CN115157917A

CN115157917A - Multi-functional intelligent flowing water view activity desktop

Info

Publication number: CN115157917A
Application number: CN202210946643.XA
Authority: CN
Inventors: 韩元利; 韩小桥; 韩雨馨
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-08-09
Filing date: 2022-08-09
Publication date: 2022-10-11

Abstract

The invention relates to the technical field of Internet of things (IoT) and desktop landscape, in particular to a multifunctional intelligent flowing water landscape movable desktop; the movable desktop is composed of a customizable box body and a water flowing ornament; the box body mainly comprises a water containing cavity and a control unit; the water containing cavity comprises a water landscape object, a filtering part, water, gas and electric lines, corresponding functional parts and a transparent material covering surface; the control unit is composed of power supply control, water path control, gas path control and other functional parts. The intelligent flowing water landscape desktop provided by the invention can be placed on other existing desktops to be observed or independently placed, has an internal water circulation waterway and can also expand an external water circulation waterway; the multifunctional water purifier can provide functions of supplying air, increasing oxygen, purifying general water ecological environment by running water, and also can provide multifunctional customization capabilities of atomizing and humidifying, sound control fountain, music lighting effect and controlling intelligent ornaments; the intelligent flowing water landscape desktop provided by the invention can be controlled by a carried electronic panel and also can be controlled by a mobile App or a network page.

Description

Multi-functional intelligent flowing water view activity desktop

Technical Field

The invention relates to the technical field of Internet of things (IoT) and desktop landscapes, in particular to a multifunctional intelligent flowing water landscape movable desktop.

Background

The method realizes connection between objects and people and intelligent management of objects and processes through various possible network accesses, and is an important aspect of the internet of things (IoT) technology. The IoT technology has a wide application range, taking a home as an example, intelligent household appliances such as an intelligent door lock, a camera, a sound box, kitchen appliances, an air conditioner, a television and the like which are large and small in size in the home are all node components of the IoT internet of things as long as the appliances can be networked to receive mobile phone or network control or information reading, and the appliances are equivalent to a sensor and a controller terminal of the internet of things system and receive control from a central IoT internet of things platform to realize information reading or action feedback, so that the ability of intelligently controlling everything is achieved. For a large-scale internet of things platform, a server deployment mode is usually adopted to enable services to run on a server, but for a general small-scale application scene, such as home intelligence, embedded hardware is usually adopted to enable a service software system to be recorded into a hardware chip and to be bundled and deployed with a terminal product, so that the illusion that a terminal is the service platform is formed. In any deployment, the deployment is different, and there is not much difference for the small-scale IoT application scenario.

Disclosure of Invention

The technology of the invention belongs to an implementation product of smart home, the technology of the internet of things, the control circuit of the internet of things and the electric device are used for realizing the combined control of water, air, fog, light and sound, and the control technology is applied to the aspect of flowing water landscape, so that the intelligent realization of the scheduling management of landscape resources is achieved, and a support platform is provided for various possible combined landscape effects. In order to utilize the Internet of things control technology, the invention combines the design of the flowing water landscape, and realizes the fusion of the technology and the miniature landscape by taking a movable desktop as a carrier, thereby providing a flexible and convenient Internet of things IoT application scene which can bring enjoyment to the life of people for realizing various landscape effects.

In order to construct the device, the invention designs a multifunctional intelligent flowing water landscape movable desktop which is characterized in that a box body which is suitable for being placed on the desktop and can ensure that the desktop function is not influenced is constructed, at least two independent dry and wet space units are divided in the box body, and the wet space units are used as a water containing cavity, a water landscape placing device and a water landscape filtering device; the other dry area is used for placing the control units of various equipment devices. The two units are connected through pipelines, and water tightness and water seepage of the water containing cavity are guaranteed through water tightness protection measures.

The upper part of the water containing cavity is covered by glass or other rigid transparent materials to ensure the visibility of desktop landscape. An open water receiving disc can be arranged above the desktop, other flowing water decoration articles such as a miniature rockery and a fountain can be arranged in the disc, water flow is pumped out of the water receiving cavity by the water circuit device in the control unit, and the water flow is converged by the water receiving disc after passing through the flowing water decoration articles and then flows into the water containing cavity through the outlet, so that a miniature water circulation landscape is formed.

A multifunctional intelligent flowing water landscape movable desktop is characterized by comprising the following implementation steps.

Step 1: constructing a box body matched with the placing table top, and at least dividing the box body into a dry space area and a wet space area; the dry area is used for deploying control units such as a power supply device, a water path device, a gas path device, an operation device and the like; the wet area is used as a water containing cavity and needs to be subjected to waterproof leakage treatment, and various different color matching bottom films can be attached to enhance the landscape effect in water and improve the leakage prevention capability when necessary.

Step 2: the control unit is communicated with the water containing cavity through a plurality of pipelines to ensure the bidirectional transmission of water flow, mist flow, air flow and current. The number of the communicated pipelines is different according to different desktop landscape functional designs.

And step 3: according to different desktop landscape customizing functions, a filtering device, an atomizing bin, underwater landscape and pipelines, terminal parts such as a water pump, a spray head, a bubble stone, a lamp and the like can be arranged in the water containing cavity and are connected with the device of the control unit through corresponding pipelines, and proper water and ornamental fish are added to form the underwater landscape.

And 4, step 4: the upper part of the water containing cavity is covered by glass or other transparent rigid material plates, and a small inlet is reserved for the flowing water of the flowing water ornament to flow in.

And 5: above the desktop box, can put a water receiving tray, place the flowing water goods of furniture for display rather than for use on it, the entry of flowing water goods of furniture for display rather than for use links to each other with the control unit box through the pipeline, by controlling means from the water cavity or outside hold the hydrophone pump out rivers, join in the water receiving tray after the pipeline gets into the flowing water goods of furniture for display rather than for use to from receiving the water tray export outflow, the rethread holds water cavity top and reserves mouthful entering and hold the water cavity, this is inside hydrologic cycle.

Step 6 (optional step): in the one side of holding the water cavity, can reserve the delivery port, the installation faucet, when holding the water cavity depth of water and reaching the take the altitude, can open this delivery port, let rivers go out and hold the water cavity to set up the bottom below the desktop and hold the hydrophone, control waterway device through the control unit after and draw water to the flowing water goods of furniture for display rather than for use in holding the hydrophone from the bottom, thereby form outside hydrologic cycle.

And 7: a power supply device is arranged in a control unit of the desktop box body and is used for respectively providing power supplies with different specifications for different electric devices.

And 8: a control device is arranged in a control unit of the desktop box body, and a core IoT embedded hardware chip and an additional control circuit thereof are carried, so that the centralized programming control of all pipeline electronic elements and electronic devices is realized.

And step 9: a waterway device (including a water pump) is arranged in a control unit of the desktop box body, so that water supply power is provided for internal and external water circulation. For the configuration with the music fountain function, the sound signal is developed through programming of the control device to control the speed of the water pump, and the electromagnetic valve is used for controlling the switching flow direction to realize the water flow output control to the spray head end.

Step 10: a gas circuit device (including a gas pump) is arranged in the control unit of the desktop box body, and air is extracted from the outside to provide oxygen for the water containing cavity, so that an oxygen supply pipeline is formed; in the table top with the atomizing and humidifying functions, fog is extracted from the atomizing bin and is discharged to the air through the fog pipeline, so that the humidifying capacity is achieved.

Step 11: in controlling means, utilize IoT development platform to compile centralized control program, realize the control to water route, gas circuit, fog way and illumination circuit, detect warning and linkage response to water depth, temperature and luminous intensity, customize various scene function composite mode, can realize the time customization according to the scene needs, like leisure mode, sleep mode, provide Web page and control interface or APP operation interface.

Step 12: according to the requirement, an electronic display screen, a remote control device, a touch panel or a control panel can be arranged on the movable desktop and connected with the control device, so that more convenient operation control capability is provided.

Step 13: according to the needs, supporting legs can be arranged below the movable table top to form an independent supporting table top, so that the table top can be placed conveniently.

The invention has the beneficial effects that: the invention can promote the Internet of things technology to further develop to an enjoyable application scene for improving the quality of life of human beings, through the popularization of the invention, mountains have water and cloud and fog, and interpersonal fairy scenes with sound, sound and light can enter the desktop of daily life of people in an easier and more convenient mode, and through the establishment of the application scene, more sensing, control and power devices can be accessed in the future while the quality of life of people is improved and the pressure of life is released, and more wonderful landscape experiments and even natural scientific experiments are realized through flexible IoT programming, thereby opening a convenient door for the comprehensive application of the modern Internet of things technology and intelligent technology.

Drawings

FIG. 1 shows a distribution structure of a water containing chamber and a control unit according to an embodiment of the present invention;

FIG. 2 is a schematic view of another embodiment of the distribution structure of the water containing cavity and the control unit;

FIG. 3 is a conventional embodiment of the present invention in the form of a water containing chamber and control unit distribution;

fig. 4 shows the overall structure of an embodiment of the present invention.

FIG. 5 is a view of an inverted V-shaped funnel-type opening arrangement for a transparent cover panel according to the present invention.

Fig. 6 shows different customized models of the atomization bin provided by the invention.

Wherein, 1-water containing cavity, 1.1-filtering device, 1.2-atomizing bin, 1.3 other functional areas or pipeline arrangement areas, 1.4-clamping groove, 2-control unit, 2.1-power supply device, 2.2-control device, 2.3-water channel device, 2.4-air channel device, 4-transparent rigid material plate, 5-water inlet, 6-water receiving tray, 7-running water ornament, 8-water outlet, 9-water outlet nozzle, 10-bottom water container, 1.2.1-atomizer, 1.2.2-collecting cover, 1.2.3-collecting pipeline

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments, it is to be understood that the drawings in the following description are for illustrative purposes only and are not intended to limit the scope of the invention, as those skilled in the art will appreciate that various structural modifications and functional substitutions can be made without departing from the spirit and scope of the invention as set forth in the appended claims.

As used in this specification and the appended claims, the singular forms "a", "an", and/or "the" include plural referents unless the context clearly dictates otherwise. In general, the terms "comprises" or "comprising" merely indicate that steps and elements are included which are explicitly identified, but do not constitute an exclusive list, and that a method or apparatus may also include other steps or elements. The term "based on" is "based at least in part on". The term "one embodiment" means "at least one embodiment"; the term "another embodiment" means "at least one additional embodiment". The terms "may", "may" or "may" mean "may or may not be present".

The utility model provides a multi-functional intelligent flowing water landscape activity desktop which characterized in that, it includes following detailed step:

step 1: a box body matched with a specified placing desktop is constructed and at least divided into a dry space area and a wet space area: the wet area is used as the water containing cavity 1 and needs to be subjected to waterproof leakage treatment; the dry area is used for the control unit 2 to deploy various power supply devices 2.1, control devices 2.2, water path devices 2.3, gas path devices 2.4 and the like, and a distributed embodiment of which is shown in fig. 1.

The water containing cavity 1 and the control unit 2 are distributed left and right, front and back or up and down, and can be flexibly arranged according to the size of the box body and the concrete constitution of other functional parts. The structure layout of another embodiment can be as shown in fig. 2, and similar structure layouts are not listed.

Step 2: the control unit 2 is communicated with the water containing cavity 1 through a plurality of pipelines, and bidirectional transmission of water flow, fog flow, air flow and current is guaranteed. The number of the communicated pipelines is different according to different desktop landscape functional designs.

And step 3: according to different desktop landscape functional designs, a filtering device 1.1, an atomization bin 1.2, underwater landscapes and pipelines, terminal parts such as a water pump, a spray head, a bubble stone, lamps and the like can be arranged in the water containing cavity 1 and connected with devices of the control unit through corresponding pipelines. Adding proper water and aquarium fish.

Wherein the filtering device 1.1, the atomizing chamber 1.2, and part of the pipeline and the functional components can be discretely distributed in the landscape sand and stone, or can be divided into a space on one side of the water containing cavity to organize the organization in an orderly manner, one embodiment is shown in fig. 3.

In the water container distribution structure in fig. 3, in order to keep the structure symmetrical, an independent space 1.3 can be arranged at the opposite side of the filtering device 1.1 and the atomizing chamber 1.2, and can be used for storing or serving as other functional spaces, and partial pipelines can be intensively arranged at the position.

And 4, step 4: the upper part of the water containing cavity 1 is covered by a glass or other transparent rigid material plate 4, and a small inlet 5 is reserved for flowing water. As shown in fig. 4.

The rigid transparent plate 4 may be generally made of tempered glass, or may be made of other transparent plates with certain rigidity. Can be covered by one whole block or divided into a plurality of blocks; can cover the whole water containing cavity 1, can also cover transparent material only for part of ornamental area, and other parts can be covered by other non-transparent material.

The water inlet 5 may be correspondingly provided according to the position of the water receiving tray 6. Or a hidden inlet can be adopted, and the water receiving tray 6 is connected out by a pipeline and then is connected into the water containing cavity 1.

Particularly, in the embodiment shown in fig. 4, in consideration of the fact that the height and area of the water containing cavity 1 are limited, the cover plate 4 made of transparent rigid material is opened when the fountain works, then the water inlet 5 is partially cut into the cavity in an inclined manner, and the inner wall of the other side of the water containing cavity 1 is provided with a clamping groove 1.4 so as to fix the material plate and form an inverted-splayed funnel shape, thereby being more beneficial to controlling the water dispersion of the fountain. As shown in fig. 5.

And 5: above the desktop box, can put one and receive water tray 6, place flowing water goods of furniture for display rather than for use 7, the rivers entry of flowing water goods of furniture for display rather than for use 7 links to each other through pipeline and 2.3 of the water route device in the control unit 2 to through controlling means 2.2 pump-out rivers from water cavity 1, through the pipeline entering flowing water goods of furniture for display rather than for use 7, after receiving water tray 6 to converge, through reserving water inlet 5 entering and holding water cavity 1. Or the invisible pipeline is used for draining the water from the water receiving tray 6 to the water containing cavity 1 without a water inlet. This is the internal water circulation.

Receive water tray 6 can be the movable part, and overhead flowing water goods of furniture for display rather than for use 7 also can be the movable part, connects the interface to acquire rivers from waterway device 2.2 soon through the pipeline, can remove flowing water goods of furniture for display rather than for use 7 when necessary and receive water tray 6, resume the conventional official working and the life capacity of whole desktop, the ecological oxygen suppliment of bottom fish is not influenced. The water flowing ornament 7 is not required to be configured, and the simplest water flowing ornament can be only a water pipe.

Step 6 (optional step): one side of holding water cavity 1 can reserve delivery port 8, installs faucet 9, when holding water cavity 1 depth of water and reaching the take the altitude, can open delivery port 8, lets rivers go out and holds water cavity 1 to set up bottom and hold hydrophone 10 in the desktop below, draw water to flowing water goods of furniture for display rather than for use 7 in follow bottom holds hydrophone 10 through waterway device 2.3 afterwards, thereby form outside hydrologic cycle. As shown in fig. 4.

And 7: in the control unit 2 of the desktop box body, a power supply device 2.1 is arranged to respectively provide power supplies with different specifications for different electric devices.

And step 8: in the control unit 2 of the desktop box body, a control device 2.2 is arranged, and core IoT embedded hardware and an additional control circuit thereof are carried, so that the centralized programming control of all pipeline electronic control elements and electronic devices is realized.

And step 9: a waterway and waterway device 2.3 are arranged in the control unit 2 of the desktop box body, so that the water containing cavity 1 supplies water to the running water swing part 7, or the external water container 10 pumps water to supply water to the running water swing part 7. For a configuration desktop with the function of a music fountain, the sound signal is programmed and developed through a control device 2.2 to control the speed of the water pump, and the electromagnetic valve is used for controlling the switching flow direction to realize the water flow output control to the spray head end.

The music shower nozzle usually is a plurality of groups, put into holding water cavity 1. The number and the position arrangement can be flexibly set by combining the landscape and other component distribution conditions in the water containing cavity and the driving style of the fountain.

Step 10: an air path and an air pump device 2.4 are arranged in the control unit 2 of the desktop box body, and air is pumped from the outside to provide oxygen for the water containing cavity 1, so that an oxygen supply pipeline is formed; in the table top with the atomizing and humidifying functions, the mist is extracted from the atomizing bin 1.2 and is discharged into the air through another path of mist pipeline, so that the humidifying capacity is achieved.

Atomizing storehouse 1.2 can directly be purchased, also can put into aquatic and produce fog through purchasing atomizer 1.2.1 to collect fog through a concave cover 1.2.2 that invert and the pipeline on it, the edge of cover is submerged under the surface of water and is collected the effect better, can set up atomizing storehouse 1.2 according to whole local part is nimble during the construction. Two different customization forms of the nebulization chamber are shown in fig. 6.

Besides being discharged to the air or the running water ornament 7, the fog can also be released at different corners of the water containing cavity 1 through the oxygen supply pipeline. According to different application requirements, the mist pipeline and the oxygen supply pipeline can be combined into a whole, a connecting pipeline can be established between the mist pipeline and the oxygen supply pipeline, and then more flexible mist distribution is realized through the electromagnetic valve.

Step 11: in controlling means 2.2, utilize IoT development platform to compile centralized control program, realize detecting warning and linkage response to water depth, temperature and luminous intensity to the control of water route, gas circuit, fog way and illumination circuit, customize various scene function composite mode, can realize the time customization according to the scene needs, like leisure mode, sleep mode, provide Web page and control interface, APP operation interface.

If the leisure mode is adopted, the atomization effect can be started or increased, the water circulation can be increased or the external water circulation can be started, and the light or music fountain can be started; the sleep mode can enter an energy minimum consumption mode, and only ecological oxygen supply needs to be guaranteed.

Step 13: according to the needs, supporting legs can be arranged below the movable table top to form an independent supporting table top, so that the table top is more convenient to place.

Details not described in this specification are within the skill of the art that are well known to those skilled in the art.

Claims

1. The utility model provides a multi-functional intelligent flowing water view activity desktop which characterized in that: the movable desktop is composed of a customizable box body and a water flowing ornament on the box body; the box body mainly comprises a water containing cavity and a control unit; the water containing cavity comprises a water landscape object, a filtering component, water, gas and electric pipelines and corresponding functional components, and the upper part of the water containing cavity is covered by a transparent rigid material plate; the control unit comprises functional components such as a power supply device, an operation device, a water path device, a gas path device and the like, is connected with the functional components in the water containing cavity through a pipeline and a circuit, and realizes the allocation control customization functions of the circulating water path, the gas path, the fog path and the photoelectric device according to functional scenes based on the programming of the Internet of things control platform in the operation device, thereby achieving the interactive micro-landscape effect.

2. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: in the control unit, the power supply device is responsible for supplying power of different specifications to all electronic elements and devices; the waterway device is responsible for providing circulating waterway power; the gas circuit device is responsible for supplying oxygen to the water containing cavity and generating, collecting, transmitting and emitting power of mist; the control device is responsible for programming to realize the state adjustment of all electronic functional components and devices, and a core Internet of things control platform can be installed in a control unit circuit by an embedded chip and can also be deployed on a server, a designated PC (personal computer) or intelligent operation terminal equipment in a service form; the control device can control the control device through an operation panel or an electronic display screen; or the operation panel is not needed, the network link is directly established with the mobile terminal mobile phone or the computer through WiFi or Bluetooth, and the operation control is carried out through the operation interface of the software.

3. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: the water flowing decoration comprises a water receiving tray and a decoration, and can be independent of a desktop or fixed on the desktop; the simplest swing part can be simplified into a water outlet pipe, the water outlet pipe receives water supplied by the water channel device in the circulating water channel, and the water flows into the water containing cavity from the outlet of the water receiving tray after flowing water swing parts; the independent flowing water goods of furniture for display rather than for use with the tray that receives water can be taken off, can shut down the circulation water route by controlling means after taking off, does not influence the normal operating of other functions.

4. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: functional components in the water containing cavity include, but are not limited to, various water pumps, air bubble stones, atomizing bins, air pumps, light components, spray nozzles and the like, the adopted functional components are different according to different functional configurations, and the distribution layout of the functional components, landscape objects and filtering components can be flexibly designed according to landscape design requirements.

5. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: the circulating waterway comprises an internal circulating waterway and an external circulating waterway, wherein the internal circulating waterway and the external circulating waterway are arranged on the movable table top; the internal circulation water route is pumped from the water storage cavity to the water flow swing part by the waterway device, and then flows into the water storage cavity after being converged by the water tray; the outer circulation water path can reserve a water outlet at one side of the water containing cavity, a water outlet nozzle is installed, a bottom water container is arranged to receive overflow water of the water containing cavity, then the water is pumped from the bottom water container to the running water swing part through the water path device, and then the water flows into the water containing cavity after being converged by the water tray.

6. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: the transparent rigid material plate on the water containing cavity is usually toughened glass or other transparent materials, can be a complete block or formed by a plurality of different blocks, and a water inlet can be reserved on one side close to the running water ornament so as to allow water of the water receiving tray to flow in; when the covering plate is opened, the concave water inlet of the covering plate can be obliquely cut into the cavity, and the clamping grooves of the fixing plates are arranged on the inner walls of one side or two sides of the water containing cavity, so that the covering plate can be in an inverted splayed funnel shape, and the music fountain can be displayed and opened to collect spring water scattered outside.

7. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: the customization function means that the function of the movable desktop can be customized according to needs, the basic function can provide functions of a fish ecosystem, a light rendering function and a circulating water decoration function, and functions such as an atomization humidification function and a music fountain function can be expanded; the method can realize the customization and automatic switching of scene functions according to scene needs, and can realize the customization of water, gas, fog and photoelectric actions under different scenes such as a leisure mode, a sleep mode and the like according to the identification of sensors such as time, illumination, character perception and the like, thereby simplifying the operation difficulty of a user and improving the upgrading experience of intelligent perception response.

8. The multifunctional intelligent waterscape movable desktop of claim 7, wherein: the atomization humidification function is that after the control device controls an atomization bin arranged in the water containing cavity to generate fog, the fog is collected by a pipeline and discharged into the air by the air path device, so that the effects of increasing air humidity, purifying air and beautifying the landscape are achieved; the atomizing storehouse can be from purchasing on the net, also can put into aquatic and produce the fog through purchasing the atomizer to settle above that and collect the cover and collect the fog, can set up the atomizing storehouse according to whole local part is nimble during the construction.

9. The multifunctional intelligent waterscape movable desktop of claim 7, wherein: the music fountain function is that the sound input signal is received through the Internet of things control platform, and the comprehensive control of the lamp, the water path and the gas path device is realized through signal analysis programming, so that the dynamic landscape effect which is mutually reflected along with the sound signal is achieved; the sound signal may be an external sound signal collected by a sound sensor, or a sound signal output from a control platform (such as a mobile phone or a PC), or a sound signal output from another music playing device.

10. The multifunctional intelligent waterscape movable desktop of claim 1, wherein: the box body can be made of wood, stone, glass, metal plates or other materials which can contain water and have certain rigidity; and supporting table legs can be arranged below the movable table top as required to form an independently supported table top, so that the movable table top is more convenient to place.