CN202716242U

CN202716242U - Multi-functional tool structure

Info

Publication number: CN202716242U
Application number: CN 201220242553
Authority: CN
Inventors: 周依秋
Original assignee: REDAI PRECISION TOOLS Co Ltd
Current assignee: REDAI PRECISION TOOLS Co Ltd
Priority date: 2012-05-28
Filing date: 2012-05-28
Publication date: 2013-02-06
Anticipated expiration: 2022-05-28

Abstract

The utility model relates to a multi-functional tool structure comprising a structure body and a working bar which are pin-jointed; and the working bar can be folded with the structure body. Furthermore, a press button which can move elastically is arranged on the structure body, and the press button can be movably inserted in a positioning pin on the working bar. Consequently, the locking of the working bar and the positioning pin can be released through the press button, so that the working bar can be swung, and the positioning pin and the working bar are locked again after the press button is released. The working bar and the structure body are folded, so that the storage and the carrying are facilitated, the working bar can form a plurality of included angles relative to the structure body after being unfolded, and the needs of different operation angles are met.

Description

The multi-purpose tool structure

Technical field

The utility model relates to a kind of multi-purpose tool structure, particularly working beam and body and articulates combination, and working beam can form rugosity with body, or the extensible tool construction of working beam, belongs to the hand-held tool technical field.

Background technology

Hand-held tool is a kind of instrument that utilizes both hands to operate by the user, such as ratchet spanner, monkey wrench, hammer, saw etc.Take ratchet spanner as example, usually operate for the convenience of the users and reach the labour-saving purpose, it has body, and has the working head that maybe can overlap the sleeve of pulling for part for start in the end of body.

In fact, the length of body length can improve the labor-saving effect, but needs larger taking in and transport space.Also can reduce in addition the convenience of operation.Otherwise if the length of body is designed to lack, then the user need improve operation strength.

Although developed on the market multiple collapsible hand-held tool, these hand-held tools possess complicated structure, or can't effectively reach the location in operation.

Summary of the invention

In order to improve above-mentioned technological deficiency, the utility model provides a kind of multi-purpose tool structure.

For achieving the above object, the utility model discloses a kind of multi-purpose tool structure, and it comprises body; Fold the space and be formed on the body, this end that folds the space is that open configuration and this open configuration have two sidewalls; Accommodation space is formed on the outer surface of the sidewall of open configuration; Slide opening is formed in the accommodation space, and this slide opening is communicated with this open configuration; Working beam is configured in the open configuration, it has bar section and head connects this bar section one end, wherein this bar section is in order in the open configuration that is installed in this body, and bar section has an exhibition locating hole and fold locating hole, and it is relative that this exhibition locating hole and this fold locating hole; Press button is assembled in the accommodation space swingably; Compress Spring is configured in the accommodation space, and Compress Spring one end in contact press button; The combination of alignment pin and returning spring is configured in the slide opening, and this press button of alignment pin one end in contact, and the other end can fold locating hole or an exhibition locating hole in order to insertion; Returning spring, in conjunction with this alignment pin, but and make this alignment pin elasticity activity;

By this, press the lock that this press button can discharge between alignment pin and the working beam and pull, and make working beam can be captured in folding in the space of body, or working beam and body can form an exhibition state; Fold locating hole or an exhibition locating hole and alignment pin is embedded, then can make working beam form the location shape.

Above-mentioned multi-purpose tool structure also has axostylus axostyle to place the bar section of two sidewalls and this working beam of open configuration, and this working beam can be rotated, and this folds the periphery that locating hole and this exhibition locating hole are positioned at this axostylus axostyle in addition.

Above-mentioned multi-purpose tool structure also comprises tank, and this tank is positioned at the bottom surface of this accommodation space, and this Compress Spring is configured in this tank.

Above-mentioned multi-purpose tool structure also comprises plural angle locating hole, and this plural number angle locating hole is formed in this bar section and at this exhibition locating hole and this and folds between the locating hole.

Above-mentioned multi-purpose tool structure also comprises protrusion, and this protrusion is formed in this accommodation space, and this slide opening is formed on this protrusion.

Above-mentioned multi-purpose tool structure also comprises extension bar, and this extension bar is in order to connect the head of this working beam.

Working beam and body form folding fold to be beneficial to take in and carry, and working beam launch after relatively body form a plurality of angle angles, satisfy by this demand of different work angles.The multi-purpose tool structure that the utility model provides can change on demand length, and can be adjusted to specific angle, can have simultaneously the effect of saving space and operation ease concurrently.

Description of drawings

Fig. 1 is exploded view of the present utility model.

Fig. 2 is combination schematic diagram of the present utility model.

Fig. 3 is the action schematic diagram that the utility model presses press button.

Fig. 4 is that the utility model is opened the exhibition view.

Fig. 5 is the configuration schematic diagram that the utility model is opened alignment pin with an exhibition locating hole of exhibition state.

Fig. 6 is the utility model collapse state schematic diagram.

Fig. 7 is the utility model collapse state schematic diagram.

Fig. 8 is that the utility model body and working beam connect to angle state and connect the outside drawing of extension bar.

Fig. 9 is that the utility model body and working beam connect to angle state and connect the schematic diagram of extension bar.

Figure 10 is that the utility model body and working beam are superimposed and connect the outside drawing of extension bar.

[main description of reference numerals]

10 bodies 11 fold the space

11a open configuration 11b bottom surface

The 11c perforation

12 lockholes, 13 axostylus axostyles

15 accommodation space 15a protrusions

16 locating holes

17 hinged arms, 18 slide openings

19 tanks, 20 working beams

21 heads, 22 bar sections

26 exhibition locating holes of 23 axis holes

27 fold locating hole 28 angle orientation holes

30 press buttons, 31 trunnion mounts

32 pivot holes, 34 alignment pins

35 protuberances, 36 returning springs

38 Compress Springs, 40 extension bars.

The specific embodiment

Embodiment and member in the utility model diagram, about before alleged with afterwards, left and right, top and bottom, top and bottom and level and vertical reference, only be used for conveniently being described, and unrestricted the utility model, also non-its member is limited to any position or direction in space, gives first Chen Ming at this.

See also Fig. 1, the utility model discloses a kind of hand-held tool, and it is relatively articulated by body 10 and working beam 20 and forms, and wherein body 10 can fold relatively with working beam 20.

Further, body 10 has opening upwards and folds space 11 in order to what hold working beam 20.An end that folds space 11 is open configuration 11a, and the bottom surface 11b that folds space 11 has the perforation 11c that runs through.Fold each self-forming lockhole 12 of two side wall surfaces of the open configuration 11a in space 11.

Accommodation space 15 is formed on the outer surface of side wall surface of open configuration 11a again, and a pair of locating hole 16 is respectively formed at the relative wall of accommodation space 15, and an one locating hole 16 tools run through structure.The bottom surface of accommodation space 15 has protrusion 15a, and slide opening 18 is formed on accommodation space with tank 19, and wherein 18 of slide openings are at protrusion 15a, and this slide opening 18 is for running through this open configuration of structure connection 11a.

Working beam 20 has head 21 and bar section 22, and wherein head 21 is formed on an end of bar section 22.Head 21 can be ratchet structure and uses for driving or branch sleeve.Bar section 22 has axis hole 23, an exhibition locating hole 26, folds locating hole 27 and plural angle locating hole 28, it is relative wherein opening exhibition locating hole 26 and folding locating hole 27, open exhibition locating hole 26 and plural angle locating hole 28 and can be positioned at axis hole 23 peripheries, and axis hole 23 is between opening exhibition locating hole 26 and folding between the locating hole 27.

See also Fig. 1, Fig. 2, the bar section 22 of working beam 20 is assembled in the open configuration 11a, and axostylus axostyle 13 is set in lockhole 12 and axis hole 23, then can make working beam 20 in conjunction with body 10.

Moreover Compress Spring 38 is installed in the tank 19.The combination of alignment pin 34 and returning spring 36 is installed in the slide opening 18, and wherein alignment pin 34 1 ends have the protuberance 35 of larger external diameter in order to limit returning spring 36.

Press button 30 has trunnion mount 31.Pivot hole 32 is formed on the trunnion mount 31.This press button 30 is installed in accommodation space 15, and hinged arm 17 places locating hole 16 and pivot hole 32, can make press button 30 in conjunction with body 10, and press button 30 1 side pressures lean against on the Compress Spring 38, and opposite side is pressed against on the alignment pin 34.

See also Fig. 3, stressed and press this Compress Spring 38 when press button 30 1 sides, then alignment pin 34 can be subjected to the effect of returning spring 36 and the bar section 22 of working beam 20 is left in displacement, and for example alignment pin 34 leaves the shown locating hole 27 that folds in graphic.Lock between alignment pin 34 and working beam 20 is pulled and is disengaged, and working beam 20 can be arranged in pairs or groups axostylus axostyle 13 and body 10 is rotated.

See also Fig. 4, according to above-mentioned operating instruction, working beam 20 relatively body 10 forms an exhibition state.

See also Fig. 5, form under the exhibition state at working beam 20 and body 10, can by the active force that discharges on the press button (not shown), make alignment pin 34 to working beam 20 displacements and be embedded in an exhibition locating hole 26.Working beam 20 like this can form positioning states and use for the operator.

See also Fig. 5, Fig. 6, the lock of removing between alignment pin 34 and the working beam 20 is pulled, and can make working beam 20 rotations and form overlapping shape with body 10.Alignment pin 34 can be embedded in and fold in the locating hole 27 this moment.

See also Fig. 7, working beam 20 forms overlapping shape with body 10, and working beam 20 is contained in and folds in the space 11.

See also Fig. 9, pull by the lock of removing between alignment pin 34 and the working beam 20, can make working beam 20 turn to predetermined angular, alignment pin 34 is inserted in the angle orientation hole 28.

See also Fig. 8, Fig. 9, working beam 20 can form angled state with body 10.The head 21 of working beam 20 can connect an extension bar 40 in addition.So the operator can more conveniently bestow torsion in body 10 driving extension bar 40 quick rotation, and the operational requirements that satisfies special angle.

See also Figure 10, form under the superimposed state at working beam 20 and body 10, the head 21 of working beam 20 can connect extension bar 40.So the operator can hold body 10 and execute torsion to rotate body 10 and extension bar 40 with palm.

More than be preferred embodiment of the present utility model and design graphic, but preferred embodiment and designing graphicly only illustrates, be not be used to limiting interest field of the present utility model, all take equalization the skill means or the content of implementing as the interest field that the application was contained, all do not break away from category of the present utility model.

Claims

1. multi-purpose tool structure is characterized in that it comprises:

Body;

Fold the space, be formed on this body, this end that folds the space is open configuration, and this open configuration has two sidewalls;

Accommodation space is formed on the outer surface of the sidewall of this open configuration;

Slide opening is formed in this accommodation space, and this slide opening is communicated with this open configuration;

Working beam, it has bar section, and head connects this bar section one end, and wherein this bar section is in order in the open configuration that is installed in this body, and this bar section has an exhibition locating hole and fold locating hole, and it is relative that this exhibition locating hole and this fold locating hole;

Press button is assembled in this accommodation space swingably;

Compress Spring is configured in the accommodation space, and this press button of an end in contact of this Compress Spring;

Alignment pin is configured in this slide opening, this this press button of alignment pin one end in contact, and the other end can fold maybe this exhibition locating hole of locating hole in order to insert this;

Returning spring, in conjunction with this alignment pin, but and make this alignment pin elasticity activity;

By this, press this press button and pull with the lock that discharges between alignment pin and the working beam, then this working beam can be captured in folding in the space of body, or this working beam and this body can form an exhibition state; This alignment pin embeds this and folds locating hole or an exhibition locating hole, can make this working beam become the location shape.

2. multi-purpose tool structure as claimed in claim 1, it is characterized in that: also have axostylus axostyle to place the bar section of two sidewalls and this working beam of open configuration, this working beam can be rotated, and this folds the periphery that locating hole and this exhibition locating hole are positioned at this axostylus axostyle in addition.

3. multi-purpose tool structure as claimed in claim 1, it is characterized in that: also comprise tank, this tank is positioned at the bottom surface of this accommodation space, and this Compress Spring is configured in this tank.

4. multi-purpose tool structure as claimed in claim 1, it is characterized in that: also comprise plural angle locating hole, this plural number angle locating hole is formed in this bar section and at this exhibition locating hole and this and folds between the locating hole.

5. multi-purpose tool structure as claimed in claim 1, it is characterized in that: also comprise protrusion, this protrusion is formed in this accommodation space, and this slide opening is formed on this protrusion.

6. multi-purpose tool structure as claimed in claim 1, it is characterized in that: also comprise extension bar, this extension bar is in order to connect the head of this working beam.