CN218513823U - Power guide rail of strong and weak current compatible assembly type intelligent home system - Google Patents

Abstract

The utility model provides a strong and weak current compatible assembled smart home systems's electric power guide rail, including the guide rail main part, the forceful electric power electricity taker, the weak current electricity taker, the guide rail main part includes the guide rail frame, conductive component, be equipped with on the guide rail frame and insert the end of establishing, insert the end of establishing and align with conductive component, conductive component includes the weak current output part, the forceful electric power output part, the ground wire connecting plate, the forceful electric power electricity taker inserts from inserting the end and forms the electricity with the forceful electric power output part and forms the electricity with the ground wire connecting plate and magnetism is inhaled fixedly, the weak current electricity taker inserts from inserting the end and forms the electricity with the weak current output part and inhales fixedly with the ground wire connecting plate magnetism; the utility model adopts the guide rail main body as the total electricity output structure, and then adopts the strong electricity taking device and the weak electricity taking device to take electricity for the guide rail main body, which is favorable for users to freely and randomly adjust the placing position and the arrangement style of the electrical appliances; the inserted end is adopted as a filling structure of a joint of two wall surfaces, which is beneficial to meeting the pursuit of users on the extremely simple design of interior decoration.

Description

Power guide rail of strong and weak current compatible assembly type intelligent home system

Technical Field

The utility model relates to an electrical equipment technical field especially relates to a strong and weak compatible assembled intelligent home systems's of electricity power guide rail.

Background

Along with indoor electrical equipment's the family all has the volume and constantly promotes, traditional indoor electrical installation needs more professional and complicated earlier stage circuit design more, and complicated circuit design also makes trompil grooving, buried wire, and conventional electrical apparatus installation such as line management becomes that the period is long, the installation is complicated, construction cost is high, the wire rod is with high costs, and after the construction is accomplished, rework or reinstallation, secondary installation's the degree of difficulty is big, with high costs, expansibility and compatibility are low.

Most of the existing power guide rails are connected with commercial power of a power adapter, then a power fetching device is inserted into the power guide rails to fetch power, the output of strong power or the output of weak power is distributed by the power fetching device, although the power fetching device can meet the output of the strong power or the weak power, the power fetching device integrating the two functions into a whole is large in size, generally speaking, the multifunctional power fetching devices are arranged inside the power guide rails and are arranged in the inserting positions in advance when power is fetched, the power guide rails need to be manufactured into a large size to accommodate the power fetching devices in order to hide the power fetching devices, the using style of the power guide rails is mostly used for integrating the power fetching devices or sockets in the same straight line position (switches, sockets, knob regulators, lamps and the like need to be used for supplying power to the multifunctional power fetching devices, the switches, sockets, knob regulators, lamps and the like need to be concentrated on the positions which the multifunctional power fetching devices can cover), the connected areas of the wall surfaces on the two sides of the power guide rails can be highlighted, namely the power guide rails become the arrangement of two surfaces of the two walls, the two surfaces of the power guide rails, the multifunctional power guide rails can only be arranged on the multifunctional power guide rails and can meet the requirements of the users of the large-area of the simple-arranged multifunctional power-fetching devices which are difficult to be arranged in the free-arranged and the space which the user is difficult to pursue, and the user.

Therefore, a power guide rail of a strong and weak current compatible assembly type intelligent home system is needed to be provided to meet the pursuit of users for extremely simple indoor wall surface design, and meanwhile, the problem that the users are difficult to freely and randomly arrange the arrangement style or the placement position of electric appliances or sockets is solved.

Disclosure of Invention

In order to solve the problem, the utility model provides a strong and weak current compatible assembled smart home systems's electric power guide rail satisfies the pursuit of user to the extremely simple design of indoor wall, also solves the user simultaneously and is difficult to freely and at any time to with the range style of electrical apparatus or socket or place the position and carry out the problem of arranging.

The utility model discloses a following technical scheme realizes:

the utility model provides a strong and weak compatible assembled intelligent home systems's electric power guide rail, get electrical apparatus including guide rail main part, at least one, it includes that the forceful electric power gets electrical apparatus or weak electricity and gets electrical apparatus, a plurality of to get electrical apparatus homogeneous word and arrange to open and insert and establish and magnetism inhale in the guide rail main part, the guide rail main part includes guide rail frame, conductive component, the guide rail frame epirelief is equipped with the end of establishing of inserting that is used for filling the wall seam, conductive component is fixed accept in the guide rail frame, insert establish the end with conductive component aligns, conductive component includes weak current output, forceful electric power output, ground wire connecting plate, weak current output is close to forceful electric power output, the ground wire connecting plate is located forceful electric power output below middle part, the forceful electric power get electrical apparatus follow insert establish the end insert and with the end of inserting form the electricity and with ground wire connecting plate forms the electricity and magnetism is inhaled fixedly, weak electricity get electrical apparatus follow insert establish the end insert and with weak current output form the electricity and connect and inhale fixedly connecting plate.

Furthermore, a first inserting groove is formed in the inserting end, the first inserting groove is aligned with the conductive component, and the strong current power supply and the weak current power supply are inserted into the first inserting groove.

Furthermore, a second inserting groove is formed in the conductive assembly, the second inserting groove is aligned with and conducted with the first inserting groove, the weak current output portion and the strong current output portion are respectively located on two sides of the second inserting groove, the ground wire connecting plate is located at the bottom of the second inserting groove, and the strong current electricity taking device and the weak current electricity taking device extend into the second inserting groove.

Further, weak current output portion includes two first insulating parts, anodal current conducting plate, negative pole current conducting plate, two first insulating part symmetry sets up, one side of first insulating part extends to the inslot is inserted to the second, anodal current conducting plate fixed connection in one first insulating part extends to the second is inserted one side of establishing the groove, negative pole current conducting plate fixed connection in another first insulating part extends to one side of establishing the groove is inserted to the second, anodal current conducting plate with negative pole current conducting plate symmetry sets up and all towards the groove is inserted to the second.

Further, two all be equipped with the stiff end on the first insulating part, the stiff end accept in the second is inserted and is established the inslot, positive current conducting plate fixed connection is in one the first insulating part on the fixed end, negative current conducting plate fixed connection is in another the first insulating part on the fixed end.

Further, forceful electric power output part includes two second insulators, live wire current conducting plate, zero line current conducting plate, two the second insulator symmetry sets up, one is embedded into to the live wire current conducting plate one side of second insulator, another is embedded into to the zero line current conducting plate one side of second insulator, the live wire current conducting plate with zero line current conducting plate symmetry sets up and all faces the groove is inserted to the second.

Furthermore, one side of each of the two second insulating members is provided with a guide groove, one of the guide grooves of the second insulating member is aligned with the live wire conductive plate, and the other of the guide grooves of the second insulating member is aligned with the zero wire conductive plate.

Furthermore, a first clamping groove is formed in the guide rail frame, and the weak current output portion is contained in the first clamping groove.

Furthermore, a second clamping groove is formed in the guide rail frame, and the strong current output portion is contained in the second clamping groove.

Further, the guide rail main part still includes a plurality of spacing supports, and is a plurality of spacing support symmetry sets up and can dismantle connect in guide rail frame both sides, all be equipped with two at least adjustable joint portions on the both sides of guide rail frame, two adjustable joint portion sets up side by side, one side of spacing support is equipped with the joint position, the joint position with adjustable joint portion forms can dismantle the connection.

The utility model has the advantages that:

the utility model adopts the guide rail main body as the total electricity output structure, then adopts the strong electricity taking device and the weak electricity taking device to take electricity to the guide rail main body so as to supply the electricity to other electrical appliances, thereby being beneficial to users to freely and randomly adjust the placing position and the arrangement style of the electrical appliances; the strong current power-taking device or the weak current power-taking device is fixed in a magnetic attraction fixing mode, a user can freely move the position of the strong current power-taking device or the weak current power-taking device in the first insertion groove on the inserting end, and then the position layout of the electric appliances or the sockets is carried out, so that the requirements of the user on freely arranging the arrangement style or the placement position of the electric appliances or the sockets at any time can be met;

the utility model adopts the inserting end as the filling structure of the seam of the two wall surfaces and also as the inserting structure of inserting the strong current power-taking device or the weak current power-taking device into the guide rail main body, thereby achieving two purposes at one stroke and being beneficial to meeting the pursuit of users for the extremely simple design of interior decoration; the strong current power-taking device or the weak current power-taking device has only one function, and can be made into a small and exquisite structure, the guide rail main body is embedded in the wall body, only the inserting end slightly protrudes out of the wall body, the distance between the first inserting grooves on the inserting end is only 8 mm, the inserting end on the guide rail main body is only slightly larger than the strong current power-taking device or the weak current power-taking device, a user can firstly insert the strong current power-taking device or the weak current power-taking device into the first inserting grooves to be electrically connected when arranging or arranging the electric appliances or sockets, the exposed end part of the strong current power-taking device or the weak current power-taking device after being inserted also slightly protrudes out of the inserting end, and the strong current power-taking device or the weak current power-taking device is directly embedded into the wall body by naked eyes, so that the pursuit of the user for indoor decoration is met, and the user can directly access the strong current power-taking device or the weak current power-taking device to the surface of the indoor simple design when accessing the electric appliances or the socket;

to sum up, the utility model adopts the guide rail main body as the total electricity output structure, and then adopts the strong current electricity taking device and the weak current electricity taking device to take electricity from the guide rail main body so as to supply the electricity to other electrical appliances, which is beneficial for users to freely and randomly adjust the placing position and the arrangement style of the electrical appliances; the utility model discloses an insert and establish the filling structure of end as two wall joints, also regard as forceful electric power to get electrical apparatus or weak current to get electrical apparatus simultaneously and insert and establish inserting of going into the guide rail main part and establish the structure, be favorable to satisfying the pursuit of user to interior decoration's utmost point simple design.

Drawings

Fig. 1 is an exploded view of a guide rail body of a power guide rail of a strong and weak current compatible assembly type smart home system of the present invention;

fig. 2 is an overall explosion diagram of the power guide rail of the smart home system compatible with strong current and weak current according to the present invention;

fig. 3 is a schematic diagram of a main body of a power rail of the smart home system compatible with strong current and weak current according to the present invention;

fig. 4 is a bottom view of the guide rail main body of the power guide rail of the smart home system compatible with strong and weak electricity according to the present invention;

fig. 5 is a schematic diagram of a limiting bracket of a power rail of the smart home system compatible with strong and weak current according to the present invention;

fig. 6 is a partially enlarged view of reference character a in fig. 1.

Detailed Description

In order to more clearly and completely explain the technical scheme of the present invention, the present invention is further explained with reference to the attached drawings.

Please refer to fig. 1-6, the utility model provides a strong and weak current compatible assembled smart home systems's electric power guide rail, including guide rail main part 1, at least one electrical fetching device, the electrical fetching device includes strong current electrical fetching device 2 or weak current electrical fetching device 3, a plurality of electrical fetching devices are arranged in word and are inserted and establish and inhale on guide rail main part 1, guide rail main part 1 includes guide rail frame 11, conductive component 12, guide rail frame 11 epirelief is equipped with the end 111 of inserting that is used for filling the wall seam, conductive component 12 is fixed to be acceptd in guide rail frame 11, it aligns with conductive component 12 to insert end 111, conductive component 12 includes weak current output part 121, strong current output part 122, ground wire connecting plate 123, weak current output part 121 is close to strong current output part 122, ground wire connecting plate 123 is located the middle part below strong current output part 122, electrical fetching device 2 inserts from inserting end 111 and forms the electricity with strong current output part 122 and is connected and forms the electricity and is connected and is fixed with ground wire connecting plate 123, weak current electrical fetching device 3 inserts and forms the electricity with weak current output part 121 and forms the electricity and fixes with weak current output part 123 with magnetic attraction.

In the present embodiment:

the guide rail main body 1 is used for being installed in a wall board and used as a power supply structure hidden in the wall board, the power supply structure divides electricity into strong electricity and weak electricity through a power adapter and outputs the strong electricity and the weak electricity, the guide rail main body 1 further comprises a strip sealing plate 14, the strip sealing plate 14 is detachably connected to the inserting end 111 and shields the first inserting groove 1111, the strip sealing plate 14 is used for packaging and shielding a space on the first inserting groove 1111 where the strong electricity power taking device 2 or the weak electricity power taking device 3 is not inserted, the length of the strip sealing plate 14 can be cut according to actual conditions, the guide rail main body 1 further comprises two soft shielding pieces 15, the two soft shielding pieces 15 are symmetrically arranged and fixedly connected inside the guide rail frame 11, and the two soft shielding pieces 15 are located between the inserting end 111 and the conductive component 12 and shield the first inserting groove 111;

the guide rail frame 11 is used for providing a fixed structure for the conductive assembly 12 and providing a structure for inserting power supply for the strong-current power supply device 2 and the weak-current power supply device 3, and the guide rail frame 11 does not contain a multifunctional power supply device, so that the guide rail frame 11 occupies small external space and is convenient to embed into a wall body for installation;

the inserting end 111 is used for providing a structure for inserting the strong current power supply 2 and the weak current power supply 3 into the guide rail frame 11;

the conductive component 12 is used for outputting strong current and weak current, wherein the strong current is 220V commercial power, and the weak current is direct current for small-sized electric appliances;

the weak current output part 121 outputs direct current;

the strong electric output part 122 is used for outputting 220V commercial power;

the ground wire connecting plate 123 is an iron sheet, and is used for grounding the high-current power supply 2 and providing a magnetic structure for the high-current power supply 2 and the low-current power supply 3;

the strong current power supply 2 is used for being connected with the strong current output part 122 and obtaining strong current to external electric appliances or sockets for use, and the outer surface of the strong current power supply 2 is provided with a socket for inserting the electric appliances or the sockets;

the weak current power supply device 3 is used for being connected with the weak current output part 121 and obtaining direct current to be used on an external small electrical appliance, and a power supply interface used for being connected with the small electrical appliance is arranged on the outer surface of the strong current power supply device 2;

specifically, the guide rail main body 1 is not limited to one guide rail, and can be embedded into a wall body (mostly a wooden wall) at any position in a room according to decoration style, the inserting end 111 is filled as a seam between the wall bodies, and the strong current power taking device 2 or the weak current power taking device 3 is fixed in a magnetic attraction fixing mode, that is, the bottom of the strong current power taking device 2 or the weak current power taking device 3 is provided with a strong magnet, a user can freely move the position of the strong current power taking device 2 or the weak current power taking device 3 in the first inserting groove 1111 on the inserting end 111, after the position of the strong current power taking device 2 or the weak current power taking device 3 is confirmed, the ground wire connecting plate 123 is fixed in a magnetic attraction manner by the strong magnet, when the strong current power taking device 2 and the ground wire strong current connecting plate 123 are fixed in a magnetic attraction manner, the power taking device 2 is grounded, the weak current power taking device 3 and the ground wire connecting plate 123 are fixed directly, at this time, the ground wire connecting plate 123 saves additional fixing structures, after the strong current power taking device 2 or the weak current power taking device 3 is fixed, the position of the ground wire connecting plate is fixed, and the position of the electrical devices or the socket can be freely arranged, and the electrical appliances can meet the requirements of the user or the user;

because the strong current power-taking device 2 or the weak current power-taking device 3 has only one function, the strong current power-taking device 2 or the weak current power-taking device 3 can be made into a small and exquisite structure and can be designed into a light and thin sheet structure, the guide rail main body 1 is embedded into a wall body, only the inserting end 111 slightly protrudes out of the wall body, the distance between the first inserting grooves 1111 on the inserting end 111 is designed into 8 mm, the inserting end 111 on the guide rail main body 1 is only slightly larger than the strong current power-taking device 2 or the weak current power-taking device 3, when a user lays or arranges electric appliances or sockets, the user can firstly insert the strong current power-taking device 2 or the weak current power-taking device 3 into the first inserting grooves to enable the electric connection, the exposed end part of the inserted strong current power-taking device 2 or the weak current power-taking device 3 only slightly protrudes out of the inserting end 111, and the user can directly insert the strong current power-taking device 2 or the weak current power-taking device 3 into the wall body by naked eyes, so that the user can directly pursue the decoration of the strong current power-taking device 2 or the weak current power-taking device 3, and the indoor decoration style can be realized by directly;

to sum up, the utility model adopts the guide rail main body as the total electricity output structure, then adopts the strong electricity taking device and the weak electricity taking device to take electricity to the guide rail main body so as to supply the electricity to other electrical appliances, which is beneficial for users to freely and randomly adjust the placing position and the arrangement style of the electrical appliances; the utility model discloses an insert and establish the filling structure of end as two wall seams, also regard as forceful electric power to get electrical apparatus or weak current to get electrical apparatus simultaneously and insert and establish the structure of inserting of establishing into the guide rail main part, be favorable to satisfying the pursuit of user's extremely simple design to interior decoration.

Further, the inserting end 111 is provided with a first inserting groove 1111, the first inserting groove 1111 is aligned with the conductive component 12, and the strong current power supply 2 and the weak current power supply 3 are inserted into the first inserting groove 1111.

In the present embodiment:

the first insertion groove 1111 is used to provide a passage for the heavy current power consumer 2 or the light current power consumer 3 to be inserted into the rail frame 11.

Further, a second inserting groove 124 is formed in the conductive assembly 12, the second inserting groove 124 is aligned with and conducted to the first inserting groove 1111, the weak current output portion 121 and the strong current output portion 122 are respectively located at two sides of the second inserting groove 124, the ground wire connecting plate 123 is located at the bottom of the second inserting groove 124, and the strong current power extractor 122 and the weak current power extractor 121 both extend into the second inserting groove 124.

In the present embodiment:

the second is inserted and is established groove 124 and be used for providing one for forceful electric power taker 2 or light current taker 3 and insert to conductive component 12's structure for forceful electric power taker 2 or light current taker 3 can insert more firmly behind establishing the groove 1111 in the first inserting for forceful electric power taker 2 or light current taker 3, also make forceful electric power taker 2 or light current taker 3 contact effect when getting the electricity better simultaneously.

Further, the weak current output part 121 includes two first insulating members 1211, a positive electrode conductive plate 1212, and a negative electrode conductive plate 1213, the two first insulating members 1211 are symmetrically disposed, one side of the first insulating member 1211 extends into the second insertion groove 124, the positive electrode conductive plate 1212 is fixedly connected to one side of the first insulating member 1211 extending to the second insertion groove 123, the negative electrode conductive plate 1213 is fixedly connected to the other side of the first insulating member 1211 extending to one side of the second insertion groove 124, and the positive electrode conductive plate 1212 and the negative electrode conductive plate 1213 are symmetrically disposed and both face the second insertion groove 124; both the first insulating members 1211 are provided with fixed ends 12111, the fixed ends 12111 are received in the second insertion grooves 124, the positive conductive plate 1212 is fixedly connected to the fixed end 12111 of one of the first insulating members 1211, and the negative conductive plate 1213 is fixedly connected to the fixed end 12111 of the other one of the first insulating members 1211.

In the present embodiment:

the number of the first insulating members 1211 is two, and the first insulating members 1211 are respectively used for providing a fixed structure for the positive electrode conducting plate 1212 and the negative electrode conducting plate 1213, the lower end of the first insulating member 1211 is fixedly connected with the upper end of the second insulating member 1221, and the first insulating member 1211 and the second insulating member 1221 can also be an integrated structure;

the fixed end 12111 is used for providing a stable fixed structure for the positive conductive plate 1212 and the negative conductive plate 1213;

the positive conductive plate 1212 is used for outputting a positive power supply;

the negative conductive plate 1213 is used for outputting a negative power supply;

specifically, after the weak current electricity taking device 3 is inserted into the second inserting groove 124 from the first inserting groove 1111, two sides of the weak current electricity taking device 3 have contacts to respectively contact the positive conductive plate 1212 and the negative conductive plate 1213, so as to obtain direct current, then the bottom of the weak current electricity taking device 3 is fixed on the ground wire connecting plate 123 by the strong magnet, and at this time, the weak current electricity taking device 3 is stably fixed on the inserting end 111.

Further, the heavy current output portion 122 includes two second insulating members 1221, a live wire conductive plate 1222, and a neutral wire conductive plate 1223, the two second insulating members 1221 are symmetrically disposed, the live wire conductive plate 1222 is embedded in one side of one second insulating member 1221, the neutral wire conductive plate 1223 is embedded in one side of the other second insulating member 1221, and the live wire conductive plate 1222 is symmetrically disposed with the neutral wire conductive plate 1223 and both faces the second insertion groove 124; the two second insulating members 1221 are each provided with a guide groove 12211 at one side thereof, the guide groove 12211 of one second insulating member 1221 being aligned with the live conductor plate 1222, and the guide groove 12211 of the other second insulating member 1221 being aligned with the neutral conductor plate 1223.

In the present embodiment:

the second insulating member 1221 is used to provide a stable fixing structure for the live conductor plate 1222 and the neutral conductor plate 1223;

the guide slot 12211 is used to provide a guide structure for the contacts on both sides of the heavy current power taker 2 to slide smoothly into the live wire conductive plate 1222 and the zero wire conductive plate 1223;

the live wire conducting plate 1222 and the zero wire conducting plate 1223 are used for outputting 220V alternating current;

specifically, after the heavy current electric power taking device 2 is inserted into the second insertion slot 124 from the first insertion slot 1111, two sides of the heavy current electric power taking device 2 have contacts to contact the live wire conductive plate 1222 and the zero wire conductive plate 1223, respectively, so as to take 220V alternating current, and then the bottom of the heavy current electric power taking device 2 has a strong magnet and a ground wire contact point, and when the strong magnet is magnetically attracted to the ground wire connection plate 123, the ground wire contact point also contacts the electric wire connection plate 123, and at this time, the heavy current electric power taking device 2 is fixed and grounded.

Further, a first clamping groove 112 is formed in the guide rail frame 11, and the weak current output part 121 is accommodated in the first clamping groove 112; the rail frame 11 is provided with a second engaging groove 113, and the strong current output portion 122 is accommodated in the second engaging groove 113.

In the present embodiment:

the first clamping groove 112 is used for providing a placing space for the weak current output part 121;

the second engaging groove 113 is used to provide a space for accommodating the strong electric output part 122.

Further, the guide rail main body 1 further comprises a plurality of limiting supports 13, the limiting supports 13 are symmetrically arranged and detachably connected to two sides of the guide rail frame 11, at least two adjustable clamping portions 114 are arranged on two sides of the guide rail frame 11, the two adjustable clamping portions 114 are arranged side by side, a clamping position 131 is arranged on one side of each limiting support 13, and the clamping position 13 and the adjustable clamping portions 114 form detachable connection.

In the present embodiment:

the limiting bracket 13 is used for supporting and fixing an external wallboard;

the clamping position 131 is used for providing a structure for the limiting bracket 13 to form clamping with the adjustable clamping part 114;

the adjustable clamping part 114 is used for providing a structure clamped with the limiting bracket 13 for the guide rail frame 11 and adjusting the height when being adapted to the installation of wallboards with different thicknesses;

specifically, the total adjusting position of two heights of adjustable joint portion 114 can be selected, and generally speaking, the wallboard has two thickness, and the workman then can adjust the mounted position of spacing support 13 in advance according to the wallboard thickness when installing the wallboard of these two different thickness for the wallboard can be installed to spacing support 13 after can and two wallboards between insert and establish end 111 and be close the parallel and level, has ensured the pleasing to the eye degree of wallboard installation.

Of course, the present invention can also have other various embodiments, and based on the embodiments, those skilled in the art can obtain other embodiments without any creative work, and all of them belong to the protection scope of the present invention.

Claims (10)

1. The utility model provides a strong and weak electric compatible assembled intelligent home systems's electric power guide rail, its characterized in that includes guide rail main part, at least one electrical apparatus of getting, it includes strong electricity electrical apparatus or weak electricity electrical apparatus of getting, a plurality of it arranges to open to insert and establishes and magnetism inhales in to get the electrical apparatus the guide rail main part is last, the guide rail main part includes guide rail frame, conductive component, the guide rail frame epirelief is equipped with the end of establishing of inserting that is used for filling the wall seam, conductive component is fixed accept in the guide rail frame, insert the end with conductive component aligns, conductive component includes weak current output portion, strong current output portion, ground wire connecting plate, weak current output portion is close to strong current output portion, the ground wire connecting plate is located middle part below strong current output portion, strong electricity get electrical apparatus from insert the end and form the electricity with strong current output portion and be connected and magnetism is fixed with ground wire connecting plate forms the electricity and magnetism, weak electricity get electrical apparatus from insert the end and form the electricity with weak current output portion and be connected and magnetism is fixed connecting plate.

2. The power guide rail of the smart home system compatible with strong and weak currents as claimed in claim 1, wherein a first inserting groove is formed in the inserting end, the first inserting groove is aligned with the conductive component, and the strong current power supply and the weak current power supply are inserted into the first inserting groove.

3. The electric power guide rail of the strong and weak current compatible assembly type intelligent home system according to claim 2, wherein a second inserting groove is formed in the conductive assembly, the second inserting groove is aligned with and conducted with the first inserting groove, the weak current output part and the strong current output part are respectively located on two sides of the second inserting groove, the ground wire connecting plate is located at the bottom of the second inserting groove, and the strong current power taking device and the weak current power taking device extend into the second inserting groove.

4. The electric power guide rail of the strong and weak current compatible assembly type smart home system as claimed in claim 3, wherein the weak current output portion comprises two first insulation members, a positive conductive plate and a negative conductive plate, the two first insulation members are symmetrically arranged, one side of each first insulation member extends to the second insertion slot, the positive conductive plate is fixedly connected to one side of the second insertion slot, the negative conductive plate is fixedly connected to the other side of the second insertion slot, the first insulation members extend to the second insertion slot, and the positive conductive plate and the negative conductive plate are symmetrically arranged and face the second insertion slot.

5. The power guide rail of a smart home system compatible with both strong and weak electricity according to claim 4, wherein two first insulating members are provided with fixing ends, the fixing ends are received in the second inserting grooves, the positive conductive plate is fixedly connected to the fixing end of one first insulating member, and the negative conductive plate is fixedly connected to the fixing end of the other first insulating member.

6. The electric power guide rail of strong and weak current compatible assembled intelligent home systems of claim 3, characterized in that, forceful electric power output part includes two second insulating parts, live wire current conducting plate, zero line current conducting plate, two the second insulating part symmetry sets up, one side of second insulating part is embedded into to the live wire current conducting plate, another is embedded into to the zero line current conducting plate one side of second insulating part, the live wire with zero line current conducting plate symmetry sets up and all towards the second current conducting plate inserts the groove.

7. The power track of claim 6, wherein the two second insulators are provided with guide grooves on one side, the guide groove of one second insulator is aligned with the live wire conductive plate, and the guide groove of the other second insulator is aligned with the neutral wire conductive plate.

8. The electric power guide rail of the strong and weak current compatible assembly type smart home system as claimed in claim 1, wherein a first clamping groove is formed in the guide rail frame, and the weak current output portion is accommodated in the first clamping groove.

9. The electric power guide rail of the strong and weak current compatible assembly type smart home system according to claim 1, wherein a second clamping groove is formed in the guide rail frame, and the strong and weak current output part is accommodated in the second clamping groove.

10. The electric power guide rail of the strong and weak current compatible assembly type smart home system according to claim 1, wherein the guide rail main body further comprises a plurality of limiting supports, the plurality of limiting supports are symmetrically arranged and detachably connected to two sides of the guide rail frame, at least two adjustable clamping portions are arranged on two sides of the guide rail frame, the two adjustable clamping portions are arranged in parallel, a clamping position is arranged on one side of each limiting support, and the clamping position and the adjustable clamping portions form detachable connection.

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