CN110016944A - A kind of landscaping water-saving equipment - Google Patents

Abstract

The invention discloses a water-saving equipment for landscaping. , a side cavity is communicated with the lower end wall of the cone cavity, the right side of the side cavity is provided with a right inner cavity located in the box, and the inner cavity is provided with a guide for guiding rainwater into the equipment in an inclined manner. The water device adopts a water guiding device, a shielding device and a collecting device, which realizes the installation on the ground, saves the floor space of the equipment, and uses a more flexible structure, so that the equipment can meet the basic structural strength. The equipment separates the rainwater from the residue, and efficiently recovers the rainwater for reuse to save water, and removes and replaces the residue more conveniently, which greatly improves the working efficiency and reliability of the equipment.

Description

A kind of landscaping water-saving equipment

technical field

The invention relates to the technical field of garden water saving, in particular to a garden greening water saving device.

Background technique

Garden landscape needs to consume a lot of water resources in the process of planting green plants. In some areas where water resources are relatively poor, it is necessary to save water for garden landscape. The garden directly saves water to save water. Although it achieves the function of water saving to a large extent, from the internal structure of the equipment and the use cost, it increases the use cost of the equipment and makes the water saving effect less. Obviously, this requires a new water-saving method. Because in nature, there will be rain. Due to a large amount of rainwater, the rainwater will flow into the ground or other channels and grooves, and the above-mentioned water sources cannot be replaced. Good use, if rainwater can be used to save water, it will improve the water-saving efficiency, and if special equipment is used, it will increase the floor space of the equipment, making the use of the equipment unpractical, and the water-saving efficiency and effect will be improved. Lower, also can not achieve better water-saving function.

SUMMARY OF THE INVENTION

The technical problem to be solved by the present invention is to provide a water-saving equipment for landscaping, which can solve the above-mentioned problems in the present technology.

The present invention is realized by the following technical solutions: a garden greening water-saving equipment of the present invention comprises a box body, an open inner cavity is arranged in the box body, and a bracket is communicated with the right end wall of the inner cavity, so The lower end wall of the bracket is communicated with a conical cavity, the lower end wall of the conical cavity is communicated with a side cavity, the right side of the side cavity is provided with a right inner cavity located in the box, and the inner cavity is provided with a side cavity. The water guiding device is used to guide rainwater into the equipment in an inclined manner. The right side of the water guiding device is provided with a shielding device located in the storage cavity and working in cooperation with the water guiding device. The collection device is used to realize the efficient recovery of rainwater and the treatment of residues by using the above device.

In a further technical solution, the water guiding device includes a turning block that is rotatably connected to the left end wall of the inner cavity, a turning box is fixed on the right end surface of the turning block, a culture cavity is arranged in the turning box, and the culture cavity is inside. The turf is loaded with turf, and the lower side of the revolving box is provided with a support component for jacking up and supporting the revolving box, so that the turf is used as a garden landscape, and at the same time, the revolving box is supported and jacked up by the supporting component.

In a further technical solution, the support assembly includes a transmission box, the lower end surface of the transmission box is fixed with left-right symmetrical supporting feet, the supporting feet are in contact with the lower end wall of the inner cavity, and an open transmission inner wall is arranged in the transmission box. The lower side of the transmission inner cavity is provided with a lower side inner cavity located in the transmission box, and the transmission inner cavity and the lower side inner cavity are provided with a lifting structure for lifting the rotating box, so as to The transfer box is lifted by a lifting structure.

In a further technical solution, the lifting structure includes a power transmission motor fixed in the lower end wall of the lower side inner cavity, the power transmission motor is internally powered with a rotating top shaft, and the rotating top shaft extends upward through In the transmission inner cavity, the outer surface of the rotating top shaft is fixed with a driving pulley, and the left and right sides of the driving pulley are provided with side meshing pulleys that are symmetrical to the left and right and are rotatably connected to the lower end wall of the transmission inner cavity. The side meshing pulley and the driving pulley are powered by a synchronous belt, and the side meshing pulley is connected with a sliding rod through the inner thread, and the sliding rod slides through the transmission box and extends upward. The part where the rod is matched with the side meshing pulley is provided with threads; the part where the sliding rod is matched with the transmission box is a key and a keyway matched for connection to realize a sliding fit connection. The upper end surface of the slide rod is fixed with a The top turret is provided with an opening cavity that penetrates up and down, and the end walls around the opening cavity are connected with an annular roller cavity. A connecting shaft is arranged to rotate between the rotating wheel blocks, a left-right symmetrical sliding block is arranged to slide on the outer surface of the connecting shaft, and a vertically symmetrical swing rod is arranged to rotate inside the sliding block. The swing rod is rotatably connected with the rotating top shaft, a top rotating block is arranged inside the swing rod on the upper side, and an upper side plate is rotated on the outer surface of the upper side of the top rotating block. A ring-shaped rack is fixed on the lower end wall of the oral cavity. The upper side of the ring-shaped rack is meshed with a left-right symmetrical meshing gear fixed with the connecting shaft. The upper side plate supports and lifts the rotary box.

In a further technical solution, the shielding device includes a sliding inner cavity communicating with the right end wall of the storage cavity, an inner sliding cavity is communicated with the end wall of the sliding inner cavity, and a bottom transmission is fixed in the lower end wall of the inner sliding cavity. The motor, the output shaft of the bottom drive motor is connected in a rotatable fit with the upper end wall of the inner sliding cavity, the outer surface of the output shaft of the bottom drive motor is threadedly connected with an internal thread block, and the left side of the internal thread block is provided with an internal thread block. The sliding table assembly is convenient for horizontally supporting the rotary box, so that the rotary box can be better supported when it is horizontal by using the sliding table assembly.

In a further technical solution, the slide table assembly includes a snap-fit cavity that communicates with the storage cavity with an end wall and is located in the box. The casing is an L-shaped structure, the sliding casing closes the left end wall of the storage cavity, the rotating box is in contact with the sliding casing, and a connecting rod is arranged on the inside of the sliding casing to rotate, so A side sliding block is arranged inside the connecting rod, the side sliding block is slidably connected with the sliding inner cavity, and the side sliding block is fixed with the inner thread block, so that the bottom transmission motor is used to drive the The internal thread block moves up and down so that the internal thread block drives the sliding housing to slide so as to facilitate the introduction of rainwater into the device.

In a further technical solution, the collecting device includes an intermediate cavity that communicates with the side cavity and the right inner cavity, the side cavity is provided with a filter residue assembly for guiding the residue to be turned out, and the right side of the filter residue assembly is provided with a filter residue assembly for In the storage assembly for accommodating residues, a bottom pipe is communicated with the lower end wall of the side cavity, and an on-off valve is communicated with the bottom pipe, so that the residue can be better filtered by the above components.

As a further technical solution, the residue filter assembly includes a power cylinder fixed in the left end wall of the right inner cavity, a push plate is fixed on the right end face of the output shaft of the power cylinder, and the push plate is connected to the side cavity. , the middle cavity and the right inner cavity are slidably connected, a bracket is fixed on the left end face of the pushing plate, a filter screen is arranged to rotate in the bracket, and an open inner rotation cavity is arranged in the filter screen. A guide cavity is communicated in the middle cavity, a cylinder is slidably arranged in the guide cavity, an inner rotating rod is fixed on the upper end surface of the cylinder, and the inner rotating rod is connected with the inner rotating cavity in a rotating fit, so as to utilize the The power cylinder drives the pushing plate to move, so that the filter screen is easily turned over to filter the residue.

In a further technical solution, the storage assembly includes a storage box abutting against the lower end wall of the inner cavity on the right side, and an open storage cavity is arranged in the storage box, so that the filter residue is stored in the storage cavity.

The beneficial effects of the present invention are:

When it rains, first the bottom drive motor starts to work and drives the inner thread block to move down, and after the inner thread block moves down, the inner thread block drives the side slider to move down, At this time, due to the action of the connecting rod of the connecting rod, the side slider drives the connecting rod to slide downward, and at the same time, the sliding housing slides to the right. At this time, the sliding housing slides into the At this time, the sliding housing keeps the storage cavity in an open state, which is conducive to the introduction of rainwater, and the design of the above structure is conducive to improving the maneuverability of the equipment. At the same time, the power After the cylinder works, the pushing plate is driven to move to the right, so that the pushing plate drives the bracket to move to the right. Under the action of the filter screen, the inner rotating rod, the cylinder and the guide cavity, the cylinder and the The inner rotating rod gradually moves down along the guide cavity, and the filter screen is in an inclined state at this time, so as to facilitate the filtering of the residue in the rainwater and facilitate the introduction of the residue into the receiving cavity, and then the power After the transmission motor starts to work, the power transmission motor drives the rotating top shaft to rotate, so that the rotating top shaft drives the swing rod to rotate. At this time, the swing rod drives the sliding block, inner sliding cavity, The meshing gear and the rotating wheel block rotate, and the connecting shaft rotates on the upper side of the ring rack, and the rotating wheel block rolls in the roller cavity. This design is conducive to increasing the number of pairs of upper plates. The bearing capacity of the rotating box increases the strength of the structure. At the same time, after the rotating top shaft rotates, the driving pulley is driven to rotate, and the side meshing pulley that is powered with the driving pulley rotates The sliding rod is moved upward. Since the sliding rod is threadedly connected with the side meshing pulley and is slidably connected with the transmission box, the top rotating box is gradually moved downward, so that the rotating box is It slopes downward along the swing of the turning block. At this time, the rainwater enters into the cone cavity along the storage cavity while washing the debris gills in the turf and is filtered by the filter screen. , the sundries enter the storage cavity, and the rainwater flows into the side cavity. After the opening and closing valve is opened, the rainwater in the side cavity can be discharged from the equipment to water the garden plants.

The device of the invention has a simple structure, adopts a water guiding device, a blocking device and a collecting device, realizes the method of installing on the ground, saves the floor space of the device, and uses a relatively flexible structure, so that the device can meet the basic structural strength. At the same time, the equipment separates rainwater from residues, and efficiently recovers rainwater for reuse to save water, and removes and replaces residues more conveniently, which greatly improves the working efficiency and reliability of the equipment.

Description of drawings

For ease of description, the present invention is described in detail by the following specific embodiments and accompanying drawings.

1 is a schematic diagram of the internal overall structure of a garden greening water-saving equipment according to the present invention;

Fig. 2 is the A-direction schematic diagram of the rotating top shaft in Fig. 1;

Fig. 3 is the schematic diagram of the B direction of the box in Fig. 1;

Fig. 4 is the C-direction schematic diagram of the filter screen in Fig. 1;

Fig. 5 is the D-direction schematic diagram of the side connecting shaft in Fig. 1;

In the figure, the inner cavity 101, the box body 102, the culture cavity 103, the rotating box 104, the rotating block 105, the turf 106, the opening cavity 107, the meshing gear 108, the connecting shaft 109, the sliding block 110, the swing rod 111, the top rotating block 112, upper side plate 113, ring gear rack 115, sliding housing 116, connecting rod 117, card fitting cavity 118, inner sliding cavity 119, inner thread block 120, side slider 121, sliding inner cavity 122, bottom drive Motor 123, push plate 124, power cylinder 125, storage box 126, storage cavity 127, middle cavity 128, side cavity 129, switch valve 130, bottom pipe 131, filter screen 132, cone cavity 133, storage cavity 134, Bracket 135, transmission box 136, sliding rod 137, lower inner cavity 138, power transmission motor 139, rotating top shaft 140, side pulley 141, supporting feet 142, transmission inner cavity 143, rotating wheel block 144, top rotating box 145. Roller cavity 146, right inner cavity 147, driving pulley 148, cylinder 201, inner rotating cavity 202, inner rotating rod 203, guide cavity 204.

Detailed ways

As shown in Fig. 1-Fig. 5, the present invention is described in detail, for the convenience of description, the azimuth mentioned below is now specified as follows: the up-down, left-right, front-rear directions mentioned below are consistent with the up-down, left-right, front-rear directions of the projection relationship of Fig. 1 itself, A landscaping water-saving equipment of the present invention includes a box body 102, an inner cavity 101 with an opening is arranged in the box body 102, a bracket 135 is communicated with the right end wall of the inner cavity 101, and the lower end wall of the bracket 135 A conical cavity 133 is communicated inside, and a side cavity 129 is communicated with the lower end wall of the conical cavity 133 . 101 is provided with a water guide device for guiding rainwater into the equipment in an inclined manner. The right side of the water guide device is provided with a shielding device located in the storage cavity 134 and cooperating with the water guide device. A collection device that removes rainwater and residues, so that the efficient recovery of rainwater and the treatment of residues can be realized by using the above-mentioned device.

Beneficially, the water guiding device includes a turning block 105 that is rotatably connected to the left end wall of the inner cavity 101 , a turning box 104 is fixed on the right end surface of the turning block 105 , and a culture cavity 103 is arranged in the turning box 104 . , the cultivating chamber 103 is loaded with turf 106, and the lower side of the revolving box 104 is provided with a support component that supports the revolving box 104, so that the turf 106 is used as a garden landscape, and the supporting component is used to The rotary box 104 is supported and jacked up.

Beneficially, the support assembly includes a transmission case 136 , the lower end surface of the transmission case 136 is fixedly provided with left-right symmetrical support feet 142 , the support feet 142 abut against the lower end wall of the inner cavity 101 , and the transmission case 136 A transmission inner cavity 143 is provided with an opening, the lower side of the transmission inner cavity 143 is provided with a lower inner cavity 138 located in the transmission case 136, and the transmission inner cavity 143 and the lower inner cavity 138 The lifting structure of the rotating box 104 is used to lift the rotating box 104 by using the lifting structure.

Beneficially, the lift structure includes a power transmission motor 139 fixed in the lower end wall of the lower inner cavity 138 , and a rotating top shaft 140 is provided in the power transmission motor 139 for power connection. The rotating top shaft 140 Extending upward through the transmission inner cavity 143 , a driving pulley 148 is fixed on the outer surface of the rotating top shaft 140 . The side meshing pulley 141 is matched and connected, and the side meshing pulley 141 and the driving pulley 148 are connected by synchronous belt power. The inner thread of the side meshing pulley 141 is connected with a sliding rod 137. The sliding rod 137 slides through the transmission box 136 and extends upward, the part of the sliding rod 137 that is in cooperation with the side pulley 141 is provided with threads, and the part of the sliding rod 137 that is in cooperation with the transmission box 136 is The key is connected with the keyway to realize the sliding fit connection. The upper end surface of the sliding rod 137 is fixed with a top-rotating box 145. The top-rotating box 145 is provided with an opening cavity 107 that penetrates up and down, and the surrounding end walls of the opening cavity 107 A ring-shaped roller cavity 146 is provided in communication with each other, and a left-right symmetrical rotating wheel block 144 is rolled in the roller cavity 146. A connecting shaft 109 is rotated between the rotating wheel blocks 144, and the connecting shaft 109 is outside. A left-right symmetrical sliding block 110 is arranged on the surface sliding, and a vertically symmetrical swing rod 111 is arranged to rotate in the sliding block 110. The upper side of the swing rod 111 is provided with a top turning block 112 that rotates, and an upper side plate 113 is arranged on the outer surface of the top turning block 112 to rotate. The lower end wall of the opening cavity 107 is fixed with a ring-shaped The ring rack 115, the upper side of the ring rack 115 is meshed with a left-right symmetrical meshing gear 108 fixed with the connecting shaft 109, and the upper side plate 113 is in contact with the rotating box 104, so as to utilize the upper side plate 113. The side plate 113 supports and jacks up the rotary box 104 .

Advantageously, the shielding device includes a sliding inner cavity 122 communicating with the right end wall of the storage cavity 134 , and an inner sliding cavity 119 is communicated with the end wall of the sliding inner cavity 122 . A bottom transmission motor 123 is fixed, the output shaft of the bottom transmission motor 123 is rotatably connected with the upper end wall of the inner sliding cavity 119, and the outer surface of the output shaft of the bottom transmission motor 123 is threadedly connected with an internal thread block 120. , the left side of the internal thread block 120 is provided with a sliding table assembly which is convenient for supporting the revolving box 104 horizontally, so that the rotating box 104 can be better supported when it is horizontal by using the sliding table assembly.

Advantageously, the sliding table assembly includes a snap-fit cavity 118 that communicates with the storage cavity 134 and is located in the box body 102 , and a sliding housing is provided in the snap-fit cavity 118 to slide. 116. The sliding housing 116 has an L-shaped structure. The sliding housing 116 closes the left end wall of the storage cavity 134. A connecting rod 117 is arranged on the inner side of the housing 116 to rotate, and a side slider 121 is arranged on the inner side of the connecting rod 117 to rotate. The side slider 121 is slidably connected to the sliding cavity 122. It is fixed with the internal thread block 120, so that the bottom drive motor 123 drives the internal thread block 120 to move up and down, so that the internal thread block 120 drives the sliding housing 116 to slide so as to facilitate the introduction of rainwater into the equipment.

Beneficially, the collecting device includes a middle cavity 128 communicating with the side cavity 129 and the right inner cavity 147 , the side cavity 129 is provided with a filter residue assembly for guiding the residue to turn out, and the filter residue assembly is on the right side. A storage assembly for accommodating residues is arranged on the side, a bottom pipe 131 is communicated with the lower end wall of the side cavity 129, and an on-off valve 130 is communicated with the bottom pipe 131, so that the residue can be better filtered by the above components.

Beneficially, the filter residue assembly includes a power cylinder 125 fixed in the left end wall of the right inner cavity 147 , and a push plate 124 is fixed on the right end face of the output shaft of the power cylinder 125 , and the push plate 124 Connected with the side cavity 129, the middle cavity 128 and the right inner cavity 147 in a sliding fit, a bracket 135 is fixed on the left end face of the pushing plate 124, and a filter screen 132 is arranged in the bracket 135 to rotate. The net 132 is provided with an open inner rotating cavity 202, the intermediate cavity 128 is communicated with a guide cavity 204, a cylinder 201 is slid in the guide cavity 204, and an inner rotating rod is fixed on the upper end surface of the cylinder 201 203 , the inner rotating rod 203 is rotatably connected with the inner rotating cavity 202 , so that the power cylinder 125 is used to drive the pushing plate 124 to move, so that the filter screen 132 can be easily turned over to filter the residue.

Beneficially, the storage assembly includes a storage box 126 abutting against the lower end wall of the inner cavity 147 on the right side, and an open storage cavity 127 is provided in the storage box 126, so that the storage box 127 is used to store Nanofiltration residue.

In the initial state, the above-mentioned devices, components and structures are in a stopped working state, and the upper end surface of the rotating box 104 and the box body 102 are in a horizontal position. In the initial state of the equipment, it is not necessary to collect rainwater. It plays the role of garden landscape. When the equipment is installed, the equipment is installed below the ground. As part of the garden landscape, it does not affect the ornamental quality and saves the floor space of the equipment.

When the equipment is working, it is raining at this time, and the relevant structure inside the equipment needs to work to realize the purpose of collecting rainwater to save water. First, the bottom drive motor 123 starts to work and then drives the internal The threaded block 120 moves downward. After the female threaded block 120 moves downward, the female threaded block 120 drives the side slider 121 to move downward. At this time, due to the linkage of the connecting rod 117, the The side slider 121 drives the connecting rod 117 to slide downwards and at the same time causes the sliding housing 116 to slide to the right. At this time, the sliding housing 116 slides into the fitting cavity 118 . The sliding housing 116 keeps the storage cavity 134 in an open state, so as to facilitate the introduction of rainwater, and the design of the above structure is beneficial to improve the maneuverability of the equipment. At the same time, the power cylinder 125 drives the The pushing plate 124 moves to the right, so that the pushing plate 124 drives the bracket 135 to move to the right. The cylinder 201 and the inner rotating rod 203 gradually move downward along the guide cavity 204. At this time, the filter screen 132 is in an inclined state, so as to facilitate the filtering of the residues in the rainwater and facilitate the introduction of the residues into the accommodating chamber. In 127, after the power transmission motor 139 starts to work, the power transmission motor 139 drives the rotating top shaft 140 to rotate, so that the rotating top shaft 140 drives the swing rod 111 to rotate. The rod 111 drives the sliding block 110 , the inner sliding cavity 119 , the meshing gear 108 and the rotating wheel block 144 to rotate, and the connecting shaft 109 rotates on the upper side of the ring rack 115 , and the rotating wheel block 144 rotates Rolling in the roller cavity 146 is beneficial to increase the bearing capacity of the upper side plate 113 to support the revolving box 104 and increase the strength of the structure. At the same time, the rotating top shaft 140 drives the The driving pulley 148 rotates, and the side meshing pulley 141 connected to the driving pulley 148 rotates to move the sliding rod 137 upward. threaded connection and sliding fit connection with the transmission box 136, then the top rotating box 145 is gradually moved downward, so that the rotating box 104 is inclined downward along the swing of the rotating block 105, and the rainwater will When the debris gills in the turf 106 are flushed and enter the cone cavity 133 along the storage cavity 134 and under the filtering of the filter screen 132, the debris enters the storage cavity 127 , and the rainwater flows into the side cavity 129 , and after the on-off valve 130 is opened, the rainwater in the side cavity 129 can be discharged out of the device.

The above are only specific embodiments of the present invention, but the protection scope of the present invention is not limited to this, and any changes or substitutions that are not conceived of without creative work should be included within the protection scope of the present invention. Therefore, the protection scope of the present invention should be based on the protection scope defined by the claims.

Claims (9)

1. A water-saving equipment for landscaping, comprising a box body, an open inner cavity is arranged in the box body, a bracket is communicated in the right end wall of the inner cavity, and a cone cavity is communicated in the lower end wall of the bracket, so A side cavity is communicated with the lower end wall of the conical cavity, and a right inner cavity located in the box is arranged on the right side of the side cavity. The right side of the water guiding device is provided with a shielding device located in the storage cavity and cooperating with the water guiding device, and the lower side of the shielding device is provided with a collecting device for collecting rainwater and removing residues. 2 . The water-saving equipment for landscaping according to claim 1 , wherein the water guiding device comprises a turning block which is rotatably connected to the left end wall of the inner cavity, and a turning box is fixed on the right end surface of the turning block. 3 . , a culture cavity is arranged in the turn box, the turf is loaded in the culture cavity, and a support assembly is arranged on the lower side of the turn box to support the turn box. 3 . The water-saving equipment for landscaping according to claim 2 , wherein the support assembly comprises a transmission box, and the lower end surface of the transmission box is fixed with left-right symmetrical supporting feet, and the supporting feet are connected with the inner The lower end wall of the cavity is in contact with each other, an open transmission inner cavity is arranged in the transmission box, and a lower inner cavity located in the transmission box is arranged on the lower side of the transmission inner cavity, and the transmission inner cavity and the lower inner cavity are A lifting structure for lifting the rotary box is provided. The landscaping water-saving equipment according to claim 3, characterized in that: the lifting structure comprises a power transmission motor fixed in the lower end wall of the lower inner cavity, and the power transmission motor is internally connected with power A rotating top shaft is provided, the rotating top shaft extends upward through the transmission inner cavity, a driving pulley is fixed on the outer surface of the rotating top shaft, and the left and right sides of the driving pulley are symmetrically arranged with the A side meshing pulley is rotatably connected to the lower end wall of the inner cavity of the transmission, the side meshing pulley and the driving pulley are powered by a synchronous belt, and the inner thread of the side meshing pulley is connected with a sliding rod. The sliding rod slides through the transmission case and extends upward. The part of the sliding rod that is matched with the side meshing pulley is provided with threads; The upper end surface of the sliding rod is fixed with a top-turning box, and the top-turning box is provided with an opening cavity that penetrates up and down, and the end walls around the opening cavity are connected with a ring-shaped roller cavity. Left and right symmetrical rotating wheel blocks are arranged to roll in the roller cavity, a connecting shaft is arranged to rotate between the rotating wheel blocks, and left and right symmetrical sliding blocks are arranged to slide on the outer surface of the connecting shaft. A swing rod that rotates in the shifting block is arranged up and down symmetrically, the swing rod on the lower side is rotatably connected with the rotating top shaft, and a top rotating block is arranged in the swing rod on the upper side to rotate. An upper side plate is arranged on the outer surface of the upper side of the block to rotate, and a ring-shaped rack is fixed on the lower end wall of the opening cavity. gear, and the upper side plate is in contact with the rotary box. 5 . The water-saving equipment for landscaping according to claim 1 , wherein the shielding device comprises a sliding inner cavity that communicates with the right end wall of the storage cavity, and the sliding inner cavity has an end wall that communicates with an inner cavity. 6 . A sliding cavity, a bottom transmission motor is fixed in the lower end wall of the inner sliding cavity, the output shaft of the bottom transmission motor is connected with the upper end wall of the inner sliding cavity in a rotatable fit, and the outer surface of the output shaft of the bottom transmission motor is threadedly matched The connection is provided with an internal thread block, and the left side of the internal thread block is provided with a sliding table assembly which is convenient for horizontally supporting the rotary box. 6 . The water-saving equipment for landscaping according to claim 5 , wherein the sliding table assembly comprises a clamping fitting cavity which is communicated with the end wall of the storage cavity and is located in the box, and the clamping fitting cavity is located in the box. A sliding housing is provided for sliding in the matching cavity. The sliding housing is an L-shaped structure. The sliding housing closes the left end wall of the storage cavity, and the rotating box is in contact with the sliding housing. , a connecting rod is arranged to rotate inside the sliding housing, and a side slider is arranged to rotate inside the connecting rod. The side slider is slidably connected to the sliding inner cavity, and the side slider is The internal thread block is fixed. 7 . The water-saving equipment for landscaping according to claim 1 , wherein the collecting device comprises a middle cavity that communicates with the side cavity and the right inner cavity, and the side cavity is provided with a space for collecting The residue is guided and turned out of the filter residue assembly, the right side of the filter residue assembly is provided with a storage assembly for accommodating residues, a bottom pipe is communicated with the lower end wall of the side cavity, and an on-off valve is communicated with the bottom pipe. 8 . The water-saving equipment for landscaping according to claim 7 , wherein the filter residue assembly comprises a power cylinder fixed in the left end wall of the right inner cavity, and the right end surface of the output shaft of the power cylinder is fixed on the right end surface. 9 . A push plate is provided, the push plate is connected with the side cavity, the middle cavity and the right inner cavity in a sliding fit, a bracket is fixed on the left end face of the push plate, and a filter screen is arranged in the bracket to rotate , the filter screen is provided with an open inner rotating cavity, the intermediate cavity is communicated with a guide cavity, a cylinder is slid in the guide cavity, and an inner rotating rod is fixed on the upper end surface of the cylinder. The inner rotating rod is rotatably connected with the inner rotating cavity. 9 . The water-saving equipment for landscaping according to claim 7 , wherein the storage assembly comprises a holding box that is in contact with the lower end wall of the right inner cavity, and an open container is provided in the holding box. 10 . Na cavity.