Lamp strip type electric light source

Abstract

A lamp strip type electric light source relates to the technical field of electric light sources and comprises a quick connecting component, a flexible line lamp and a quick connecting cable, the quick connecting component comprises a base, two pairs of power taking components and a driving mechanism, the flexible line lamp comprises a soft base strip and a lamp strip, and the quick connecting cable comprises an insulating tape and a wire. Compared with the prior art, the utility model has the advantages of convenience in use and flexible modeling design.

Description

Technical Field

[0001] The utility model relates to the technical field of electric light sources, in particular to a strip-shaped electric light source. Background Art

[0002] The existing strip lights include a strip, a pair of conductive strips arranged on the strip, and light source bodies evenly distributed along the strip and connected between the pair of conductive strips. When in use, according to the required length, the strip light is cut, and then the pair of conductive strips are connected to a power control device to control the light source bodies on the strip light to work. Such a strip light is very convenient to cut according to the required length. Therefore, it is flexible and convenient to use. However, due to the nature of the strip light, on the one hand, it is not easy to be quickly fixed, and a matching support structure needs to be manufactured for fixation. Therefore, the cost is high, and it is troublesome to apply. Moreover, it is not easy to flexibly design and fix the shape. Summary of the Invention

[0003] The invention object of the utility model is to provide a strip-shaped electric light source which is convenient to use and can flexibly design the shape.

[0004] The utility model is realized as follows: it includes a quick connection member with a power-taking member, a flexible strip light, and a quick connection cable. The flexible strip light includes a soft baseband and a strip light fixed at the rear of the soft baseband. The strip light includes a pair of conductive strips arranged on the strip and light source bodies evenly distributed along the strip and connected between the pair of conductive strips. The quick connection cable includes an insulating tape and wires arranged side by side on the upper and lower sides of the insulating tape. The quick connection cable is a quick connection cable with exposed wires or a quick connection cable with hidden wires. A connection structure connected to the quick connection cable is arranged in front of the soft baseband, and the soft baseband is connected to the rear of the quick connection cable through the connection structure. The quick connection member is a quick connection member that enables the power-taking member to directly reach the wires on the quick connection cable and the conductive strips on the strip light at the rear of the soft baseband, and conducts the wires of the quick connection cable with the matching conductive strips on the strip light.

[0005] During use, cut the flexible strip light according to the design requirements so that the length of the flexible strip light meets the design requirements. Then, connect and position the flexible strip light on the quick-connection cable, and connect the quick-connection component to the flexible strip light, so that the power-taking component of the quick-connection component reaches the wire of the quick-connection cable directly (if the quick-connection cable is a quick-connection cable with exposed wires, the power-taking component is a conductive head, and the conductive head presses on the exposed wire; if the quick-connection cable is a quick-connection cable with hidden wires, the power-taking component is a conductive needle, and the conductive needle pierces into the insulating tape and connects to the wire inside the insulating tape) and make the power-taking component (conductive needle) of the quick-connection component pierce into the soft baseband and then reach the conductive strip of the light strip, so that the wire of the quick-connection cable is conducted to the matching conductive strip on the light strip, so as to take power from the quick-connection cable and conduct the power to the conductive strip of the flexible strip light, and then conduct it to the light source body. In this way, the operation of the light strip can be controlled through the control circuit arranged on or connected to the quick-connection component.

[0006] Since the flexible strip light can be cut according to the design requirements, it is very convenient to make the length of the flexible strip light meet the design requirements.

[0007] By using the flexible strip light and the quick-connection cable and arranging the flexible strip light on the quick-connection cable, the bendable shaping performance of the quick-connection cable and the flexible strip light can be utilized for shaping design, enriching and facilitating the shaping design of the electric light source.

[0008] After the shaping design is completed, it is very convenient to connect the power and control the operation of the light source.

[0009] Preferably, there are two pairs of power-taking components on the quick-connection component. The two pairs of power-taking components reach the wire of the quick-connection cable and the conductive strip on the light strip at the rear of the soft baseband respectively. One pair of power-taking components are connected to the two wires of the quick-connection cable respectively, and the other pair of power-taking components are connected to the two conductive strips on the light strip respectively. One pair of power-taking components are connected to the matching other pair of power-taking components through a conductive component, so that the power on the wire of the quick-connection cable is conducted to the conductive strip of the light strip through the power-taking component and the conductive component.

[0010] Preferably, the quick-connection component includes a driving mechanism, and the power-taking component is driven by the driving mechanism to be connected to the wire of the quick-connection cable and the conductive strip of the light strip at the rear of the soft baseband.

[0011] Preferably, one pair of power-taking components are connected to the two wires of the quick-connection cable on the left side respectively, and the other pair of power-taking components pass through the soft baseband and are connected to the conductive strip of the light strip on the right side; or, one pair of power-taking components are connected to the wire of the quick-connection cable in the front, and the other pair of power-taking components pass through the soft baseband and are connected to the conductive strip of the light strip at the rear.

[0012] Preferably, the quick-connection component includes a base. Two pairs of power-taking components distributed left and right, a driving mechanism, and a conductive component are arranged on the base. The two power-taking components of each pair are distributed vertically. There are two driving mechanisms, and each pair of power-taking components is matched with one driving mechanism. The quick-connection cable is located inside the base. The left end of the soft baseband connected to the back of the quick-connection cable is within the action range of the right power-taking component, and the quick-connection cable at the left side of the left end of the soft baseband is within the action range of the other power-taking component. The quick-connection component is bridged across the left end of the flexible strip light and the quick-connection cable to the left of the left end of the flexible strip light. The two driving mechanisms respectively enable the two pairs of power-taking components to directly reach the wires of the quick-connection cable and enable the power-taking components (conductive pins) of the quick-connection component to pierce into the soft baseband and then directly reach the conductive strip of the light strip, so that the wires of the quick-connection cable are conducted with the matching conductive strip on the light strip, so as to take power from the quick-connection cable and conduct the power to the conductive strip of the light strip of the flexible strip light, and then conduct it to the light source body. In this way, the operation of the light strip can be controlled through the control circuit arranged on or connected to the quick-connection component.

[0013] Preferably, the conductive component is a bridge rectifier circuit that can convert direct current with uncertain positive and negative terminals into direct current with definite positive and negative terminals. Determined by the use environment, the positive and negative terminals of the direct current connected to the quick-connection cable are uncertain, while the positive and negative terminals of the light source body of the light strip component must be definite, so that the light source body can work normally. By using a bridge rectifier circuit, regardless of the positive and negative polarities of the input terminal, the positive and negative polarities of the output terminal are definite.

[0014] Compared with the existing technology, the utility model has the advantages of convenient use and flexible modeling design. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 is a schematic structural diagram of the strip-shaped electric light source according to Embodiment 1 of the utility model;

[0016] Figure 2 is Figure 1 exploded view of;

[0017] Figure 3 is a schematic structural diagram of the flexible strip light

[0018] Figure 4 is a schematic circuit diagram of the strip-shaped electric light source according to Embodiment 1;

[0019] Figure 5 is a schematic circuit diagram of the strip-shaped electric light source according to Embodiment 2;

[0020] Figure 6 is a schematic structural diagram of the quick-connection cable with exposed wires;

[0021] Figure 7 is a schematic structural diagram of the quick-connection component according to Embodiment 2.

[0022] Description of the attached reference numerals: 1 - quick - connection component; 101 - base; 102 - power - taking component; 103 - driving mechanism; 104 - inlaid groove; 105 - threaded hole; 106 - positioning structure; 1061 - positioning ring; 1062 - positioning inlaid groove; 2 - flexible strip light; 201 - soft baseband; 202 - light - strip; 2021 - strip; 2022 - conductive strip; 2023 - light - source body; 203 - connection structure; 204 - through - hole; 3 - quick - connection cable; 301 - insulating tape; 302 - wire; 4 - conductive component; 401 - elastic - piece clamping. Detailed implementation mode

[0023] The light - strip - type electric light source of the present utility model will be further described in detail with reference to the accompanying drawings and embodiments:

[0024] Embodiment 1: As Figure 1 、 2 、Figure 3 shows, the light - strip - type electric light source of the present invention is realized as follows. It includes a quick - connection component 1 with a power - taking component 102, a flexible strip light 2, and a quick - connection cable 3. The flexible strip light 2 includes a soft baseband 201 and a light - strip 202 fixed to the rear of the soft baseband 201. The light - strip 202 includes a pair of conductive strips 2022 arranged on the strip 2021 and light - source bodies 2023 evenly distributed along the strip 2021 and connected between the pair of conductive strips 2022. The quick - connection cable 3 includes an insulating tape 301 and wires 302 arranged side by side on the upper and lower sides of the insulating tape 301. As Figure 6 shown, the quick - connection cable 3 is a quick - connection cable with exposed wires, or as Figure 1 、 2 shown, the quick - connection cable 3 is a quick - connection cable with hidden wires (the insulating tape 301 forming the quick - connection cable is a plastic such as insulating silica gel that can be easily pierced by the conductive needle serving as the power - taking component 102 and will not be deformed after being pierced). A connection structure 203 for connecting with the quick - connection cable 3 is arranged in front of the soft baseband 201, and the soft baseband 201 is connected to the rear of the quick - connection cable 3 through the connection structure 203. The quick - connection component 1 is a quick - connection component that enables the power - taking component 102 to reach the wires 302 of the quick - connection cable 3 and enables the power - taking component 102 to reach the conductive strips 2022 on the front part of the light - strip 202 of the soft baseband 201, so that the wires 302 of the quick - connection cable 3 are conducted with the matching conductive strips 2022 on the light - strip 202.

[0025] Preferably, there are two pairs of power-taking members 102 on the quick-connecting member 1. The two pairs of power-taking members 102 respectively reach the conductors 302 of the quick-connecting cable 3 and the conductive strip 2022 on the light strip 202 at the rear of the flexible baseband 201. One pair of power-taking members 102 are respectively connected to the two conductors 302 of the quick-connecting cable 3, and the other pair of power-taking members 102 are respectively connected to the two conductive strips 2022 on the light strip 202. One pair of power-taking members 102 are connected to the other pair of matching power-taking members 102 through the conductive member 4, so that the power on the conductors 302 of the quick-connecting cable 3 is conducted to the conductive strip 2022 of the light strip 202 through the power-taking members 102 and the conductive member 4.

[0026] Preferably, the quick-connecting member 1 includes a driving mechanism 103. The power-taking member 102 is drivingly connected to the conductor 302 of the quick-connecting cable 3 and the conductive strip 2022 of the light strip 202 at the rear of the flexible baseband 201 through the driving mechanism 103.

[0027] Preferably, the two pairs of power-taking members 102 are respectively connected to the conductors 302 of the quick-connecting cable 3 at the front and are connected to the conductive strip 2022 of the light strip 202 through the flexible baseband 201.

[0028] Preferably, the quick-connecting member 1 includes a base 101. Two pairs of power-taking members 102 distributed left and right, a driving mechanism 103, and a conductive member 4 are arranged on the base 101. The two power-taking members of each pair of power-taking members 102 are distributed up and down. There are two driving mechanisms 103, as Figure 1 、 2 、shown in 3. Each pair of power-taking members 102 is matched with one driving mechanism 103. Or, as Figure 7As shown, the driving mechanism 103 is a lid, and the base 101 is a box-shaped object. The lid is fixedly connected to the base 101 by snap connection. When covering the lid, the quick connection cable 3 and the flexible strip light 2 are pushed towards the power-taking component 102. The quick connection cable 3 is located inside the base 101. The left end of the soft baseband 201 connected to the front of the quick connection cable 3 is within the action range of the right pair of power-taking components 102, and the right pair of power-taking components 102 are conductive pins. The quick connection cable 3 to the left of the left end of the soft baseband 201 is within the action range of the left pair of power-taking components 102. If the quick connection cable 3 is a conductor-exposed quick connection cable, the left pair of power-taking components 102 are conductive heads. If the quick connection cable 3 is a conductor-concealed quick connection cable, the left pair of power-taking components 102 are conductive pins. The driving mechanism 103 enables the two pairs of power-taking components 102 to reach the wire 302 of the quick connection cable 3 (if the quick connection cable 3 is a conductor-exposed quick connection cable, the conductive head as the power-taking component 102 leans on the exposed wire 302; if the quick connection cable 3 is a conductor-concealed quick connection cable, the conductive pin as the power-taking component 102 pierces into the insulating tape 301 and leans on the wire 302) and enables the power-taking component 102 (adopting a conductive pin) of the quick connection component 1 to pierce into the soft baseband 201 and then reach the conductive strip 2022 of the light strip 202, so that the wire 302 of the quick connection cable 3 is conducted with the matching conductive strip 2022 on the light strip 202, so as to take power from the quick connection cable 3 and conduct the power to the conductive strip 2022 of the light strip 202 of the flexible strip light 2, and then conduct it to the light source body 2023.

[0029] Preferably, the conductive component 4 in the quick connection component 1 is a bridge rectifier circuit 4 that can convert direct current with uncertain positive and negative terminals into direct current with definite positive and negative terminals.

[0030] Preferably, the bridge rectifier circuit 4 is a bridge circuit.

[0031] Preferably, the material of the strip-shaped soft baseband 201 is transparent plastic so that the light of the light source body 2023 can be transmitted.

[0032] Preferably, the connection structure 203 is a cable inlay groove whose shape matches the shape of the quick connection cable 3. The quick connection cable 3 is inlaid into the cable inlay groove to connect the flexible strip light 2 to the quick connection cable 3.

[0033] Preferably, through holes 204 are provided on the strip-shaped soft baseband 201 behind the light strip 202. The function of the through holes 204 is to scatter light to expand the illumination range of the light.

[0034] Preferably, the base 101 is provided with an inlay groove 104. The two pairs of power-taking components 102 are respectively arranged on the bottom surfaces at both ends of the inlay groove 104, and the quick connection cable 3 and the flexible strip light 2 connected to the quick connection cable 3 are arranged on the inlay groove 104.

[0035] Preferably, the shape on the left side of the inlay groove 104 matches that of the quick connection cable 3, and the shape on the right side of the inlay groove 104 matches that of the flexible strip light 2 connected to the quick connection cable 3, so that the left end of the flexible strip light 2 connected to the quick connection cable 3 and the quick connection cable 3 in front of the left end are inlaid on the right side of the inlay groove 104.

[0036] Preferably, as Figure 1 , 2 , as shown in 3, threaded holes 105 are provided at the inlay grooves 104 corresponding to each pair of power-taking members 102. The driving mechanism 103 is a screw screwed into the threaded hole 105. The driving mechanism 103 is screwed into the threaded hole 105 to pierce one pair of power-taking members 102 through the soft baseband 201 respectively and lean on a pair of conductive strip 2022 of the light strip 202 and connect with the pair of conductive strip 2022, and to make the other pair of power-taking members 102 reach the wires 302 on both sides in the quick connection cable 3 respectively and connect with the wires 302 on both sides respectively.

[0037] Or, as Figure 7 shown, the conductive member 4 is a circuit board-type member. The conductive member 4 is arranged in the middle of the inlay groove 104 of the base 101. A pair of copper elastic sheet clamps 401 are arranged on each of the left and right sides of the conductive member 4. The power-taking member 102 is in the shape of a plate. One end of the plate-shaped power-taking member 102 is buckled at the bottom of the inlay groove 104, and one end is embedded in the elastic sheet clamp 401.

[0038] The adoption of the elastic sheet clamp 401 makes the structure simple, reliable in use, convenient for manufacturing and assembly, and reduces the manufacturing cost.

[0039] Preferably, a positioning structure 106 for positioning the flexible strip light 2 is arranged on the right side of the inlay groove 104 that matches the shape of the flexible strip light 2 connected to the quick connection cable 3, so as to position the left end of the flexible strip light 2 at the right side of the inlay groove 104 of the base 101.

[0040] The positioning structure 106 includes a positioning ring 1061 sleeved on the left end of the flexible strip light 2 and a positioning inlay groove 1062 arranged at the right side of the inlay groove 104 of the base 101. The left end of the flexible strip light 2 with the positioning ring 1061 is inlaid in the positioning inlay groove 1062, so as to facilitate people to accurately inlay the left end of the flexible strip light 2 at the right side of the inlay groove 104 of the base 101.

[0041] During use, cut the flexible strip light 2 according to the design requirements so that the length of the flexible strip light 2 meets the design requirements. Then, connect and position the flexible strip light 2 on the quick-connection cable 3. The quick-connection member 1 is bridged across the left end of the flexible strip light 2 and the quick-connection cable 3 on the left side of the left end. The driving mechanism 103 is used to make the two pairs of power-taking members 102 approach the guiding cable 3 and pass through the soft baseband 201 respectively, so as to take power from the quick-connection cable 3 and conduct the power to the conductor strip 2022 of the light strip 202 of the flexible strip light 2, and then conduct it to the light source body 2023. In this way, the operation of the light strip 202 can be controlled by the control circuit provided on or connected to the quick-connection member 1.

[0042] Embodiment 2: As Figure 5 shown, the two pairs of power-taking members 102 are respectively connected to the conductor 302 of the quick-connection cable 3 on the left and right sides and are connected to the conductor strip 2022 of the light strip 202 through the soft baseband 201. One pair of power-taking members 102 pass through the soft baseband 201 and lean on a pair of conductor strips 2022 of the light strip 202 and are connected to the pair of conductor strips 2022, and the other pair of power-taking members 102 lean on the conductors 302 on both sides of the quick-connection cable 3 and are respectively connected to the conductors 302 on both sides.

Claims

1. A light strip type electric light source, characterized in that: It includes a quick-connect component with a power-collecting component, a flexible line light, and a quick-connect cable. The flexible line light includes a soft base belt and a light belt fixed at the rear of the soft base belt. The light belt includes a pair of conductive strips arranged on the belt strip, and a light source evenly distributed along the belt strip and connected between the pair of conductive strips. The quick-connect cable includes an insulating belt and conductive wires arranged side by side on the upper and lower sides of the insulating belt. A connecting structure connected to the quick-connect cable is arranged in front of the soft base belt. The soft base belt is connected to the rear of the quick-connect cable through the connecting structure. The quick-connect component is a quick-connect component that allows the power-collecting component to directly reach the conductive wire of the quick-connect cable and the conductive strip on the light belt at the rear of the soft base belt, and allows the conductive wire of the quick-connect cable to be conductive with the matching conductive strip on the light belt.

2. The light strip type electric light source according to claim 1, characterized in that: There are two pairs of power-taking components on the quick-connect component, and the two pairs of power-taking components directly reach the wires of the quick-connect cable and the conductive strips on the light strip at the rear of the soft base band respectively. One pair of power-taking components are respectively connected to the two wires of the quick-connect cable, and the other pair of power-taking components are respectively connected to the two conductive strips on the light strip. One pair of power-taking components is connected to another matching pair of power-taking components through conductive components, so that the power on the wires of the quick-connect cable is transmitted to the conductive strips of the light strip through the power-taking components and the conductive components.

3. The light strip type electric light source according to claim 2, characterized in that: The quick-connect component includes a driving mechanism, and the power-taking component is connected to the wire of the quick-connect cable and the light belt conductor strip at the rear of the soft base belt through the driving of the driving mechanism.

4. The light strip type electric light source according to claim 3, characterized in that: Two pairs of power-taking components are respectively connected to the wires of the quick-connect cable and the conductive strips passing through the soft base strip and connected to the light strip on the left and right sides; Or two pairs of power-taking components are respectively connected to the wires of the quick-connect cable on the front and rear surfaces and to the conductive strips that pass through the soft base belt and are connected to the light belt.

5. The light strip type electric light source according to claim 4, characterized in that: The quick-connect component includes a base, two pairs of power-collecting components distributed on the left and right, a driving mechanism and a conductive component are arranged on the base, and the two power-collecting components of each pair of power-collecting components are distributed up and down; there are two driving mechanisms, and each pair of power-collecting components matches one driving mechanism; or, the base is a box-shaped object, and the driving mechanism is a cover, which is fixedly connected to the base by snapping, and when the cover is closed, the quick-connect cable and the flexible linear light are pushed toward the power-collecting component; the quick-connect cable is located inside the base, and the left end of the soft base belt connected to the front of the quick-connect cable is located within the action range of the right power-collecting component, and the left end of the soft base belt is located within the action range of the right power-collecting component. The quick-connect cable on the left side of the end is located within the action range of the left power-taking component. The quick-connect component is connected across the left end of the flexible linear light and the quick-connect cable on the left side of the left end. The driving mechanism enables the two pairs of power-taking components to directly reach the wires of the quick-connect cable and the conductive strips of the light strip after being inserted into the soft base belt, so that the wires of the quick-connect cable are connected to the matching conductive strips on the light strip, so that after taking power from the quick-connect cable, the power is transmitted to the conductive strips of the light strip of the flexible linear light, and then transmitted to the light source. The operation of the light strip can be controlled by a control circuit arranged on the quick-connect component or connected to the quick-connect component.

6. The light strip type electric light source according to claim 5, characterized in that: The conductive component of the quick-connect component is a bridge circuit that can convert direct current with uncertain positive and negative ends into direct current with certain positive and negative ends.

7. The light strip type electric light source according to claim 6, characterized in that: The conductive component is a circuit board-type component, which is arranged in the middle of the inlay groove of the base. A pair of copper spring clips are arranged on the left and right sides of the conductive component. The power-taking component is in the shape of a plate, one end of which is buckled on the bottom of the inlay groove, and the other end is embedded in the spring clip.

8. The light strip type electric light source according to claim 6, characterized in that: The base is provided with an inlay groove, and two pairs of power-taking components are respectively arranged on the bottom surfaces on the left and right sides of the inlay groove, the quick-connect cable and the flexible linear light connected to the quick-connect cable are arranged on the inlay groove, and threaded holes are arranged at the inlay grooves corresponding to each pair of power-taking components. The driving mechanism is a screw screwed into the threaded hole. The driving mechanism is screwed into the threaded hole to pierce one pair of power-taking components through the soft base belt respectively, and then lean against a pair of conductive strips of the light belt and connect with the pair of conductive strips, and make the other pair of power-taking components reach the wires on both sides of the quick-connect cable respectively and connect with the wires on both sides respectively.

9. The light strip type electric light source according to any one of claims 1 to 8, characterized in that: The connection structure is a cable embedding groove whose shape matches the shape of the quick-connect cable. The quick-connect cable is embedded in the cable embedding groove to connect the flexible linear light to the quick-connect cable.

10. The light strip type electric light source according to claim 9, characterized in that: The strip-shaped soft base belt on the light strip is provided with through holes, and the function of the through holes is to scatter light to expand the irradiation range of light. The material of the strip-shaped soft base belt is transparent plastic.

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