CN207162187U - A kind of band side lamp thermal transfer dry cell flashlight - Google Patents

Abstract

It the utility model is related to a kind of band side lamp thermal transfer dry cell flashlight, including card module, the fixed bit of end fixed bit including remote LED light emitting source, the fixed bit of side floodlight LED light emitting sources and circuit unit, and the card module has the retaining structure with the stack shell fixing assembling；Thermal transfer spends film, and stack shell outer surface spends film to form decoration layer by the thermal transfer.The utility model uses the thermal transfer flashlight structure with side lamp, while optically focused long distance illumination and floodlight closely illuminated into two kinds of functions using integral type card module combining, flashlight is set to form modular assembling with card module, it is easy to mass production, efficiency of assembling is high, saves manually and cost；Using stamp membrane structure, there is cost advantage using cosmetic sheet or three-dimensional stripe patterning than conventional dry cell batteries flashlight and simplify the advantage of production technology, meanwhile, the change of flower film is more relatively easy than the replacing of cosmetic sheet or three-dimensional stripe pattern.

Description

A kind of band side lamp thermal transfer dry cell flashlight

Technical field

It the utility model is related to lighting technical field, more particularly to a kind of band side lamp thermal transfer dry cell flashlight.

Background technology

Flashlight is a kind of hand-held electronic illuminations, and traditional structure is by being reflected through battery powered bulb with focusing on Microscope group is into and having for hand-held hand-held handle type shell.According to different use demands, existing flashlight product no matter profile, Performance or use functionally all present miscellaneous change.

Meanwhile risen with the property of caloric transfer printing technology, film surface pattern can be pre-printed in transfer film printing, printing Pattern level is abundant, bright in luster, aberration is small, the effect that the person that can reach layout requires, and is adapted to produce in enormous quantities.Turn Pattern exquisite on transfer film is transferred in product surface by print processing by heat transfer machine time processing, ink layer and production after shaping Product surface is molten to be integrated, and is greatly improved the class of product.

Those skilled in the art are directed to the defects of existing known technology and analyzed, and conventional dry cell batteries flashlight is used only Headlight carries out remote spotlighting, does not carry out closely floodlighting using side lamp, and function is single, is not easy to people poly- The requirement that light long distance illumination and floodlight closely illuminate.

Meanwhile even if prior art can be combined optically focused long distance illumination and astigmatism closely a wide range of lighting arrangements hand On the different direction position of torch, but need to carry out the layout designs of both direction inside flashlight, this is assembled for production For it is extremely difficult, in addition, it is also contemplated that installation site of circuit unit etc., can not really realize an optically focused long distance illumination and Floodlight closely illuminates both functions and is incorporated on a product；Simultaneously as this design causes the cylinder of flashlight Body has jog and has side lamp, can not use thermal transfer flower film, can only be decorated, led with the candy strip of cosmetic sheet or solid Cause product appearance more dull, be far below according to the decorative effect of cosmetic sheet or three-dimensional stripe pattern using thermal transfer flower film Decorative effect, and can not arbitrarily be changed as thermal transfer spends film, if using cosmetic sheet or three-dimensional stripe pattern than using heat The production technology for turning printed film is more complicated and cost is higher.

In summary, the utility model is exactly on the basis of existing known technology, with reference to the checking of practical application, to same Product structure in one technical field proposes that further research and development and improved technical scheme, the technical scheme that these are proposed are complete Disclosure satisfy that and prior art defect is made up, at the same be also beneficial to numerous technical problems of same technical field solution and The expansibility for the scheme that develops skill.

Utility model content

For disadvantages described above, the utility model provides a kind of band side lamp thermal transfer dry cell flashlight, have good appearance, It is easy to batch production and assembling, can saves manually with the advantage such as cost, while solves many deficiencies of prior art.

To achieve the above object, the utility model uses following technical scheme：

A kind of band side lamp thermal transfer dry cell flashlight, the stack shell end of the flashlight has remote LED light emitting source, institute Stating flashlight includes：Card module, including for setting the end fixed bit of the remote LED light emitting source, for setting side The fixed bit of face floodlight LED light emitting sources and the fixed bit for setting circuit unit, and the card module have with it is described The retaining structure of stack shell fixing assembling, so that the remote LED light emitting source is solid respectively successively with the floodlight LED light emitting sources The side floodlighting portion of illumination end, stack shell due to stack shell；Thermal transfer spends film, is covered in the stack shell outer surface, and institute State stack shell outer surface spends film to form decoration layer by the thermal transfer.

For the additional structure of above-mentioned technical proposal, in addition to：

The stack shell is provided with the module major trough position for fixing assembling card module and makes the stack shell and card module Form the smooth cambered surface for being bonded thermal transfer flower film；

The stack shell sets neck, and the groove position is arranged on the contact surface between card module and stack shell.

For the additional structure of any of the above-described technical scheme, in addition to：

The card module is the L-shaped structure and the vertical plane integrated installation floodlight being made up of vertical plane and horizontal plane Side lamp integrated package and switch module, vertical plane and the stack shell outside wall surface fixing assembling of L-shaped structure；

Correspondingly, the horizontal plane of the card module has optically focused LED light emitting sources, and the horizontal plane is attached at the top of stack shell And form optically focused long distance illumination unit；Floodlight side lamp integrated package is from top to bottom rearranged by some LED light emitting sources.

For the additional structure of any of the above-described technical scheme, in addition to：

The thermal transfer flower film has at least three-decker, i.e., sets printing layer by adhesive layer in substrate surface；It is excellent Selection of land, the basalis set PUR bisque.

In addition, the shape of the card module is identical with the module major trough position of stack shell and makes the card module and stack shell group Conjunction forms column structure.

Having the beneficial effect that with side lamp thermal transfer dry cell flashlight described in the utility model：

(1) use the thermal transfer flashlight structure with side lamp, using integral type card module by optically focused long distance illumination and While floodlight closely illuminates two kinds of functions and combined, flashlight is set to form modular assembling with card module, the two Between selection and collocation realize more flexible space, be more favorable for production and assembling, greatly saved cost；

(2) stamp membrane structure is used, is had than conventional dry cell batteries flashlight using cosmetic sheet or three-dimensional stripe patterning Cost advantage and the advantage for simplifying production technology, meanwhile, the change of film is spent than the more commutation of cosmetic sheet or three-dimensional stripe pattern To easy；

(3) by card module, by side lamp and switch sections design on control circuit be also disposed in dongle configuration and with Modular form embodies, then from dongle configuration and stack shell carry out with installation, be easy to mass production, efficiency of assembling is high, saves Manually and cost.

Brief description of the drawings

The utility model is described in further detail below according to accompanying drawing.

Fig. 1 is the stack shell schematic diagram with side lamp thermal transfer dry cell flashlight described in the utility model embodiment；

Fig. 2 is the plug-in unit schematic diagram with side lamp thermal transfer dry cell flashlight described in the utility model embodiment；

Fig. 3 is the side schematic view with side lamp thermal transfer dry cell flashlight described in the utility model embodiment；

Fig. 4 is the front schematic view with side lamp thermal transfer dry cell flashlight described in the utility model embodiment.

In figure：

1st, stack shell；2nd, optically focused long distance illumination unit；3rd, tail pipe；4th, card module；

11st, module major trough position；12nd, neck；13rd, thermal transfer flower film；

41st, optically focused LED light emitting sources；42nd, floodlight side lamp integrated package；43rd, switch module.

Embodiment

Embodiment one

As Figure 1-4, the band side lamp thermal transfer dry cell flashlight described in the utility model embodiment one, is implemented Technical scheme purpose is to make that there is distance light to realize modular assembly structure with the dual flashlight using function of dipped beam, not only will Production and processing assemble flow brings up to a new class, also allow user experience structure it is more firm, more durable one The new-type hand-held illuminations of kind, therefore, on the basis of existing flashlight structure, using the knot of stack shell 1 for being advantageous to practical set Structure, the stack shell 1 possess the groove position of the long distance illumination module of integral type and floodlight closely lighting module fixation simultaneously, i.e. mould Block major trough position 11, this module major trough position 11 be used for assemble corresponding to card module 4, meanwhile, the possessed of stack shell 1 another must Wanting structure is, the fixed structure of auxiliary positioning, the fixed structure are set at the position of installation corresponding with the module of card module 4 The part being embodied on stack shell 1 may be configured as neck 12 and the neck 12 is arranged between the card module 4 and stack shell 1 and contacted The maximum position of area, in the utility model embodiment, when being assembled between card module 4 and stack shell 1, according to L The structure of shape card module 4 and vertical plane and the outside wall surface fixing assembling of stack shell 1, then be arranged at being capable of bear external force for the position of neck 12 And be improved below the outside wall surface of stack shell 1 of firmness close to the position of tail pipe 3, or at least provided with the middle part of stack shell 1 with bottom Position, so that there is card module 4 horizontal plane of optically focused LED light emitting sources 41 to be attached to after the top of stack shell 1, at the top of stack shell 1 Optically focused long distance illumination unit 2 is formed, then takes the lead in realizing long distance illumination function by the card module 4.

Further, further analyzed for the structure of card module 4 of above-mentioned setting：

While taking the lead in realizing optically focused long distance illumination unit 2, the vertical plane integrated installation floodlight side of card module 4 Lamp integrated package 42 and switch module 43, and the position of the two components installation is fully according to meeting human oriented design demand Standard is carried out, i.e., switch module 43 is in the outside wall surface center position of stack shell 1, and floodlight side lamp integrated package 42 is carried out by some The LED light emitting sources composition of side illumination and be arranged at the lower section of switch module 43, correspondingly, about optically focused LED light emitting sources 41 and The circuit of floodlight side lamp and switch module 43 connects, using prior art to carry out integrally disposed making used control circuit complete Realized on the surface of card module 4, do not extend to 1 any position of stack shell, so as to improve the intensive degree of production, stack shell 1 Between selection also allow for being combined.

Correspondingly, to improve the firmness of the comfort level that uses and assembling, under the optically focused long distance illumination unit 2 Portion outward flange has downward fastener, and the screens for fixing pluge module 4 is formed between the fastener and the outside wall surface of stack shell 1, when Card module 4 is fitted into after stack shell 1, and the fastener realizes that nature docks without producing gap, more with the surface of card module 4 Importantly, the surface of stack shell 1 can be made more smooth, avoid stack shell 1 from jog occur and influence stack shell 1 further implement it is relevant The technological means that outward appearance is freely arranged in pairs or groups.

Freely arranged in pairs or groups further analysis for the outward appearance of the above-mentioned stack shell 1 referred to：

Due to the natural assembling between card module 4 and stack shell 1, make the surface of stack shell 1 that there is preferable smoothness, the stack shell 1 surface sets one layer of thermal transfer to spend between film 13 and thermal transfer flower film 13 and stack shell 1 and is bonded completely, compared to conventional belt side lamp Flashlight there is cost advantage, simple production process and more advantage using cosmetic sheet or three-dimensional stripe patterning, meanwhile, Replacing of the change than cosmetic sheet or the candy strip of solid using thermal transfer flower film 13 is more prone to.

Specific to epimere thermal transfer flower film 13 setting actually for the technical scheme can prolongation structure, the thermal transfer flower Film 13 has at least three-decker, i.e., sets printing layer by adhesive layer in substrate surface, or according to different process requirements, it is real Apply and the structure such as release layer and PUR bisque is first set in substrate surface.

Embodiment two

As Figure 1-4, the band side lamp thermal transfer dry cell flashlight described in the utility model embodiment two, including stack shell 1, the stack shell 1 possesses the groove position of the long distance illumination module of integral type and floodlight closely lighting module fixation simultaneously, i.e. mould Block major trough position 11, this module major trough position 11 are used to assemble corresponding card module 4, are realizing optically focused long distance illumination unit 2 Meanwhile the vertical plane integrated installation switch module 43 of card module 4, i.e. switch module 43 are in the outside wall surface centre bit of stack shell 1 Place is put, meanwhile, unlike above example implementation means, the card module 4, which also has, is arranged as rectangular array shape LED side lamps, these LED side lamps form floodlight side lamp integrated package 42, and the floodlight side lamp integrated package 42 can be inserted on the surface of stack shell 1 Pull out, further realize and can be dismounted with formula on the basis of integrated plugin module 4 so as to realize, be advantageous to that there are special process requirements Flashlight structure.

Embodiment one is can refer to accordingly for the isostructural implementation of thermal transfer flower film or is improved on its basis, Here is omitted.

In the description of this specification, if there is the description such as term " embodiment one ", " the present embodiment ", " specific implementation " meaning Refer to and be contained in the utility model or invention extremely with reference to specific features, structure, material or the feature that the embodiment or example describe In few one embodiment or example.In this manual, identical reality is not necessarily referring to the schematic representation of above-mentioned term Apply example or example；Moreover, described specific features, structure, material or feature can in any one or more embodiments or Combined in a proper manner in example.

In the description of this specification, term " connection ", " installation ", " fixation ", " setting ", " having " etc. do broad sense reason Solution, for example, " connection " can be fixedly connected or pass through intermediate module on the basis of parts relationship and technique effect is not influenceed Indirectly carry out or integrally connected or part connect, such as herewith example situation for those of ordinary skills, Concrete meaning of the above-mentioned term in the utility model or invention can be understood as the case may be.

The above-mentioned description to embodiment is it will be appreciated that and using this for the ease of those skilled in the art Case technology, person skilled in the art obviously can make various modifications to these examples easily, and described herein one As principle be applied in other embodiments without by performing creative labour.Therefore, this case is not limited to above example, for The modification of several situations below, all should be in the protection domain of this case：1. based on technical solutions of the utility model and tie The new technical scheme that existing common knowledge is implemented is closed, technique effect caused by the new technical scheme is not departing from this Outside utility model technique effect, for example, implementing card module and stack shell difference connected mode and only there is connection function；2. adopt Equivalence replacement with known technology to the Partial Feature of technical solutions of the utility model, caused technique effect are new with this practicality Type technique effect is identical, for example, being replaced by the position of stack shell mounting groove position or with the mounting means of card module；3. with this Carry out expanding based on utility model technical scheme, the substantive content of the technical scheme after expansion is without departing from the utility model Outside technical scheme；4. the equivalent transformation made using the utility model specification and accompanying drawing content, is directly or indirectly used in Other related technical areas.

Claims (10)

1. a kind of band side lamp thermal transfer dry cell flashlight, the stack shell end of the flashlight have remote LED light emitting source, it is special Sign is that the flashlight includes：

Card module, including for setting the end fixed bit of the remote LED light emitting source, for setting side floodlight LED The fixed bit of light emitting source and the fixed bit for setting circuit unit, and the card module have fixed with the stack shell The retaining structure of assembling, so that the remote LED light emitting source is individually fixed in stack shell successively with the floodlight LED light emitting sources Illumination end, the side floodlighting portion of stack shell；

Thermal transfer spends film, is covered in the stack shell outer surface, and the stack shell outer surface spends film to form dress by the thermal transfer Adorn patterned layer.

2. band side lamp thermal transfer dry cell flashlight according to claim 1, it is characterised in that：The stack shell, which is provided with, to be used for The module major trough position of fixing assembling card module and the stack shell and card module is set to be formed for being bonded thermal transfer flower film Smooth cambered surface.

3. band side lamp thermal transfer dry cell flashlight according to claim 2, it is characterised in that：The stack shell sets card Groove, the groove position are arranged on the contact surface between card module and stack shell.

4. band side lamp thermal transfer dry cell flashlight according to claim 1, it is characterised in that：The card module is served as reasons The L-shaped structure and the vertical plane integrated installation floodlight side lamp integrated package and switch module of vertical plane and horizontal plane composition.

5. band side lamp thermal transfer dry cell flashlight according to claim 4, it is characterised in that：The L-shaped structure is hung down Face directly and stack shell outside wall surface fixing assembling.

6. the band side lamp thermal transfer dry cell flashlight according to claim 4 or 5, it is characterised in that：The card module Horizontal plane there is optically focused LED light emitting sources, the horizontal plane is attached at the top of stack shell and forms optically focused long distance illumination unit.

7. band side lamp thermal transfer dry cell flashlight according to claim 1, it is characterised in that：The floodlight side lamp integrates Component is from top to bottom rearranged by some LED light emitting sources.

8. the band side lamp thermal transfer dry cell flashlight according to claim any one of 1-4, it is characterised in that：The heat turns Printed film has at least three-decker, i.e., sets printing layer by adhesive layer in substrate surface.

9. band side lamp thermal transfer dry cell flashlight according to claim 8, it is characterised in that：The basalis sets heat Melten gel bisque.

10. the band side lamp thermal transfer dry cell flashlight according to claim any one of 1-4, it is characterised in that：It is described to insert The shape of part module is identical with the module major trough position of stack shell and makes the card module combine to form column structure with stack shell.