CN202895199U - Plane rotational tool box - Google Patents
Plane rotational tool box Download PDFInfo
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- CN202895199U CN202895199U CN 201220510056 CN201220510056U CN202895199U CN 202895199 U CN202895199 U CN 202895199U CN 201220510056 CN201220510056 CN 201220510056 CN 201220510056 U CN201220510056 U CN 201220510056U CN 202895199 U CN202895199 U CN 202895199U
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Abstract
The utility model relates to a plane rotational tool box. By the plane rotational tool box, the defects that because the conventional tool box has one layer, the function is single, and tools which are arranged in the tool box are a few are overcome. The plane rotational tool box comprises a fixing box body and at least one movable box body, wherein tool placing space is arranged on the fixing box body and the movable box bodies; the movable box bodies are connected with the fixing box body by rotating shafts; the rotating shafts are perpendicular to planes at which the fixing box body and the movable box bodies are positioned; the movable box bodies can rotate in the planes at which the movable box bodies are positioned around the rotating shaft; the fixing box body and the movable box bodies are arranged in a layering mode, so that the volume of placing the tools in the tool box is expanded, and the complex tools and a variety of accessories can be placed; the movable box bodies rotate in the planes at which the movable box bodies are positioned around the vertical rotating shaft, so that the shielded tool placing space can be exposed, and the tools are convenient to take out and place; and after the movable box bodies rotate relative to the fixing box body, all the tools in the tool box can be exposed, and the blocking of sight lines is avoided, so that the plane rotational tool box has a visual display effect.
Description
Technical field
The utility model relates to a kind of instrument cases, and especially a kind of box body of inside can be at the Plane Rotation instrument cases of the rotation with in surface at self place.
Background technology
Along with the Standardization Requirement of every profession and trade work, the performance accuracy in the course of work requires more and more higher, and the tool equipment that uses during work is also more and more, has therefore brought the inconvenience of carrying to the staff.These instruments comprise various apparatuses and supporting various annexes, and kind is many, and quantity is also many, and for satisfying different functions, also each is different for the size of instrument.If arbitrarily place, there are not instrument cases to put together, more in disorder, to seek inconvenience, and can not carry out safeguard protection to apparatus or annex, these instruments are easily damaged.Especially a kind of industry that specific (special) requirements is arranged, such as medical industry, apparatus be mounted with special code requirement, for another example make up artist, hairdresser, the instrument of its use also has the requirement of depositing of standard.This just requires special instrument cases that these instruments are placed.
The tool box structure of conventional practice is more single, and function is also more single, and the lid that only is hinged and box body, instrument are placed in the box body, and the lid that closes forms closed.Further exactly a plurality of accommodation spaces are set in box body again, different instruments is placed in the different accommodation spaces, realizes sorting placement.But the instrument cases of this improvement also only have one deck, and the instrument that can place is less, so people have done improvement to instrument cases again.
Such as: Patent Office of the People's Republic of China has announced a CN2604286Y patent on February 25th, 2004, name is called improved expansion tool box, comprises casing, developer layer; Casing comprises main tank section and auxillary box part, be superimposed with the developer layer that the even number auxillary box part forms in this main tank section, every layer of auxillary box part arranged side by side, every layer of auxillary box part launches to the both sides, bottom auxillary box part is expanded to main tank section two outsides, and the downward one deck auxillary box part of the every last layer auxillary box part outside is launched or folded to the inside; Tank ends is established each auxillary box part pivot joint group of driven in synchronism, the pivot joint group comprises at least one upper pin-jointing piece, three layer box body sides with arbitrary successively storehouse articulate respectively, at least two connecting piece of short pivot, one connecting piece of short pivot is located on the different layers casing side, and be located at its side with connecting piece of long pivot, another connecting piece of short pivot is located at abreast other side of connecting piece of long pivot and also is articulated in respectively middle level and lower layer box body with paralleling.But this tool box is when launching, and the upper strata can stop lower floor, lower floor to expose face little, cause the instrument of lower floor to pick and place inconvenience.
Patent Office of the People's Republic of China has announced a CN2827660Y patent on October 18th, 2006, name is called Telescopic tool box, comprise tool box main body tank tower, case casket and lid, be provided with movable left plate at tool box main body tank tower, right plate, back side panel, above lid, be provided with two rotating gripping handgrips, in mobile side board both sides, the left and right sides a slice link plate is set respectively, be provided with portable handle at the main body tank tower, left plate in activity, right plate is provided with chute, back side panel is provided with pivoting point, be provided with trip between chute and main body tank tower, chute and trip and pivoting point and the trip location that cooperatively interacts.This tool box can form the upper, middle and lower-ranking shallow storage space when using, but gap between layers is little, is not easy after instrument puts in to take out, and can not know at once after the tool box launches which layer instrument is placed on, and uses a bit inconvenience.
Patent Office of the People's Republic of China has announced a CN202127971U patent February 1 in 2012, name is called Special tool box for auditing officers, comprises box body, is provided with in the box body be used to the drawer that holds various apparatus, the rear end of described cartridge upper surface is provided with scale, and the rear end sidewall of box body is provided with the cutter groove.Adopt drawer-type structure, drawer can occupy the space of box body inside, does not take full advantage of the built-in space of box body, and drawer is in the pull process, and the upper strata drawer can cause lower floor's drawer and stop, the instrument of impact is taken.
Although above-mentioned instrument cases or tool box can both launch, can not intuitively know the inner instrument of placing after launching, all can form stopping of sight line, bandwagon effect is poor.
Summary of the invention
The utility model has solved existing instrument cases and has only had one deck, and function ratio is more single, and the less defective of instrument that can place provides a kind of Plane Rotation instrument cases of multilayer, and the multilayer box body can the sorting placement instrument, increases the space that can increase place tool after the number of plies.
The utility model has also solved existing instrument cases and has adopted translation to launch stacked case section, but the case section on upper strata easily causes the case section of lower floor and stops that the defective that inconvenient instrument picks and places provides a kind of mode that horizontally rotates, can expose the instrument placement space of lower floor fully, the instrument of being convenient to picks and places.
The utility model has also solved existing instrument cases and has adopted the mode that upwards promotes to separate stacked case casket, but the gap between the case casket is less, instrument picks and places inconvenience, the case casket on upper strata can cause the defective that stops to the case casket of lower floor, a kind of Plane Rotation instrument cases are provided, at the rotation with in surface of level, after rotating, can expose the box body on upper strata the instrument placement space of lower floor fully, and the box body on upper strata can not pick and place the instrument in lower floor's box body to cause and stop.
The utility model has also solved the instrument placement space that mode that existing instrument cases adopt the drawer pull is exposed box body, drawer occupies the inner space of box body, the space availability ratio of box body is low, the drawer on upper strata can cause to the drawer of lower floor and stop, and the extraction length of undermost drawer is maximum, easily whole drawer is all extracted out, the defective that inconvenient drawer is retracted, a kind of Plane Rotation instrument cases are provided, movable bin body does not separate with fixed bin body, can expose the instrument placement space of fixed bin body after movable bin body rotates fully, can not cause to stop, the space availability ratio of fixed bin body is high.
The technical scheme that its technical problem that solves the utility model adopts is: a kind of Plane Rotation instrument cases, comprise fixed bin body and movable bin body, be provided with the instrument placement space on fixed bin body and the movable bin body, movable bin body is at least one, movable bin body and fixed bin body are coupling by rotating shaft, the plane at the vertical fixed bin body of rotating shaft and movable bin body place, the active box physical efficiency is around the rotation with in surface of rotating shaft at himself place.Movable bin body and fixed bin body are coupling by rotating shaft, the expression that is coupling connects take rotating shaft as the axle that rotates, the vertical fixed bin body box of rotating shaft movable bin body, movable bin body is around the rotation with in surface of rotating shaft at himself place, can be used as the stop member of fixed bin body instrument placement space after movable bin body closes up, the instrument of preventing drops out; The mode that movable bin body horizontally rotates just in the plane at himself place, can not occupy the instrument placement space of fixed bin body, thereby guarantee the space availability ratio of fixed bin body; Movable bin body horizontally rotates, the angle of rotating is distinguished according to the size of movable bin body, can be comprehensive 360 ° of rotations, also can be 90 ° of rotations, or rotate between 90 °-180 °, guarantee to expose the instrument placement space of fixed bin body after the rotation of movable bin body, or the instrument placement space of movable bin body self; Can expose all instruments in the instrument cases after movable bin body rotates fully, instrument picks and places more convenient, and sight line is clear, can not stopped, has preferably bandwagon effect.
Stop for preventing that the rear movable bin body of movable bin body rotation from can not cause fixed bin body, therefore the relative movable bin body of rotating shaft and fixed bin body will rely on marginal position as far as possible, as preferably, one end of rotating shaft is vertically installed on the peripheral position of fixed bin body, the other end of rotating shaft is vertically installed on the peripheral position of movable bin body, and rotating shaft guarantees can expose the instrument placement space of fixed bin body or the instrument placement space of himself fully after movable bin body rotates around rotating shaft in the position on the fixed bin body.
Instrument cases have one and carry normally angle in carrying process, the angle of putting when this angle is opened from instrument cases is different, for prevent that instrument from rocking or mutual play in the transfer process of these two angles, be provided with the locking parts of instrument on the instrument placement space, the locking parts of instrument are to be arranged on the clamping part that is used for clamping device that instrument placement space sidewall protrudes, perhaps the locking parts of instrument be hinged on the fixed bin body be used for to cover renovate, perhaps the locking parts of instrument be hinged on the movable bin body be used for covering renovating., perhaps by renovating, instrument is closed in the instrument placement space tool holder by clamping part, mutual play can not cause instrument in disorder between the place tool.
Behind the movable bin body place tool, weight can increase, for guaranteeing that movable bin body rotates the position of rear maintenance level, rotating shaft need to have higher intensity, particularly for the box body of being made by blowing, because its wall thickness is thinner, thereby easy overtorquing affects the effect that box body rotates when tightening rotating shaft, further box body may be crushed, therefore sheathed one rigid casing of slightly being longer than rotating shaft outside rotating shaft, not only can increase the intensity of rotating shaft but also avoid box body crushed, the end of rotating shaft is fixed by locking nut; One end of sleeve pipe is in the fixed bin body, and the other end of sleeve pipe is in the movable bin body; The two ends of rotating shaft are equipped with respectively pad, the area of pad greater than the area of section of sleeve pipe to increase the power effect area between locking nut and fixed bin body or the movable bin body.The sleeve pipe countershaft has played humidification, can bear the bending force that piecemeal activity box body countershaft produces, and pad cooperates with locking nut, has enlarged the active area of locking nut, has improved the rotational stability of movable bin body.
As preferably, described fixed bin body and movable bin body are the quadrilateral structure of a blow molding.A blow molding is made simple, and forming in batches, scale can reduce manufacturing cost.
After being connected with fixed bin body, movable bin body forms hierarchy, as preferably, movable bin body is in the top of fixed bin body, and the bottom of movable bin body covers the top of fixed bin body, perhaps movable bin body is in the below of fixed bin body, and the bottom of fixed bin body covers the top of movable bin body.
Stop for preventing that movable bin body from causing to overlap to fixed bin body, also reserve the necessary space that arranges to rotating shaft simultaneously, as preferably, the marginal position of fixed bin body is provided with the shaft of protrusion, rotating shaft is arranged at the shaft place, the marginal position that movable bin body is corresponding is provided with the shaft of protrusion, and rotating shaft is arranged at the shaft place, and two shafts are identical.
As preferably, the peripheral position of rotating shaft is provided with groove and the projection that cooperatively interacts on the fixed bin body surface relative with movable bin body, groove is the circular arc take the axis of rotating shaft as the center of circle, the two ends of groove are rotation start position and the rotation final position of corresponding movable bin body respectively, and the position of groove guarantees can expose after movable bin body rotates the instrument placement space of fixed bin body.Groove matches with projection, and projection is in the groove, and in the movable bin body rotation process, projection is mobile in groove, and the two ends of groove are carried out spacing to projection, also just define the rotational angle of movable bin body.
A kind of scheme: movable bin body is one, and rotating shaft is arranged on the corner positions of fixed bin body and movable bin body or is arranged on the medium position at edge.Rotating shaft is in corner positions, and 90 ° of movable bin body rotations are namely deployable, perhaps can be above 90 °; Rotating shaft is at medium position, and movable bin body rotates 180 °.
As preferably, fixed bin body is tabular, and the appearance and size of movable bin body is identical with the appearance and size of fixed bin body, and movable bin body and fixed bin body are the stacked on top of one another structure, and movable bin body and fixed bin body are parallel to each other.The instrument cases of this structure, movable bin body cover fixed bin body fully.
As preferably, fixed bin body is stepped, the appearance and size of movable bin body is identical with the appearance and size of the cascaded surface of the low one-level of fixed bin body, the thickness of movable bin body is identical to the difference in height of low one-level cascaded surface with fixed bin height one-level cascaded surface, and rotating shaft is arranged on the corner positions of the low one-level cascaded surface of fixed bin body and movable bin body or is arranged on the medium position at edge.The instrument cases of this structure, fixed bin body have shallow instrument placement space and dark instrument placement space, and the position at high one-level cascaded surface place is dark instrument placement space, and this structure is suitable for placing the large instrument of thickness.
First scheme: movable bin body is two, the area of single-unit activity box body is half of area of fixed bin body, rotating shaft is arranged at the corner positions of movable bin body, and movable bin body arranges four bights of the corresponding fixed bin body in bight of rotating shaft or the center line position of corresponding fixed bin body.Two movable bin bodies area altogether is identical with the area of fixed bin body, just in time covers whole fixed bin body after two movable bin bodies close up.
As preferably, when rotating shaft is in the corner positions of fixed bin body, be in when movable bin body closes up the adjacent bight of rotating shaft on that and this movable bin body in two bights of fixed bin body midline to the twice of the distance between this rotating shaft greater than the distance between two rotating shafts.The difference of length so that form a triangle between mutually close bight and two rotating shafts, can produce a resistance when two movable bin bodies close up, after movable bin body closes up, can become again the resistance that movable bin body launches, thereby prevent the movable bin body Automatic-expanding; Location after also can closing up with the recess that cooperatively interacts and protuberance realization movable bin body.
The second deformation program: the area of single-unit activity box body is less than half of the area of fixed bin body, has lug boss in the middle of the top of fixed bin body or in the middle of the bottom, two movable bin bodies are in respectively the both sides of lug boss, and rotating shaft is arranged at the centre at the edge of the bight of movable bin body or movable bin body vertical protrusion.The middle part of fixed bin body is provided with lug boss, and the degree of depth of the instrument placement space at lug boss place is larger, can place the large instrument of some sizes, or the large instrument of thickness.
The third scheme: movable bin body is four, the area of single-unit activity box body be fixed bin body area 1/4, the rotating shaft on the single-unit activity box body is arranged on the bight in the middle of the corresponding fixed bin body of the movable bin body edge.Just in time cover whole fixed bin body after four movable bin bodies close up, four movable bin bodies are wanted the energy smooth opening, and rotating shaft will be set to the middle part at fixed bin body edge, so that the active box physical efficiency is opened simultaneously, can not interfere.
The 4th kind of scheme: fixed bin body is one deck, and movable bin body is two-layer, and the rotational angle of the relative fixed bin body of ground floor movable bin body is 90 °, and the rotational angle of the relative fixed bin body of second layer movable bin body is 180 °.By increasing the number of plies, can increase the volume of the instrument placement space of instrument cases, thereby increase tool kind and the quantity of placing; The rotational angle of control ground floor movable bin body and the rotational angle of second layer movable bin body can launch all movable bin bodies fully.
As preferably, the side of fixed bin body is provided with handle, also is provided with locking on this side and pulls button, and locking is pulled the tight movable bin body of padlock and fixed bin body or the box body and renovating of being locked, and renovates with fixed bin body and clamps movable bin body.
As preferably, locking is set on the fixed bin body pulls the position of button and be arranged to inner fovea part, the position that movable bin body is corresponding is provided with inner fovea part, and locking is pulled padlock and is in the inner fovea part of movable bin body and carries out spacing to movable bin body when tight.
The beneficial effects of the utility model are: fixed bin body and movable bin body layering arrange, and have increased the instrument of having expanded instrument cases and have placed volume, can place complicated instrument and miscellaneous annex; Movable bin body around vertical rotating shaft at self rotation with in surface and can expose the instrument placement space that is blocked, instrument picks and places conveniently, and movable bin body can all emerge all instruments of instrument cases after fixed bin body rotates, can not form view obstruction, have more intuitively bandwagon effect.
Description of drawings
Fig. 1 is a kind of structural representation with a movable bin body of the utility model;
Fig. 2 is the structural representation that the utility model the second has a movable bin body;
Fig. 3 is a kind of structural representation with two movable bin bodies of the utility model;
Fig. 4 is the side sectional view of the utility model structure shown in Figure 3;
Fig. 5 is the structural representation of the fixed bin body of the utility model structure shown in Figure 3;
Fig. 6 is the view of closing up of the utility model structure shown in Figure 3;
To be that the utility model is a kind of have a location schematic diagram that two movable bin bodies close up to Fig. 7;
Fig. 8 is the A-A cutaway view in the utility model structure shown in Figure 7;
Fig. 9 is the structural representation that the utility model the second has two movable bin bodies;
Figure 10 is a kind of structural representation with four movable bin bodies of the utility model;
Figure 11 is a kind of structural representation with two-layer movable bin body of the utility model;
Among the figure: 1, renovate 2, hinge, 3, fixed bin body, 4, rotating shaft, 5, button is pulled in locking, and 6, inner fovea part, 7, movable bin body, 8, lug boss, 9, instrument placement space, 10, handle, 11, pad, 12, projection, 13, groove, 14, sleeve pipe, 15, rotate the starting point end, 16, rotate clearing end, 17, recess, 18, protuberance, 19, second layer movable bin body, 20, the ground floor movable bin body.
The specific embodiment
Below by specific embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment 1: a kind of Plane Rotation instrument cases (referring to accompanying drawing 1), comprise a tetragonal fixed bin body 3 and a tetragonal movable bin body 7, fixed bin body and movable bin body are the geomery that mutually mates, and fixed bin body and movable bin body are a blow molding.
Be hinged with handle 10 on one side of fixed bin body, another side of fixed bin body is hinged with by hinge 2 and renovates 1, and the shape of renovating and the size shape of fixed bin body are complementary.The both sides of handle are provided with inner fovea part 6 on the fixed bin body, be provided with locking on the inner fovea part and pull button 5, also be provided with inner fovea part 6 on side corresponding to movable bin body, inner fovea part on the fixed bin body is mutually corresponding with inner fovea part on the movable bin body, the position of renovating corresponding inner fovea part is provided with the button tongue, locking snaps onto the inner fovea part of movable bin body and fastens the button tongue of renovating after pulling the button rotation, simultaneously movable bin body is located.
The upper surface of movable bin body and fixed bin body is provided with some instrument placement spaces 9, the instrument placement space is according to shape and the thickness setting of instrument and annex, be provided with the locking parts of instrument on the instrument placement space, the locking parts of instrument are to be arranged on the clamping part that is used for clamping device that instrument placement space sidewall protrudes.The centre position that fixed bin body arranges the side of handle is provided with through hole, and the end of through hole in the fixed bin body bottom surface is counterbore, and the position of the corresponding through hole of movable bin body is provided with through hole, and the end of through hole on movable bin body is counterbore.Be installed with sleeve pipe 14 in the through hole, the length of sleeve pipe is slightly larger than the length sum of the through hole of the through hole of fixed bin body and movable bin body.The counterbore bottom surface of movable bin body and the counterbore bottom surface of fixed bin body all are placed with pad 11, and pad is passed in rotating shaft 4 and sleeve pipe is connected and fixed box body and movable bin body.One end of rotating shaft is head of screw, and this end is in the counterbore place of movable bin body, and the other end of rotating shaft is the end of thread, is rotary with locking nut on the screw thread, and locking nut is in the counterbore place of fixed bin body, the locking nut compress gasket, and the counterbore place of fixed bin body is provided with capping.
Movable bin body is around the rotation with in surface of rotating shaft at himself place, and movable bin body rotates 180 °, exposes the instrument placement space above the fixed bin body.After movable bin body closed up, the bottom surface of movable bin body covered the instrument placement space above the fixed bin body, renovated around hinge rotation and covered instrument placement space above the movable bin body, and then locking is pulled padlock and tightly renovated.
Embodiment 2: a kind of Plane Rotation instrument cases (referring to accompanying drawing 2), comprise fixed bin body 3 and movable bin body 7, fixed bin body is stepped, the position of fixed bin height one-level cascaded surface becomes the lug boss 8 of fixed bin body, the appearance and size of movable bin body is identical with the appearance and size of the cascaded surface of the low one-level of fixed bin body, and the thickness of movable bin body is identical to the difference in height of low one-level cascaded surface with fixed bin height one-level cascaded surface.The area of lug boss and the area of movable bin body equate and are half of fixed bin body area.The corner positions of movable bin body is provided with through hole, and fixed bin body is provided with identical through hole near the position of the corresponding movable bin body through hole in position of the side of handle.Rotating shaft 4 is located in the through hole.
The cascaded surface place of the first order of fixed bin body is provided with shallow instrument placement space 9, and the lug boss of fixed bin body is provided with dark instrument placement space, is provided with shallow instrument placement space on the movable bin body.The instrument that thickness is larger is placed into the instrument placement space place at lug boss place.All the other structures are with reference to embodiment 1.
Embodiment 3: a kind of Plane Rotation instrument cases (referring to accompanying drawing 3 accompanying drawings 4 accompanying drawings 5 accompanying drawings 6), comprise a tetragonal fixed bin body 3 and two tetragonal movable bin bodies 7, the area sum of two movable bin bodies equates with the area of fixed bin body, and fixed bin body and movable bin body are a blow molding.Two movable bin bodies are in same layer and all are in the top of fixed bin body.The corner positions of movable bin body is provided with through hole, and the corner positions of fixed bin body is provided with through hole, and the through hole on the fixed bin body is near the side at hinge 2 places, and movable bin body connects by rotating shaft 4 with fixed bin body.
The periphery that through hole is set on the fixed bin body is provided with groove 13, and groove is the circular arc take the axis of rotating shaft as the center of circle, and the bottom surface of movable bin body is provided with and projection 12 at the periphery of through hole, and projection matched with groove after movable bin body was connected with fixed bin body.The two ends of groove are enclosed construction, and an end is for rotating the starting point end, and the other end rotates the position that the corresponding movable bin body of starting point end closes up for rotating clearing end, rotates the position that the corresponding movable bin body of clearing end launches.After movable bin body rotates around rotating shaft, can expose the instrument placement space of fixed bin body fully, movable bin body can not cause the instrument placement space of fixed bin body and stop, the convenient observation has preferably bandwagon effect, also makes things convenient for the instrument on the fixed bin body to pick and place.
When rotating shaft is in the corner positions of fixed bin body, be in when movable bin body closes up the adjacent bight of rotating shaft on that and this movable bin body in two bights of fixed bin body midline to the twice of the distance between this rotating shaft greater than the distance between two rotating shafts.All the other structures are with reference to embodiment 1.
Embodiment 4: a kind of Plane Rotation instrument cases (referring to accompanying drawing 7 accompanying drawings 8), rotating shaft is arranged at two corner positions at fixed bin body upper hinge one side place, be provided with recess 17 on this side, basal surface position place corresponding on the movable bin body is provided with outstanding protuberance 18.When movable bin body closed up, protuberance is embedded into to form in the recess locked.The outside, edge of recess is the inclined-plane, and the edge of protuberance is the inclined-plane, and when movable bin body closed up, the inclined-plane of protuberance touched mutually with the inclined-plane of recess, reduces the resistance that protuberance enters into recess.All the other structures are with reference to embodiment 3.
Embodiment 5: a kind of Plane Rotation instrument cases (referring to accompanying drawing 9) comprise that the area sum of a fixed bin body 3 and two movable bin bodies, 7, two movable bin bodies is less than the area of fixed bin body.Be provided with lug boss 8 in the middle of the top of fixed bin body, the fixed bin body side view is " protruding " shape, and movable bin body is arranged on two shoulder places of fixed bin body " protruding " shape by rotating shaft.The degree of depth of the instrument placement space at lug boss place is greater than the degree of depth of the instrument placement space at all the other positions.All the other structures are with reference to embodiment 3.
Embodiment 6: a kind of Plane Rotation instrument cases (referring to accompanying drawing 10) comprise that the area sum of a fixed bin body 3 and 7, four movable bin bodies of four movable bin bodies equates with the area of fixed bin body.Movable bin body and fixed bin body are hinged by rotating shaft, and rotating shaft is arranged on the position of the corresponding center line of fixed bin body, and the rotating shaft on the movable bin body is in corner positions.The angle that the single-unit activity box body rotates around the axis is 0-90 °.All the other structures are with reference to embodiment 3.
Embodiment 7: a kind of multilayer planar throw box (referring to accompanying drawing 11), comprise a fixed bin body 3 and four movable bin bodies 7, fixed bin body is one deck, four movable bin bodies are divided into two-layer ground floor movable bin body 20 and the second layer movable bin body 19 of being respectively, the rotational angle of the relative fixed bin body of ground floor movable bin body is 90 °, and the rotational angle of the relative fixed bin body of second layer movable bin body is 180 °.The area sum of two movable bin bodies of every one deck equals the area of fixed bin body, and four movable bin bodies link to each other with fixed bin body by two rotating shafts.Rotating shaft is in bight corresponding on the bight of fixed bin body and the movable bin body.All the other structures are with reference to embodiment 3.
Above-described embodiment is several preferred version of the present utility model, is not the utility model is done any pro forma restriction, also has other variant and remodeling under the prerequisite that does not exceed the technical scheme that claim puts down in writing.
Claims (18)
1. Plane Rotation instrument cases, comprise fixed bin body (3) and movable bin body (7), be provided with the instrument placement space on fixed bin body (3) and the movable bin body (7), it is characterized in that movable bin body (7) is at least one, movable bin body (7) is coupling by rotating shaft (4) with fixed bin body (3), the plane at the vertical fixed bin body (3) of rotating shaft (4) and movable bin body (7) place, movable bin body (7) can be around the rotation with in surface of rotating shaft (4) at himself place.
2. Plane Rotation instrument cases according to claim 1, an end that it is characterized in that rotating shaft is vertically installed on the peripheral position of fixed bin body (3), the other end of rotating shaft is vertically installed on the peripheral position of movable bin body (7), and rotating shaft guarantees can expose the instrument placement space of fixed bin body (3) or the instrument placement space of himself fully after movable bin body (7) rotates around rotating shaft in the position on the fixed bin body (3).
3. Plane Rotation instrument cases according to claim 1, it is characterized in that being provided with on the instrument placement space the locking parts of instrument, the locking parts of instrument are to be arranged on the clamping part that is used for clamping device that instrument placement space sidewall protrudes, perhaps the locking parts of instrument for be hinged on the fixed bin body (3) be used for to cover renovate, perhaps the locking parts of instrument for be hinged on the movable bin body (7) be used for covering renovating.
4. Plane Rotation instrument cases according to claim 1 is characterized in that the outer cover of rotating shaft is equipped with sleeve pipe (14), and the end of rotating shaft is fixed by locking nut; One end of sleeve pipe (14) is in the fixed bin body (3), and the other end of sleeve pipe (14) is in the movable bin body (7); The two ends of rotating shaft are equipped with respectively pad, the area of pad greater than the area of section of sleeve pipe (14) to increase the power effect area between locking nut and fixed bin body (3) or the movable bin body (7).
5. Plane Rotation instrument cases according to claim 1 is characterized in that described fixed bin body (3) and movable bin body (7) are the quadrilateral structure of a blow molding.
6. Plane Rotation instrument cases according to claim 1, it is characterized in that movable bin body (7) is in the top of fixed bin body (3), the bottom of movable bin body (7) covers the top of fixed bin body (3), perhaps movable bin body (7) is in the below of fixed bin body (3), and the bottom of fixed bin body (3) covers the top of movable bin body (7).
7. Plane Rotation instrument cases according to claim 1, it is characterized in that the marginal position of fixed bin body (3) is provided with the shaft of protrusion, rotating shaft is arranged at the shaft place, the marginal position that movable bin body (7) is corresponding is provided with the shaft of protrusion, rotating shaft is arranged at the shaft place, and two shafts are identical.
8. according to claim 1 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, the peripheral position that it is characterized in that rotating shaft on fixed bin body (3) surface relative with movable bin body (7) is provided with groove (13) and the projection (12) that cooperatively interacts, groove (13) is the circular arc take the axis of rotating shaft as the center of circle, the two ends of groove (13) are rotation start position and the rotation final position of corresponding movable bin body (7) respectively, and the position of groove (13) guarantees can expose after movable bin body (7) rotates the instrument placement space of fixed bin body (3).
9. according to claim 1 and 2 or 3 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, it is characterized in that movable bin body (7) is one, rotating shaft is arranged on the corner positions of fixed bin body (3) and movable bin body (7) or is arranged on the medium position at edge.
10. Plane Rotation instrument cases according to claim 9, it is characterized in that fixed bin body (3) is tabular, the appearance and size of movable bin body (7) is identical with the appearance and size of fixed bin body (3), movable bin body (7) is the stacked on top of one another structure with fixed bin body (3), and movable bin body (7) is parallel to each other with fixed bin body (3).
11. Plane Rotation instrument cases according to claim 9, it is characterized in that fixed bin body (3) is stepped, the appearance and size of movable bin body (7) is identical with the appearance and size of the cascaded surface of the low one-level of fixed bin body (3), the thickness of movable bin body (7) is identical to the difference in height of low one-level cascaded surface with the high one-level cascaded surface of fixed bin body (3), and rotating shaft is arranged on the corner positions of the low one-level cascaded surface of fixed bin body (3) and movable bin body (7) or is arranged on the medium position at edge.
12. according to claim 1 and 2 or 3 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, it is characterized in that movable bin body (7) is two, the area of single-unit activity box body (7) is half of area of fixed bin body (3), rotating shaft is arranged at the corner positions of movable bin body (7), and movable bin body (7) arranges four bights of the corresponding fixed bin body in bight (3) of rotating shaft or the center line position of corresponding fixed bin body (3).
13. Plane Rotation instrument cases according to claim 12, when it is characterized in that rotating shaft is in the corner positions of fixed bin body (3), movable bin body (7) be in when closing up the adjacent bight of rotating shaft on that and this movable bin body (7) in two bights of fixed bin body (3) midline to the twice of the distance between this rotating shaft greater than the distance between two rotating shafts.
14. according to claim 1 and 2 or 3 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, the area that it is characterized in that single-unit activity box body (7) is less than half of the area of fixed bin body (3), has lug boss in the middle of the top of fixed bin body (3) or in the middle of the bottom, two movable bin bodies (7) are in respectively the both sides of lug boss, and rotating shaft is arranged at the centre at the edge of the bight of movable bin body (7) or movable bin body (7) vertical protrusion.
15. according to claim 1 and 2 or 3 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, it is characterized in that movable bin body (7) is four, the area of single-unit activity box body (7) be fixed bin body (3) area 1/4, the rotating shaft on the single-unit activity box body (7) is arranged on the bight in the middle of the corresponding fixed bin body of movable bin body (7) (3) edge.
16. according to claim 1 and 2 or 3 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, it is characterized in that fixed bin body (3) is one deck, movable bin body (7) is two-layer, ground floor movable bin body (20) the relatively rotational angle of fixed bin body (3) is 90 °, and second layer movable bin body (19) the relatively rotational angle of fixed bin body (3) is 180 °.
17. according to claim 1 and 2 or 3 or 4 or 5 or 6 or 7 described Plane Rotation instrument cases, the side that it is characterized in that fixed bin body (3) is provided with handle, also be provided with locking on this side and pull button, locking is pulled the tight movable bin body of padlock (7) with fixed bin body (3) or the box body that is locked (3) and is renovated, and renovates with fixed bin body (3) and clamps movable bin body (7).
18. Plane Rotation instrument cases according to claim 17, it is characterized in that arranging on the fixed bin body (3) locking pulls the position of button and is arranged to inner fovea part (6), the position that movable bin body (7) is corresponding is provided with inner fovea part (6), and locking is pulled padlock and is in the inner fovea part of movable bin body (7) and carries out spacing to movable bin body (7) when tight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220510056 CN202895199U (en) | 2012-09-29 | 2012-09-29 | Plane rotational tool box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220510056 CN202895199U (en) | 2012-09-29 | 2012-09-29 | Plane rotational tool box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202895199U true CN202895199U (en) | 2013-04-24 |
Family
ID=48115914
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220510056 Expired - Fee Related CN202895199U (en) | 2012-09-29 | 2012-09-29 | Plane rotational tool box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202895199U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103009366A (en) * | 2012-09-29 | 2013-04-03 | 杭州联和工具制造有限公司 | Horizontally revolvable toolbox |
| CN106457553A (en) * | 2014-06-06 | 2017-02-22 | 创科实业有限公司 | Blow molded container |
-
2012
- 2012-09-29 CN CN 201220510056 patent/CN202895199U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103009366A (en) * | 2012-09-29 | 2013-04-03 | 杭州联和工具制造有限公司 | Horizontally revolvable toolbox |
| CN103009366B (en) * | 2012-09-29 | 2015-11-18 | 杭州联和工具制造有限公司 | Plane Rotation instrument cases |
| CN106457553A (en) * | 2014-06-06 | 2017-02-22 | 创科实业有限公司 | Blow molded container |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130424 Termination date: 20200929 |