. The preset height of the bottle mouth is extended by two corresponding sliding jaws, so that the two sliding jaws can correspond to One end of the water tray is pushed by the outwardly extending engagement groove to the concave groove of the upper section, and the mouth of the bottle which is convenient for the lower end of the drinking water container is movably combined with the protruding area outside the water tray, and the height of the water inlet can be adjusted to adjust the angle of the drinking water container. Allow pets to replenish water whenever they drink.

The drinking water container that is combined with the side of the water tray has the application of replenishing water at any time during use, but the water added to the water tray is not enough to cause the pet's favorite rolling shape. Therefore, the inventor of the present invention is based on The water-filled container that is automatically replenished into the water enables the water to be tumbling during the introduction process, and the lower circulation can filter impurities existing in the pet drinking water area, so as to accurately attract the pet's favorite drinking water setting.

The invention is based on the fact that the container group used in the pet drinking water path is used to drive the water between the water in the introduction process to form a rolling form into the drinking water area, and the water returned to the water holding area can be filtered in the appropriate water. It is adopted that: at the upper end of the bottom basin as a water holding area, the bearing is oriented with a bearing, and a submersible motor is placed in the bottom basin, and the concave area formed in the middle of the receiving member is Cooperating with a filter unit to smoothly straddle, abutting with an upper cover along the periphery of the bearing member, and an outer side of the preset height pipe segment extending upward in the middle portion of the upper cover to maintain a resisting hole to cooperate with a guiding The pipe section is introduced into and through the filter unit, and the end of the submersible motor is connected to the water outlet of the submerged water tank; the constructed container body can be used to start the submersible motor to guide the water of the bottom basin to the upper cover pipe section and along the bottom The rapid revolving around the periphery forms a centrifugal force and the air pressure that is attracted by the centrifugal force under the hole in the middle of the pipe section, which drives the water to be pushed up to form a gradually expanding vortex area, so that it falls into the upper cover and drinks water therebetween. The water near the suction pet drinking water to enhance the fun, and the water entering the water holes along the downward cycle of the floor pan may follow the filtration unit for filtering water impurity region there.

The main object of the present invention is to filter the water which is used as a drinking water for pets, and to use the water to be driven to form a rolling form into the drinking water area during the introduction process, and the water that is returned to the water holding area can be filtered in the water. It is adopted that: in the upper end of the bottom basin as a water-filling area, the periphery of the bottom basin is allowed to be oriented with a matching shape, and in the aforementioned bottom basin, a submersible motor is placed and the power line is extended. The outer side is connected as a power source, and a peripheral recessed hole is formed in the periphery of the intermediate through hole of the receiving member to match the smooth span of the filter unit, and the paragraph extending upward along the periphery of the bearing member is allowed to conform to one. The upper cover of the shape is limited in orientation, and the middle range of the upper cover is a pipe section extending upward by a predetermined height, and a partition layer is maintained at the bottom of the pipe section, and a hole is penetrated through the outer side in the middle of the partition layer. Maintaining a predetermined shape of the resisting hole to allow a guiding pipe section to be introduced from the resisting hole and penetrating the filter unit downwardly, and to connect the end to the water outlet of the submersible motor placed in the bottom basin, on the upper cover The outer layer is recessed with a drinking water area, and the preset height of the adjacent drinking water area is to maintain a water drop hole; so that the constructed container body can start the submersible motor to guide the water of the bottom basin through the guiding pipe section to the upper cover. In the pipe section, the introduced water rapidly rotates along the periphery of the bottom of the pipe section to form a centrifugal force to drive the water to be gradually pushed up and to pass through the hole in the middle of the pipe section, which is attracted upward by the centrifugal force, driving the water to be pushed up. Forming a vortex area that gradually enlarges the outer circumference, and the water of the tube section is pushed to the upper end, that is, along the outer circumference, falls into the drinking water area formed around the upper cover to attract the pet to approach and enhance the fun of drinking water, and the water is along the water hole The downward circulation process enters the bottom basin and can be filtered by the filter unit as impurities in the drinking water zone.

A second object of the present invention is to smoothly place the filter unit in the recessed area formed in the periphery of the intermediate through hole, which is formed by the press plate, a filter layer and an upper platen. A plurality of connecting ends are formed along the periphery of the lower pressing plate, and the convex portions are extended upward, so that the connecting ends can be cut into the gaps corresponding to the filtering layer at intervals, and a plurality of connecting ends are formed along the periphery of the upper pressing plate. And recessed downwardly to form a recessed hole, wherein the connecting end is correspondingly disposed corresponding to the filter layer at the periphery of the gap, and each convex portion of the lower pressing plate is appropriately pressed and introduced into the corresponding recessed hole of the upper pressing plate, and The predetermined portion of the filter layer is penetrated through a hole, and as the introduction of the guide pipe segment, the water impurities constituting the water in the drinking zone of the lower cycle are filtered.

A third object of the present invention is to recess a notch on the side of the recessed portion formed in the periphery of the intermediate through-hole of the container body, so as to allow the inserted filter unit to press the predetermined section of the lower plate. The lower extending projections can be introduced during assembly so that the orientation between the filter unit and the holder is limited.

A fourth object of the present invention is to extend a guide pipe section introduced in the pipe section to the upper cover of the upper end of the support member included in the container body, and the upper end is formed to form a horizontal water outlet. The hole is resisted by the pipe section of the upper cover, so that the water outlet is in contact with the periphery of the pipe section, so that the water that is directed can be rapidly rotated to form a centrifugal force push up along the circumference of the pipe section.

A fifth object of the present invention is to provide a recess for a predetermined number of paragraphs in the outer periphery of the bottom of the container body to be recessed into a groove, and to communicate with the groove extending into the predetermined range of the bottom portion for communication The power line of the submersible motor in the bottom of the basin can be extended to the bottom groove along the outer groove to extend the connection of the power source.

A sixth object of the present invention is to provide an upper cover for engaging the upwardly extending section of the periphery of the mounting member included in the container assembly, in a transparent form as a selection condition, so as to gradually enlarge the outer circumference of the cut-off section due to centrifugal force in the middle range. This whirl area is clearly visible to the pet.

The seventh object of the present invention is to limit the orientation of the periphery of the upper end of the bottom basin and the bearing member included in the container assembly body, which is adopted by: the inner peripheral layer of the bottom end of the bottom basin is recessed in a plurality of corners to allow the bearing Each hook portion formed by the partitioning of the lower portion of the partition is rotated after the corresponding forming of the turning pattern of the bottom basin, so that the orientation between the bearing member and the bottom basin is restricted.

The eighth object of the present invention is to limit the orientation of the upwardly extending section and the upper cover of the periphery of the mounting member included in the container assembly body, which is: the bearing member is inwardly facing the inner layer and has a plurality of turning patterns. Each of the hook portions formed to allow the upper cover to be spaced apart toward the lower periphery is rotated after the corresponding introduction of the forming member into the folded shape, so that an orientation between the upper cover and the receiving member is restricted.

The ninth object of the present invention is to form a number of the lower pressing plate and the upper pressing plate which are placed in the concave portion of the container group and the concave portion formed in the periphery of the intermediate through hole. The ribs of the arc-shaped vortex form, so that the water falling in the drinking water area of the lower circulation can be partially blocked by the ribs formed by the upper and lower pressing plates through the filtering unit, or hedged to the surrounding impurities. Objects such as pet hair can be blocked by the ribs of the layer of the mounting member, together with the overall support strength of the members.

〔this invention〕

1‧‧‧ bottom box

11‧‧‧ trench

12, 26‧‧‧ Turning pattern gap

2‧‧‧Installation

21‧‧‧through hole

22‧‧‧ recessed area

23‧‧‧Extended paragraph

24, 41‧‧ ‧ gap

25, 87‧‧ ‧ hook

27, 34, 53‧‧‧ ribs

3‧‧‧ Lower platen

31, 51‧‧‧Connected end

32, 33‧‧ ‧ convex

4‧‧‧Filter layer

42, 83‧ ‧ holes

5‧‧‧Upper plate

52‧‧‧ recessed hole

6‧‧‧Filter unit

7‧‧‧Submersible motor

71‧‧‧Power cord

72, 731‧‧ ‧ water outlet

73‧‧‧Guided pipe section

8‧‧‧Upper cover

81‧‧‧section

82‧‧‧ interval level

84‧‧‧Resist hole

85‧‧‧ drinking water area

86‧‧‧Water hole

9‧‧‧ container group

10‧‧‧ water

101‧‧‧ swirl area

20‧‧‧ Air pressure

Fig. 1 is an exploded perspective view of the container assembly of the present invention.

Fig. 1 is an exploded view of the filter unit between the container groups of the present invention.

Fig. 1 is a magnified view of the container holder of the container assembly of the present invention.

Fig. 2 is an external view showing the assembly of the container assembly of the present invention.

Fig. 3 is a schematic view showing the reverse of the assembly of the container group related members of the present invention.

Fig. 4 is a plan view showing the assembly of the container assembly of the present invention in completion.

Fig. 5 is a cross-sectional view of the A-A portion of Fig. 4.

Fig. 6 is a schematic view showing the implementation of the circulation of drinking water by the container group of the present invention.

Figure 7 is another embodiment of the circulating flow of drinking water between the container bodies of the present invention.

The vortex water machine designed by the present invention (such as the first and fifth figures) mainly uses the container body 9 as a drinking water for drinking water to drive the water into the drinking water area during the introduction process, and returns to the drinking water area. The water in the water area is capable of filtering the impurities in the appropriate water, and is adopted in the vicinity of the upper end of the bottom basin 1 as a water holding area, and is allowed to be oriented with a bearing member 2 conforming to the shape, and in the foregoing A submersible motor 7 is placed in the bottom basin 1 and the power line 71 is extended outside to be used as a power source. A peripheral recess 21 is formed in the periphery of the intermediate through hole 21 of the mounting member 2 to match the filter unit. The smooth span of 6 is such that the extension of the section 23 along the periphery of the support member 2 allows the orientation of the upper cover 8 in a conforming manner, and the intermediate range of the upper cover 8 is a section of the upper portion extending upward by a predetermined height. 81, and at the bottom of the pipe section 81 is a retaining partition 82, and in the middle of the partition layer 82 is a through hole 83, and the outer side maintains a predetermined shape of the resisting hole 84 to allow a guiding pipe section 73 to be resisted The hole 84 is introduced and penetrates the filter unit 6 downward, and The end is connected to the water outlet 72 of the submersible motor 7 placed in the bottom basin 1, the outer layer of the upper cover 8 is recessed with a drinking water area 85, and adjacent to the drinking water area 85 preset height is to maintain a water hole 86; The water container 10 of the bottom basin 1 can be led to the pipe section 81 between the upper cover 8 via the guide pipe section 73 when the submersible motor 7 is started, and the introduced water 10 is fast along the bottom periphery of the pipe section 81. The rotation causes a centrifugal force (such as the arrow of Figures 1 and 6 to be swirled) to drive the water 10 to be gradually pushed up and to move the water pushed upward by the centrifugal force under the hole 83 in the middle of the pipe section 81. 10 forms a vortex area 101 which gradually enlarges the outer circumference, and the water 10 of the tube section 81 is pushed to the upper end, that is, along the outer circumference, into the drinking water area 85 formed around the upper cover 8 to attract the pet to approach and enhance the enjoyment of drinking water. And the water 10 enters the bottom basin 1 during the downward circulation process along the water drop hole 86, and can be filtered by the filter unit 6 as the impurities stored in the drinking water area 85.

The recessed area 22 formed in the periphery of the intermediate through-hole 21 is placed in the filter unit 6 by the pressing plate 3, a filter layer 4 and an upper platen 5. [Fig. 1 and Fig. 1], wherein a plurality of connecting ends 31 are formed along the periphery of the lower pressing plate 3 and a convex portion 32 is formed upward, so that the engaging end 31 can correspond to the filtering layer 4 at intervals. The peripheral recessed notch 41 is cut in, and a plurality of connecting ends 51 are formed along the periphery of the upper pressing plate 5 and recessed downwardly to form a recessed hole 52. The connecting end 51 which is described later also corresponds to the filter layer 4 at the periphery of the gap. During this period, each convex portion 32 spaced apart from the lower pressing plate 3 is introduced into the corresponding concave hole 52 of the upper pressing plate 5 in a suitable manner, and a predetermined portion of the filtering layer 4 is penetrated through a hole 42 as the introduction of the guiding pipe segment 73. The water impurities constituting a drinking water zone 85 capable of circling the lower circulation are filtered (as shown in Fig. 6).

As described above, the side of the recessed portion 22 formed in the periphery of the intermediate through-hole 21 is recessed into a notch 24 (as shown in FIG. 1 and FIG. 1). The convex portion 33 which allows the inserted filter unit 6 to extend under the predetermined section of the lower pressing plate 3 can be introduced at the time of assembly, so that the orientation between the filter unit 6 and the mounting member 2 is restricted.

The upper cover 8 which is connected to the upper extending section 23 of the receiving member 2 of the container assembly 9 extends the guiding pipe section 73 introduced in the section 81, and the upper end forms a horizontal water outlet 731. The hole 81 is abutted against the pipe section 81 of the foregoing upper cover 8 (as shown in Figs. 1 and 5), so that the water outlet 731 is in contact with the periphery of the pipe section 81, so that the water 10 can be quickly driven around the pipe section 81. The rotation forms a centrifugal force push up (as shown in Fig. 6).

In addition, the bottom portion of the bottom plate included in the container group 9 is recessed into a groove 11 (such as Figures 1 and 2) at the outer periphery, and the groove 11 is recessed along the predetermined range extending to the bottom. Connected (as shown in Fig. 3), the power supply line 71 at one end of the submersible motor 7 placed between the bottom basin 1 can be extended to follow the outer groove 11 to the bottom groove 11 as an extension of the power source. As shown in Figure 5].

At the same time, the upper cover 8 of the container member 9 including the support member 2 extending upwardly from the periphery 23 is a transparent condition as a selection condition (such as FIG. 6), so that the intermediate portion of the segment 81 is formed by centrifugal force. The vortex area 101 is gradually enlarged to the periphery and can be clearly seen by the pet.

The orientation of the upper end of the bottom pot 1 and the orientation of the mounting member 2 included in the container group 9 described in the paragraph [0016] (such as Figs. 1 and 5) is adopted as follows: the upper end of the bottom pot 1 is recessed toward the inner layer. a plurality of turning form gaps 12, each of the hook portions 25 formed to allow the mounting member 2 to be spaced apart toward the lower periphery to be rotated after the corresponding turning pattern notch 12 of the bottom basin 1 is introduced, so that the bearing member 2 and the bottom basin are rotated. Keeping one position between 1 is limited.

The container assembly 9 according to the paragraph [0016] includes an orientation restriction of the extending portion 23 and the upper cover 8 of the mounting member 2 in the circumferential direction (such as the first and fifth figures), which is: the extending portion of the receiving member 2 The inward-facing layer is a recessed-shaped turning-shaped notch 26, so that each hook portion 87 formed by allowing the upper cover 8 to be spaced apart toward the lower periphery is rotated after the correspondingly-introduced notch 26 of the introduction member 2 to make the upper cover The orientation between 8 and the support member 2 is limited.

Here, the container assembly 9 includes a receiving member 2 and a recessed portion 22 formed at the periphery of the intermediate through-hole 21, which is smoothly placed in the lower pressing plate 3 and the upper pressing plate 5 between the filtering unit 6, and is formed at the peripheral layer. The ribs 27, 34, 53 of the arc-shaped vortex form (as in Figures 1 and 5), so that the water 10 falling from the drinking area 85 of the lower cycle can be subjected to the upper and lower platens 5, 3 through the filter unit 6 The formed strip ribs 53, 34 suitably block part of the pet hair, or the foreign objects such as pet hair that are hedged to the periphery can be blocked by the ribs 27 of the layer of the mounting member 2, and the overall support of the members is also raised. strength.

And the water 10 in the bottom of the container body 9 in the present case is led by the submersible motor 7 along the pipe section 81 between the guiding pipe section 73 and the upper cover 8, and the introduced water 10 is made along the bottom periphery of the pipe section 81. The rapid rotation causes a centrifugal force (such as the arrow swirling of Fig. 7) to drive the water 10 to be gradually pushed up and through the gas pressure 20 which is attracted upward by the centrifugal force below the hole 83 in the middle of the pipe section 81, driving the push-up water 10 A vortex region 101 which gradually enlarges the outer periphery is formed in the middle, and when the water 10 of the pipe segment 81 is pushed to the upper end to fall along the outer periphery into the drinking water area 85 formed around the upper cover 8, it can also be used as a feeding fish.

Claims (9)

 A vortex water machine is a container group for drinking water for drinking water. The water used between the water is used to drive the water into the drinking water area during the introduction process, and the water that is returned to the water area can be filtered in the water. It is adopted that: in the upper end of the bottom basin as a water-filling area, the periphery of the bottom basin is allowed to be oriented with a matching shape, and in the aforementioned bottom basin, a submersible motor is placed and the power line is extended. The outer side is connected as a power source, and a peripheral recessed hole is formed in the periphery of the intermediate through hole of the receiving member to match the smooth span of the filter unit, and the paragraph extending upward along the periphery of the bearing member is allowed to conform to one. The upper cover of the shape is limited in orientation, and the middle range of the upper cover is a pipe section extending upward by a predetermined height, and a partition layer is maintained at the bottom of the pipe section, and a hole is penetrated through the outer side in the middle of the partition layer. Maintaining a predetermined shape of the resisting hole to allow a guiding pipe section to be introduced from the resisting hole and penetrating the filter unit downwardly, and to connect the end to the water outlet of the submersible motor placed in the bottom basin, on the upper cover The outer layer is recessed with a drinking water area, and the preset height of the adjacent drinking water area is to maintain a water drop hole; so that the constructed container body can start the submersible motor to guide the water of the bottom basin through the guiding pipe section to the upper cover. In the pipe section, the introduced water rapidly rotates along the periphery of the bottom of the pipe section to form a centrifugal force to drive the water to be gradually pushed up and to pass through the hole in the middle of the pipe section, which is attracted upward by the centrifugal force, driving the water to be pushed up. Forming a vortex area that gradually enlarges the outer circumference, and the water of the tube section is pushed to the upper end, that is, along the outer circumference, falls into the drinking water area formed around the upper cover to attract the pet to approach and enhance the fun of drinking water, and the water is along the water hole The downward circulation process enters the bottom basin and can be filtered by the filter unit as impurities in the drinking water zone.    The vortex water machine according to claim 1, wherein the container body comprises a recessed portion formed in the periphery of the intermediate through hole and smoothly placed in the filter unit, by means of a pressure plate and a filter. The layer is formed by an upper pressing plate, wherein a plurality of connecting ends are formed along the periphery of the lower pressing plate, and a convex portion is extended upward, so that the connecting end can be cut into the gap corresponding to the filtering layer at the interval, and the other is along the upper portion. The periphery of the pressure plate is formed with a plurality of connecting ends and recessed downwardly to form a concave hole. The connecting end is also corresponding to the filtering layer at the periphery of the interval, and the convex portion of the lower pressing plate is appropriately pressed and introduced. The corresponding recessed hole of the upper pressing plate and the predetermined portion of the filtering layer penetrate through a hole, and the introduction of the guiding pipe section allows the water impurities constituting the water in the lower circulation to be filtered.    The vortex water machine according to claim 2, wherein the container body comprises a receiving member positioned on a side of the concave portion formed around the intermediate through hole to be recessed to allow insertion. The convex portion extending under the preset section of the lower pressing plate of the filtering unit can be introduced during assembly, so that the orientation between the filtering unit and the receiving member is restricted.    The vortex water machine according to the first aspect of the invention, wherein the container body comprises a guide tube segment extending in the middle of the upper cover extending upwardly from the periphery of the support member, and the upper end is A horizontal outlet is formed to abut the abutting hole of the pipe section of the upper cover, so that the water outlet is in contact with the periphery of the pipe section, so that the water that is directed upward can be rapidly rotated to form a centrifugal force push up along the circumference of the pipe section.    The vortex water machine according to claim 1, wherein the container body comprises a bottom basin which is recessed in a predetermined section at the outer periphery and recessed along a predetermined range extending to the bottom. The groove is connected to facilitate the placement of the power line of the submersible motor between the bottom basin and the power supply line extending along the outer groove to the bottom groove as an extension of the power source.    The vortex water machine according to claim 1, wherein the container body comprises a top cover extending upwardly from the periphery of the mounting member, and the transparent cover is used as a selection condition to facilitate the intermediate range. The swell area of the tube segment is gradually enlarged due to centrifugal force and can be clearly seen by the pet.    The vortex water machine according to claim 1, wherein the container body comprises a bottom bracket upper end and an orientation restriction of the bearing member, wherein the bottom end of the bottom basin is inwardly facing the inner layer. The turning form gap is such that each hook portion formed by allowing the bearing member to be spaced apart toward the lower periphery is rotated after the corresponding forming of the turning pattern of the bottom basin, so that the orientation between the bearing member and the bottom basin is restricted.    The vortex water machine according to the first aspect of the invention, wherein the container body comprises a support member having an upwardly extending section extending upwardly from the upper cover and the upper cover, wherein the bearing member comprises the extension portion facing the inner layer. a plurality of turning form gaps are formed in the recesses, so that each hook portion formed by allowing the upper cover to be spaced apart toward the lower periphery is rotated after the corresponding forming of the forming part of the receiving member, so that the upper cover and the mounting member are maintained in one orientation. limit.    The vortex water machine according to claim 2, wherein the container body comprises a bearing member and a recessed portion formed at a periphery of the intermediate through hole, and the lower pressing plate and the upper pressing plate are smoothly placed between the filter unit. The upward facing layer is a strip of ribs forming a plurality of curved vortex shapes, so that the water falling in the drinking water area of the lower circulation can be partially treated by the ribs formed by the upper and lower pressing plates through the filtering unit. Appropriately blocking, or hauling to the surrounding debris, such as pet hair, can be blocked by the ribs of the layer of the mounting member, together with the overall support strength of these members.