Intelligent household system and operation method
The application is a divisional application of an intelligent home system based on big data for preventing external factor interference, wherein the application date is 2019, 7, 31 and the application number is CN 201910698185.0.
Technical Field
The invention belongs to the field of big data, and particularly relates to an intelligent home system and an operation method.
Background
More and more convenient life of intelligence house has the night mode of an intelligence house system and operating method bedside cupboard at present, and this mode can be after opening, collects external situation data, can be after turning off the lamp, and when the user got off the bed, the lamp that is in the bottom will respond to and light, makes its user can see clearly the sole.
Based on the above inventor finds that the existing smart home based on the big data of the internet of things mainly has the following defects, for example:
when the bedside table is in a night mode, something on the table falls on the floor, or insects pass through the table, data sensed by the equipment can be input together, the lamp at the bottom end is triggered to be turned on, and the user sleeping on the side facing the bedside table can feel uncomfortable due to sudden brightness.
Therefore, it is desirable to provide an intelligent home system and an operation method thereof.
Disclosure of Invention
In order to solve the problem that when the bedside cabinet is in a night mode, something on a desk falls on the floor or insects pass through the desk, data sensed by equipment can be input together, a lamp at the bottom end of the desk is triggered to be turned on, and users sleeping on the side facing the bedside cabinet can feel uncomfortable due to sudden brightness.
The invention relates to an intelligent household system and an operation method, which are achieved by the following specific technical means:
the structure of the utility model comprises an outer lampshade, a main cabinet body, a back cabinet wall, a placing platform and a foot supporting plate.
The utility model discloses a cabinet, including the main cabinet body, the outer lamp shade is installed in the external surface of the main cabinet body, the main cabinet body is connected and clearance fit with the back cabinet wall, the welding of the main cabinet body upper surface has places the platform, the foot layer board and the main cabinet body swing joint.
The foot layer board includes keeps off interlayer, interior check, end lamp, treats contact, leg stick up the pole, interior check embedding is inside in keeping off the interlayer, treat that the contact is installed inside the end lamp, the leg sticks up the pole and locates the end lamp top.
As a further improvement of the invention, the bottom lamp comprises a pocket seat, a return rotating rod, a transparent layer, a lamp wick and a hollow layer, wherein the return rotating rod penetrates through the pocket seat, the transparent layer is connected with the hollow layer and is of an integrated structure, the lamp wick is arranged on the left side of the transparent layer, the pocket seat is of a circular structure, and the transparent layer is of a cuboid structure.
As a further improvement of the leg raising rod, the leg raising rod comprises a boomerang, a positioning core, a main support rod, a slow pressing layer, a directional push rod and a jacking rod, the boomerang is embedded into the main support rod, one end, far away from the main support rod, of the boomerang is connected with the jacking rod, the positioning core penetrates through the main support rod, the slow pressing layer is attached to the outer surface of the main support rod, the directional push rod is connected with the main support rod, and the positioning core is of a cylindrical structure.
As a further improvement of the invention, the directional push rod comprises a top lug, a triangular stable core, an inverted angle, an inner vertex angle and an extension sharp angle, wherein the triangular stable core is embedded in the top lug, the inverted angle is connected with the inner vertex angle, the extension sharp angle is arranged on the outer surface of the inner vertex angle and is of an integrated structure, eight inverted angles and four inverted angles are arranged on one side, and the extension sharp angle is made of rubber materials and has certain flexibility.
As a further improvement of the invention, the boomerang includes an expansion opening, an extension inner strip, a reverse clamping strip and a fixed force head, wherein the expansion opening is connected with the extension inner strip, one end of the extension inner strip far away from the expansion opening is connected with the reverse clamping strip, the fixed force head penetrates through the reverse clamping strip, the expansion opening is in a semi-arc structure, and the fixed force head is in a sphere structure.
As a further improvement of the invention, the pressure-relieving layer comprises a soft body layer, a protective radius, a pocket ball and an air cell, the pocket ball is attached to the outer surface of the soft body layer, the pocket ball is embedded in the air cell, the protective radius is positioned in the air cell, the air cell is connected with the soft body layer, and the pocket ball is of a hemispherical structure.
Compared with the prior art, the invention has the following beneficial effects:
when the main cabinet body is in a night mode and a user needs to get off the bed, the feet are placed on the protection inverted circle, air in the air cells of the main cabinet body is extruded to drive the main supporting rod, so that the fixed force arranged in the main supporting rod is simultaneously stressed, the reverse clamping strip can assist the extension inner strip, the extension opening of the reverse clamping strip can be unfolded through the bending of the reverse clamping strip, when the main supporting rod is continuously pushed, the inner top corners arranged together can be pushed by the pushing force, so that the auxiliary triangular stabilizing core can push the top convex block, when the top convex block reaches a certain position, the contact to be touched is touched, light after the lampwick is lightened can be reflected through the transparent layer, the part at the bottom end of the lampwick is lightened, the constant time can be kept, when things on a desktop fall off or mosquitoes fly, the cabinet lamp is triggered through the collection interference of excessive data outside, the sleep of the user is not affected.
Drawings
Fig. 1 is a schematic structural diagram of an intelligent home system and an operation method according to the present invention.
FIG. 2 is a front view of an internal structure of a foot rest according to the present invention.
Fig. 3 is a left-view internal structure schematic diagram of a bottom lamp of the present invention.
Fig. 4 is a schematic front view of the internal structure of the leg raising rod of the present invention.
FIG. 5 is a schematic front view of an inner structure of a directional stick according to the present invention.
Fig. 6 is a schematic view of the front view of the interior structure of the boomerang of the present invention.
Fig. 7 is a schematic front view of an internal structure of a pressure-relieving layer according to the present invention.
In the figure: an outer lampshade-11, a main cabinet body-22, a rear cabinet wall-33, a placing table-44, a foot supporting plate-55, a barrier layer-mm 1, an inner grid-mm 2, a bottom lamp-mm 3, a to-be-contacted head-mm 4, a leg raising rod-mm 5, a pocket seat-11 a, a return rotating rod-11 b, a transparent layer-11 c, a lamp wick-11 d, a hollow layer-11 e, a boomerang-a 1, a positioning core-a 2, a main supporting rod-a 3, a pressure-relieving layer-a 4, a directional push rod-a 5, a top pressure rod-a 6, a top bump-gg 1, a triangular stable core-gg 2, an inverted buckle angle-gg 3, an inner top angle-gg 4, an extended sharp corner-gg 5, an extended opening-1, an extended inner strip-2, a reverse clamping strip-3, a force-fixing head-4, a layer-a 4a, an inverted protection layer-a 4b soft body-4, Ball-a 4c, bubble-a 4 d.
Detailed Description
The invention is further described below with reference to the accompanying drawings:
example (b):
as shown in figures 1 to 7:
the invention provides an intelligent household system and an operation method thereof, and the intelligent household system structurally comprises an outer lampshade 11, a main cabinet body 22, a rear cabinet wall 33, a placing table 44 and a foot supporting plate 55.
The lampshade 11 is arranged on the outer surface of the main cabinet body 22, the main cabinet body 22 is connected with the rear cabinet wall 33 in a clearance fit mode, the placing table 44 is welded on the upper surface of the main cabinet body 22, and the foot supporting plate 55 is movably connected with the main cabinet body 22.
Foot layer board 55 includes keeps off interlayer mm1, interior check mm2, end lamp mm3, treats contact mm4, leg stick up pole mm5, interior check mm2 is embedded in keeping off inside interlayer mm1, treat that contact mm4 installs inside end lamp mm3, leg stick up pole mm5 and locate end lamp mm3 top.
Wherein, the end lamp mm3 includes pocket seat 11a, return bull stick 11b, stratum lucidum 11c, wick 11d, empty layer 11e, return bull stick 11b runs through inside pocket seat 11a, stratum lucidum 11c is connected and is the integrated structure with empty layer 11e, stratum lucidum 11c left side is located to wick 11d, pocket seat 11a is the ring shape structure, stratum lucidum 11c is the cuboid structure, stratum lucidum 11c can let inside luminance pass through completely, and pocket seat 11a has restricted the active position of linking up the object, prevents its dislocation, perhaps at the in-process off tracking of activity.
The leg warped rod mm5 comprises a rotary dart a1, a positioning core a2, a main supporting rod a3, a pressure-relieving layer a4, a positioning push rod a5 and a top pressure rod a6, the rotary dart a1 is embedded in the main supporting rod a3, one end, away from the main supporting rod a3, of the rotary dart a1 is connected with the top pressure rod a6, the positioning core a2 penetrates through the main supporting rod a3, the pressure-relieving layer a4 is attached to the outer surface of the main supporting rod a3, the positioning push rod a5 is connected with the main supporting rod a3, the positioning core a2 is of a cylindrical structure, the rotary dart a1 can move together according to the connected part to assist the bending of the dart, when the dart loses external resistance, the dart can be quickly popped back, the positioning push rod a5 can move together with the main connecting body until the dart achieves the required effect, and the pressure-relieving layer a4 can obtain a certain buffering friction force contacted by the outside to change the direction.
The directional push rod a5 comprises a top bump gg1, a triangular stable core gg2, an inverted buckle angle gg3, an inner top angle gg4 and an extension sharp angle gg5, the triangular stable core gg2 is embedded in the top bump gg1, the inverted buckle angle gg3 is connected with the inner top angle gg4, the extension sharp angle gg5 is installed on the outer surface of the inner top angle gg4 and is of an integrated structure, eight inverted buckle angles gg3 are arranged on one side, the extension sharp angle gg5 is made of rubber materials and has certain flexibility, the triangular stable core gg2 can transmit force borne by the triangular stable core more stably, the top bump gg1 is used for expanding the overall contact area, and the inverted buckle angle gg3 assists in connection of the inner core and the outer shell, so that the force is better.
The boomerang a1 that circles round includes extension mouth 1, extension interior strip 2, reverse card strip 3, decide power head 4, extension mouth 1 is connected with extension interior strip 2, the one end that extension mouth 1 was kept away from to extension interior strip 2 is connected with reverse card strip 3, decide power head 4 run through inside reverse card strip 3, extension mouth 1 is half arc structure, decide power head 4 is the spheroid structure, extension mouth 1 can be when linking up the object and stretch, has protected its stretching mouth, and has restricted its extension scope in the lump, reverse card strip 3 is used for the supplementary outside application of force of gradual follow, and extension interior strip 2 is used for assisting extension mouth 1 to open and expand and stretch.
Wherein, slowly press layer a4 includes soft body layer a4a, protection radius a4b, pocket ball a4c, gas check a4d, pocket ball a4c laminates in soft body layer a4a surface, pocket ball a4c imbeds inside gas check a4d, protection radius a4b is located inside gas check a4d, gas check a4d is connected with soft body layer a4a, pocket ball a4c is hemispherical structure, protection radius a4b plays anti-skidding effect to the external world, and pocket ball a4c is used for the power that the external world received indirectly, and gas check a4d can promote whole when losing the resistance and return to the original position.
The specific use mode and function of the embodiment are as follows:
in the invention, when the main cabinet body 22 is in the night mode and a user needs to get off the bed, the feet are placed on the protection rounding a4b, the air in the air cells a4d is pressed, the ball pocket a4c is pressed together, so that the soft body layer a4a is pushed to move inwards, the main supporting rod a3 is driven together, the fixed force head 4 arranged in the main supporting rod a3 is stressed together, the reverse clamping strip 3 is pushed reversely, the reverse clamping strip 3 can assist the extension inner strip 2, the expansion port 1 is unfolded through the bending of the reverse clamping strip 3, when the main supporting rod a3 is pushed continuously, the inner vertex angle gg4 arranged together is forced by the pushing force, the pushing force of the inner vertex angle gg4 pushes the extension sharp angle 5 together through the reverse buckle of the reverse clamping angle gg3, and the auxiliary triangular stabilizing core gg2 pushes the top bump 1 until the top gg1 reaches a position, the contact point mm4 is touched, and after the contact point mm4 is touched, energy is generated, so that the lamp wick 11d is lightened, the light of the lamp wick 11d after being lightened is reflected through the transparent layer 11c, and the part at the bottom end of the transparent layer is lightened, so that the certain time can be kept.
The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.