WO2023273787A1 - 工具箱系统 - Google Patents

工具箱系统 Download PDF

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Publication number
WO2023273787A1
WO2023273787A1 PCT/CN2022/096771 CN2022096771W WO2023273787A1 WO 2023273787 A1 WO2023273787 A1 WO 2023273787A1 CN 2022096771 W CN2022096771 W CN 2022096771W WO 2023273787 A1 WO2023273787 A1 WO 2023273787A1
Authority
WO
WIPO (PCT)
Prior art keywords
storage box
battery pack
charger
hanging
positioning
Prior art date
Application number
PCT/CN2022/096771
Other languages
English (en)
French (fr)
Inventor
陈成
郭杰
吴永宁
仲克穷
Original Assignee
南京泉峰科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN202110729299.4A external-priority patent/CN115533854A/zh
Priority claimed from CN202210536881.3A external-priority patent/CN116922340A/zh
Application filed by 南京泉峰科技有限公司 filed Critical 南京泉峰科技有限公司
Priority to EP22831608.9A priority Critical patent/EP4342641A1/en
Publication of WO2023273787A1 publication Critical patent/WO2023273787A1/zh
Priority to US18/175,220 priority patent/US20230202025A1/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B25HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
    • B25HWORKSHOP EQUIPMENT, e.g. FOR MARKING-OUT WORK; STORAGE MEANS FOR WORKSHOPS
    • B25H3/00Storage means or arrangements for workshops facilitating access to, or handling of, work tools or instruments
    • B25H3/02Boxes
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B25HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
    • B25HWORKSHOP EQUIPMENT, e.g. FOR MARKING-OUT WORK; STORAGE MEANS FOR WORKSHOPS
    • B25H3/00Storage means or arrangements for workshops facilitating access to, or handling of, work tools or instruments
    • B25H3/02Boxes
    • B25H3/021Boxes comprising a number of connected storage elements
    • B25H3/023Boxes comprising a number of connected storage elements movable relative to one another for access to their interiors
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B25HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
    • B25HWORKSHOP EQUIPMENT, e.g. FOR MARKING-OUT WORK; STORAGE MEANS FOR WORKSHOPS
    • B25H3/00Storage means or arrangements for workshops facilitating access to, or handling of, work tools or instruments
    • B25H3/04Racks
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B25HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
    • B25HWORKSHOP EQUIPMENT, e.g. FOR MARKING-OUT WORK; STORAGE MEANS FOR WORKSHOPS
    • B25H5/00Tool, instrument or work supports or storage means used in association with vehicles; Workers' supports, e.g. mechanics' creepers

Definitions

  • the present application relates to a tool box system.
  • the present application provides a tool box system that can connect more items.
  • a toolbox system comprising:
  • the storage box has an accommodating cavity, and the accommodating cavity is used for storing items.
  • the storage box includes a limiting part formed on the storage box body;
  • the article is detachably connected;
  • the limiting portion includes a limiting surface and/or a limiting hole that cooperates with the mounting portion of the external hanging component.
  • Fig. 1 is the schematic diagram of toolbox system in the present application
  • Fig. 2 is a schematic diagram of another perspective of the toolbox system in Fig. 1;
  • Fig. 3 is a schematic diagram of the toolbox system in which no plug-in components are installed in Fig. 1;
  • Fig. 4 is a three-dimensional schematic diagram of a storage box in the toolbox system shown in Fig. 3;
  • Fig. 5 is a perspective view of the storage box when the pull rod is in a locked state and the pull rod is in a second locked position in the toolbox system shown in Fig. 4;
  • Fig. 6 is a perspective view of the storage box when the pull rod is in the locked state and the pull rod is in the first locked position in the toolbox system shown in Fig. 4;
  • Figure 7 is a left side view of the storage box shown in Figure 6;
  • Figure 8 is a rear view of the storage box shown in Figure 5;
  • Fig. 9 is a left side view of the storage box shown in Fig. 5;
  • Fig. 10 is a cross-sectional view of the storage box shown in Fig. 9 along the direction A-A;
  • Figure 11 is a cross-sectional view of the storage box along the A-A direction when the pull rod in the storage box shown in Figure 8 is in a separated position;
  • Figure 12 is a cross-sectional view of the storage box along the A-A direction when the pull rod in the storage box shown in Figure 8 is in the linkage position;
  • Fig. 13 is a perspective view of the storage box when the pull rod is in a detached state in the toolbox system shown in Fig. 4;
  • Fig. 14 is a perspective view of another viewing angle of the storage box shown in Fig. 13;
  • Fig. 15 is a sectional view of part of the structure when the pull rod in the storage box shown in Fig. 5 is in the linkage position;
  • Fig. 16 is a partial structural sectional view of the storage box shown in Fig. 5;
  • Fig. 17 is a partially enlarged view of a partial structural cross-sectional view shown in Fig. 15;
  • Fig. 18 is a perspective view of the first operating member in the storage box shown in Fig. 15;
  • Fig. 19 is a partially enlarged view of a partial structural cross-sectional view shown in Fig. 16;
  • Fig. 20 is an enlarged partial view of the schematic diagram shown in Fig. 1;
  • Fig. 21 is a partially enlarged view of the cross-sectional view shown in Fig. 11;
  • Figure 22 is a partially enlarged view of the cross-sectional view shown in Figure 12;
  • Figure 23 is a schematic structural view of another storage box
  • Fig. 24 is a schematic perspective view of the fan unit installed in the storage box in the toolbox system
  • Fig. 25 is a schematic diagram of the fan unit and the storage box in the toolbox system shown in Fig. 23 being separated;
  • Fig. 26 is an exploded view of the first buckle assembly in the toolbox system shown in Fig. 25;
  • Figure 27 is the installation of the fan unit in Figure 25 to the storage box;
  • Figure 28 is a schematic view of the fan unit installed on the side wall of the storage box
  • Fig. 29 is a perspective view of the middleware in the toolbox system shown in Fig. 1;
  • Fig. 30 is a perspective view of another perspective of the middleware shown in Fig. 29;
  • Fig. 31 is a schematic view of the storage case in the open position of the tool case system shown in Fig. 1;
  • Fig. 32 is a schematic diagram of an embodiment of a second positioning component
  • Fig. 33 is a schematic diagram of the battery pack plug-in installed on the connector
  • Figure 34 is a schematic diagram of the tool accessory box plug-in installed on the connector
  • Fig. 35 is a perspective view of the charger plug-in in the toolbox system when it is in a second connection state
  • Fig. 36 is a perspective view of the charger plug-in in Fig. 35 when it is in the first connection state;
  • Fig. 37 is a perspective view of the first charger plug-in and the second charger plug-in in Fig. 35 being separated;
  • Fig. 38 is a schematic diagram of the separation of the first charger plug-in and the second charger plug-in shown in Fig. 32;
  • Figure 39 is a perspective view of a battery pack insert in the toolbox system
  • Figure 40 is an exploded view of the battery pack insert shown in Figure 39;
  • Figure 41 is a perspective view of a support in the toolbox system
  • Figure 42 is a partially enlarged view of the schematic diagram shown in Figure 32;
  • Figure 43 is a perspective view of another embodiment of the second positioning assembly.
  • Figure 44 is a perspective view of another embodiment of the second positioning assembly.
  • Figure 45 is a partially enlarged view of the exploded view shown in Figure 26;
  • Figure 46 is a perspective view of the first buckle
  • Figure 47 is a partially enlarged view of the perspective view shown in Figure 43;
  • Figure 48 is a partially enlarged view of the perspective view shown in Figure 44;
  • Figure 49 is a partially enlarged view of the schematic diagram shown in Figure 25;
  • Figure 50 is a partially enlarged view of the schematic diagram shown in Figure 25;
  • Fig. 51 is a schematic diagram of another embodiment of the toolbox system in the present application.
  • Fig. 53 is a schematic diagram of an exploded structure of the toolbox system in Fig. 51;
  • Fig. 54A is a partial structural schematic diagram of the toolbox system in Fig. 51;
  • Fig. 54B is a schematic structural diagram of the middleware of the toolbox system in Fig. 51;
  • Fig. 55 is a schematic structural view of the first embodiment of the pendant in the toolbox system shown in Fig. 51;
  • Fig. 56 is a structural schematic diagram of another viewing angle of the pendant shown in Fig. 55;
  • Fig. 57 is a partial structural schematic diagram of the pendant shown in Fig. 55;
  • Fig. 58 is a schematic structural view of the second embodiment of the pendant in the toolbox system shown in Fig. 51;
  • Fig. 59 is a structural schematic diagram of another viewing angle of the pendant shown in Fig. 58;
  • Fig. 60 is a schematic structural view of the third embodiment of the pendant in the toolbox system shown in Fig. 51;
  • Fig. 61 is a structural schematic diagram of another viewing angle of the pendant shown in Fig. 60;
  • Fig. 62 is a partial structural schematic diagram of the tool box system shown in Fig. 51 .
  • a toolbox system 100 can be used to store items, such as accessories 91 , tools 92 , charging devices 93 , power supply devices 94 , lighting devices 95 and so on. It should be noted that the storage of items in this application is not limited to storing items in the storage box 31, but also includes fixing the items on the outside of the storage box 31 and keeping them relatively fixed with the storage box 31, also known as To store items into the storage box 31 .
  • the toolbox system 100 includes: a handle device 10 , a walking device 20 , a storage device 30 , an auxiliary handle device 20 a , a locking device 30 a and an interlocking device 40 .
  • the storage device 30 is the main forming part of the toolbox system 100, the storage device 30 includes at least one storage box 31, and the storage box 31 is used for storing articles, of course the toolbox system 100 may also include several storage boxes 31, the interlocking device 40 is used Lock between the storage boxes 31.
  • the storage box 31 includes a box body 32 with an accommodating cavity 310 and an upper cover 33 for closing the accommodating cavity 310 , and articles can be stored in the accommodating cavity 310 .
  • the locking device 30a is used to lock the case body 32 and the upper cover 33 so that the case body 32 and the upper cover 33 remain relatively fixed.
  • the handle device 10 is connected to the storage box 31 , the handle device 10 has a pull rod 11 for a user to hold, and the pull rod 11 is movable relative to the storage box 31 .
  • the running gear 20 is connected to the storage box 31, the running gear 20 includes one or more wheels 21, the running gear 20 enables the storage box 31 to move relative to the ground.
  • the user can pull or push the wheel 21 to rotate relative to the ground by holding the pull rod 11 , thereby driving the storage box 31 to move.
  • the auxiliary handle device 20a is connected to the storage box 31, the auxiliary handle device 20a includes a first side wall handle 21a and a second side wall handle 22a arranged on the left and right side walls 326 of the storage box 31, and the user can hold the first side wall handle 21a and the second side wall handle 22a.
  • the second side wall handle 22a lifts up the storage box 31 .
  • the tool box system 100 further includes several storage boxes 31 , and the interlocking device 40 is used to connect the storage boxes 31 so that the storage boxes 31 can be relatively fixed.
  • the toolbox system 100 When the toolbox system 100 is placed statically on the ground as shown in FIG.
  • the plane where the point lies is positioned as the support plane P.
  • the above-mentioned ground may also refer to other contact surfaces 61 for placing the toolbox system 100 , and is not limited to the ground.
  • the toolbox system 100 is not provided with a walking device 20, so that when the storage box 31 is placed on the ground as shown in FIG. 1, at least three supports are included between the storage box 31 and the ground.
  • the plane where the three support points are located is also defined as the support plane, and unless otherwise specified, the two support planes refer to one plane in this application.
  • the handle device 10 is disposed on the rear side of the storage box 31 , and the handle device 10 includes a guide rail 12 for guiding the movement of the pull rod 11 and a locking assembly 13 for locking and releasing the pull rod 11 .
  • the guide rail 12 is fixedly connected with the storage box 31
  • the locking assembly 13 is connected with the guide rail 12 .
  • the pull rod 11 has an active state 111 , a locked state 112 and a separated state 113 relative to the storage box 31 .
  • the pull rod 11 can be driven to move relative to the guide rail 12.
  • the pull rod 11 is in the active state 111, the user can drive the pull rod 11 to reciprocate along the extending direction of the guide rail 12 .
  • the storage box 31 can move together with the pull rod 11, for example, when the pull rod 11 is in the locked state 112,
  • the locking assembly 13 locks at least part of the pull rod 11 and the guide rail 12 so that it and the guide rail 12 are basically fixed along the extending direction of the guide rail 12 .
  • the pull rod 11 and the guide track 12 are basically kept fixed along the extending direction of the guide track 12, and here only the locking portion 134 of the pull rod 11 and the guide track 12 is limited to be separated along the extending direction of the guide track 12.
  • the upper and lower sides are kept fixed, and the movement of the pull rod 11 in other directions is not restricted.
  • the pull rod 11 is in the separated state 113, the pull rod 11 is separated from the guide rail 12, that is, the pull rod 11 can be detached from the guide rail 12 and becomes a separate component.
  • the pull rod 11 has an active state.
  • the extending direction of the guide rail 12 is basically consistent with the up-down direction.
  • the guide rail 12 includes a first rail 121 and a second rail 122 , and the two rails are basically symmetrically arranged about a bisecting plane A.
  • the pull rod 11 includes a pair of opposite connecting rods, such as a first connecting rod 114 and a second connecting rod 115, for connecting the holding rod 116 of the above pair of connecting rods and the separation assembly 14 located at the lower end of each connecting rod.
  • the two connecting rods are basically arranged in parallel and at intervals, and the upper ends of the connecting rods are connected to the gripping rod 116 .
  • the grip bar 116 is at least partially covered by a sleeve in order to improve the grip of the handle.
  • the sleeve may eg be made of rubber, wood, plastic or any other material which improves grip.
  • the connecting rod can pass through the track, that is, it can be understood that the lower end of the pull rod 11 can pass through the lower through hole of the track.
  • the lower end of the pull rod 11 may not pass through the lower through hole of the track.
  • the connecting frame 15 is connected to the first track 121 and the second track 122, and the connecting frame 15 is fixedly connected to the first track 121 and the second track 122, the locking assembly 13 can be driven by the user, and the locking assembly 13 is at least partially arranged in the connecting frame 15 , the locking assembly 13 is used to fix and keep the first connecting rod 114 and the second connecting rod 115 opposite to each other in the locked state 112 .
  • the locking assembly 13 is disposed symmetrically with respect to the bisector A, and the locking assembly 13 at least includes: a first transmission member 131 , a second transmission member 132 , a third transmission member 133 , a locking portion 134 and a biasing member 135 .
  • the first transmission member 131 can be driven by a user to reciprocate along the first linear direction 101 .
  • the second transmission member 132 can be driven by the first transmission member 131 to rotate around the second linear direction 102 .
  • the third transmission member 133 can be driven by the second transmission member 132 to move along the third linear direction 103 .
  • the locking part 134 is fixedly arranged in the first connecting rod 114, or the locking part 134 is formed by the first connecting rod 114. When the locking part 134 is in contact with the third transmission member 133, the pull rod 11 is in the locked state 112. When the locking part 134 is in contact with the third transmission member 133 When the third transmission member 133 is separated, the pull rod 11 is in the active state 111 .
  • the transmission part 1312 is elongated and sawtoothed
  • the second transmission part 132 is a gear
  • the transmission part 1312 and the second transmission part 132 are always in mesh.
  • the third transmission part 133 passes through the transmission part 1312 of the first transmission part 131, that is, the transmission part 1312 has a through hole for the third transmission part 133 to pass through
  • the third transmission part 133 includes a resisting part 1331 and a driving part 1332 and the limiting end, the abutting part 1331, the driving part 1332 are fixedly connected or integrally formed with the limiting end, the second transmission part 132 and the driving part 1332 are always engaged, that is, the driving part 1332 can be driven by the second transmission part 132, when When the second transmission member 132 is driven to rotate around the second linear direction 102, the driving part 1332 is driven to move in a direction away from the first connecting rod 114 along the third linear direction 103, that is, the limiting end is separated from the locking part 134.
  • the first connecting rod 114 can move freely in the first track 121 .
  • One end of the biasing member 135 abuts against the abutting portion 1331 , and when the driving portion 1332 moves away from the first connecting rod 114 , the biasing member 135 is deformed.
  • the biasing member 135 can provide a driving force to the resisting portion 1331 , so that the limiting end moves toward the first connecting rod 114 .
  • a pretightening force is given to the biasing member 135, so that when it is held against the third transmission member 133, a driving force can be given to the third transmission member 133 in a direction close to the first connecting rod 114.
  • the biasing member 135 may be a spring.
  • the locking portion 134 is a locking hole formed by the first connecting rod 114.
  • the first connecting rod 114 is formed with at least two locking holes through which the limiting end at least passes. .
  • it is defined here as the first locking hole 1341 and the second locking hole 1342.
  • the first locking hole 1341 is located on the upper side of the second locking hole 1342.
  • the pull rod 11 When the limiting end is in contact with the first locking hole 1341 , most of the first connecting rod 114 is retracted into the first track 121 , that is, the pull rod 11 is in the first locking position 1343 . When the limiting end is in contact with the second locking hole 1342 , most of the first connecting rod 114 extends out of the first rail 121 , that is, the pull rod 11 is in the second locking position 1344 .
  • the pull rod 11 can be in the first locking position 1343, which is convenient for storage.
  • the pull rod 11 can be at the second locking position 1344 , and the user can pull the pull rod 11 to move the toolbox system 100 .
  • one or more intermediate locking holes may be provided between the first locking hole 1341 and the second locking hole 1342 for adjusting the height of the pull rod 11 , which is convenient for users to adjust according to their own needs.
  • the lower ends of the first connecting rod 114 and the second connecting rod 115 are provided with a separation assembly 14, which are the first separation assembly 141 and the second separation assembly 142, because the first connection rod 114 and the second separation assembly 142
  • the two connecting rods 115 are symmetrically arranged with respect to the bisector A, and the first separation assembly 141 and the second separation assembly 142 are also symmetrically arranged with respect to the bisector A.
  • the specific structure and principle of the second separation component 142 are basically the same as those of the first separation component 141 .
  • the first separating assembly 141 is connected to the first connecting rod 114.
  • the first separating assembly 141 includes a first operating member 1412.
  • the first operating member 1412 can move in a direction perpendicular to or intersecting with the extending direction of the first connecting rod 114.
  • the first operating Part 1412 includes at least linkage position 144 and disengagement position 145 during the movement process. When first operating member 1412 is in linkage position 144, first connecting rod 114 cannot break away from first track 121. When first operating member 1412 is in disengagement position 145, the first connecting rod 114 can break away from the first rail 121, so that the pull rod 11 can be placed separately.
  • the ratio of the distance A1 from the upper cover 33 of the storage box 31 to the support plane P to the distance D2 from the pull rod 11 to the support plane P in the up and down direction is less than 1, that is to say, the storage box 31
  • the height of the tool box system 100 is generally lower than the position of the pull rod 11.
  • the linkage position 144 and the separation position 145 do not specifically refer to a specific position, but refer to some positions that can realize the above-mentioned functions.
  • the first separation assembly 141 includes a support member 1411 , a first operating member 1412 and a limiting member 1413 .
  • the supporting member 1411 is at least partly disposed on the first connecting rod 114 , is fixedly disposed in the first connecting rod 114 , and can move with the first connecting rod 114 .
  • the first operating member 1412 is at least partly disposed in the support member 1411 , the first operating member 1412 can move back and forth along with the first connecting rod 114 along the extending direction of the first connecting rod 114 , and at the same time the first operating member 1412 can move relative to the first connecting rod 114 By moving in a direction intersecting or perpendicular to the extending direction of the first connecting rod 114 , the user can drive the first operating member 1412 to switch between the linkage position 144 and the separation position 145 .
  • the limiter 1413 is limited by the first track 121 and the connecting frame 15, so that the limiter 1413 is at least partially fixed in the first track 121, and the limiter 1413 can cooperate with the first operating member 1412 to realize the linkage position 144 and the separation position 145 switch between.
  • the support member 1411 includes at least a first receiving groove 1414 capable of engaging with the limit end, and a second receiving groove 1415 for the first operating member 1412 to move.
  • the first receiving groove 1414 It is arranged on the upper side of the second receiving groove 1415, that is to say, when the pull rod 11 is in the first locking position 1343, through the above setting, the user can easily access the first operating member 1412, thereby realizing the linkage position 144 and the separation Toggle between positions 145.
  • the supporting member 1411 is made of flexible material.
  • the first operating member 1412 includes a grip portion 1416, a first stop portion 1417, a second stop portion 1418, a third stop portion 1419 and a switching portion 146, the grip portion 1416, The first stopper 1417, the second stopper 1418, the third stopper 1419 and the switching part 146 are fixedly connected or integrally formed.
  • the grip part 1416, the first stopper 1417, the second The stop part 1418 , the third stop part 1419 and the switching part 146 are integrally formed.
  • the grip part 1416 can be driven by the user, the switching part 146 is used to cooperate with the support part 1411 to realize position switching, the first stop part 1417 can cooperate with the limit part 1413, and the second stop part 1418 can cooperate with the support part 1411 .
  • the user When the user separates the pull rod 11 from the toolbox system 100 according to the needs, the user only needs to pull the grip part 1416 backward along the first direction 104, and the switching part 146 is forced to overcome the stop force provided by the support part 1411 and move along the first direction 104. 104 moves backward until the third stopper 1419 abuts against the first connecting rod 114, and the first stopper 1417 is almost completely retracted into the support member 1411. At this time, the user pulls the pull rod 11 along the extension direction of the first connecting rod 114 , the tie rod 11 can break away from the first track 121 .
  • the support member 1411 is provided with a shifting portion 147 for cooperating with the first operating member 1412 to switch between the linkage position 144 and the disengagement position 145 .
  • the shifting portion 147 is fixedly connected with the supporting member 1411 or integrally formed.
  • the shifting portion 147 is integrally formed with the supporting member 1411 .
  • the cross section of the shifting portion 147 is trapezoidal, that is, the shifting portion 147 has a first inclined surface and a second inclined surface, the extending direction of the first inclined surface and the extending direction of the second inclined surface obliquely intersect, and the second inclined surface An inclined surface is provided on the front side of the second inclined surface.
  • the switching portion 146 of the first operating member 1412 has a corresponding first fitting surface 1461 and a second fitting surface.
  • the first matching surface 1462 and the first matching surface 1461 are disposed on the front side of the second matching surface 1462 , and the cross section of the shifting portion 147 is trapezoidal along the front-back direction.
  • both the first matching surface 1461 and the second matching surface 1462 of the switching portion 146 are located in front of the first inclined surface of the shifting portion 147 .
  • the switching part 146 is stressed, so that the second matching surface 1462 of the switching part 146 overcomes the resistance of the first inclined surface of the shifting part 147 and moves backward.
  • the first operating member 1412 is disposed on the lower side of the second locking hole 1342 , that is to say, along the extending direction of the first connecting rod 114 , there are the first operating member 1412 , the second locking hole 1342 and the first locking hole 1341 in sequence.
  • the first operating member 1412 is at the disengaged position 145, when the user pulls the pull rod 11 from bottom to top along the extension direction of the first connecting rod 114, the pull rod 11 sequentially experiences the first locked position 1343, the active state 111, and the second locked position 1344 and detached state 113.
  • the pull rod 11 is generally at the first locking position 1343.
  • the user When the user needs to drag the toolbox system 100, the user first moves the separation component 14 to the linkage position 144, and then the user drives the locking component with one hand. 13 of the first transmission member 131, so that the limit end withdraws from the second locking hole 1342, release the pull rod 11, and hold the grip rod 116 of the pull rod 11 with the other hand, so that the pull rod 11 can freely move along the first connecting rod 114
  • the extension direction can move freely, which can also be referred to as the pull rod 11 being in the active state 111.
  • the first transmission member 131 can be released until the limit end passes through due to the driving force of the bias member 135.
  • the second locking hole 1342 enables the pull rod 11 to be in the second locking position 1344 .
  • the user when the user is in the active state 111, he can also continue to press the first transmission member 131, because the biasing member 135 always has a driving force on the limit end, that is, the user will continue to hold against the first connecting rod 114 after releasing it. Above all, the user can save more effort when the pull rod 11 moves upwards by continuously pressing the first transmission member 131 .
  • the pull rod 11 When the tool box system 100 needs to be stored or transported, the pull rod 11 needs to be separated from the tool box system 100 .
  • the user After the user places the pull rod 11 at the first locking position 1343, the user moves the separation assembly 14 to the separation position 145, and then the user continues to press the first transmission member 131 of the locking assembly 13 with one hand, so that the limiting end is released from the second locking hole 1342.
  • release the pull rod 11 hold the handle bar 116 of the pull rod 11 with the other hand, so that the pull rod 11 can freely move upward along the extension direction of the first connecting rod 114 until the pull rod 11 is in the detached state 113 .
  • the distance D1 between the connecting frame 15 and the supporting plane P is greater than 0 mm and less than or equal to 550 mm in the vertical direction.
  • the toolbox system 100 is carried from the tool storage place to the work site.
  • the distance between the tool storage place and the work site is often relatively long, and the user needs to use a vehicle to transport the tool box system 100 to the work site.
  • the pull rod 11 will be set at the first locking position 1343, and then the tool box system 100 will be transported to the vehicle.
  • the tool box system 100 may not be directly placed in the vehicle, and through the above Set the distance D1 from the connecting frame 15 to the support plane P within the above range, so that after the user pulls the pull rod 11 out of the tool box system 100, he can directly transport the tool box system 100 to the vehicle, which is convenient for the user to transport .
  • the storage box 31 includes a plurality of side walls extending substantially in the up and down direction, a bottom wall 327 and an upper cover 33 which are arranged oppositely and substantially close the plurality of side walls, and a plurality of side walls, the bottom wall 327 and the upper cover 33 surround and form an accommodating cavity 310 .
  • Fig. 4 Fig. 5, Fig. 6 and Fig.
  • the storage box 31 casing 32 includes a front side wall 323 and a rear side wall 324 oppositely arranged, a left side wall 325 and a right side wall 326, connecting the front side wall 323 , the bottom wall 327 of the rear side wall 324, the left side wall 325 and the right side wall 326, and the accommodating cavity 310 surrounded by the front side wall 323, the rear side wall 324, the left side wall 325 and the right side wall 326
  • the front side wall 323 , the rear side wall 324 , the left side wall 325 and the right side wall 326 basically extend along the vertical direction.
  • the auxiliary grip handle device 10 further includes a connecting handle 23a, and the connecting handle 23a is fixedly connected or integrally formed with the front side wall 323 .
  • the ratio of the distance H2 from the support plane P to the upper cover 33 of the storage box 31 and the distance H1 from the connection handle 23a to the support plane P is greater than or equal to 5.5 and less than or equal to 35, so that the connection handle 23a is arranged near the storage area.
  • the lower end of the box 31, when the storage box 31 is at a high position the user can directly pull the storage box 31 by pulling the connection handle 23a.
  • the distance H1 connecting the handle 23a to the support plane P is greater than or equal to 15mm and less than or equal to 100mm.
  • connection handle 23 a is a columnar metal structure, and both ends of the connection handle 23 a are fixedly connected to the front side wall 323 .
  • the rear side wall 324 protrudes backward to form a first hollow part 321 and a second hollow part 322 arranged at intervals, a pedal 328 is arranged between the first hollow part 321 and the second hollow part 322, and the pedal 328 is arranged near the lower through hole , the pedal 328 is fixedly connected with the rear side wall 324 at a certain downward angle or integrally formed.
  • the pedal 328 is integrally formed with the rear side wall 324 . In some operating conditions where the user needs to go uphill or transport, the user can lift the front end of the storage box 31 by stepping on the pedal 328, which is convenient for the user to transport and go uphill.
  • a hook 34 is also provided between the first hollow portion 321 and the second hollow portion 322.
  • the two ends of the hook 34 are fixed to the rear side wall 324, and the hook 34 can rotate relative to the rear side wall 324.
  • the hook 34 is made of metal
  • the hook 34 can cooperate with the connection handle 23a on the front side wall 323, that is, when the user places other items outside the storage box 31, in order to prevent the item from falling during transportation , the user can tie the item with an elastic cord and fix it on the hook 34 and the connecting handle 23a.
  • the front side wall 323 and the left side wall 325 are fixedly connected to form the first connecting segment 35
  • the front side wall 323 and the right side wall 326 are fixedly connected to form the second connecting segment 36
  • the left side wall 325 and the rear side wall 324 are fixedly connected to form
  • the third connection section 37 the right side wall 326 and the rear side wall 324 are fixedly connected to form the fourth connection section 38.
  • the front side wall 323 and the left side wall 325 are fixedly connected through the first connection section 35, and the front side wall 323 and the right side wall 326 are fixedly connected by the second connecting section 36, the left side wall 325 and the rear side wall 324 are fixedly connected by the third connecting section 37, and the right side wall 326 and the rear side wall 324 are fixedly connected by the fourth connecting section 38 .
  • the upper half of the first connecting section 35 and the second connecting section 36 are embedded with a protective bar 39, and the rear side of the storage box 31 is equipped with the running gear 20, so the third connecting section 37 and the fourth connecting section 38 Can't semi-embedded guard bar 39 on.
  • the tool box system 100 may further include a plurality of storage boxes 31, and the storage boxes 31 and the storage boxes 31 may be interlocked with each other through an interlocking device 40.
  • the user may also stack two storage boxes 31 as required.
  • Stack three storage boxes 31 stack four storage boxes 31 , or even more storage boxes 31 .
  • three storage boxes 31 are mainly used as an example for description. In order to distinguish it from the description of the above-mentioned storage boxes 31 , three storage boxes 31 are defined here as storage boxes 311 , storage boxes 312 , and storage boxes 313 .
  • the storage box 312 is arranged on the upper side of the storage box 313
  • the storage box 311 is arranged on the upper side of the storage box 312
  • the storage box 312 is connected with the left and right side walls 326 and the front and rear side walls 324 of the storage box 311 to form four connection sections, the storage box 312 and the storage box 311 can be disassembled from the storage box 313, and then become a separate box , because the running gear 20 is not installed on the storage box 312 and the storage box 311, the third connection section 37 and the fourth connection section 38 of the storage box 312 and the storage box 311 can be embedded with a guard bar 39 in the upper half, that is, the storage box 312 and the four connecting sections of the glove box 311 are half-embedded with protective rods 39, wherein the protective rods 39 are all made of metal materials.
  • the storage box 31 in this application may refer to any box in the tool box system 100 .
  • the tool box system 100 also includes a plug-in component 50 arranged outside the receiving chamber 310.
  • the plug-in component 50 is used for plug-in tools and accessories such as electric tools, battery packs, rulers, and cables.
  • the plug-in component 50 is detachably and fixedly connected to the storage box. 31 on.
  • the external hanging component 50 can be connected to the storage box 31 through one or a combination of screws, bolts, rivets and movable buckles.
  • the box body of the storage box 31 forms a limiting portion 31 a, and the limiting portion 31 a is used to cooperate with the installation portion of the external hanging component 50 .
  • the limiting part 31 a includes a limiting surface and/or a limiting hole, which are used to cooperate with the installation part, so as to realize fixing the external hanging part 52 to the storage box 31 .
  • the hanging component 50 includes: a middle piece 51 and a hanging piece 52, and the hanging piece 52 can be detachably connected to an item.
  • the external hanger 52 includes a battery pack hanger 521 , a cable hanger 522 , a ruler hanger 523 , an electric tool hanger, an accessory hanger, and a support member 524 . Can be used to hang battery packs, cables, rulers, power tools, accessories, etc.
  • a plurality of external hangers 52 may be provided on the storage box 31 , which may be one or a combination of battery pack hangers 521 , cable hangers 522 , ruler hangers 523 , support members 524 and power tool hangers.
  • the middle piece 51 is detachably fixedly connected or integrally formed with the storage box 31, as an embodiment of the middle piece 51, as shown in Figure 1, Figure 2, Figure 20, Figure 29 and Figure 30, the middle piece 51 is detachable To be connected to the storage box 31 , that is, the middle piece 51 may be connected to the storage box 31 through one or a combination of screws, bolts, rivets and movable buckles.
  • the hanging part 52 is fixedly connected to the middle part 51 in a detachable manner, and the hanging part 52 may be connected to the middle part 51 through one or a combination of screws, bolts, rivets and movable buckles.
  • As another embodiment of the middle piece 951 as shown in FIG.
  • the middle piece 951 includes at least one hanging piece contact portion 9511 , and the hanging piece contact portion 9511 is used for installing the hanging piece 52 .
  • the hanging part contact part 9511 includes a first contact part, a second contact part and a third contact part, and each of the first contact part, the second contact part and the third contact part can install at least one hanging part.
  • the first contact portion is formed with a first mounting surface
  • the second contact portion is formed with a second mounting surface
  • the third contact portion is formed with a third mounting surface
  • the first mounting surface, the second mounting surface and the third mounting surface are used for Install at least one add-on.
  • the middle piece 951 is formed by the corner structure of the storage box 31, and the hanging piece 52 forms the installation portion 311b, that is, at least part of the right side wall 326 of the storage box 31 constitutes the first installation surface, and at least part of the storage box 31b forms the first installation surface.
  • a connection surface 351 constitutes a second installation surface, and at least part of the front side wall 323 of the storage box constitutes a third installation surface.
  • the first installation surface is at least partially located in the first plane B2
  • the second installation surface is at least partially located in the second plane C2
  • the third installation surface is at least partially located in the third plane D2.
  • the first plane B2, the second The plane C2 and the third plane D2 intersect in pairs and are not perpendicular, which can also be understood as the first plane B2, the second plane C2 and the third plane D2 intersect in pairs. It can also be understood that the first installation surface, the second installation surface and the third installation surface intersect obliquely in pairs.
  • the intermediate piece 951 is integrally formed with the storage box 31, and a plurality of intermediate pieces 951 are formed on the storage box 31.
  • the front side wall 323, the first connecting section 35 and the left side wall 325 of the storage box 31 form the above-mentioned intermediate piece 951, namely One or more hanging parts 52 can be installed on the front side wall 323 , the first connecting section 35 and the left side wall 325 at the same time.
  • other side walls and connecting sections of the storage box 31 can also form the above-mentioned intermediate piece 951 , which will not be described in detail here.
  • the middle piece 51 is detachably fixedly connected to the storage box 31, as shown in Figure 1, Figure 2, Figure 20, Figure 29 and Figure 30, the middle piece 51 is detachably fixedly installed On the connection section, because there are multiple connection sections in the storage box 31, that is to say, the middle piece 51 is detachably fixedly installed on any one or a plurality of connection sections, and multiple middle pieces can also be fixedly installed on one connection section 51, the intermediate piece 51 forms the mounting portion 311a.
  • the tool box system 100 may include a plurality of storage boxes 31 , and the middleware 51 may also be installed on the connecting sections of other storage boxes 31 .
  • the toolbox system 100 includes a storage box 31, a storage box 312 and a storage box 311 with connecting sections, and the middleware 51 can be installed on any one or more of the storage box 31, the storage box 312 and the storage box 311.
  • a plurality of middleware 51 can also be installed on one connecting section on the connecting section.
  • the middle piece 51 is connected to the connection section through one or more combinations of screws, bolts, rivets and movable buckles.
  • the middle piece 51 is installed to the connection section by screw connection, that is, the middle piece 51 is fixed to the connection section by screws.
  • the front side wall 323 and the left side wall 325 are fixedly connected to form a first connection section 35
  • the front side wall 323 is formed with a front side wall surface
  • the left side wall 325 is formed with a left side wall surface
  • the first connection section 35 is formed with a first connection section
  • the surface 351, the front side wall surface, the first connecting section surface 351 and the left side wall surface are connected in sequence. That is, the middle piece 51 is fixed to the first connecting section surface 351 by screws.
  • a first mounting hole is formed on the intermediate piece 51, and at least one first positioning hole is formed on the first connecting section surface 351, and the screw passes through the first mounting hole and enters the first positioning hole, and then the intermediate piece 51 is fixed on the first positioning hole. on the connection section 35.
  • several positioning holes are provided on the first connecting section surface 351 , and the user can align the first mounting holes on the middle piece 51 with the corresponding positioning holes according to requirements, and then fix them with screws.
  • the middle piece 51 is detachably mounted with one or more hanging pieces 52 , that is to say, the middle piece 51 can be equipped with multiple hanging pieces 52 at the same time.
  • the middle piece 52 includes at least one hanging piece contact portion 54 capable of installing the hanging piece 52
  • the hanging piece contact portion 54 includes a first contact portion and a second contact portion.
  • the first contact portion forms a first installation surface 511
  • the second contact portion forms a second installation surface 512
  • both the first installation surface 511 and the second installation surface 512 are capable of installing at least one hanging component 52 .
  • the first installation surface 511 is at least partially located in the first plane B1
  • the second installation surface 512 is at least partially located in the second plane C1
  • the first plane B1 and the second plane C1 are obliquely intersected.
  • the intermediate member 51 includes a first contact portion, a second contact portion and a third contact portion, wherein the first contact portion forms a first mounting surface 511, the second contact portion forms a second mounting surface 512, and the second contact portion forms a second mounting surface 512.
  • the three contact parts form a third mounting surface 513 , which can also be understood that the intermediate piece 51 includes a first mounting surface 511 , a second mounting surface 512 and a third mounting surface 513 , and at least one hanging component 52 can be mounted on each mounting surface at the same time. Such setting can make more hanging parts 52 can be installed on the storage box 31 very conveniently.
  • the first contact portion, the second contact portion, and the third contact portion are not limited to plane surfaces, and may also be curved surfaces, spherical surfaces, and the like. For example, as shown in FIGS.
  • the middle piece 51 includes a first mounting surface 511 , a second mounting surface 512 , a third mounting surface 513 , a first positioning surface 514 , a second positioning surface 515 and a third positioning surface 516 , wherein the first installation surface 511 , the second installation surface 512 and the third installation surface 513 are used to connect with the external hanging part 52 , and the second installation surface 512 is disposed between the first installation surface 511 and the third installation surface 513 .
  • the first positioning surface 514, the second positioning surface 515 and the third positioning surface 516 are used for at least partial contact with the first connecting section surface 351, and the second positioning surface 515 is arranged between the first positioning surface 514 and the third positioning surface 516 , the second positioning surface 515 is at least partly in contact with the first connecting section surface 351, when the intermediate piece 51 is installed on the first connecting section 35, there is a certain gap between the first positioning surface 514 and the front side wall 323 surface, and the same There is a certain gap between the third positioning surface 516 and the left side wall 325 , so that when the middle piece 51 is installed on the storage box 31 , there is no interference and the installation is smooth.
  • the first mounting surface 511 , the second mounting surface 512 and the third mounting surface 513 of the intermediate piece 51 are arranged on the side away from the box body 32 relative to the first positioning surface 514 , the second positioning surface 515 and the third positioning surface 516 ,
  • the first positioning surface 514, the second positioning surface 515 and the third positioning surface 516 are sequentially connected to form a half-enclosed groove, and the groove extension arc is connected with the connecting arc of the front side wall 323, the left side wall 325 and the first connecting section 35 Basically the same.
  • the intermediate piece 51 also includes a first limiting wall 517 and a second limiting wall 518 for engaging with the first connecting section 35 , the first limiting wall 517 and the second limiting wall 518 are fixed to the second positioning surface 515 Connection or integral molding, in this embodiment, the first limiting wall 517 , the second limiting wall 518 and the second positioning surface 515 are integrally formed as one part.
  • the first limiting wall 517 and the second limiting wall 518 are arranged in the above-mentioned groove, and the first limiting wall 517 and the second limiting wall 518 are arranged on both sides of the second positioning surface 515, and the first limiting wall 517 ,
  • the second positioning surface 515 and the second limiting wall 518 are integrally formed to basically form a whole, which is positioned as a first whole 519 here, and the first whole 519 surrounds at least part of the outer surface of the first connecting section 35, and when the first When the whole body 519 is installed on the first connecting section 35 , the first limiting wall 517 and the second limiting wall 518 are at least partially in contact with the first connecting section 35 .
  • the first limiting wall 517 and the second limiting wall 518 are respectively located on the protective rod 39 and the first limiting wall 517 and the second limiting wall 518 are in contact with at least part of the guard bar 39, so that the user can easily install the middle piece 51 on the first connecting section 35, and the The middleware 51 is installed on the storage box 31, which is convenient for the user to install the middleware 51, saves the user's time, and improves the work efficiency.
  • the hanger 52 can be connected to the installation surface by one or a combination of screws, pins, rivets and movable buckles.
  • the hanging assembly 50 further includes a fastener 53 for fixing the hanging piece 52 to the middle piece 51 .
  • the fastening member 53 may be a screw, that is, the outer hanging member 52 is fixed on the middle member 51 through screws.
  • the first installation surface 511 of the intermediate member 51 is at least partially located in the first plane B1
  • the second installation surface 512 is at least partially located in the second plane C1
  • the third installation surface 513 is at least partially located in the third plane D1 wherein the first plane B1, the second plane C1 and the third plane D1 intersect two by two, that is to say, the first plane B1, the second plane C1 and the third plane D1 are not on the same plane, that is, the first installation surface 511, the second installation surface 512 and the third installation surface 513, the three installation surfaces are not in the same plane, and the three installation surfaces are inclined.
  • the above settings can facilitate the user to install a plurality of hanging parts 52 on the middleware 51, and there is no interference between the hanging parts 52 and the hanging parts 52 installed on the installation surface, so that the user can use the middleware 51 in the tool. More electric tools, battery packs, rulers, cables, tool accessories and other tools are placed on the box system 100, which greatly improves the space utilization rate of the tool system.
  • the first installation surface 511 can be provided with one or several installation surfaces for installing the hanging part 52 in the vertical direction
  • the second installation surface 512 and the third installation surface 513 can also be arranged along the vertical direction.
  • One or several installation surfaces for installing the external accessories 52 are set up and down, so that the user can install one or more external accessories 52 on the middleware 51 according to the needs, which increases the user's selection range and facilitates the user's operation.
  • the first plane B1 , the second plane C1 and the third plane D1 are all virtual planes.
  • the left side wall 325 is at least partially located in the left plane E
  • the front side wall 323 is at least partially located in the front plane G
  • the first connecting section surface 351 is at least partially located in the first connecting plane F.
  • the first plane B1 is basically parallel to the left plane E
  • the second plane C1 is basically parallel to the first connection plane F
  • the third plane D1 is basically parallel to the front plane G, that is, the first installation surface 511, the second installation surface
  • the extension direction of the three installation surfaces of the surface 512 and the third installation surface 513 is basically consistent with the corner structure of the storage box 31, so that the user will not be interfered when installing the hanging part 52 on the middle part 51.
  • the power tool After tools such as battery packs, rulers, cables, and tool accessories are placed on the pendant 52, there will be no excessive interference between the tools and cause the tools to be inseparable. It should be noted that the left plane E, the front plane G and the first connection plane F are all virtual planes.
  • the external hanger 52 includes a scale hanger 523, and one or several scale hangers 523 can cooperate to place the scale.
  • a scale hanger 523 is fixed on the storage box 31 , and the scale is placed in the elongated cavity formed by the scale hanger 523 .
  • a plurality of scale hangers 523 may cooperate to place a scale, and the scale is placed in the elongated cavity formed by the plurality of scale hangers 523 .
  • the ruler can be placed through the cooperation of two hanging parts 52 .
  • the two external hangers 52 are defined as a first scale hanger 5231 and a second scale hanger 5232 , and the first scale hanger 5231 and the second scale hanger 5232 are respectively fixedly installed on the corresponding middle piece 51 .
  • the first scale pendant 5231 and the second scale pendant 5232 are installed on the middle piece 51, in the vertical direction, the first scale pendant 5231 is located on the upper side of the second scale pendant 5232, because the scale is longer in its length direction.
  • the length of the general scale will exceed the height of a storage box 31, that is, for the stability of the scale placement, the first scale pendant 5231 and the second scale pendant 5232 are generally set at intervals, of course, the first scale pendant 5231 can also be installed according to user needs on the glove box 311 or the storage box 312 .
  • the first scale hanger 5231 and the second scale hanger 5232 are both on the storage box 313 , and the first scale hanger 5231 and the second scale hanger 5232 are installed on different middle pieces 51 respectively.
  • the first scale pendant 5231 includes a first installation part 5233 and a first receiving part 5234, the first installation part 5233 and the first receiving part 5234 are fixedly connected or integrally formed, and the first installation part 5233 can be installed on the intermediate piece 51, for example, The first installation part 5233 may be connected to the second installation surface 512 by one or a combination of screws, bolts, rivets and snaps. Further, the first scale pendant 5231 is fixedly installed on the middle piece 51 by screws.
  • the first accommodating part 5234 forms a channel cavity 5235. The channel cavity 5235 can allow the scale to pass in the vertical direction.
  • the size of the channel cavity 5235 in the vertical direction is greater than or equal to 1 mm and less than or equal to 10 mm, that is to say, the length of the channel cavity 5235 in the vertical direction Smaller, under the premise that the scale can be placed, the structure of the first scale pendant 5231 is made smaller, which not only saves the cost, but also saves the space of the scale pendant 523 .
  • the second scale pendant 5232 includes a second mounting part 5236 and a second receiving part 5237, and the second mounting part 5236 is fixedly connected or integrally formed with the second receiving part 5237, and the second mounting part 5236 is installed on the middle piece 51, for example
  • the first installation part 5233 can be connected to the second installation surface 512 of another intermediate piece 51 by one or a combination of screws, bolts, rivets and movable buckles.
  • the second scale pendant 5232 is fixedly installed on the middle piece 51 by screws.
  • the second accommodating part 5237 forms a stop cavity 5238, and the stop cavity 5238 is in a semi-enclosed form.
  • the bottom of the stop cavity 5238 is against the scale to prevent it from continuing to move downward, and also That is to say, the passage cavity 5235 of the first scale member cooperates with the stop cavity 5238 of the second scale member to form the above-mentioned cavity, and the scale is placed in the cavity.
  • the dimension of the stop cavity 5238 in the vertical direction is greater than or equal to 3 mm and less than or equal to 10 mm, that is, the length of the stop cavity 5238 in the vertical direction is relatively small.
  • two or more scale hangers 523 are used for cooperation. If only one scale hanger 523 is used, a longer cavity for accommodating the scale will appear.
  • the scale hanger 523 will be longer in the length direction to form a cavity for accommodating the scale, so the scale hanger 523 will have a larger profile.
  • the scale pendant 523 used to form the cavity is separately arranged, on the one hand, the scale can be placed on the toolbox system 100, and on the other hand, such arrangement can make the structure of the scale pendant 523 smaller and easier to store.
  • the external hanger 52 includes a cable hanger 522, and the cable hanger 522 is arranged on at least one side wall of the storage box 31, and the user can wind the cable to the cable hanger 522, and the cable hanger 522 can It is connected to the storage box 31 by one or more combinations of screws, bolts, rivets, and movable buckles, that is, the cable hanger 522 can be arranged on the storage box 311 , the storage box 312 , and the storage box 313 .
  • the front side wall 323 of the storage box 31 is provided with a cable hanger 522
  • the cable hanger 522 includes a first cable hanger 5221 and a second cable hanger 5222
  • the first cable hanger 5221 and the second cable hanger 5222 are installed on Middleware 51.
  • Both ends of the front side wall 323 are equipped with intermediate pieces 51
  • the first cable hanger 5221 and the second cable hanger 5222 are respectively installed on different intermediate pieces 51, that is, the first cable hanger 5221 and the second cable hanger 5222 interval settings.
  • the first cable hanger 5221 includes a third installation part 5223 and a first hook part 5224, and the third installation part 5223 and the first hook part 5224 are fixedly connected or integrally formed.
  • the second cable hanger 5222 includes a fourth installation part 5225 and a second hook part 5226, the fourth installation part 5225 and the second hook part 5226 are fixedly connected or integrally formed, and the third installation part 5223 can be connected by screws, bolts, rivets and One or more combinations of the movable buckles are connected to the third installation surface 513 of the middle piece 51, and the fourth installation part 5225 can be connected by one or more combinations of screws, bolts, rivets and movable buckles. connected to the first mounting surface 511 of another intermediate piece 51 in a manner, and the orientation of the first hook part 5224 and the second hook part 5226 is opposite to each other, which is conducive to restricting the cable to the hook 34 part of the cable hanger 522 .
  • the third installation part 5223 and the fourth installation part 5225 are installed on the intermediate piece 51 by means of screw connection.
  • the hanging part 52 further includes a supporting part 524 , and the supporting part 524 is used for connecting or supporting an electric tool, an electric tool accessory, a battery pack, a fan unit 60 or a charger and the like.
  • the supporting member 524 includes a main supporting member 5241 and an auxiliary supporting member 5242, that is, the main supporting member 5241 and the auxiliary supporting member 5242 are used for connecting or supporting electric tools, electric tool accessories, battery packs, fan units 60 or chargers. Both the main support member 5241 and the auxiliary support member 5242 can be detachably fixedly connected to the storage box 313, the storage box 312 or the storage box 311, and of course can also be connected to the storage box 313, the storage box 312 and the storage box 311.
  • the main supporting member 5241 and the auxiliary supporting member 5242 are provided, which are not limited here, and users can install them according to requirements.
  • the main support 5241 can be arranged on the front and rear sides of the storage box 31 casing 32, and the auxiliary support 5242 can be arranged on the left and right sides of the storage box 31 casing 32, that is to say, the main support 5241 is installed on the side of the storage box 31 casing 32.
  • the auxiliary supports 5242 are installed on the left and right side walls 326 of the storage box 31 . It should be noted that since the running device 20 is installed on the storage box 313, there may be interference when the main support 5241 is installed on the rear side of the storage box 313.
  • the main support 5241 is installed On the front side wall 323 of the storage box 313, but the running gear 20 is not set on the storage box 311 and the storage box 312, so the main support 5241 can be arranged on the rear side wall 324 of the storage box 311 and the storage box 312.
  • auxiliary support member 5242 may interfere with the left side wall 325 and the right side wall 326 of the storage box 313, so it is normal
  • the auxiliary support 5242 is not provided on the left side wall 325 and the right side wall 326 of the storage box 313, but there is no interference problem between the left side wall 325 and the right side wall 326 of the storage box 311 and the storage box 312, so it can
  • the auxiliary supporting member 5242 is disposed on the left side wall 325 and the right side wall 326 of the storage box 311 and the storage box 312 .
  • the external hanger 52 also includes a battery pack hanger 521.
  • the battery pack hanger 521 is used to connect the battery pack.
  • the battery pack hanger 521 can be fixedly connected to the main support 5241 or the auxiliary support 5242.
  • the battery packs installed on the battery pack hanger 521 can supply power to any electric tool in the tool box system 100 .
  • the battery pack pendant 521 includes a main connecting plate 5211 and a battery pack mounting plate 5212.
  • the battery pack mounting plate 5212 is fixedly connected to the main connecting plate 5211. Several battery pack connecting seats are formed on the battery pack mounting plate 5212.
  • the battery pack can be installed on the battery pack. on the package connector.
  • the main connecting plate 5211 is detachably fixedly connected to the main support 5241 or the auxiliary support 5242 .
  • the main connecting plate 5211 is made of a first material
  • the battery pack mounting plate 5212 is made of a second material, wherein the hardness of the first material is greater than that of the second material.
  • the main connecting plate 5211 is made of metal
  • the battery pack mounting plate 5212 is made of plastic.
  • the main connection plate 5211 is made of metal, which can ensure the stability of the battery pack pendant 521 connected to the tool box system 100, while the battery pack mounting plate 5212 is made of plastic, which can save energy when the battery pack can be connected. cost, and can reduce the weight of the toolbox system 100.
  • the battery pack hanger 521 installed outside the storage box 31 may also be installed inside the storage box 31 .
  • the main support 5241 and the auxiliary support 5242 are detachably fixed on the storage box 31, and the main support 5241 can be connected to the storage box 31 by means of one or more combinations of screws, bolts, rivets and movable buckles Similarly, the auxiliary support 5242 can also be connected to the storage box 31 by one or a combination of screws, bolts, rivets and movable buckles.
  • the main support piece 5241 is connected to the middle piece 51 by means of one or more combinations of screws, bolts, rivets and movable buckles, and then fixedly connected to the connection section of the storage box 31 by the middle piece 51, and also
  • the auxiliary support 5242 is connected to the middle piece 51 through one or more combinations of screws, bolts, rivets and movable buckles, and then fixedly connected to the connecting section of the storage box 31 by the middle piece 51 .
  • the structure of the main support 5241 and the auxiliary support 5242 will be described in detail by taking the storage box 312 as an example.
  • the main support 5241 can be installed at the front side wall 323 of the storage box 312, one end of the main support 5241 can be connected to the first connecting section 35 of the storage box 312, and the other end of the main support 5241 can be connected to the storage box 312.
  • the main supporting member 5241 includes a first connecting portion 5243 , a second connecting portion 5244 and a spacer portion 5245 .
  • the spacer 5245 is arranged in the middle of the first connection 5243 and the second connection 5244, and the first connection 5243, the second connection 5244 are fixedly connected or integrally formed with the spacer 5245.
  • the first connection 5243, the second connecting part 5244 and the spacer part 5245 are integrally formed as one component.
  • the first connecting part 5243 is installed on the middle piece 51 of the first connecting section 35
  • the second connecting part 5244 is installed on the middle piece 51 of the second connecting section 36
  • the first connecting part 5243 is fixedly connected to the middle piece 51 by screws.
  • the second connecting portion 5244 is fixedly connected to the first mounting surface 511 of the intermediate piece 51 by screws, for example, the first mounting surface 511, the second mounting surface 512 and the third mounting surface of the intermediate piece 51 513 are provided with at least one connection hole
  • the first connection part 5243 and the second connection part 5244 are provided with perforations corresponding to the connection holes, that is, the screws pass through the perforations on the first connection part 5243 to connect the first connection Part 5243 is fixed to the connecting hole on the third mounting surface 513, and then the first connecting portion 5243 of the main support 5241 is fixed to the third mounting surface 513 of the intermediate member 51, and the screw passes through the second connecting portion 5244.
  • the through holes of the second connecting portion 5244 are fixed to the first installation surface 511 of the intermediate member 51 .
  • the spacer 5245 is used to connect or support electric tools, electric tool accessories, battery packs or chargers, etc. Of course, the spacer 5245 can also be connected to the above-mentioned battery pack hanger 521 .
  • the spacer 5245 includes two long plates connecting the first connecting portion 5243 and the second connecting portion 5244, which are respectively defined as a first long plate 5246 and a second long plate 5247, and the first long plate 5246 and the second long plate 5247 are arranged at intervals , the first long plate 5246 is arranged on the outside, the second long plate 5247 is arranged between the first long plate 5246 and the front side wall 323, the gap formed between the first long plate 5246 and the second long plate 5247 can be connected or Support power tools, power tool accessories, battery packs or chargers, etc. For example, electric tools, electric tool accessories, fan unit 60, battery packs or chargers are connected with hook structures, and the hook structures are hung in the gaps formed between the long boards.
  • the structure and principle of the auxiliary support 5242 is basically the same as that of the main support 5241, mainly because the dimensions of the main support 5241 and the auxiliary support 5242 in the length direction are inconsistent.
  • Both the main support 5241 and the auxiliary support 5242 can be made of metal materials.
  • the tool box system 100 includes at least one fan unit 60 for generating air flow, and the fan unit 60 is detachably fixedly connected to the storage box 31 , that is, the fan unit 60 is located outside the accommodating cavity 310 , It can also be understood that the fan unit 60 can be detached from the storage box 31 to become an independent tool.
  • the fan unit 60 can be detached from the storage box 31 to become an independent tool.
  • the user can directly fix the fan unit 60 on the storage box 31 during transportation without placing In the accommodating chamber 310, the space in the accommodating chamber 310 is released, and the user can place more tools in the accommodating chamber 310, which not only improves the space utilization rate of the storage box 31, but also reduces the number of times the user goes back and forth, and improves the user's convenience. s efficiency.
  • the detachable fixed connection here refers to making the fan unit 60 separate from the storage box 31 on the basis of not destroying the original structure of the fan unit 60 and the storage box 31, for example, the fan unit 60 and the storage box 31 form a snap connection, Screw connection and screw connection, etc., of course, can also be a combination of multiple connection methods.
  • the tool box system 100 also includes a buckle assembly through which the fan unit 60 is connected to the storage box 31 .
  • the fan unit 60 can be connected to the side wall of the storage box 31 through a buckle assembly, or connected to the upper cover 33 of the storage box 31 .
  • the fan unit 60 and the storage box 31 have at least one contact surface 61.
  • the distance E1 from the contact surface 61 to the support plane P is greater than or equal to 100mm, that is to say, the contact surface 61 of the fan unit 60 and the storage box 31 can be It is set at any place where the distance from the support plane P is greater than or equal to 100mm, as long as the connection between the fan unit 60 and the storage box 31 is stable, the fan unit 60 will not be separated from the storage box 31 during the rest or movement of the tool box system 100.
  • the toolbox system 100 may include one or more storage boxes 31, and the fan unit 60 can be detachably fixedly connected to any one of the storage boxes 31.
  • One or more storage boxes 31 are stacked on the upper side of the storage box 31 to realize the height adjustment of the fan unit 60 .
  • the fan unit 60 is generally suspended on a high place and placed directly on the ground.
  • the above configuration utilizes the detachable function of the storage boxes 31 to adjust the height of the storage boxes 31 to the height required by the user, and then fix the fan unit 60 on the storage box 31, which improves the diversity of user choices.
  • the tool box system 100 includes a walking device 20, that is, the user can directly fix the fan unit 60 on the storage box 31, and then push the storage box 31 to make the fan unit 60 move together with the storage box 31, and some users can replace it in a short distance. Under the working conditions of the workplace, the user can directly push the storage box 31, or carry the storage box 31 to continue to make the fan unit 60 blow to the user, without needing to find a place to place or hang the fan unit 60, which improves the User productivity.
  • the snap assembly includes a first snap assembly 41 and a second snap assembly 42, the first snap assembly 41 and the second snap assembly 42 cooperate to lock the fan unit 60, and the fan unit 60 is detachably fixedly connected to the storage box 31 The loam cake 33.
  • a first buckle assembly 41 is disposed on the upper cover 33 , and the first buckle assembly 41 includes a first buckle member 42 , a positioning member 43 and an elastic member 44 .
  • the positioning member 43 is fixedly connected or formed integrally with the fan unit 60 , the first buckling member 42 is installed on the upper cover 33 , and the upper cover 33 is formed with a snapping slot 331 , and the first snapping member 42 is disposed in the snapping slot 331 , the first locking member 42 can move relative to the locking groove 331 , the elastic member 44 is disposed on the upper cover 33 , and the elastic member 44 is connected to the first locking member 42 .
  • the first buckle 42 has at least a first position and a second position relative to the upper cover 33. When the first buckle 42 is in the first position, the positioning member 43 is kept separated from the first buckle 42. When the first buckle When the buckle 42 is in the second position, the first buckle 42 is interlocked with the positioning piece 43 .
  • the elastic member 44 can apply elastic force to the first buckle 42 to keep it in the second position, that is to say, the first buckle 42 moves from the second position to the second position.
  • the first position moves, it needs to overcome the elastic force of the elastic member 44 .
  • first buckle 42 is switched between the first position and the second position by rotating, and the first buckle 42 is in the second position, that is, the positioning member 43 can be aligned with the first buckle 42 from top to bottom. lock each other.
  • the first locking member 42 is in the first position, that is, the positioning member 43 is released from interlocking with the first locking member 42 and disengaged from the first locking member 42 .
  • first position is the position where the first locking member 42 moves away from the positioning member 43 , and the first locking member 42 rotates a certain angle until it is released from the positioning member 43 .
  • the second position is the position when the first locking member 42 rotates toward the positioning member 43 until it fits with the positioning member 43 and cannot continue to rotate in this direction.
  • the user When the user realizes the interlocking function of the first buckle 42 and the positioning piece 43, the user only needs to insert the positioning piece 43 into the locking groove 331 of the upper cover 33 from top to bottom, and at this time the first buckle 42 is in the first position.
  • the second position when the locating member 43 moves downward toward the engaging groove 331, it will resist the first buckling member 42 and push the first buckling member 42 to rotate in a direction away from the locating member 43. 26, the first locking member 42 gradually rotates from the second position to the first position under the push of the positioning member 43.
  • the positioning member 43 When the first locking member 42 reaches the first position, the positioning member 43 has completely entered the locking groove 331 , and no longer resists the first locking member 42 , and cannot continue to push the first locking member 42 to rotate.
  • the first locking member 42 After losing the resisting and pushing effect of the positioning member 43 , the first locking member 42 rebounds from the first position to the second position under the action of the elastic member 44 , thereby locking the positioning member 43 in the engaging groove 331 . It can be seen from this that the user only needs to insert the positioning member 43 into the engaging groove 331 from top to bottom, and the first locking member 42 will automatically move the first locking member 42 from the second position to the first position and then back to the first position. The switching of the two positions automatically completes the interlocking of the first buckling member 42 and the positioning member 43 .
  • the first buckle 42 and the positioning piece 43 are disassembled, the first buckle 42 is rotated to the first position, and the positioning piece 43 can be separated from the first buckle 42, and the first buckle 42 and the positioning piece 43 are completed. Disassembly between, that is, the installation and disassembly process of the fan unit 60 is very convenient.
  • the first buckle 42 is hingedly connected to the buckle groove 331, that is, the first buckle 42 includes a body 421, a hinged part 422, a hook 423, a hinged rod 424, a stopper 427, an operating part 428 and a limiting protrusion. Part 429.
  • the hook 423 is fixedly connected or integrally formed with the body 421 , the hook 423 is arranged on the upper end of the body 421 , and the hook 423 is used to engage with the interlocking hole formed by the positioning member 43 to realize the connection between the fan unit 60 and the upper cover 33 . interlock.
  • the hinged part 422 is fixedly connected with the body 421 or integrally formed, the hinged part 422 is disposed at the lower end of the body 421 , and the hinged part 422 is used for connecting with the engaging groove 331 .
  • the hinge rod 424 passes through the hinge portion 422 and the engaging slot 331 at the same time, so that the first locking member 42 can rotate relative to the engaging slot 331 .
  • the operation part 428 is fixedly connected with the body 421 or integrally formed, and the operation part 428 is used for driving by the user.
  • the stopper 427 is disposed on the inner side of the body 421 , that is, on the side facing the positioning member 43 , and the stopper 427 can cooperate with the positioning member 43 to keep the first locking member 42 at the first position.
  • the limit protrusion 429 is fixedly connected or integrally formed with the body 421.
  • the limit protrusion 429 is used to limit the rotation angle of the first buckle 42 and prevent it from falling out of the engagement groove 331, that is, the limit protrusion 429 and One end of the elastic member 44 is abutted against, and the other end of the elastic member 44 is abutted against the upper cover 33 .
  • the user drives the first locking member 42 to rotate, and the limiting protrusion 429 rotates with the first locking member 42, and the limiting protrusion 429 compresses the elastic member 44 until the limiting protrusion 429 abuts against it.
  • the elastic member 44 is a torsion spring.
  • the stopper 427 includes a main body 4271 installed on the body 421 , a telescopic member 4272 disposed in the main body 4271 , and a telescopic elastic member 4273 connected to the telescopic member 4272 disposed in the main body 4271 .
  • the main body part 4271 is connected to the body 421 , and the stopper 427 can rotate along with the first locking member 42 .
  • the main body part 4271 is cylindrical, and the telescopic elastic part 4273 and the telescopic part 4272 are arranged in the main part 4271.
  • the number of the telescopic part 4272 is two, and respectively bear against the two ends of the telescopic elastic part 4273.
  • the telescopic elastic member 4273 is a telescopic spring. Due to the elastic force of the stretchable elastic piece 4273 , in a natural state, the ends of the two stretchable pieces 4272 away from the stretchable elastic piece 4273 protrude from the main body 4271 . When an external force is applied to one end of the two telescopic elements 4272 exposed from the main body 4271 , the two elastic elements 4272 can overcome the elastic force of the elastic elastic element 4273 and shrink back, and can even be completely hidden in the main body 4271 . Because the first buckle 42 has a rebound effect, there will be users who always control the first buckle 42 to avoid its rebound and at the same time lift the fan unit 60 to separate from the first buckle 42. bring inconvenience.
  • the stopper 427 is arranged on the first buckle 42 and can cooperate with the positioning member 43 to keep the first buckle 42 at the first position, without the need for the user to manually control the first buckle 42 all the time. Keeping it at the first position makes it more convenient to disassemble the fan unit 60 and the upper cover 33 . That is to say, when the first buckle 42 is in the first position, the interlock hole and the hook 423 are no longer in contact, the positioning member 43 and the first buckle 42 are in an unlockable state, and the first buckle 42 is not in contact with each other. It will automatically spring back to the second position. At this time, the user can remove the fan unit 60 very conveniently.
  • the hook 423 is disposed on the inner side of the first locking member 42 , that is, on the side close to the positioning member 43 , and is roughly triangular in shape.
  • there are two hooks 423 located symmetrically at both ends of the body 421 .
  • the operation part 428 is located between the two hooks 423 , and the user can separate the hook 423 from the interlocking hole by toggling the operation part 428 . Since there are two hooks 423 , there are two corresponding interlocking holes for engaging with the hooks 423 , which are the first interlocking hole 431 and the second interlocking hole 432 .
  • the first interlocking hole 431 and the second interlocking hole 432 are arranged at intervals, the stopper 427 is located between the hooks 423 , and the stopper 427 is also located between the first interlocking hole 431 and the second interlocking hole 432 .
  • the main body 4271 is located between the first interlocking hole 431 and the upper cover 33. The distance between the second interlocking holes 432 and between the first interlocking holes 431 and the second interlocking holes 432 is not less than the length of the main body portion 4271 .
  • the side of the first interlocking hole 431 and the second interlocking hole 432 close to the main body 4271 is a mating surface 433, and the lower end of the mating surface 433, that is, the end close to the first buckle 42, is respectively provided with a first groove 434 and a second groove 434.
  • the slot 435 , the first slot 434 is close to the opening direction of the first interlocking hole 431
  • the second slot 435 is away from the opening direction of the first interlocking hole 431
  • the first slot 434 and the second slot 435 are separated by the protrusion 436 .
  • the distance between the protrusion 436 of the first interlock hole 431 and the second interlock hole 432 is smaller than the distance between the first interlock hole 431 and the second groove 435 of the second interlock hole 432 .
  • the positioning piece 43 When the positioning piece 43 does not fully enter the engaging groove 331, the first locking piece 42 is in the second position, and the telescopic piece 4272 on the positioning piece 43 protrudes under the elastic force of the stretchable elastic piece 4273 and is exposed to the main body. 4271 and the telescopic piece 4272 is away from the protrusion 436 of the first interlocking hole 431 and the second interlocking hole 432 .
  • the positioning piece 43 enters the engaging groove 331 from top to bottom, as the positioning piece 43 and the hook 423 resist each other, the positioning piece 43 pushes the first locking piece 42 to rotate from the second position to the first position, The positioning member 43 also rotates together with the first locking member 42 .
  • the telescopic piece 4272 keeps protruding from the main body 4271, and rotates with the first locking piece 42 within the scope of the second slot 435 until the telescopic piece 4272 turns to the position of the raised portion 436 and touch it. At this time, the first locking member 42 has also rotated to the first position, and the hook 423 is no longer against the corresponding interlocking hole.
  • the first locking member 42 can automatically rebound from the first position to the second position, and the telescopic member 4272 also rotates from the position where it abuts against the protrusion 436 At the same time, the hook 423 is inserted into the interlocking hole on the positioning member 43 to realize the locking between the fan unit 60 and the upper cover 33 .
  • the telescopic member 4272 always rotates within the range of the second groove 435 along with the rotation of the first locking member 42 .
  • the user can pull the first buckle 42 through the operating part 428 on the first buckle 42 to overcome the elastic force of the elastic member 44, so that it can Rotate from the second position to the first position until the hook 423 completely withdraws from the interlocking hole, and the telescopic member 4272 abuts against the protrusion 436 .
  • the telescopic part 4272 rotates with it, and is squeezed by the raised part 436 at the same time, so that the two telescopic parts 4272 overcome the elastic force of the telescopic elastic part 4273 and return to the main body Inside 4271.
  • the two telescopic parts 4272 are automatically stretched out and exposed to the outside of the main body part 4271 under the elastic force of the telescopic elastic part 4273.
  • the user stops applying force to the first locking member 42 , and under the action of the elastic force of the elastic member 44 , the first locking member 42 automatically rotates to the second position until the telescopic member 4272 abuts against the protrusion 436 .
  • the telescopic member 4272 can no longer overcome the elastic force of the telescopic elastic member 4273 and retract, so it cannot go over the protrusion 436 and enter the second groove 435 .
  • the protruding portion 436 and the telescopic member 4272 in the first groove 434 resist each other, thereby keeping the first locking member 42 at the first position.
  • the end of the stretchable member 4272 away from the stretchable elastic member 4273 also remains protruding and exposed to the main body portion 4271 . In this way, the user can take away the fan unit 60 very conveniently. After the user takes the fan unit 60 away, the first locking member 42 returns to the second position under the action of the elastic member 44 .
  • both ends of the fan unit 60 are detachably fixedly connected to the upper cover 33, and the upper cover 33 also includes a third buckle component 46, the first buckle component 41 and the third buckle component 46 have the same structure, for example, the upper
  • the cover 33 is provided with a first buckle assembly 41 and a third buckle assembly 46 along the left and right direction.
  • the first buckle assembly 41 and the third buckle assembly 46 are arranged at both ends of the upper cover 33, and the user can pass the first The snap assembly 41 and the third snap assembly 46 lock the fan unit 60, and the user can also use the first snap assembly 41 and the third snap assembly 46 to connect electric tools, lighting devices, chargers, storage boxes 31, adapters, energy sources, etc. Devices, milling tables, etc. are locked on the upper cover 33.
  • the upper cover 33 here does not refer to the upper cover 33 of the storage box 31 alone, but also refers to the upper cover 33 of the glove box 311 or the storage box 312 locked on the storage box 31, because the first buckle assembly 41 and the upper cover 33 of the storage box 312
  • the structure and principle of the third buckle assembly 46 are similar, and the locking mode and operation method of the third buckle assembly 46 will not be described in detail here. It should be noted that the first buckle assembly 41 and the third buckle assembly 46
  • the structure of combination locking electric tool, lighting device, storage box 31, charger, energy device, adapter, and milling table is exactly the so-called interlocking device 40 mentioned above.
  • first buckle component 41 and the third buckle component 46 may be different.
  • first buckle component 41 and the second buckle component 45 cooperate to lock the fan unit 60 , that is, the first buckle component 41 and the second buckle component 45 respectively lock one end of the fan unit 60 .
  • the distance between the first buckle component 41 and the second buckle component 45 along the extending direction of the upper cover 33 is defined as a first distance W1 .
  • the length of the upper cover 33 along its extending direction is defined as the second distance W2, and the ratio of the first distance W1 to the second distance W2 is greater than or equal to 0.4 and less than or equal to 1.
  • the first buckle component 41 is arranged on the end of the upper cover, and the ratio of the distance between the second buckle component 45 and the first buckle component 41 to the length of the upper cover 33 is set within the above-mentioned range, that is to say, the second
  • the buckle assembly 45 can be disposed at the middle, the end and multiple positions of the upper cover 33 .
  • multiple buckle components with different distances can be arranged on the upper cover, so that the user can choose buckle components with different distances according to requirements, tool size, etc., thereby facilitating the user's operation.
  • the second buckle assembly 45 includes a stopper 452 and a rotating member 451 .
  • the rotating member 451 is connected to the upper cover 33 of the storage box 31 , and the rotating member 451 can rotate relative to the upper cover 33 .
  • the stopper 452 is fixedly connected to or integrally formed with the fan unit 60 .
  • the fan unit 60 and the stopper 452 are integrally formed, that is, the stopper 452 is a part of the fan unit 60 .
  • Both the stopper 452 and the positioning member 43 are located on the fan unit 60 and adjacent to the contact surface 61 .
  • the user can also lock electric tools, lighting devices, chargers, storage boxes 31, adapters, energy devices, milling workbenches, etc.
  • the first buckle assembly 41 cooperates with the second buckle assembly 45 to lock the fan unit 60, and the rotating member 451 can rotate relative to the upper cover 33, that is, the rotating member 451 has an open state and a closed state, and the user can toggle the rotating member 451 to Toggle between open state and closed state.
  • the rotating member 451 is in the closed state, the rotating member 451 is lower than the surface of the upper cover 33 or flush with the surface of the upper cover 33 .
  • the rotating member 451 is in an open state, the rotating member 451 is at least partially higher than the surface of the upper cover 33 .
  • the rotating member 451 When the fan unit 60 is completely locked on the upper cover 33 , the rotating member 451 is in an open state, and the first locking member 42 is in the second position.
  • the user needs to toggle the rotating member 451 to the open state, and then tilt one side of the stopper 452 on the fan unit 60 downward against the rotating member 451.
  • the fan unit 60 One side of the upper positioning part 43 is tilted upwards.
  • the user can let go, and the fan unit 60 can make use of its own gravity to make the first buckle 42 and the positioning part 43 interlocks.
  • the fan unit 60 is unlocked from the upper cover 33 , and the fan unit 60 can be removed from the upper cover 33 only by turning the first locking member 42 so that the first locking member 42 is at the first position.
  • the stopper 452 includes a first abutment portion 4521 and a second abutment portion 4522 that are oppositely arranged, and a middle of the first abutment portion 4521 and the second abutment portion 4522.
  • the third resisting portion 4523, the first resisting portion 4521, the second resisting portion 4522 are fixedly connected or integrally formed with the third resisting portion 4523, and the first resisting portion 4521 and the second resisting portion 4522 are arranged on the third resisting portion 4523.
  • the rotating member 451 includes a first limiting portion 4511, a second limiting portion 4512, and a third limiting portion 4513 disposed between the first limiting portion 4511 and the second limiting portion 4512.
  • the first limiting portion The position part 4511, the second limit part 4512 and the third limit part 4513 are fixedly connected or integrally formed, the first limit part 4511 and the second limit part 4512 are arranged on both sides of the third limit part 4513, and the second The three stoppers 4513 at least partly protrude from the upper surface of the upper cover 33, that is, a gap is formed between the first stopper 4511, the third stopper 4513, the second stopper 4512 and at least part of the upper cover 33.
  • a semi-enclosed groove so that when the stopper 452 contacts the rotating member 451, the two can resist each other.
  • the rotating member 451 When the fan unit 60 is locked on the upper cover 33, at least part of the rotating member 451 is located in the groove formed by the stopper 452, and at the same time, the rotating member 451 forms a limit to the stopper 452, so as to prevent the fan unit 60 from shaking when encountering an external force When, the situation that breaks away from loam cake 33 occurs.
  • the distance between the rotating member 451 and the first buckling member 42 in the left-right direction is smaller than that of the upper cover 33 in the left-right direction.
  • the rotating member 451 is arranged at both ends of the upper cover 33 the area between.
  • snap-fit components can be arranged at both ends of the upper cover 33, that is, the second snap-fit assembly 45 is arranged between the first snap-fit assembly 41 and the third snap-fit assembly 46, and the structure of the second snap-fit assembly 45 can of course be provided.
  • the same fourth buckle component also the fourth buckle component is arranged between the first buckle component 41 and the third buckle component 46, so that the first buckle component 41 cooperates with the second buckle component 45 for locking , the third buckle component 46 cooperates with the fourth buckle component for locking, while the first buckle component 41 and the third buckle component 46 cooperate and can also be used for locking.
  • the user can lock electric tools, lighting devices, chargers, storage boxes 31 , adapters, energy devices, milling workbenches, etc. on the upper cover 33 according to requirements.
  • the ratio of the distance from the rotating member 451 to the first buckle 42 in the left-right direction to the distance of the upper cover 33 in the left-right direction is greater than or equal to 0.4 and less than or equal to 0.6, that is, the distance from the rotating member 451 to the first buckle
  • the distance of the piece 42 along the left-right direction roughly occupies half of the upper cover 33, which is arranged in this way to make the overall layout reasonable.
  • the upper cover 33 is pivotally connected to the case body 32 of the storage case 31 . That is, the upper cover 33 can rotate relative to the storage box 31 casing 32, and the upper cover 33 has at least an open position and a closed position during the rotation process.
  • the casing 32 of the storage box 31 is in an open position.
  • the box body 32 of the storage box 31 is in a closed state.
  • the user can see the situation inside the storage box 31 , and can store items in the storage box 31 or take out items from the storage box 31 .
  • the tool case system 100 also includes an insert assembly 70 for attaching items.
  • the interpolation assembly 70 is detachably and fixedly connected to the storage box 31 .
  • the interposer assembly 70 includes a connector 71 and an interposer 72 , and at least one interposer 72 can be detachably installed on the connector 71 .
  • Interposer 72 can be a plurality of, and interposer 72 comprises charger insert 73, battery pack insert 74, tool bag insert, tool insert, accessory insert, and tool accessory box insert 75 or a combination, that is, insert 72 is used for Connect chargers, battery packs, tool pouches, tools, accessories, and tool accessory boxes.
  • the connecting piece 71 is fixedly connected or integrally formed with the storage box 31 .
  • the connecting member 71 is detachably and fixedly connected to the storage box 31 .
  • the interposer 72 and the connector 71 are detachably fixedly connected.
  • the interposer 72 includes an access part 721 and an outlet part 722.
  • the outlet part 722 can detachably connect the above-mentioned charger, accessories, tool accessory box, tool bag, The tool and the battery pack, the connecting part 722 is used to cooperate with the connector 71 .
  • the connecting piece 71 is integrally formed with the storage box 31 , that is, the connecting piece 71 is formed by the storage box 31 . In this way, the interposer 72 can be fixed directly to the storage case 31 .
  • the connector 71 is detachably fixedly connected to the storage box 31 .
  • the interpolation assembly 70 also includes a fastener 53 through which the connecting piece 71 is fixedly connected to the storage box 31.
  • the fastener 53 may be one or more of screws, bolts, rivets and movable buckles. combination.
  • the interposer 72 can also be fixedly connected to the connecting member 71 through the fastener 53 , that is, the interposer assembly 70 includes a plurality of fasteners 53 .
  • the interposer 72 is integrally formed with the charger, battery pack, tool bag, tool, accessory and tool accessory box, that is, it can be understood as the charger, battery pack, tool bag, tool, accessory and tool accessory box.
  • a connecting part 722 for matching with the connector 71 is directly formed, so that the user can directly fix the charger, battery pack, tool bag, tool, accessories and tool accessory box on the connector 71 without installing a separate part. superior.
  • the connecting piece 71 is fixedly installed on the upper cover 33 of the storage box 31.
  • the connecting piece 71 includes an adapter portion 711, and the adapter portion 711 is used to cooperate with the access portion 721 of the inserter 72 to realize the detachable arrangement of the inserter 72.
  • a plurality of adapter parts 711 may be provided on the connector 71 , that is, at least one interposer 72 may be installed on the connector 71 , and in this embodiment, multiple interposers 72 may be installed on the connector 71 .
  • the connector 71 can also be fixedly connected to the side wall of the storage box 31 , that is, the connector 71 is fixedly connected to the side wall, and at least one interposer 72 can also be installed on the connector 71 .
  • the interposer 72 includes a charger plug 73, the charger plug 73 has a first connection state 731 and a second connection state 732, when the charger plug 73 is in the first connection state 731, the charger plug 73 can Connect the first type of charger.
  • the charger plug-in 73 is in the second connection state 732, the second charger can be connected to the charger plug-in 73.
  • the first type of charger and the second type of charger are chargers of different sizes. That is to say, when the charger plug-in 73 is in different states, the charger plug-in 73 can be installed with different types of chargers.
  • the charger plug-in 73 of different states is used to install different types of chargers, avoiding setting a plurality of different types of charger plug-ins 73, and simplifying the structure. It should be noted that the charger in this application can charge multiple battery packs at the same time.
  • the charger plug-in 73 is provided with a card terminal, which is used for connecting the charger.
  • the charger insert 73 is provided with a first snap-in end 7331 and a second snap-in end 7341, and the first snap-in end 7331 and the second snap-in end 7341 cooperate to fix the charger.
  • the charger plug-in 73 When the charger plug-in 73 is in the first connection state 731, there is a first length between the first snap-in end 7331 and the second snap-in end 7341; when the charger plug-in 73 is in the second connection state 732, the first snap-in end 7341 There is a second length between the end 7331 and the second snap-in end 7341, wherein the first length is greater than the second length, that is, when the charger plug-in 73 is in different states, the charger plug-in 73 can accommodate chargers of different sizes.
  • Charger plug-ins 73 in different states can all be installed on the connector 71 , that is to say, chargers of different sizes can be installed on the connector 71 at the same time.
  • the chargers installed on the connector 71 can charge the battery pack in the tool box system 100 .
  • the charger plug-in 73 includes a first charger plug-in 733 and a second charger plug-in 734, the first charger plug-in 733 and the second charger plug-in 734 can move relatively, so that the charger plug-in 73 is in the first connection state 731 and Switching of the second connection state 732 .
  • the charger plug-in 73 is mounted on the connecting member 71 by screws, that is, the fastening member 53 may be a screw.
  • the access portion 721 on the first charger plug-in 733 and the second charger plug-in 734 can be a screw hole, the first charger plug-in 733 and the second charger plug-in 734 are provided with a plurality of holes, and the user passes the screw through the holes , so as to fix the charger plug-in 73 on the connector 71 .
  • the user adjusts the state of the charger plug-in 73 according to requirements, and then fixes the adjusted charger plug-in 73 to the connector 71 .
  • Both the first charger plug-in 733 and the second charger plug-in 734 are provided with a card terminal, for example, the first charger plug-in 733 is fixedly connected or integrally formed with a first card terminal 7331, similarly, the second charger plug-in 734 is fixedly connected or integrally formed with a second snap-in end 7341, that is, the first snap-in end 7331 moves with the first charger plug-in 733, and the second snap-in end 7341 moves with the second charger plug-in 734, so that the user When switching states, as long as the first charger plug-in 733 or the second charger plug-in 734 is driven, the state switching of the charger plug-in 73 can be realized.
  • a guide groove 7332 is formed on the first charger plug-in 733 for guiding the second charger plug-in 734 to move along the first sliding direction, and a sliding part 7342 is formed on the second charger plug-in 734, and the sliding part 7342 is driven It can slide in the guide groove 7332 under the situation.
  • the guide groove 7332 is provided with a first blocking portion 7333 and a second blocking portion 7334 on the sliding path of the sliding portion 7342, and the sliding portion 7342 is provided with an abutting portion 7343, and the abutting portion 7343 is compatible with the above-mentioned first blocking portion 7333 and the second blocking portion.
  • the two blocking parts 7334 cooperate.
  • the charger plug-in 73 When the first blocking part 7333 cooperates with the abutting part 7343, the charger plug-in 73 remains in the second connection state 732, and the first blocking part 7333 is also used to keep the first charger plug-in 733 and the second charger plug-in 734. To prevent the two from being separated, when the second blocking part 7334 cooperates with the abutting part 7343, the charger plug-in 73 remains in the first connection state 731.
  • the first blocking portion 7333 and the second blocking portion 7334 are fixedly connected or integrally formed with the first charger plug-in 733 , and both the first blocking portion 7333 and the second blocking portion 7334 are protrusions substantially perpendicular to the first charger plug-in 733 .
  • the first blocking portion 7333 is provided with a first blocking surface 7335
  • the second blocking portion 7334 is provided with a second blocking surface 7336.
  • the first charger plug 733 also includes an elastic button 7337 that can be actuated by the user.
  • an elastic button 7337 that can be actuated by the user.
  • the user can press the elastic button 7337, and the contact portion 7343 is separated from the first blocking surface 7335, and at the same time, the user can hold the second charger plug-in 734 and pull it out,
  • the contact part 7343 breaks away from the first blocking part 7333 and moves toward the second blocking part 7334 until the contact part 7343 contacts the second blocking surface 7336, so that the charger plug-in 73 is in the first connection state 731, thus completing the charger plug-in 73 switching from the second connection state 732 to the first connection state 731 .
  • the user needs to switch the charger plug-in 73 to the second connection state 732 , the user only needs to push the second charger plug-in 734 into the box until the contact portion 7343 contacts the first blocking surface 7335 .
  • one embodiment is that the user adjusts the charger plug-in 73 to different states, and then fixes the charger plug-in 73 to the connector 71 with screws.
  • the charger plug-in 73 is fixedly installed on the upper cover 33 or the side wall.
  • the user can fix the charger plug-in 73 to the connecting piece 71, the upper cover 33 or the side wall. With different chargers.
  • the inner insert 72 also includes a tool accessory box insert 75, which is fixedly connected or integrally formed with the tool accessory box.
  • the tool accessory box insert 75 and the tool accessory box are integrally formed.
  • One of the tool accessory box and the adapter part 711 is provided with an inlay groove, and the other is provided with a flexible piece, which can be inserted into the inlay groove, so as to realize the fixation between the two.
  • the interposer 72 also includes a battery pack insert 74.
  • the battery pack insert 74 has the same structure as the above-mentioned battery pack hanger 521 That is, it can be understood that the above-mentioned battery pack hanger 521 can also be fixedly installed in the storage box 31, that is, the structural description of the battery pack hanger 521 is used for the battery pack insert 74, which will not be described here, and the battery pack insert will be described below 74 other structures.
  • the toolbox system 100 further includes a battery pack installation part 76 , and the battery pack installation part 76 is used for detachably connecting the battery pack inserter 74 .
  • the battery pack installation part 76 can be installed outside the receiving chamber 310 or inside the receiving chamber 310 , that is, it can be understood that the battery pack insert 74 can be installed outside the receiving chamber 310 or inside the receiving chamber 310 .
  • the battery pack installation part includes a positioning device 80 for detachably fixing the battery pack inserter 74 .
  • the positioning device is used to guide the battery pack plug-in unit 74 to be detachably connected into the accommodating cavity 310 along the first guiding direction 105 .
  • the positioning device 80 is used to guide the battery pack insert 74 to be detachably fixed in the accommodating cavity 310 in the up and down direction.
  • the positioning device 80 includes a first positioning component 81 and a second positioning component 82.
  • the first positioning component 81 Cooperate with the second positioning assembly 82 to fix the battery pack insert 74.
  • the first positioning assembly 81 restricts the battery pack insert 74 from moving downward
  • the second positioning assembly 82 restricts the battery pack insert 74 from moving upward. .
  • the battery pack insert 74 installed in the accommodating cavity 310 will not shake, thereby avoiding the battery pack installed on the battery pack insert 74 from falling and being damaged due to shaking. This ensures the stability of the connection of the battery pack insert 74 in the accommodating cavity 310 .
  • the battery pack insert 74 can be installed on any side wall of the storage box 31 , and can also be installed on multiple side walls or the upper cover.
  • the right side wall 326 of the storage box 31 will be used as an example for detailed description, that is, the battery pack insert 74 is installed on the right side wall 326 .
  • the first positioning component 81 includes at least a pair of first connecting end 811 and second connecting end 812 that cooperate with each other, one of the first connecting end 811 and the second connecting end 812 is fixedly connected or integrally formed with the right side wall 326, and the other One is fixedly connected or integrally formed with the battery pack insert 74 .
  • the first positioning component 81 is provided with two pairs of oppositely matched connection ends, and the structures of the two pairs of connection ends are the same. In order to avoid repeated description, only one pair of them will be described here as an example.
  • the first positioning assembly 81 also includes a supporting element 813, which is fixedly connected to the right side wall 326.
  • the supporting element 813 is fixedly connected or integrally formed with the first connecting end 811.
  • the first connecting end 811 is formed with a supporting groove 8111, and the battery
  • the package insert 74 is connected to the second connecting end 812, and the second connecting end 812 is bent outward to form a hanging part 8121.
  • the width of the supporting groove is larger than the width of the hanging part 8121.
  • the hanging part 8121 can hang into the supporting groove 8111, and the supporting groove 8111
  • the length direction extends along the up and down direction, and is used to guide the suspension part 8121 to move along the first guiding direction 105 .
  • the user can insert the hanging part 8121 of the battery pack insert 74 into the supporting groove 8111 in the vertical direction. When the top surface of the supporting groove contacts the ground of the hanging part 8121, the hanging part 8121 stops moving downward, so that the battery pack insert 74 Preliminary fixation is achieved in the accommodating cavity 310 .
  • the second positioning component 82 includes at least a pair of first positioning end 821 and second positioning end 822 that cooperate with each other, one of the first positioning end 821 and the second positioning end 822 is arranged on the right side wall 326 , and the other is set on the battery pack plug-in 74. Also in order to maintain the stability of the connection, the second positioning component 82 is provided with two pairs of positioning ends that are relatively matched. The structures of the two pairs of positioning ends are the same. In order to avoid repeated descriptions, only one pair of them will be described here as an example.
  • the first positioning end 821 is disposed on the supporting element 813, and the second positioning end 822 is disposed on the battery pack insert 74.
  • the first positioning end 821 is formed by the supporting element 813
  • the second positioning end 822 is formed by the battery pack insert 74
  • the first positioning end 821 is the elastic protrusion 823 formed by the supporting element 813
  • the second positioning end 822 is the battery pack insert
  • the elastic protrusion 823 is against the upper surface 824 of the battery pack insert 74, thereby limiting the upward movement of the battery pack insert 74.
  • the second positioning assembly 281 includes at least a pair of first positioning end and second positioning end 283 that cooperate with each other, the first positioning end and the second positioning end 283 wherein One is set on the right side wall, and the other one is set on the battery pack insert. Also in order to maintain the stability of the connection, the second positioning component 281 is provided with two pairs of positioning ends that are matched with each other. The structures of the two pairs of positioning ends are the same. In order to avoid repeated descriptions, only one pair of them will be described here as an example. One of the first positioning end and the second positioning end 283 is fixedly connected or integrally formed with the upper cover, and the other is fixedly connected or integrally formed with the battery pack plug-in.
  • the upper cover When the upper cover is in the closed position, the first positioning end and the second positioning end The positioning end 283 resists and restricts the upward movement of the battery pack plug-in to ensure the stability of the connection of the battery pack plug-in.
  • the upper cover is provided with elastic projections 284.
  • the elastic projections 284 When the upper cover is rotated to the closed position, the elastic projections 284 are held against the upper surface of the battery pack insert, thereby limiting the upward movement of the battery pack insert, so that when the toolbox system During the process of handling and transportation, the battery pack insert will not fall off due to shaking.
  • the elastic protrusion 284 When the upper cover is turned to the open position, the elastic protrusion 284 will be separated from the upper surface of the battery pack insert, so that the user can easily disassemble the battery pack insert from the right side wall.
  • the second positioning assembly 381 includes at least a pair of first positioning end and second positioning end 383 that cooperate with each other, one of the first positioning end and the second positioning end 383 is set On the right side wall, another of these is set on the battery pack insert. Also in order to maintain the stability of the connection, the second positioning component 381 is provided with two pairs of positioning ends that are relatively matched. The structures of the two pairs of positioning ends are consistent. In order to avoid repeated descriptions, only one pair of them will be described here as an example. The first positioning end is fixedly connected to the side wall adjacent to the right side wall, and the second positioning end 383 is fixedly connected to or integrally formed with the battery pack insert.
  • the first positioning end is arranged on the rear side wall
  • the second positioning end 383 is arranged on the battery pack insert.
  • the first positioning end is connected with a first buckle part, and the buckle part can be opposite to the rear side wall.
  • the second positioning end 383 is connected with the second buckle part, when the top surface of the support groove is in contact with the ground of the suspension part, the user drives the first buckle part to make it engage with the second buckle on the battery pack insert
  • the internal clamping is used to limit the upward movement of the battery pack insert, so that the battery pack insert will not fall off due to shaking during the handling and transportation of the toolbox system.
  • the first positioning end 382 and the second positioning end of the same structure are generally provided on the rear side wall.
  • the storage box 200 includes a box body 110 , a moving assembly 120 and an external hanging part 130 .
  • the moving assembly 120 is disposed on the box body 110 for moving the storage box 200 .
  • the moving assembly 120 includes rollers 221 and a push handle 222, the push handle 222 can be stretched in the up and down direction, when the storage box 200 needs to be moved, the push handle 222 can be pulled up, and the storage box 200 can be dragged by the push handle 222 , when the push handle 222 is not needed, it can be retracted.
  • the moving component 120 is not provided with rollers.
  • the hanging part 130 is detachably limited on the box body 110 by the limiting surface 260 formed on the surface of the box body 110, and/or the hanging part 130 is fixed on the box body 110 by fasteners, and the hanging part 130 can be detachable Tools such as electric tool, battery pack 201, cable 204 and ruler 203 are installed.
  • Fasteners can be one or a combination of screws, bolts, rivets and snaps.
  • the present application is equipped with an external hanging part 130 outside the storage box 200, which is convenient for external tools such as power tools, battery packs 201, scales 203, cables 204, etc.
  • the detachable connection, and/or the hanger 130 is fixed on the box body 110 by fasteners, so that the hanger 130 can be quickly disassembled and installed on the box body 110 as needed.
  • the hanging part 130 can be plugged on the box body 110, and the box body includes a limiting part 205 formed on the box body, and it is enough to insert the hanging part 130 on the limiting part 205, and the hanging part 130 includes an installation Part 220 and connecting part 210 , the mounting part 220 can be detachably connected to the electric tool and/or electric tool accessories, and the connecting part 210 is detachably connected to the limiting part 205 . Plugging the hanging part 130 on the box body 110 in this way facilitates the quick installation of the hanging part 130 to the box body 110 and the quick disassembly from the box body 110, and also facilitates the user to design the installation position of the hanging part 130 on the box body 110 according to needs.
  • the limiting part 205 includes a limiting surface 260 and/or a limiting hole 270 matched with the connecting part 210 .
  • the toolbox also includes a fastener, which passes through the limiting hole 270 so that the connecting part 210 is connected to the limiting part 205, and the fastener is one or a combination of screws, bolts, rivets, and movable buckles.
  • the hanging part 130 can also be fixed on the box body 110 by screws.
  • the external hanging part 130 is plugged in through the limiting part 205 and fixedly connected to the box body 110 through screws.
  • the external hanger 130 includes a battery pack hanger 231 , a cable hanger 232 , a ruler hanger 233 , a power supply hanger and an electric tool hanger, which are respectively used to hang the battery pack 201 , the cable 204 , the scale 203 and the electric tool.
  • there are multiple hangers 130 which are one or a combination of battery pack hangers 231, cable hangers 232, ruler hangers 233, power supply hangers, and power tool hangers.
  • Components 130 can be independently installed on different stoppers 205, and the connecting part 210 of the hanger 130 is a general structure, which can be adapted to stoppers 205 at different positions, so that the position of the hanger 130 on the box can be adjusted The relative distance from the plurality of hanging parts 130 .
  • the scale 203 is placed by the cooperation of two upper and lower hanging parts 130 as shown in Figure 53.
  • the bottom of the lower hanging part 130 is closed, and the ruler 203 passes through the upper hanging part 130 from top to bottom. into the lower hanger 130 and be supported by the lower hanger 130 .
  • the distance between the two hanging parts 130 is adjustable, and the distance between the two hanging parts 130 can be adjusted according to the length of the ruler 203 , so that the two hanging parts 130 can be adjusted to a distance suitable for placing the ruler 203 .
  • the box body 110 is provided with screw holes 211, and the screw holes 211 are arranged in a row along the up and down direction, and the first installation hole that can cooperate with the screw holes 211 is set on the hanging part 130, and the hanging part 130
  • the first installation hole on the top is aligned with the different screw holes 211 on the box body 110, so that the height of the external hanger 130 can be adjusted, and the distance between the two external hangers 130 can be adjusted.
  • plug-in connection between the hanging part 130 and the box body is also possible, as long as the box body 110 is provided with insertion holes in a row along the up-down direction.
  • the insert block is inserted into the installation slot, and abuts against the limiting surface 260 .
  • One of the limiting portion 205 and the connecting portion 210 is provided with a groove, and the other is provided with an elastic member, and the elastic member can be inserted into the groove.
  • the limiting part 205 includes an inserting block, the inserting block forms the limiting surface 260 , the connecting part 210 includes a mounting slot, and the inserting block is inserted into the mounting slot, so that the mounting slot abuts against the limiting surface 260 .
  • an installation groove 2332 is provided on the hanging part 130, an insert block 213 is arranged on the box body 110, the installation groove 2332 extends along the up and down direction, and the hanging part 130 is arranged along the box body 110 slides from top to bottom, so that the insert block 213 on the box body 110 is inserted into the installation groove 2332 on the external hanger 130 .
  • the top of the mounting groove 2332 can be provided with a baffle plate or a stop rib, and the baffle plate or the stop rib abuts against the top of the plug 213 to play a position-limiting effect.
  • one of the hanging part 130 and the box body 110 is provided with a groove 214. As shown in FIG.
  • the mating surface between the groove 214 and the elastic member 1324 is the aforementioned limiting surface 260 .
  • the elastic member 1324 has elasticity, and when the elastic member 1324 is inserted into the groove 214 , the elastic member 1324 can be pressed against the inner wall of the box body 110 so that the hanging member 130 is fixed on the box body 110 .
  • an elastic member 1324 is provided on the hanging part 130 .
  • a groove 214 is provided on the box body 110 .
  • the installation groove 2332 cooperates to fix the external part 130 on the box body 110 together.
  • the plug 213 on the box body 110 is inserted into the installation groove 2332 on the external part 130.
  • the elastic member 1324 on the hanging member 130 is also snapped into the groove 214 on the box body 110 .
  • the installation groove 2332 is formed by ribs and grooves of the box body itself, so as to enhance the strength of the limiting part, and there is no need to install the limiting part on the electric tool.
  • the limiting part 205 forms a limiting surface 260 to limit the connection with the connecting part 210.
  • the limiting surface 260 includes at least a first limiting surface 261 and a second limiting surface 262, abutting against the connecting part 210 from two directions, and The connecting part 210 is limited.
  • a first limiting surface 261 is formed in the installation groove, and the groove 214 forms a second limiting surface 262, and the external hanging part 130 is kept connected through the cooperation of the first limiting surface 261 and the second limiting surface 262, so that the external hanging part 130 is convenient. Disassembly and assembly.
  • the hanger 130 is provided with a connection hole that matches the limit hole 270, and the fastener passes through the limit hole 270 and the connection hole to strengthen the connection between the hanger 130 and the box body, and the setting of the connection hole makes the hanger
  • the 130 can also be independently hung on the wall or other positions for convenient storage, and at the same time, the electric tool and the accessories of the electric tool can also be hung on the wall.
  • the limiting part 205 can form the first limiting surface 261 and the second limiting surface 262 respectively through other structures, and the connection of the connecting part 210 is defined by the cooperation of the first limiting surface 261 and the second limiting surface 262. Location.
  • the external hanger 130 includes the battery pack hanger 231 .
  • the battery pack hanging member 231 includes a main hanging plate 2311 and a battery pack hanging plate 2312 , and the battery pack hanging plate 2312 is used for hanging the battery pack 201 .
  • the mounting part 220 is a battery pack hanging plate 2312 that can be provided with multiple battery pack clamping positions 1313 , so that multiple battery packs 201 can be hung.
  • the main hanging plate 2311 is fixed on the box body 110 by screws, and the battery pack hanging plate 2312 is hung on the main hanging plate 2311 .
  • the battery pack hanger 231 is set to include the main hanging plate 2311 and the battery pack hanging plate 2312, and the battery pack hanging plate 2312 is hung on the main hanging plate 2311, so that the battery pack hanging plate 2312 can be quickly removed from the main hanging plate 2311 , when there is no need to hang the battery pack 201, the battery pack hanging plate 2312 can be removed to avoid occupying space.
  • the main hanging plate 2311 is thinner and will not take up too much space, so the main hanging plate 2311 can be directly fixed on the box body 110 by screws, and the fixing of the main hanging plate 2311 by screws also improves the stability of the assembly, because the battery pack 201 is heavier.
  • the electric tool can be connected with the pendant through the belt buckle.
  • the external pendant can also fix the electric tool by buckle limit or other methods.
  • the hanger 130 includes a cable hanger 232 .
  • cable hangers 232 are provided on both sides of at least one of the side walls of the box body 110 , as shown in FIG.
  • the hanging piece 232 is convenient to hang the cable 204 like this, just put the two ends of the cable 204 on the two cable hanging pieces 232 on both sides respectively.
  • the installation part 220 of the cable hanger 232 is a hook part 1322. Referring to FIG. 51 and FIG. The cable 204 is restrained on the hook portion 1322 of the cable hanger 232 .
  • the cable hanger 232 can not only be fixed on the box body 110 through the installation groove 2332 and the elastic member 1324 on the cable hanger 232, but also can be fixed through the second installation hole 1323 on the cable hanger 232
  • the cable hanger 232 can be fixed on the box body 110 by passing the screw through the second mounting hole 1323 and locking on the box body 110 .
  • the second installation hole 1323, the installation groove 2332 and the elastic member 1324 can be provided alternatively, or can be provided at the same time.
  • there are two second mounting holes 1323 there are two second mounting holes 1323 , and the two second mounting holes 1323 are respectively disposed on two sides of the mounting groove 2332 .
  • One end of the cable hanger 232 near the box body 110 is provided with a mounting portion 220, and the second mounting hole 1323, the mounting groove 2332 and the elastic member 1324 are all arranged on the mounting portion 220, as shown in FIG. 59, the mounting portion 220 and the hook portion 1322 Form a U shape.
  • a battery pack 201 and a charger 202 are hung inside the box body 110 to form a battery pack charging station.
  • the charger 202 inside can be charged after being connected, realizing the function of a mobile charging station, charging at any time, convenient and fast.
  • the hanging part 130 can also be arranged inside the box body 110 so as to hang tools such as the battery pack 201 inside the box body 110 .
  • the external pendant 130 includes a main pendant 234 and an auxiliary pendant 235.
  • the main pendant 234 is connected to the box body, and the auxiliary pendant 235 is connected to the main pendant 234.
  • the auxiliary pendant 235 can be used to connect and support electric tools and electric tool accessories, such as battery packs and rulers Wait.
  • the main hanger 234 is provided with a connecting portion 210 that cooperates with the limit portion 205 of the box body.
  • the main hanger 234 is also provided with a limiter 205 for connecting with the auxiliary hanger 235.
  • the main hanger can also be used to directly install electric tools or Accessories such as battery packs.
  • the auxiliary hanger 235 can also be provided with a hook, so that the auxiliary hanger 235 can be directly hung on the main hanger 234.
  • the auxiliary hanger 235 is also connected to the main hanger 234 through fasteners.
  • the main pendant 234 can be folded, so that it is convenient for the user to store.
  • the box body also includes a middle piece 136 disposed at the corner of the side of the box body and used for connecting the main hanging piece 234 .
  • the middle piece 136 is provided with a protrusion for positioning the main hanger 234, and the main hanger 234 generates a corresponding hole to snap into the middle piece 136.
  • the main hanger 234 extends horizontally to the two sides of the box body, And the box body is fixedly connected by fasteners, the setting of the intermediate piece 136 can reduce the gap between the fasteners and the main hanger 234, so that the two main hangers 234 can be connected to the box body by one fastener.
  • the storage box 200 includes a receiving part and a rack part, the rack part supports the receiving part, the hanging part 130 can be installed on the rack part, and the receiving part is used for accommodating objects.
  • the receiving part can be made of hard material, such as plastic material or resin material.
  • the accommodating part may also be a soft bag structure, that is, the accommodating part is deformable, and the entire storage box 200 is supported by the bracket part.
  • the storage box 200 further includes a cover body, which is connected to the accommodating part, and is used to seal the accommodating space formed by the accommodating part.
  • the external hanging part 130 may be fitted and connected to two end surfaces of the cover body.
  • the hanging part 130 is disposed on the cover, inside the box or outside the box.
  • the box includes a battery pack hanger and a charger hanger to form a battery pack charging station.
  • the storage box 200 has multiple layers, and the storage box 200 at least includes a first tool box and a second tool box, and the first tool box and the second tool box are detachably spliced to form a tool box with multiple accommodation spaces. Box structure. The first tool box and the second tool box are connected through the connecting piece or the buckle structure of the tool box.
  • a toolbox system comprising:
  • the storage box has an accommodating cavity, and the accommodating cavity is used for storing items.
  • the storage box includes a limiting part formed on the storage box body;
  • the article is detachably connected;
  • the limiting portion includes a limiting surface and/or a limiting hole that cooperates with the mounting portion of the external hanging component.
  • the plug-in component also includes a middle piece, which is connected with the storage box or integrally formed;
  • the intermediate piece further includes a first contact portion, a second contact portion and a third contact portion, and each of the first contact portion, the second contact portion and the third contact portion can be equipped with at least one hanging piece.
  • the middle piece is integrally formed with the storage box, and the external hanging piece forms the installation part.
  • the middle piece is integrally formed with the storage box, and the middle piece forms the mounting portion.
  • the first contact portion includes a first mounting surface, and the first mounting surface is at least partially located in the first plane;
  • the second contact portion includes a second mounting surface, the second mounting surface is at least partially located in the second plane;
  • the third contact portion includes a third mounting surface, and the third mounting portion is at least partially located in a third plane;
  • first plane, the second plane and the third plane intersect each other and are not perpendicular.
  • the first installation surface, the second installation surface and the third installation surface can all be installed with one or several external accessories at the same time.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover that are disposed opposite to and substantially close the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating The cavity is connected by a connecting section between the side walls;
  • the side wall, the connecting section and the side wall are integrally formed to form the middle part, and the external part is connected to the storage box through one or more combinations of screws, bolts, rivets and movable buckles.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover that are disposed opposite to and substantially close the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating Cavity;
  • the side walls are connected by a connecting section, and the middle piece is detachably connected to the connecting section.
  • connection section can be connected to one or several intermediate pieces by means of one or more combinations of screws, pins, rivets and movable buckles.
  • a metal protective rod is embedded in the upper half of the connecting section
  • the guard bar is arranged between the middle piece and the connection section.
  • hangers there are multiple hangers, and the hangers include one or a combination of battery pack hangers, cable hangers, ruler hangers, support pieces, and power tool hangers.
  • multiple ruler hangers cooperate to place the ruler.
  • the supporting member includes a first long board and a second long board, and the first long board and the second long board are arranged at intervals to form a gap, and the gap can be used for connecting or supporting electric tools, electric tool accessories, battery packs and charging devices. one or more of them.
  • several spacer plates are disposed in the void.
  • the support is capable of attaching a pendant.
  • the plug-in component is arranged outside the receiving chamber, the plug-in component also includes an intermediate piece, the middle piece is provided with a mounting portion, the mounting portion is detachably connected to the limiting portion, and the plug-in component is detachably mounted to the middle piece;
  • the middle piece includes at least one hanging piece contact portion capable of installing the hanging piece.
  • the contact part of the pendant includes a first contact part and a second contact part, the first contact part and the second contact part form a first installation surface and a second installation surface, and the first installation surface and the second installation surface Each can be installed with at least one add-on;
  • the first installation surface is at least partially located in the first plane
  • the second installation surface is at least partially located in the second plane
  • the first plane and the second plane intersect obliquely.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover that are disposed opposite to and substantially close the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating Cavity;
  • the toolbox system also includes: at least one fan unit, used for generating airflow, and the fan unit is detachably connected to the outside of the accommodation cavity.
  • the tool box system further includes a buckle assembly through which the fan unit is detachably connected to the side wall.
  • the toolbox system further includes a buckle assembly, through which the fan unit is detachably connected to the upper cover.
  • the buckle component includes a first buckle component and a second buckle component, and the first buckle component and the second buckle component cooperate to lock the fan unit;
  • the distance between the first buckle component and the second buckle component along the extending direction of the upper cover is defined as the first distance W1;
  • the length of the upper cover along its extending direction is defined as the second distance W2;
  • the ratio of the first distance W1 to the second distance W2 is greater than or equal to 0.4 and less than or equal to 1.
  • the first buckle assembly includes a first buckle and a positioning piece for mutual cooperation, the first buckle is fixedly connected to or integrally formed with the fan unit, and the positioning piece is connected to the upper cover;
  • the second buckle assembly includes a rotating part and a stopper that cooperate with each other, the rotating part is connected to the upper cover, and the stopper is fixedly connected or integrally formed with the fan unit;
  • the fan unit is separated from the storage box into an independent tool.
  • the tool box system includes a plurality of storage boxes, and the storage boxes are relatively fixedly connected to each other;
  • the fan unit can be detachably attached to any storage box.
  • the buckle assembly also includes a third buckle component, and the first buckle component and the third buckle component cooperate to lock the storage box; the first buckle component and the third buckle component are arranged on two sides of the upper cover end, the second buckle component is disposed between the first buckle component and the third buckle component.
  • the storage box and the ground when the toolbox system is placed on the ground, the storage box and the ground include at least three support points, wherein the plane where the three support points are defined is the support plane; when the fan unit is connected to the storage box , the fan unit and the storage box have at least one contact surface; the distance between the contact surface and the support plane in the vertical direction is greater than or equal to 100mm.
  • the tool box system further includes: a running device capable of stationary or moving the storage box, the running device is connected to the storage box, the running device includes one or more wheels;
  • the toolbox system and the ground include at least three support points, where the plane where the three support points are defined is the support plane;
  • the fan unit and the storage box When the fan unit is connected to the storage box, the fan unit and the storage box have at least one contact surface;
  • the distance between the contact surface and the support plane in the vertical direction is greater than or equal to 100mm.
  • the tool box system further includes a hanger, the hanger is detachably connected to the storage box, and the hanger assembly can be detachably connected to the fan unit.
  • the toolbox system further includes: an inserting component disposed in the accommodating cavity, and the inserting component includes a charger plug-in for connecting a charger; the charger plug-in has at least a first connection state and a second connection state , when the charger pendant is in the first connection state, the charger pendant is installed with the first type of charger; when the charger pendant is in the second connection state, the charger pendant is installed with the second type of charger.
  • the plug-in assembly further includes a connecting piece, the connecting piece is connected to the storage box, and at least one charger insert is detachably connected to the connecting piece.
  • the inserting component further includes a fastener, through which the charger plug-in is fixed to the connector, and the fastener is one or a combination of screws, pins, rivets, and movable buckles.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover that are disposed opposite to and substantially close the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating Cavity; connecting piece is connected to the upper cover.
  • the plug-in assembly further includes a connecting piece, the connecting piece is integrally formed with the storage box, and at least one charger insert is detachably connected to the connecting piece.
  • the charger plug-in is provided with a first snap-in terminal and a second snap-in end, and the first snap-in end and the second snap-in end are used for installing the charger;
  • the charger plug-in has at least a first connection state and the second connection state, when the charger pendant is in the first connection state, there is a first length between the first snap-in end and the second snap-in end; when the charger pendant is in the second connection state, the first snap-in end and the second snapping end have a second length, wherein the first length is greater than the second length;
  • the charger plug-in includes a first charger plug-in and a second charger plug-in, the first charger plug-in is provided with a first card terminal, and the second charger is provided with a second card terminal, and the first charger plug-in can be relatively Second charger plug-in movement.
  • the charger plug-in in the first connection state and the charger plug-in in the second connection state can be installed on the connecting member at the same time.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover that are disposed opposite to and substantially close the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating Cavity;
  • the toolbox system also includes: a battery pack insert, used to install the battery pack; a battery pack installation part, detachably connected to the battery pack plug-in; a battery pack installation part is arranged outside the accommodating chamber, or a battery pack installation part is arranged inside the accommodating chamber.
  • the battery pack installation part includes a positioning device disposed in the receiving cavity, and the positioning device is used to guide the battery pack plug-in to be detachably connected to the receiving cavity along a first guiding direction.
  • the positioning device includes a first positioning component and a second positioning component, and the first positioning component and the second positioning component cooperate with each other to fix the battery pack plug-in;
  • the first positioning component restricts the battery pack plug-in to move downward, and the second positioning component restricts the battery pack plug-in to move upward.
  • the first positioning component includes at least a pair of first connecting end and second connecting end that cooperate with each other, and one of the first connecting end and the second connecting end is fixedly connected or integrally formed with at least one side wall of the storage box , the other of which is fixedly connected or integrally formed with the battery pack plug-in.
  • the first positioning assembly includes a support element fixedly connected to the side wall, the support element is connected to the first connection end, the first connection end is formed with a supporting groove, the battery pack insert is formed with a second connection end, and the second connection end is formed on the battery pack insert.
  • the two connecting ends are bent outward to form a suspension part, and the width of the supporting groove is larger than that of the suspension part, so that the suspension part can move along the first guiding direction.
  • the second positioning component includes at least a pair of first positioning end and second positioning end that cooperate with each other, one of the first positioning end and the second positioning end is arranged on the side wall where the first connecting end is fixed, Another of these is set on the battery pack plugin.
  • the first positioning end is disposed on the supporting element, and the second positioning end is disposed on the battery pack insert;
  • the first positioning end contacts the second positioning end, and the first positioning end restricts the upward movement of the battery pack insert.
  • the first positioning end is an elastic protrusion formed by the supporting element, and the second positioning end is the upper surface of the battery pack insert.
  • the second positioning component includes at least a pair of a first positioning end and a second positioning end that cooperate with each other,
  • the first positioning end is fixedly connected or integrally formed with the upper cover, and the second positioning end is fixedly connected or integrally formed with the battery pack insert;
  • the first positioning end is opposed to the second positioning end, and the first positioning end restricts the upward movement of the battery pack insert.
  • the second positioning component includes at least a pair of first and second positioning ends that cooperate with each other.
  • the plug-in is fixedly connected or integrally formed;
  • the first positioning end When the first positioning end is driven to abut against the second positioning end, the first positioning end restricts the upward movement of the battery pack insert.
  • the battery pack installation part includes a supporting member disposed outside the receiving cavity, and the supporting member can be used for connecting or supporting the battery pack plug-in unit.
  • the battery pack insert includes: a battery pack mounting plate for installing the battery pack, and a main connecting plate for fixing the battery pack mounting plate; the main connecting plate is made of the first material, and the battery pack mounting plate is made of Made of a second material, wherein the hardness of the first material is greater than the hardness of the second material.
  • the toolbox system further includes: an inserting component arranged in the storage box, the inserting component is used for connecting items; the inserting component includes an insert and a connector, the connector is connected to the storage box, and the connector At least one interposer can be detachably installed on it; the interposer includes an outlet part that can be detachably connected to an object, and an access part that cooperates with the adapter part of the connector.
  • the interposer assembly further includes a fastener, which passes through the access portion and fixes the interposer to the fitting portion of the connector, and the fastener is a screw, a bolt, a rivet, and a movable buckle one or a combination of several.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover that are disposed opposite to and substantially close the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating cavity; the connector is fixedly connected to the upper cover.
  • the storage box includes a plurality of side walls extending substantially in the up-and-down direction, a bottom wall and an upper cover disposed opposite to and substantially closing the plurality of side walls, and the plurality of side walls, the bottom wall and the upper cover surround and form an accommodating cavity; the connector is fixedly connected to the side wall.
  • the insert is formed from an article.
  • the inserts include one or a combination of a battery pack insert, a charger insert, and a tool accessory box.
  • multiple adapting parts there are multiple adapting parts, and multiple interposers can be independently installed on different adapting parts.
  • one of the tool accessory box and the adapter part is provided with an inlay groove, and the other is provided with a flexible part, and the flexible part can be inserted into the inlay groove.
  • the charger plug-in has at least a first connection state and a second connection state.
  • the charger pendant When the charger pendant is in the first connection state, the charger pendant is installed with a first type of charger; when the charger pendant is in the second connection state state, the charger pendant is installed with a second type of charger.
  • the charger plug-in is formed with several limiting holes, and the screws pass through the limiting holes to fix the charger plug-in to the adapter part.
  • the limiting part includes a mounting groove, and the installing groove forms a limiting surface, and the connecting part includes an insert block, and the inserting block is inserted in the installing groove, and abuts against the limiting surface.
  • one of the limiting portion and the connecting portion is provided with a groove, and the other is provided with an elastic member, and the elastic member can be inserted into the groove.
  • the toolbox further includes a fastener, which passes through the limiting hole so that the connecting part is connected to the limiting part, and the fastener is one or a combination of screws, bolts, rivets and movable buckles .
  • the hanging parts include one or a combination of electric tool hanging parts, battery pack hanging parts, cable hanging parts and ruler hanging parts.
  • a cable hanger is provided on both sides of at least one of the side walls of the box, and the cable hanger is used to hang the cable.
  • the cable hanger includes a hook part, and the hook parts of the cable hanger on both sides of the side wall The openings face opposite to each other.
  • the scale pendant is long cylindrical, and the scale pendant is used to place the scale.
  • a hook is provided on the top of the mating surface of the scale pendant and the box body, and the opening of the hook is downward. groove.
  • the limiting portion includes an insertion block, the insertion block forms a limiting surface, and the connecting portion includes a mounting slot, and the inserting block is inserted into the mounting slot so that the mounting slot abuts against the limiting surface.
  • the external hanger includes a main hanger and an auxiliary hanger, the main hanger is connected to the cabinet, and the auxiliary hanger is connected to the main hanger.
  • the toolbox system includes a receiving part and a bracket part, the bracket part supports the receiving part, and the hanging part is installed on the bracket part.
  • the storage box further includes a cover body, and the hanging part is disposed on the cover body, inside the box, or outside the box.
  • the case includes a battery pack hanger and a charger hanger to form a battery pack charging station.
  • the benefit of the present application lies in that the items are connected outside the storage box through the hanging component, so that the tool box system can accommodate more items.

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Packaging Of Annular Or Rod-Shaped Articles, Wearing Apparel, Cassettes, Or The Like (AREA)
  • Purses, Travelling Bags, Baskets, Or Suitcases (AREA)
  • Workshop Equipment, Work Benches, Supports, Or Storage Means (AREA)

Abstract

一种工具箱系统,包括:存储箱(31),具有容纳腔(310),容纳腔(310)用于存储物品,存储箱(31)包括形成于存储箱箱体上的限位部(31a);外挂组件(50),用于拆卸式连接物品;外挂组件(50)包括外挂件(52),外挂件(52)能够可拆卸地连接物品;限位部(31a)包括与外挂组件(50)的安装部(311b)配合的限位面(260)和/或限位孔(270)。该工具箱系统可以连接更多物品。

Description

工具箱系统
本申请要求在2021年06月29日提交中国专利局、申请号为202110729299.4的中国专利申请的优先权,要求在2022年03月31日提交中国专利局、申请号为202210336428.8的中国专利申请的优先权,要求在2022年05月17日提交中国专利局、申请号为202210536881.3的中国专利申请的优先权,以上申请的全部内容通过引用结合在本申请中。
技术领域
本申请涉及一种工具箱系统。
背景技术
存储箱因其尺寸和空间的限制,很多工具均不能很好的存储在存储箱里,例如电池包、水平标尺、线缆、润滑油等化学药剂以及随时穿戴的工具等,这些物品若放置在存储箱内那么存储箱内空间不一定够,若不放置在存储箱内,则需要用户徒手携带或散放在地面上,极为不便。为此,有些用户自行购买连接装置焊接到存储箱上,不仅较为麻烦,而且会破坏存储箱的自身结构。
因此,相关技术还有待于改进和发展。
发明内容
为解决相关技术的不足,本申请提供一种可以连接更多物品的工具箱系统。
本申请采用如下的技术方案:一种工具箱系统,包括:
存储箱,具有容纳腔,容纳腔用于存储物品,存储箱包括形成于存储箱箱体上的限位部;外挂组件,用于拆卸式连接物品;外挂组件包括外挂件,外挂件包括能够可拆卸地连接物品;限位部包括与外挂组件的安装部配合的限位面和/或限位孔。
附图说明
图1是本申请中工具箱系统的示意图;
图2是图1中工具箱系统另一视角的示意图;
图3是图1中未安装外挂组件的工具箱系统的示意图;
图4是图3所示工具箱系统中存储箱的立体示意图;
图5是图4所示工具箱系统中拉杆处于锁定状态、同时拉杆处于第二锁定位置处时存储箱的立体图;
图6是图4所示工具箱系统中拉杆处于锁定状态、同时拉杆处于第一锁定位置处时存储 箱的立体图;
图7是图6所示存储箱的左视图;
图8是图5所示存储箱的后视图;
图9是图5所示存储箱的左视图;
图10是图9所示存储箱沿A-A方向的截面图;
图11是图8所示存储箱中拉杆处于分离位置时,所述存储箱沿A-A方向的截面图;
图12是图8所示存储箱中拉杆处于联动位置时,所述存储箱沿A-A方向的截面图;
图13是图4所示工具箱系统中拉杆处于分离状态时存储箱的立体图;
图14是图13所示存储箱另一视角的立体图;
图15是图5所示存储箱中拉杆处于联动位置时的部分结构剖视图;
图16是图5所示存储箱部分结构剖视图;
图17是图15所示部分结构剖视图的局部放大图;
图18是图15所示存储箱中的第一操作件的立体图;
图19是图16所示部分结构剖视图的局部放大图;
图20是图1所示示意图的局部图放大图;
图21是图11所示截面图的局部放大图;
图22是图12所示截面图的局部放大图;
图23是另一种存储箱的结构示意图;
图24是工具箱系统中风扇单元安装至存储箱的立体示意图;
图25是图23所示工具箱系统中风扇单元与存储箱分离设置的示意图;
图26是图25所示工具箱系统中第一卡扣组件的分解图;
图27是图25风扇单元安装至储物箱;
图28是风扇单元安装在存储箱侧壁上的示意图;
图29是图1所示工具箱系统中中间件的立体图;
图30是图29所示中间件另一视角的立体图;
图31是图1所示工具箱系统中存储箱处于打开位置的示意图;
图32是一种第二定位组件的实施方式的示意图;
图33是电池包插件安装在连接件上的示意图;
图34是工具附件盒插件安装在连接件上的示意图;
图35是工具箱系统中充电器插件处于第二连接状态时的立体图;
图36是图35中充电器插件处于第一连接状态时的立体图;
图37是图35中第一充电器插件与第二充电器插件分离设置的立体图;
图38是图32所示第一充电器插件与第二充电器插件分离设置的示意图;
图39是工具箱系统中电池包插件的立体图;
图40是图39所示电池包插件的爆炸图;
图41是工具箱系统中支承件的立体图;
图42是32所示示意图的局部放大图;
图43是第二定位组件另一种实施方式的立体图;
图44是第二定位组件其他实施方式的立体图;
图45是图26所示分解图的局部放大图;
图46是第一卡扣件的立体图;
图47是图43所示立体图的局部放大图;
图48是图44所示立体图的局部放大图;
图49是图25所示示意图的局部放大图;
图50是图25所示示意图的局部放大图;
图51是本申请中工具箱系统另一种实施方式的示意图;
图52是图51中工具箱系统另一视角的结构示意图;
图53是图51中工具箱系统的分解结构示意图;
图54A是图51中工具箱系统的部分结构示意图;
图54B是图51中工具箱系统的中间件的结构示意图;
图55是图51所示工具箱系统中挂件的第一实施例结构示意图;
图56是图55所示挂件另一视角的结构示意图;
图57是图55所示挂件的部分结构示意图;
图58是图51所示工具箱系统中挂件的第二实施例结构示意图;
图59是图58所示挂件另一视角的结构示意图;
图60是图51所示工具箱系统中挂件的第三实施例结构示意图;
图61是图60所示挂件另一视角的结构示意图;
图62是图51所示工具箱系统的局部结构示意图。
具体实施方式
以下结合附图和具体实施例对本申请作具体介绍。
如图1所示为工具箱系统100,其可以用于存储物品,例如:附件91、工具92、充电装置93、电源装置94、照明装置95等。其中需要注意的是,本申请中所述存储物品,不仅仅限制于在存储箱31内存储物品,也包括将物品固定在存储箱31外侧,并与存储箱31保持相 对固定的,也称之为将物品存储至存储箱31。
为了清楚的说明本申请的技术方案,定义了如图1所示的上、下、前、后、左和右。其中需要说明的是,在无具体说明的情况下,下文中所述的上下、前后、左右均指的是工具箱系统100如图1所示静置时的状态。如图1至图6所示,工具箱系统100包括:把手装置10、行走装置20、存储装置30、辅助把手装置20a、锁定装置30a和互锁装置40。存储装置30为工具箱系统100的主要形成部分,存储装置30至少包括一个存储箱31,存储箱31用于存储物品,当然工具箱系统100也可以包括数个存储箱31,互锁装置40用于将存储箱31之间锁定。存储箱31包括具有容纳腔310的箱体32和用于封闭上述容纳腔310的上盖33,物品可以存储在容纳腔310内。锁定装置30a用于锁定箱体32和上盖33,以使箱体32和上盖33保持相对固定。把手装置10连接至存储箱31,把手装置10具有用于供用户握持的拉杆11,拉杆11可相对于存储箱31移动。行走装置20连接至存储箱31,行走装置20包括一个或多个轮子21,行走装置20能使存储箱31相对于地面移动。用户可以通过握持拉杆11拉动或推动轮子21相对于地面转动,从而带动存储箱31移动。辅助把手装置20a连接至存储箱31,辅助把手装置20a包括设置在存储箱31左右侧壁326的第一侧壁把手21a和第二侧壁把手22a,用户可以握持第一侧壁把手21a和第二侧壁把手22a,将存储箱31提起。在一些其他的实施方式中,工具箱系统100还包括数个存储箱31,互锁装置40用于连接存储箱31,以使存储箱31之间能够保持相对固定。
工具箱系统100如图1所示静止放置在地面上时,轮子21与地面的支撑点,与存储箱31与地面的支撑点,两者与地面至少包括三个支撑点,其中上述三个支撑点所在的平面定位为支撑平面P。其中需要注意的是,上述地面也可以指代其他用于放置工具箱系统100的接触面61,并不止限定为是大地。同时需要注意的是,本申请中,也包括工具箱系统100没有设置行走装置20,这样存储箱31如图1所示静止放置在地面上时,存储箱31与地面之间至少包括三个支撑点,该三个支撑点所在的平面也定义定位为支撑平面,若无特别描述,两个支撑平面在本申请中指的是一个平面。
把手装置10设置在存储箱31的后侧,把手装置10包括用于引导拉杆11运动的导向轨道12和用于锁定和释放拉杆11的锁定组件13。导向轨道12与存储箱31固定连接,锁定组件13与导向轨道12连接。
请一并参考图7至图14,拉杆11相对于存储箱31具有活动状态111、锁定状态112和分离状态113。当拉杆11处于活动状态111时,拉杆11能够被驱动,从而相对于导向轨道12运动,例如,当拉杆11处活动状态111时,用户可以驱动拉杆11,沿导向轨道12的延伸方向运动往复运动。当拉杆11处于锁定状态112时,拉杆11移动,导向轨道12随拉杆11一起移动,即当拉杆11运动时,存储箱31能够随拉杆11一起运动,例如,当拉杆11处锁 定状态112时,锁定组件13将至少部分拉杆11与导向轨道12锁定,使其与导向轨道12在沿导向轨道12的延伸方向上基本保持固定,用户拉动拉杆11移动时,存储箱31能随之移动。其中需要注意的是,拉杆11至少部分与导向轨道12在沿导向轨道12的延伸方向上基本保持固定,在此仅限制拉杆11与导向轨道12的锁定部134分在沿导向轨道12的延伸方向上与保持固定,并不限制拉杆11在其他方向上的运动。当拉杆11处于分离状态113时,拉杆11与导向轨道12分离,即拉杆11可以从导向轨道12上脱离,成为一个分离设置的零部件,当然在一些其他的实施方式中,拉杆11具有活动状态111和锁定状态112,但是不存在分离状态113,即拉杆11至始至终与导向轨道12至少部分接触。在本实施例中,拉杆11存在分离状态113。在本申请中,导向轨道12的延伸方向与上下方向基本一致,在沿左右方向上,导向轨道12包括第一轨道121和第二轨道122,两个轨道基本关于一个平分面A对称设置。
拉杆11包括相对设置的一对连接杆,例如第一连接杆114和第二连接杆115,用于连接上述一对连接杆的握持杆116和位于每个连接杆下端的分离组件14。两个连接杆基本呈平行间隔设置,连接杆上端连接握持杆116。握持杆116至少部分由套筒覆盖,以便改进手柄的握持。套筒可以例如由橡胶、木材、塑料或任何其它改进握持的材料制成。
存储箱31箱体32后侧向后凸起形成两个中空部,分别为第一中空部321和第二中空部322,在沿上下方向上,两个中空部上下贯穿,导向轨道12固定设置在中空部内。导向轨道12的第一轨道121和第二轨道122分别用于引导第一连接杆114和第二连接杆115,第一轨道121和第二轨道122分别固定设置在第一中空部321和第二中空部322内。轨道的上下两端形成有可供连接杆穿过的上通孔和下通孔,连接杆可穿过轨道,即可以理解为,拉杆11的下端可以从轨道的下通孔穿过。当然在一些其他实施方式中,拉杆11的下端也可以不从轨道的下通孔穿出。
连接框架15连接第一轨道121和第二轨道122,且连接框架15与第一轨道121和第二轨道122固定连接,锁定组件13能够被用户驱动,锁定组件13至少部分设置在连接框架15内,锁定组件13用于将相对设置的第一连接杆114和第二连接杆115固定并保持在锁定状态112。在本实施例中,锁定组件13关于平分面A对称设置,锁定组件13至少包括:第一传动件131,第二传动件132、第三传动件133、锁定部134和偏压件135。第一传动件131能够被用户驱动进而沿第一直线方向101往复运动。第二传动件132能够被第一传动件131驱动从而绕第二直线方向102转动。第三传动件133能够被第二传动件132驱动从而沿第三直线方向103运动。锁定部134固定设置在第一连接杆114中,或锁定部134由第一连接杆114形成,当锁定部134与第三传动件133接触时,拉杆11处于锁定状态112,当锁定部134与第三传动件133分离时,拉杆11处于活动状态111。偏压件135与第三传动件133接触,偏压件135能够给第三传动件133一个向第一连接杆114靠近的驱动力。例如,第一传动件131 包括接触部1311和传动部1312,接触部1311至少部分设置在连接框架15外,能够被用户接触,传动部1312与接触部1311固定连接或者一体成型,即传动部1312与接触部1311同步运动,传动部1312至少部分与第二传动件132接触,用户可以按压接触部1311使传动部1312沿第一直线方向101向下运动,进而使传动部1312驱动第二传动件132绕第二直线方向102转动。进一步地,传动部1312为长条的锯齿状的,第二传动件132为齿轮,传动部1312与第二传动件132始终保持啮合。第三传动件133穿过第一传动件131的传动部1312,即传动部1312上具有可供第三传动件133穿过的贯穿孔,第三传动件133包括抵持部1331、驱动部1332和限位端,抵持部1331、驱动部1332与限位端固定连接或者一体成型,第二传动件132与驱动部1332始终保持啮合,即驱动部1332能够被第二传动件132驱动,当第二传动件132被驱动绕第二直线方向102转动时,驱动部1332被驱动沿第三直线方向103向远离第一连接杆114的方向移动,即限位端与锁定部134分离,此时第一连接杆114可以在第一轨道121内自由移动。偏压件135的一端抵接在抵持部1331上,当驱动部1332向远离第一连接杆114的方向移动时,偏压件135发生形变。当用户释放第一传动件131时,偏压件135能够给抵持部1331提供一个驱动力,使限位端向靠近第一连接杆114的方向移动。在安装偏压件135时,就给偏压件135一个预紧力,使其抵持在第三传动件133上时,就能给第三传动件133靠近第一连接杆114方向一个驱动力。偏压件135可以是弹簧。
事实上,锁定部134为第一连接杆114形成的锁定孔,在沿第一连接杆114延伸的方向上第一连接杆114上形成有至少两个可供限位端至少穿过的锁定孔。为了方便说明,在此定义为第一锁定孔1341和第二锁定孔1342,在沿第一连接杆114的延伸方向上,第一锁定孔1341位于第二锁定孔1342的上侧,当限位端穿过锁定孔时,拉杆11处锁定状态112。当限位端与第一锁定孔1341接触,此时第一连接杆114大部分缩至第一轨道121内,即可以称之为拉杆11处于第一锁定位置1343。当限位端与第二锁定孔1342接触,此时第一连接杆114大部分延伸至第一轨道121外,即可以称之为拉杆11处于第二锁定位置1344。在存放工具箱系统100时,可以使拉杆11处于第一锁定位置1343,便于存放。当用户需要移动工具箱系统100的时候,可以使拉杆11处于第二锁定位置1344,此时用户可以拉着拉杆11移动工具箱系统100。当然在一些其他实施方式中,第一锁定孔1341与第二锁定孔1342之间可以设置一个或者多个中间锁定孔,用于调节拉杆11的高度,可以方便用户根据自身的需求调节。
因锁定组件13是关于平分面A对称设置的,也就是说,锁定组件13与第二连接杆115出具有同样的结构,即两侧的结构与原理基本一致,在此不赘述。
如图13至图19所示,第一连接杆114与第二连接杆115的下端均设有分离组件14,为第一分离组件141和第二分离组件142,因第一连接杆114与第二连接杆115之间关于平分面A对称设置,同样第一分离组件141与第二分离组件142关于平分面A对称设置,为了避 免说明书过于冗长,在此只介绍第一分离组件141的具体结构与原理,第二分离组件142的具体结构与原理与第一分离组件141基本相同。
第一分离组件141连接至第一连接杆114,第一分离组件141包括第一操作件1412,第一操作件1412能够沿与第一连接杆114延伸方向垂直或相交的方向运动,第一操作件1412在运动的过程中至少包括联动位置144和分离位置145,当第一操作件1412处于联动位置144时,第一连接杆114无法脱离第一轨道121,当第一操作件1412处于分离位置145时,第一连接杆114可以脱离第一轨道121,使拉杆11可以单独放置。当拉杆11处于第一锁定位置1343时,存储箱31的上盖33至支撑平面P在沿上下方向距离A1占拉杆11至支撑平面P的距离D2的比值小于1,也就是说,存储箱31的高度一般会低于拉杆11的位置,在上述情况下,用户在存放存储箱31的时候,势必会需要更多的空间,以使工具箱系统100能够安全存放,这样即不便用户管理收纳,也存在浪费空间的情况。需要说明的是,联动位置144与分离位置145并不是具体指某一特定位置,而是指某些能够实现上述功能的位置。
第一分离组件141包括支撑件1411、第一操作件1412和限位件1413。支撑件1411至少部分设置在第一连接杆114,固定设置在第一连接杆114内,且能够随第一连接杆114移动。第一操作件1412至少部分设置在支撑件1411内,第一操作件1412能够随第一连接杆114沿第一连接杆114延伸方向往复移动,同时第一操作件1412能够相对第一连接杆114沿与第一连接杆114延伸方向相交或者垂直的方向运动,用户能够驱动第一操作件1412从而实现联动位置144和分离位置145之间的切换。限位件1413由第一轨道121和连接框架15限制,使限位件1413至少部分固定第一轨道121内,限位件1413能够与第一操作件1412配合从而实现联动位置144和分离位置145之间的切换。
例如,支撑件1411至少包括,能够与限位端卡接的第一容纳槽1414,用于可供第一操作件1412活动的第二容纳槽1415,在沿上下方向上,第一容纳槽1414设置在第二容纳槽1415的上侧,也就是说,当拉杆11处于第一锁定位置1343时,通过上述设置,能够使用户很容易接触到第一操作件1412,进而实现联动位置144和分离位置145之间的切换。在本实施例中,支撑件1411由柔性材料制成。
参考图21至图22所示,第一操作件1412包括握持部1416、第一止挡部1417、第二止挡部1418、第三止挡部1419和切换部146,握持部1416、第一止挡部1417、第二止挡部1418、第三止挡部1419和切换部146固定连接或者一体成型,在本实施例中,握持部1416、第一止挡部1417、第二止挡部1418、第三止挡部1419和切换部146一体成型。握持部1416能够被用户驱动,切换部146用于与支撑件1411配合从而实现位置切换,第一止挡部1417能够与限位件1413配合,第二止挡部1418能够与支撑件1411配合。用户沿第一方向104向前推动握持部1416,切换部146受力克服支撑件1411提供的止挡力,沿第一方向104向前移动, 直至第二止挡部1418与支撑件1411抵接,此时第一操作件1412的第一止挡部1417至少部分伸出支撑件1411,伸出支撑件1411的第一操作件1412能够与限位件1413抵接,使第一连接杆114在沿第一连接杆114延伸方向运动的时候无法脱离第一轨道121。
当用户根据需求将拉杆11与工具箱系统100分离时,用户只需沿第一方向104向后拉动握持部1416,切换部146受力克服支撑件1411提供的止挡力,沿第一方向104向后移动,直至第三止挡部1419与第一连接杆114抵接,第一止挡部1417基本完全缩回支撑件1411内,此时用户沿第一连接杆114延伸方向拉动拉杆11,拉杆11可以脱离第一轨道121。
支撑件1411上设有换挡部147,用于与第一操作件1412配合实现联动位置144和分离位置145之间的切换。换挡部147与支撑件1411固定连接或者一体成型,在本实施例中,换挡部147与支撑件1411一体成型。在沿前后方向上,换挡部147的截面呈梯形,即换挡部147具有第一倾斜面和第二倾斜面,第一倾斜面的延伸方向和第二倾斜面的延伸方向倾斜相交,第一倾斜面设置在第二倾斜面的前侧,同样为了与支撑件1411的换挡部147配合,第一操作件1412的切换部146上具有相对应的第一适配面1461和第二适配面1462,第一适配面1461设置在第二适配面1462的前侧,在沿前后方向上,换挡部147的截面呈梯形。当用户将第一操作件1412从分离位置145切换至联动位置144时,切换部146受力,使切换部146的第一适配面1461克服换挡部147第二倾斜面的阻力向前运动,直至第二止挡部1418与支撑件1411抵接,为了防止,第一操作件1412在拉杆11运动的过程中会缩回,因此换挡部147的第一倾斜面设置在第一操作件1412缩回的路径上,第一倾斜面用于与第二适配面1462抵持,在无外力驱动第一操作件1412的情况下,限制第一操作件1412沿第一方向104向后移动,使第一止挡部1417始终伸出支撑件1411外。即当第一操作件1412处于联动位置144时,切换部146的第一适配面1461和第二适配面1462均位于换挡部147第一倾斜面的前侧。当用户将第一操作件1412从联动位置144切换至分离位置145时,切换部146受力,使切换部146的第二适配面1462克服换挡部147第一倾斜面的阻力向后运动,直至第三止挡部1419与第一连接杆114抵接,同样为了防止,第一操作件1412在拉杆11运动的过程中会伸出,因此换挡部147的第二倾斜面设置在第一操作件1412伸出支撑件1411的路径上,第二倾斜面用于与第一适配面1461抵持,在无外力驱动第一操作件1412的情况下,限制第一操作件1412沿第一方向104向前移动,使第一止挡部1417始终缩回支撑件1411内。即当第一操作件1412处于分离位置145时,切换部146的第一适配面1461和第二适配面1462均位于换挡部147第二倾斜面的后侧。
第一操作件1412设置在第二锁定孔1342的下侧,也就是说在沿第一连接杆114延伸方向上,依次为第一操作件1412、第二锁定孔1342和第一锁定孔1341。当第一操作件1412处于分离位置145时,用户将拉杆11沿第一连接杆114延伸方向从下往上拉动时,拉杆11依 次经历第一锁定位置1343、活动状态111、第二锁定位置1344和分离状态113。工具箱系统100在静置时,拉杆11一般处于第一锁定位置1343,当用户需要拖动工具箱系统100时,用户先将分离组件14拨动到联动位置144处,然后用户一手驱动锁定组件13的第一传动件131,使限位端从第二锁定孔1342处退出,释放拉杆11,另一只手握持拉杆11的握持杆116,使拉杆11可以自由沿第一连接杆114延伸方向自由移动,也可以称之为拉杆11处于活动状态111,用户在握持拉杆11向上移动的过程中,可以释放第一传动件131,直至限位端因偏压件135的驱动力穿过第二锁定孔1342,使拉杆11处于第二锁定位置1344。当然,用户在处于活动状态111时,也可以持续按压第一传动件131,因偏压件135始终对限位端具有一个驱动力,即用户松开后将持续抵持在第一连接杆114上,用户持续按压第一传动件131可以使拉杆11在向上移动的过程中更加省力。
当工具箱系统100需要存放或者搬运时,需要将拉杆11从工具箱系统100中分离。用户将拉杆11位于第一锁定位置1343后,将分离组件14拨动至分离位置145处,然后用户一手持续按压锁定组件13的第一传动件131,使限位端从第二锁定孔1342处退出,释放拉杆11,另一只手握持拉杆11的握持杆116,使拉杆11可以自由沿第一连接杆114延伸方向向上移动,直至拉杆11处于分离状态113。
工具箱系统100如图1静置时,在沿上下方向上,连接框架15至支撑平面P的距离D1大于0mm小于等于550mm。用户工作时,将工具箱系统100从工具存储地携带至工作场地,工具存储地至工作场地之间的距离往往会比较远,用户需要借助交通工具将工具箱系统100运输到工作场地,这样用户会将拉杆11设置在第一锁定位置1343,然后将工具箱系统100搬运至交通工具上,因一些交通工具存在限高的问题,导致工具箱系统100无妨直接放置在交通工具内,而通过上述设置将连接框架15至支撑平面P的距离D1设置在上述范围内,这样用户将拉杆11从工具箱系统100中拉出后,就可以直接将工具箱系统100搬运至交通工具内,方便用户运输。
存储箱31包括基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁327和上盖33,多个侧壁、底壁327与上盖33围绕形成容纳腔310。如图4、图5、图6以及图32所示,存储箱31箱体32包括相对设置的前侧壁323和后侧壁324,左侧壁325和右侧壁326,连接前侧壁323、后侧壁324、左侧壁325和右侧壁326的底壁327,以及用于封闭前侧壁323、后侧壁324、左侧壁325和右侧壁326所围成容纳腔310的上盖33,在本实施例中,前侧壁323、后侧壁324、左侧壁325和右侧壁326基本沿上下方向延伸。辅助握持把手装置10还包括连接把手23a,连接把手23a与前侧壁323固定连接或者一体成型。在沿上下方向上,支撑平面P至存储箱31上盖33的距离H2与连接把手23a至支撑平面P的距离H1的比值大于等于5.5且小于等于35,这样设置使连接把手23a设置在靠近存储箱31的 下端,当存储箱31处于高处时,用户可以直接通过拉动连接把手23a来拖拽存储箱31。进一步地,连接把手23a至支撑平面P的距离H1大于等于15mm且小于等于100mm。其中需要说明的是,这里连接把手23a至支撑平面P的距离H1指的是,连接把手23a在沿上下方向上的最上端至支撑平面P之间的距离。在本实施例中,连接把手23a为一柱状金属结构,连接把手23a的两端固定连接在前侧壁323上。
后侧壁324向后凸起形成间隔设置的第一中空部321和第二中空部322,第一中空部321和第二中空部322之间设有一个踏板328,踏板328靠近下通孔设置,踏板328呈一定向下倾斜的角度与后侧壁324固定连接或者一体成型,在本实施例中,踏板328与后侧壁324一体成型。在一些用户需要上坡、运输的使用工况中,用户可以通过踩踏踏板328,使存储箱31的前端被抬起,方便用户运输、上坡等。
在第一中空部321和第二中空部322之间还设有挂钩34,挂钩34的两端固定至后侧壁324上,挂钩34能够相对于后侧壁324转动,例如,挂钩34由金属材料制成,在本实施例中,挂钩34可以和前侧壁323上的连接把手23a相配合,即用户在存储箱31外侧放置其他物品时,为了防止运输的过程中出现物品掉落的情况,用户可以将物品用弹性绳绑住并固定在挂钩34和连接把手23a上。
前侧壁323和左侧壁325固定连接并形成第一连接段35,前侧壁323和右侧壁326固定连接并形成第二连接段36,左侧壁325和后侧壁324固定连接形成第三连接段37,右侧壁326和后侧壁324固定连接形成第四连接段38,也可以理解为,前侧壁323和左侧壁325通过第一连接段35固定连接,前侧壁323和右侧壁326通过第二连接段36固定连接,左侧壁325和后侧壁324通过第三连接段37固定连接,右侧壁326和后侧壁324通过第四连接段38固定连接。在本实施例中,第一连接段35和第二连接段36上半内嵌有护杆39,存储箱31的后侧安装有行走装置20,因此第三连接段37与第四连接段38上无法半内嵌护杆39。这样设置可以加强存储箱31在两个连接段上的结构强度。其中,第一连接段35和第二连接段36上的护杆39与存储箱31的侧壁采用不同的材料制成。在本申请中,连接段上的护杆39由金属材料制成。作为其他的实施方式,存储箱31的后侧没有安装行走装置,这样存储箱31的四个连接段上均可以半内嵌护杆39。
如图3所示,工具箱系统100可以还包括多个存储箱31,存储箱31与存储箱31之间可以通过互锁装置40互相锁定,当然用户也可以根据需要堆放两个存储箱31、堆放三个存储箱31、堆放四个存储箱31,甚至是更多存储箱31。本申请中主要以三个存储箱31为例描述。为与上述存储箱31的描述作区别,在此定义三个存储箱31名称为置物箱311、存放箱312、储物箱313。在沿上下方向上,存放箱312设置在储物箱313上侧,置物箱311设置在存放箱312的上侧。存放箱312与置物箱311的左右侧壁326和前后侧壁324连接同样形成的四 个连接段,存放箱312与置物箱311均可以从储物箱313上拆卸下来,进而成为一个单独的箱子,因存放箱312与置物箱311上没有安装行走装置20,因此可以在存放箱312与置物箱311的第三连接段37、第四连接段38上半内嵌有护杆39,即存放箱312与置物箱311的四个连接段上均半内嵌有护杆39,其中护杆39的均由金属材料制成。其中需要特别说明的是,若无特别的描述,在本申请中的存储箱31可以指代工具箱系统100中的任何一个箱子。
工具箱系统100还包括设置在容纳腔310外的外挂组件50,外挂组件50用于外挂电动工具、电池包、标尺、线缆等工具、附件,外挂组件50可拆装式固定连接至存储箱31上。外挂组件50可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至存储箱31。
存储箱31的箱体形成有限位部31a,限位部31a用于与外挂组件50的安装部配合。限位部31a包括限位面和/或限位孔,限位面和/或限位孔用于与安装部配合,从而实现将外挂件52固定至存储箱31上。
外挂组件50包括:中间件51和外挂件52,外挂件52能可拆卸式连接物品。外挂件52包括电池包挂件521、线缆挂件522、标尺挂件523、电动工具挂件、附件挂件、支承件524。可分别用于挂设电池包、线缆、标尺、电动工具、附件等。存储箱31上可以设置多个外挂件52,可以为电池包挂件521、线缆挂件522、标尺挂件523,支承件524以及电动工具挂件的一种或组合。
中间件51与存储箱31可拆卸式固定连接或者一体成型,作为中间件51的一种实施方式,如图1、图2、图20、图29以及图30所示,中间件51可拆卸式连接至存储箱31,即中间件51可以是通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至存储箱31。外挂件52可拆装式固定连接至中间件51,外挂件52可以是通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至中间件51。作为中间件951的另一种实施方式,如图23所示,中间件951至少包括一个外挂件接触部9511,外挂件接触部9511用于安装外挂件52。外挂件接触部9511包括第一接触部、第二接触部和第三接触部,第一接触部、第二接触部和第三接触部均能够安装至少一个外挂件。其中第一接触部形成有第一安装面,第二接触部形成有第二安装面,第三接触部形成有第三安装面,第一安装面、第二安装面和第三安装面用于安装至少一个外挂件。在本实施例中,中间件951由存储箱31的拐角结构形成,外挂件52形成安装部311b,即由存储箱31的至少部分右侧壁326构成第一安装面,存储箱的至少部分第一连接面351构成第二安装面,存储箱的至少部分前侧壁323构成第三安装面。例如,第一安装面至少部分位于第一平面B2内,第二安装面至少部分位于第二平面C2内,第三安装面至少部分位于第三平面D2内,所述第一平面B2、第二平面C2与第三平面D2两两相交且不垂直,也可以理解为,第一平面B2、第二平面C2与第三平面D2两两相交。也可 以理解为,第一安装面、第二安装面和第三安装面两两倾斜相交。中间件951与存储箱31一体成型,存储箱31上形成有多个中间件951,例如,存储箱31的前侧壁323、第一连接段35和左侧壁325形成上述中间件951,即前侧壁323、第一连接段35和左侧壁325上均可以同时安装一个或者多个外挂件52。同样,存储箱31的其他侧壁与连接段也可以形成上述中间件951,在此不再详细赘述。
在本申请中,中间件51与存储箱31为可拆卸式固定连接,如图1、图2、图20、图29以及图30所示,中间件51可拆卸式固定安装在存储箱31的连接段上,因存储箱31存在多个连接段,也就是说,中间件51可拆卸式固定安装在任意一个或者是多个连接段上,且一个连接段上也可以固定安装多个中间件51,中间件51形成安装部311a。工具箱系统100可以包括多个存储箱31,中间件51也可以安装在其他存储箱31的连接段上。在本实施例中,工具箱系统100包括存储箱31、存放箱312和置物箱311均有连接段,中间件51可以安装在存储箱31、存放箱312和置物箱311上任意一个或者多个连接段上,当然也可以在一个连接段上安装多个中间件51。中间件51通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至连接段,在本实施例中,中间件51通过螺钉连接的方式安装至连接段,即中间件51通过螺钉固定至连接段上。前侧壁323和左侧壁325固定连接并形成第一连接段35,前侧壁323形成有前侧壁面,左侧壁325形成有左侧壁面,第一连接段35形成有第一连接段面351,前侧壁面、第一连接段面351和左侧壁面依次连接。即中间件51通过螺钉固定至第一连接段面351上。例如,中间件51上形成有第一安装孔,第一连接段面351上至少形成一个第一定位孔,螺钉穿过第一安装孔进入第一定位孔,进而将中间件51固定在第一连接段35上。当然可以理解的,第一连接段面351上设置有数个定位孔,用户可以根据需求将中间件51上的第一安装孔对准对应的定位孔,然后用螺钉固定。
中间件51可拆卸式安装一个或者多个外挂件52,也就是说,中间件51可以同时安装多个外挂件52。中间件52至少包括一个能够安装外挂件52的外挂件接触部54,外挂件接触部54包括第一接触部和第二接触部。第一接触部形成第一安装面511,第二接触部形成第二安装面512,第一安装面511和第二安装面512均能够安装至少一个外挂件52。第一安装面511至少部分位于第一平面B1内,第二安装面512至少部分位于第二平面C1内,第一平面B1与第二平面C1倾斜相交。在本实施例中,中间件51包括第一接触部、第二接触部和第三接触部,其中,第一接触部形成第一安装面511,第二接触部形成第二安装面512,第三接触部形成第三安装面513,也可以理解为,中间件51包括第一安装面511、第二安装面512和第三安装面513,安装面上均能够同时至少安装一个外挂件52。这样设置可以使更多的外挂件52能够很方便的安装至存储箱31上。其中需要说明的是,第一接触部、第二接触部、第三接触部并不仅仅限制于是平面,也可以是曲面、球面等。例如,如图29和图30所示,中间 件51包括第一安装面511、第二安装面512、第三安装面513、第一定位面514、第二定位面515和第三定位面516,其中第一安装面511、第二安装面512和第三安装面513用于与外挂件52连接,第二安装面512设置在第一安装面511和第三安装面513之间。第一定位面514、第二定位面515和第三定位面516用于与第一连接段面351至少部分接触,第二定位面515设置在第一定位面514和第三定位面516之间,第二定位面515至少部分与第一连接段面351接触,当中间件51安装至第一连接段35上时,第一定位面514与前侧壁323面之间存在一定的间隙,同样第三定位面516与左侧壁325面之间存在一定的间隙,这样设置,可以使中间件51安装至存储箱31上时,不存在干涉的情况,保证安装的顺利性。中间件51的第一安装面511、第二安装面512和第三安装面513相对于第一定位面514、第二定位面515和第三定位面516设置在远离箱体32的一侧,第一定位面514、第二定位面515和第三定位面516依次连接形成一个半包围的凹槽,凹槽延伸弧度与前侧壁323、左侧壁325和第一连接段35的连接弧度基本一致。
中间件51还包括用于与第一连接段35卡接的第一限位壁517和第二限位壁518,第一限位壁517和第二限位壁518与第二定位面515固定连接或者一体成型,在本实施例中,第一限位壁517、第二限位壁518和第二定位面515一体成型为一个零件。第一限位壁517和第二限位壁518设置在上述凹槽中,且第一限位壁517与第二限位壁518设置在第二定位面515两侧,第一限位壁517、第二定位面515和第二限位壁518一体成型基本构成一个整体,在此定位为第一整体519,第一整体519包围第一连接段35的至少部分的外表面,且当第一整体519安装至第一连接段35时,第一限位壁517和第二限位壁518与第一连接段35至少部分接触。因第一连接段35上半内嵌有护杆39,也就是说,第一整体519安装至第一连接段35时,第一限位壁517与第二限位壁518分别位于护杆39的两侧,且第一限位壁517和第二限位壁518与至少部分护杆39接触,这样设置可以便于用户将中间件51安装至第一连接段35上,不用特意对准才能将中间件51安装至存储箱31上,方便用户安装中间件51,节省了用户的时间,提高了工作效率。
外挂件52可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至安装面上。外挂组件50还包括紧固件53,紧固件53用于将外挂件52固定连接至中间件51上。例如,紧固件53可以是螺钉,即外挂件52通过螺钉固定在中间件51上。中间件51的第一安装面511至少部分位于第一平面B1内,第二安装面512至少部分位于第二平面C1内,第三安装面513至少部分位于第三平面D1内,其中第一平面B1、第二平面C1和第三平面D1两两相交,也就是说,第一平面B1、第二平面C1和第三平面D1均不在一个平面上,即第一安装面511、第二安装面512和第三安装面513,三个安装面均不在同一个平面内,且三个安装面之间呈倾斜设置。上述设置,可以便于用户在中间件51上安装多个外挂件52,而安 装在安装面上的外挂件52与外挂件52之间也不存在干涉的问题,这样用户可以通过中间件51在工具箱系统100上放置更多的电动工具、电池包、标尺、线缆、工具附件等工具,大大的提升了工具系统的空间使用率。作为另一种实施方式,可以将第一安装面511在沿上下方向上设置一个或者数个用于安装外挂件52的安装面,同样第二安装面512与第三安装面513均可以在沿上下方向上设置一个或者数个用于安装外挂件52的安装面,这样用户可以根据需求在中间件51上安装一个或者多个的外挂件52,增加了用户的选择范围,方便了用户操作。需要说明的是,第一平面B1、第二平面C1和第三平面D1均为虚拟的平面。
左侧壁325面至少部分位于左侧平面E内,前侧壁323面至少部分位于前侧平面G内,第一连接段面351至少部分位于第一连接平面F内。其中,第一平面B1基本与左侧平面E基本平行,第二平面C1与第一连接平面F基本平行,第三平面D1与前侧平面G基本平行,即第一安装面511、第二安装面512与第三安装面513三个安装面的延伸方向与存储箱31的拐角结构基本一致,这样设置使用户将外挂件52安装至中间件51上时不会被干涉,进一步地,电动工具、电池包、标尺、线缆、工具附件等工具放置在外挂件52上后,工具与工具之间也不会出现过多干涉而造成工具之间无法分离的情况。需要说明的是,左侧平面E、前侧平面G和第一连接平面F均为虚拟平面。
如前文所述,外挂件52包括标尺挂件523,可以通过一个或者数个标尺挂件523配合来放置标尺。作为一种实施方式,只有一个标尺挂件523固定在存储箱31上,标尺放置在标尺挂件523形成的长筒型的空腔内。作为其他实施方式,可以有多个标尺挂件523配合来放置标尺,标尺放置在多个标尺挂件523形成的长筒型的空腔内。如图1和图20所示的实施例中,可以通过两个外挂件52配合来放置标尺。
为了便于描述将两个外挂件52定义为第一标尺挂件5231和第二标尺挂件5232,第一标尺挂件5231和第二标尺挂件5232分别固定安装至对应的中间件51上。当第一标尺挂件5231和第二标尺挂件5232安装至中间件51上时,在沿上下方向上,第一标尺挂件5231位于第二标尺挂件5232的上侧,因标尺在其长度方向上较长,一般标尺的长度会超过一个存储箱31的高度,即为了标尺放置的稳定性,第一标尺挂件5231与第二标尺挂件5232一般间隔设置,当然也可以根据用户需求将第一标尺挂件5231安装置物箱311或存放箱312上。在本实施例中,第一标尺挂件5231与第二标尺挂件5232均储物箱313上,且第一标尺挂件5231与第二标尺挂件5232分别安装在不同的中间件51上。
第一标尺挂件5231包括第一安装部5233和第一容纳部5234,第一安装部5233和第一容纳部5234固定连接或者一体成型,第一安装部5233可安装至中间件51上,例如,第一安装部5233可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至第二安装面512。进一步地,第一标尺挂件5231通过螺钉固定安装至中间件51上。第一容纳部5234 形成通道腔5235,通道腔5235可供标尺沿上下方向通过,通道腔5235在沿上下方向上的尺寸大于等于1mm且小于等于10mm,也就是说通道腔5235在上下方向的长度较小,在实现能够放置标尺的前提下,使第一标尺挂件5231的结构更加小巧,这样不但节约了成本,而且也节省了标尺挂件523的空间。第二标尺挂件5232的包括第二安装部5236和第二容纳部5237,同样第二安装部5236与第二容纳部5237固定连接或者一体成型,第二安装部5236安装在中间件51上,例如,第一安装部5233可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至另一个中间件51的第二安装面512。进一步地,第二标尺挂件5232通过螺钉固定安装至中间件51上。第二容纳部5237形成止挡腔5238,止挡腔5238呈半包围形式,当标尺放置在止挡腔5238内时,止挡腔5238的底部与标尺抵持,避免其继续向下运动,也就说第一标尺件的通道腔5235与第二标尺件的止挡腔5238相互配合,形成上述所说的空腔,标尺放置在空腔内。止挡腔5238在沿上下方向上的尺寸大于等于3mm且小于等于10mm,即止挡腔5238在上下方向上的长度较小。为了使标尺放置在工具箱系统100上更加稳定,使用两个或两个以上的标尺挂件523配合,如果只用一个标尺挂件523,就会出现需要设置较长的用于容纳标尺的空腔,这样就会导致标尺挂件523在长度方向上较长,才能形成可以用于容纳标尺的空腔,因此会使标尺挂件523的外形设置较大。采用上述结构,将用来形成空腔的标尺挂件523分离设置,一方面能使将标尺放置在工具箱系统100上,另一方面,这样设置可以使标尺挂件523的结构变小巧,容易存储。
如图1、图2所示,外挂件52包括线缆挂件522,存储箱31至少一个侧壁上设置线缆挂件522,用户可以将线缆缠绕至线缆挂件522上,线缆挂件522可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至存储箱31上,即线缆挂件522可以设置在置物箱311、存放箱312、储物箱313上。存储箱31的前侧壁323上设置有线缆挂件522,线缆挂件522包括第一线缆挂件5221和第二线缆挂件5222,第一线缆挂件5221和第二线缆挂件5222安装在中间件51上。前侧壁323的两端均安装有中间件51,第一线缆挂件5221和第二线缆挂件5222分别安装在不同的中间件51上,即第一线缆挂件5221和第二线缆挂件5222间隔设置。第一线缆挂件5221包括第三安装部5223和第一挂钩部5224,第三安装部5223和第一挂钩部5224固定连接或者一体成型。同样第二线缆挂件5222包括第四安装部5225和第二挂钩部5226,第四安装部5225和第二挂钩部5226固定连接或者一体成型,第三安装部5223可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至中间件51的第三安装面513上,第四安装部5225可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至另一个中间件51的第一安装面511上,第一挂钩部5224和第二挂钩部5226的朝向相背,这样有利于将线缆限制在线缆挂件522的挂钩34部上。其中,第三安装部5223和第四安装部5225通过螺钉连接的方式安装至中间件51上。
请一并参考图41,外挂件52还包括支承件524,支承件524用于连接或者支撑电动工具、电动工具附件、电池包、风扇单元60或者是充电器等。例如,支承件524包括主支撑件5241和辅助支撑件5242,即主支撑件5241和辅助支撑件5242用于连接或者支撑电动工具、电动工具附件、电池包、风扇单元60或者是充电器等。主支撑件5241和辅助支撑件5242均可以可拆卸式固定连接至储物箱313、存放箱312或者是置物箱311上,当然也可以在储物箱313、存放箱312和置物箱311上均设置主支撑件5241和辅助支撑件5242,在此并不限制,用户可以根据需求安装。主支撑件5241可以设置在存储箱31箱体32的前后侧,辅助支撑件5242可以设置在存储箱31箱体32的左右侧,也就说主支撑件5241安装在存储箱31箱体32的前后侧壁324上,辅助支撑件5242安装在存储箱31的左右侧壁326上。其中需要注意的是,因储物箱313上安装有行走装置20,以此将主支撑件5241安装在储物箱313的后侧可能会存在干涉的情况,因此正常情况下主支撑件5241安装在储物箱313的前侧壁323上,但是置物箱311、存放箱312上并未设置行走装置20,因此主支撑件5241可以设置在置物箱311、存放箱312的后侧壁324上。同样,储物箱313的左侧壁325与右侧壁326处存在轮子21,辅助支撑件5242安装在储物箱313的左侧壁325与右侧壁326可能存在干涉的情况,因此正常情况下不在储物箱313的左侧壁325与右侧壁326上设置辅助支撑件5242,但是置物箱311、存放箱312的左侧壁325与右侧壁326并不存在干涉的问题,因此可以在置物箱311、存放箱312的左侧壁325与右侧壁326上设置辅助支撑件5242。
请一并参考图39、图40,外挂件52还包括电池包挂件521,电池包挂件521用于连接电池包,电池包挂件521可以固定连接在主支撑件5241或者是辅助支撑件5242上。安装在电池包挂件521上的电池包均可以给工具箱系统100中的任一电动工具供电。电池包挂件521包括主连接板5211和电池包安装板5212,电池包安装板5212固定连接至主连接板5211上,电池包安装板5212上形成有数个电池包连接座,电池包可安装在电池包连接座上。主连接板5211可拆卸式固定连接在主支撑件5241或者是辅助支撑件5242上。主连接板5211采用第一材料制成,电池包安装板5212采用第二材料制成,其中第一材料的硬度大于第二材料的硬度。在本实施例中,主连接板5211采用金属制成,电池包安装板5212采用塑料制成。主连接板5211采用金属制成,既可以保证电池包挂件521连接至工具箱系统100的稳定性,而电池包安装板5212采用塑料制成,在能够实现连接电池包的情况下,既能节约成本,又能减轻工具箱系统100的重量。其中需要说明的是,在本申请中,安装在存储箱31外的电池包挂件521也可安装在存储箱31内。
主支撑件5241和辅助支撑件5242可拆卸式固定在存储箱31上,主支撑件5241可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至存储箱31上,同样辅助支撑件5242也可以通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至存 储箱31上。进一步地,主支撑件5241通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至中间件51,再由中间件51固定连接至存储箱31的连接段上,同样,辅助支撑件5242通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至中间件51,再由中间件51固定连接至存储箱31的连接段上。为了便于描述清楚,以存放箱312为例详细描述主支撑件5241和辅助支撑件5242的结构。主支撑件5241可以安装在存放箱312的前侧壁323处,主支撑件5241一端可以连接在存放箱312的第一连接段35上,主支撑件5241的另一端可以连接在存放箱312的第二连接段36上,主支撑件5241包括第一连接部5243、第二连接部5244和间隔部5245。间隔部5245设置在第一连接部5243和第二连接部5244的中间,第一连接部5243、第二连接部5244与间隔部5245固定连接或者一体成型,在本实施例中,第一连接部5243、第二连接部5244与间隔部5245一体成型为一个零部件。第一连接部5243安装在第一连接段35的中间件51上,第二连接部5244安装在第二连接段36的中间件51上,第一连接部5243通过螺钉固定连接至中间件51的第三安装面513上,第二连接部5244通过螺钉固定连接至中间件51的第一安装面511上,例如,中间件51的第一安装面511、第二安装面512和第三安装面513上均至少设置一个连接孔,同样,第一连接部5243与第二连接部5244上均设有与连接孔相对应的穿孔,即螺钉穿过第一连接部5243上的穿孔将第一连接部5243固定至第三安装面513上的连接孔,进而将主支撑件5241的第一连接部5243固定至中间件51的第三安装面513上,同样,螺钉穿过第二连接部5244上的穿孔将第二连接部5244固定至中间件51的第一安装面511上。间隔部5245用于连接或者支撑电动工具、电动工具附件、电池包或者是充电器等,当然间隔部5245也可以连接上述电池包挂件521。间隔部5245包括连接第一连接部5243和第二连接部5244的两个长板,分别定义为第一长板5246和第二长板5247,第一长板5246和第二长板5247间隔设置,第一长板5246设置在外侧,第二长板5247设置在第一长板5246与前侧壁323之间,第一长板5246和第二长板5247之间形成的空隙可供连接或者支撑电动工具、电动工具附件、电池包或者是充电器等。例如,电动工具、电动工具附件、风扇单元60、电池包或者是充电器上连接有挂钩结构,挂钩结构悬挂至长板之间形成的空隙中,当多个电动工具悬挂至空隙中,为了避免电动工具之间因工具箱系统100的移动而产生碰撞,在空隙中间设置数个间隔板5248,这样当电动工具悬挂至空隙中时,不会随意移动位置,保证电动工具与主支撑件5241之间连接的稳定性。同样辅助支撑件5242的结构与主支撑件5241的结构、原理基本一致,主要是主支撑件5241与辅助支撑件5242在其长度方向上的尺寸不一致。主支撑件5241和辅助支撑件5242均可以采用金属材料制成。
如图24至图28所示,工具箱系统100至少包括一个用于产生气流风扇单元60,风扇单元60可拆卸式固定连接至所述存储箱31上,即风扇单元60位于容纳腔310外,也可以理解 为,风扇单元60可以从存储箱31上脱离成为一个独立的工具。用户从工具存储地携带工具箱系统100至工作场地时,势必会在存储箱31内存储多种需要使用的工具、附件、风扇单元60等,工况越复杂的工作场地,用户需要携带的工具越多,就会存在用户需要多次往返工具存储地和工作场地,严重影响用户的工作效率,通过上述设置,用户在运输的时候就可以直接将风扇单元60固定在存储箱31上,不用放置在容纳腔310内,释放了容纳腔310内的空间,用户可以在容纳腔310内放置更多的工具,不但提高了存储箱31的空间使用率,还可以减少用户往复的次数,提高了用户的效率。其中,这里的可拆卸式固定连接指的是在不破坏风扇单元60和存储箱31原有结构的基础上使风扇单元60脱离存储箱31,例如风扇单元60与存储箱31构成卡扣连接、螺纹连接和螺钉连接等,当然也可以是多种连接方式的结合。工具箱系统100还包括卡扣组件,风扇单元60通过卡扣组件连接至存储箱31上。例如,风扇单元60可以通过卡扣组件连接至存储箱31的侧壁上,或者是连接至存储箱31的上盖33上。
风扇单元60与存储箱31至少具有一个接触面61,在沿上下方向上,接触面61至支撑平面P的距离E1大于等于100mm,也就是说,风扇单元60与存储箱31的接触面61可以设置在距离支撑平面P大于等于100mm的任何一个地方,只要风扇单元60与存储箱31之间连接稳定,在工具箱系统100静置或运动的过程中不会使风扇单元60脱离存储箱31即可。进一步地,在本实施例中,工具箱系统100可以包括一个或者多个存储箱31,风扇单元60能够可拆卸式固定连接至任意一个存储箱31,可以是说,用户可以根据需求在存储箱31的上侧堆放一个或者多个存储箱31,以此来实现对风扇单元60的高度调节。在工作场地处,在工作产地处,用户放置风扇单元60时,一般会将风扇单元60悬挂在高处、直接放置在地面上,也就是说,以前的风扇单元60放置位置比较固定,而通过上述设置利用存储箱31之间可拆卸的功能,可以将存储箱31的高度调节至用户需求的高度,然后将风扇单元60固定在存储箱31上,提高了用户选择的多样性。同时工具箱系统100包括行走装置20,即用户可以直接将风扇单元60固定在存储箱31上,然后推着存储箱31使风扇单元60随着存储箱31一并移动,在一些用户短距离更换工作场地的工况下,用户可以直接推动存储箱31、或者是搬运存储箱31就可以继续使风扇单元60对着用户吹,而不需要再特别寻找一个地方放置或悬挂风扇单元60,提高了用户的工作效率。
卡扣组件包括第一卡扣组件41和第二卡扣组件42,第一卡扣组件41和第二卡扣组件42配合以锁定风扇单元60,风扇单元60可拆卸式固定连接至存储箱31的上盖33。上盖33上设置有第一卡扣组件41,第一卡扣组件41包括第一卡扣件42、定位件43和弹性件44。定位件43与风扇单元60固定连接或者一体成型,第一卡扣件42安装在上盖33上,上盖33上形成有卡接槽331,第一卡扣件42设置在卡接槽331内,第一卡扣件42可相对于卡接槽331运动,弹性件44设置在上盖33上,且弹性件44与第一卡扣件42连接。第一卡扣件42相对 上盖33至少具有第一位置、第二位置,当第一卡扣件42处于第一位置时,定位件43与第一卡扣件42保持分离,当第一卡扣件42处于第二位置时,第一卡扣件42与定位件43互锁。在没有外力施加于第一卡扣件42时,弹性件44可向卡第一卡扣件42施加弹力使其保持在第二位置,也就是说,第一卡扣件42从第二位置向第一位置运动时,需克服弹性件44的弹力。
进一步地,第一卡扣件42通过转动在第一位置和第二位置之间切换,第一卡扣件42处于第二位置,即定位件43可以自上而下与第一卡扣件42相互锁定。第一卡扣件42处于第一位置,即定位件43与第一卡扣件42解除互锁并脱离第一卡扣件42。其中第一位置为第一卡扣件42朝远离定位件43的方向,第一卡扣件42转动一定角度直至与定位件43解除配合时达到的位置。第二位置为第一卡扣件42朝靠近定位件43的方向转动直至与定位件43配合且不能继续朝该方向转动时的位置。用户在实现第一卡扣件42与定位件43互锁的功能时,只需将定位件43自上而下插入上盖33的卡接槽331中,此时第一卡扣件42处于第二位置,定位件43向下朝卡接槽331内运动时,与第一卡扣件42相抵持并推动第一卡扣件42朝向远离定位件43的方向转动,随着定位件43的下沉,第一卡扣件42在定位件43的推动下逐渐从第二位置转动至第一位置。当第一卡扣件42到达第一位置时,定位件43已完全进入卡接槽331中,且不再与第一卡扣件42相抵持,无法继续推动第一卡扣件42转动。失去定位件43的抵持与推动作用后,第一卡扣件42在弹性件44的作用下从第一位置回弹至第二位置,从而将定位件43锁定在卡接槽331中。由此可知,用户只需将定位件43自上而下插入卡接槽331中,第一卡扣件42会自动实现将第一卡扣件42从第二位置到第一位置再回到第二位置的切换,自动完成第一卡扣件42与定位件43的互锁。将第一卡扣件42与定位件43拆卸时,转动第一卡扣件42至第一位置,定位件43则可脱离第一卡扣件42,完成第一卡扣件42和定位件43之间拆卸,即风扇单元60的安装和拆卸过程都十分方便。
第一卡扣件42铰接连接至卡接槽331中,即第一卡扣件42包括本体421、铰接部422、卡勾423、铰接杆424、止挡件427、操作部428和限位凸起部429。卡勾423与本体421固定连接或者一体成型,卡勾423设置在本体421的上端,卡勾423用于与定位件43形成的互锁孔卡接来实现风扇单元60与上盖33之间的互锁。铰接部422与本体421固定连接或者一体成型,铰接部422设置在本体421的下端,铰接部422用于卡接槽331连接。铰接杆424同时穿过铰接部422和卡接槽331,使得第一卡扣件42能够相对于卡接槽331转动。操作部428与本体421固定连接或者一体成型,操作部428用于供用户驱动。止挡件427设置在本体421的内侧即朝向定位件43的一侧,止挡件427可与定位件43配合,用于将第一卡扣件42保持在第一位置。限位凸起部429与本体421固定连接或者一体成型,限位凸起部429用于限制第一卡扣件42的转动角度,防止其脱出卡接槽331,即限位凸起部429与弹性件44的一端抵接,而弹性件44的另一端抵接至上盖33。在本实施例中,用户驱动第一卡扣件42 转动,限位凸起部429随第一卡扣件42转动,限位凸起部429压缩弹性件44直至限位凸起部429抵持至上盖33上。例如,弹性件44为扭簧。
止挡件427包括安装在本体421上的主体部4271,设在主体部4271内的伸缩件4272、设在主体部4271内的与伸缩件4272连接的伸缩弹性件4273。主体部4271连接至本体421,止挡件427可随着第一卡扣件42转动。其中主体部4271呈柱形,伸缩弹性件4273、伸缩件4272设置在主体部4271内,伸缩件4272的数量为两个,且分别抵持于伸缩弹性件4273的两端。在本实施例中,伸缩弹性件4273为伸缩弹簧。由于伸缩弹性件4273的弹力,在自然状态下,两个伸缩件4272上远离伸缩弹性件4273的一端伸出主体部4271。当有外力施加于两个伸缩件4272露出主体部4271的一端时,两个伸缩件4272可克服伸缩弹性件4273的弹力并回缩甚至可以完全隐藏于主体部4271内。因第一卡扣件42具有回弹效果,会存在用户一直控制第一卡扣件42避免其回弹的同时上抬风扇单元60使其脱离第一卡扣件42,这样会给用户的操作带来不便。通过上述设置,止挡件427设置在卡第一卡扣件42上,可与定位件43配合,将第一卡扣件42保持在第一位置,无需用户一直手动控制第一卡扣件42使其保持在第一位置,使得风扇单元60与上盖33在拆卸时也更为方便。也就是说,当第一卡扣件42位于第一位置,互锁孔与卡勾423不再接触,定位件43与第一卡扣件42处于可解锁状态,且第一卡扣件42不会自动回弹至第二位置,此时,用户可以很方便的移除风扇单元60。
卡勾423设置在第一卡扣件42的内侧即靠近定位件43的一侧,大致呈三角形。在本实施例中,卡勾423数量为两个,对称位于本体421的两端。操作部428位于两个卡勾423之间,用户可以通过拨动操作部428,使卡勾423与互锁孔分离。因卡勾423数量为两个,对应的与卡勾423卡接互锁孔也设有两个,分别为第一互锁孔431和第二互锁孔432。第一互锁孔431和第二互锁孔432间隔设置,止挡件427位于卡勾423之间,同样止挡件427位于第一互锁孔431和第二互锁孔432之间。当间隔设置第一互锁孔431和第二互锁孔432位于卡接槽331内并分别与卡勾423配合锁定风扇单元60和上盖33时,主体部4271位于第一互锁孔431和第二互锁孔432之间,且第一互锁孔431和第二互锁孔432之间的距离,不小于主体部4271的长度。第一互锁孔431和第二互锁孔432靠近主体部4271的一侧为配合面433,配合面433的下端即靠近第一卡扣件42的一端分别设有第一槽434和第二槽435,第一槽434靠近第一互锁孔431的开口方向,第二槽435远离第一互锁孔431的开口方向,第一槽434和第二槽435通过凸起部436隔开。第一互锁孔431和第二互锁孔432的凸起部436之间的距离小于第一互锁孔431和第二互锁孔432的第二槽435之间的距离。
当定位件43未完全进入卡接槽331内时,第一卡扣件42处于第二位置,定位件43上的伸缩件4272则在伸缩弹性件4273的弹力作用下伸出并暴露于主体部4271且伸缩件4272远离第一互锁孔431和第二互锁孔432的凸起部436。当定位件43自上而下进入卡接槽331内 时,随着定位件43与卡勾423的相互抵持,定位件43推动第一卡扣件42从第二位置向第一位置转动,定位件43也随着第一卡扣件42一起转动。在这个过程中,伸缩件4272一直保持伸出于主体部4271的状态,并在第二槽435的范围内随着第一卡扣件42转动,直至伸缩件4272转动至凸起部436的位置并与之抵接。此时,第一卡扣件42也已转动至第一位置,卡勾423不再与对应互锁孔相抵持。失去的抵持后,在弹性件44的弹力作用下,第一卡扣件42可从第一位置自动回弹至第二位置,伸缩件4272也从与凸起部436相互抵持的位置回转至远离凸起部436的初始位置,同时,卡勾423嵌入定位件43上的互锁孔内,实现风扇单元60和上盖33之间的锁定。在上述锁定的过程中,伸缩件4272始终在第二槽435的范围内随着第一卡扣件42的转动而转动。
当需要解除风扇单元60和上盖33之间的锁定时,用户可通过第一卡扣件42上的操作部428扳动第一卡扣件42,克服弹性件44的的弹力,使其从第二位置向第一位置转动,直至卡勾423完全退出互锁孔,伸缩件4272抵持于凸起部436。继续施力于第一卡扣件42使其继续转动,伸缩件4272随之一同转动,同时受到凸起部436的挤压,使得两伸缩件4272克服伸缩弹性件4273的弹力回缩至主体部4271内。失去凸起部436的挤压后,两伸缩件4272在伸缩弹性件4273的弹力作用下,又自动伸出并暴露于主体部4271外。此时,用户停止施力于第一卡扣件42,在弹性件44的弹力作用下,第一卡扣件42自动向第二位置转动,直至伸缩件4272抵持于凸起部436。失去用户所施加于第一卡扣件42上的外力后,伸缩件4272也无法再克服伸缩弹性件4273的弹力并回缩,也就无法越过凸起部436进入第二槽435内。凸起部436与位于第一槽434内的伸缩件4272相互抵持,也就将第一卡扣件42保持在了第一位置。此时伸缩件4272上远离伸缩弹性件4273的一端也保持伸出并暴露于主体部4271的状态。如此,用户可以很方便的取走风扇单元60,用户在取走风扇单元60后,第一卡扣件42在弹性件44的作用下,回到第二位置。
为了保证风扇单元60连接的稳定性,需要设置两组卡扣组件,当然也可以设置更多组卡扣组件,本实施例中设置两组卡扣组件。将风扇单元60的两端可拆卸式固定连接至上盖33上,上盖33还包括有第三卡扣组件46,第一卡扣组件41和第三卡扣组件46的结构相同,例如,上盖33在沿左右方向上设置有第一卡扣组件41和第三卡扣组件46,第一卡扣组件41和第三卡扣组件46设置在上盖33的两端,用户可以通过第一卡扣组件41和第三卡扣组件46锁定风扇单元60,用户还可以通过第一卡扣组件41和第三卡扣组件46将电动工具、照明装置、充电器、存储箱31、适配器、能源装置、铣削工作台等锁定在上盖33上。这里的上盖33并不单独指代是存储箱31的上盖33,也可以是指锁定在存储箱31上的置物箱311或者存放箱312的上盖33,因第一卡扣组件41与第三卡扣组件46的结构、原理相似,在此对第三卡扣组件46的锁定方式与操作方法不再详细赘述,其中需要说明的是,第一卡扣组件 41与第三卡扣组件46组合锁定电动工具、照明装置、存储箱31、充电器、能源装置、适配器、铣削工作台的结构就是上述所称的互锁装置40。
作为另外一种实施方式,第一卡扣组件41和第三卡扣组件46的具体结构可以不一样,为了便于与上述第一卡扣组件41区别,在此称之为第二卡扣组件45,第一卡扣组件41与第二卡扣组件45配合用于锁定风扇单元60,即第一卡扣组件41与第二卡扣组件45分别锁定风扇单元60的一端。
如图25、图26所示,第一卡扣组件41与第二卡扣组件45在沿上盖33延伸方向上的距离定义为第一距离W1。上盖33在沿其延伸方向上的长度定义为第二距离W2,第一距离W1占第二距离W2的比值大于等于0.4且小于等于1。第一卡扣组件41设置在上盖的端部,第二卡扣组件45与第一卡扣组件41之间的距离占上盖33长度的比值设置在上述范围内,也就是说,第二卡扣组件45可以设置在上盖33的中间、端部以及多个位置处。作为一种实施方式,可以在上盖上设置多个不同距离的卡扣组件,这样用户可以根据需求、工具的尺寸等选择不同不同距离的卡扣组件,进而方便用户的操作。
第二卡扣组件45包括止动件452和转动件451。转动件451连接至存储箱31的上盖33,且转动件451能够相对于上盖33转动。止动件452与风扇单元60固定连接或者一体成型,在本实施例中,风扇单元60与止动件452一体成型,即止动件452为风扇单元60的一部分。止动件452和定位件43均位于风扇单元60上,且邻近接触面61设置。当然可以理解的,用户也可以通过第一卡扣组件41和第二卡扣组件45将电动工具、照明装置、充电器、存储箱31、适配器、能源装置、铣削工作台等锁定在上盖33上,其原理、结构、操作方式与风扇单元60的一致。第一卡扣组件41与第二卡扣组件45配合锁定风扇单元60,转动件451能够相对于上盖33转动,即转动件451具有一个打开状态和关闭状态,用户可以拨动转动件451来实现打开状态和关闭状态的切换。当转动件451处于关闭状态时,转动件451与低于上盖33的表面或者是与上盖33的表面齐平。当转动件451处于打开状态时,转动件451至少部分高于上盖33的表面。
风扇单元60完全锁定在上盖33上时,转动件451处于打开状态,第一卡扣件42处于第二位置。将风扇单元60锁定至上盖33,用户需将转动件451拨动至打开状态后,将风扇单元60上止动件452的一侧倾斜向下抵持在转动件451上,此时风扇单元60上定位件43的一侧倾斜向上抬起,待止动件452与转动件451抵持到位后,用户可以松手,风扇单元60可以利用其自身的重力,使第一卡扣件42与定位件43互锁。风扇单元60从上盖33上解锁,只需拨动第一卡扣件42,使第一卡扣件42处于第一位置时,就可以将风扇单元60从上盖33上移除。
请一并参考图49、图50,止动件452包括相对设置的第一抵持部4521、第二抵持部4522, 以及设置在第一抵持部4521和第二抵持部4522中间的第三抵持部4523,第一抵持部4521、第二抵持部4522与第三抵持部4523固定连接或者一体成型,第一抵持部4521、第二抵持部4522设置在第三抵持部4523的两侧,且第一抵持部4521与第二抵持部4522至少部分高于第三抵持部4523,即第一抵持部4521、第三抵持部4523与第二抵持部4522三者之间形成一个凹陷的槽。转动件451包括相对设置在第一限位部4511、第二限位部4512,以及设置在第一限位部4511和第二限位部4512之间的第三限位部4513,第一限位部4511、第二限位部4512与第三限位部4513固定连接或者一体成型,第一限位部4511、第二限位部4512设置在第三限位部4513的两侧,且第三限位部4513至少部分凸出于上盖33的上表面,即第一限位部4511、第三限位部4513、第二限位部4512与至少部分上盖33四者之间形成一个半包围的槽,这样止动件452与转动件451接触时,两者能相互抵持。风扇单元60锁定在上盖33上时,转动件451的至少部分位于止动件452形成的槽内,同时转动件451对止动件452形成限位,避免风扇单元60在遇到外力产生晃动时,出现脱离上盖33的情况。
在本申请中,转动件451至第一卡扣件42在沿左右方向上的距离小于上盖33在沿左右方向上的距离,也可以理解为,转动件451设置在上盖33的两端之间的区域。这样可以在上盖33的两端设置卡扣组件,即在第一卡扣组件41和第三卡扣组件46之间设置第二卡扣组件45,当然可以设置与第二卡扣组件45结构相同的第四卡扣组件,同样第四卡扣组件设置在第一卡扣组件41和第三卡扣组件46之间,这样第一卡扣组件41与第二卡扣组件45配合用于锁定,第三卡扣组件46与第四卡扣组件配合用于锁定,同时第一卡扣组件41和第三卡扣组件46配合,也可以用于锁定。上述设置,用户可以根据需求在上盖33上锁定电动工具、照明装置、充电器、存储箱31、适配器、能源装置、铣削工作台等。
进一步地,转动件451至第一卡扣件42在沿左右方向上的距离占上盖33在沿左右方向上的距离的比值大于等于0.4且小于等于0.6,即转动件451至第一卡扣件42在沿左右方向上的距离大致占据上盖33的一半,这样设置,使整体布局合理。
如图31至图42所示,上盖33枢转连接到存储箱31的箱体32。即上盖33能够相对于存储箱31箱体32转动,上盖33在转动的过程中至少存在打开位置和关闭位置,当上盖33处于打开位置时,存储箱31的箱体32处于敞开的状态,当上盖33处于关闭位置时,存储箱31的箱体32处于封闭的状态。而当上盖33处于打开位置时,用户可以看到存储箱31内部的情况,并且可以将物品存放在存储箱31内,或者是从存储箱31中取出物品。
工具箱系统100还包括内插组件70,内插组件70用于连接物品。内插组件70可拆卸式固定连接至存储箱31内。内插组件70包括连接件71和内插件72,连接件71上能够可拆卸式安装至少一个内插件72。内插件72可以为多个,内插件72包括充电器插件73、电池包插件74、工具袋插件、工具插件、附件插件、及工具附件盒插件75的一种或组合,即内插件 72用于连接充电器、电池包、工具袋、工具、附件以及工具附件盒。连接件71与存储箱31固定连接或者一体成型。
作为一种可实施的方式,连接件71与存储箱31可拆卸式固定连接。内插件72与连接件71为可拆卸式固定连接,内插件72包括接入部721和接出部722,接出部722能可拆卸的连接上述充电器、附件、工具附件盒、工具袋、工具以及电池包,接出部722用于与连接件71配合。作为另一种实施方式,连接件71与存储箱31一体成型,即连接件71是由存储箱31构成的。这样,内插件72可以直接固定在存储箱31上。在本申请中,连接件71与存储箱31可拆卸式固定连接,需要说明的是,下文描述的结构内容同样适用于连接件71与存储箱31一体成型。内插组件70还包括紧固件53,通过紧固件53将连接件71固定连接至存储箱31上,紧固件53可以是螺钉、插销、铆钉以及活动卡扣中的一种或几种组合。同样,也可以通过紧固件53将内插件72固定连接至连接件71上,也就是说,内插组件70中包括多个紧固件53。作为其他的实施方式,内插件72与充电器、电池包、工具袋、工具、附件以及工具附件盒一体成型,即可以理解为充电器、电池包、工具袋、工具、附件以及工具附件盒上直接形成有用于与连接件71配合的接出部722,这样用户可以不用单独安装一个零件,就可以直接将充电器、电池包、工具袋、工具、附件以及工具附件盒直接固定在连接件71上。
连接件71固定安装至存储箱31的上盖33上,连接件71包括适配部711,适配部711用于与内插件72的接入部721配合,以实现将内插件72可拆卸式的固定在连接件71上。连接件71上的可以设置有多个适配部711,即连接件71上可以至少安装一个内插件72,在本实施例中,连接件71上可以安装多个内插件72。作为其他的实施方式,连接件71也可以固定连接在存储箱31的侧壁上,即在侧壁上固定连接连接件71,同样连接件71上也可以至少安装一个内插件72。
如前文所述,内插件72包括充电器插件73,充电器插件73具有第一连接状态731和第二连接状态732,当充电器插件73处于第一连接状态731时,充电器插件73上能够连接第一类充电器,当充电器插件73处于第二连接状态732时,充电器插件73上能够连接第二充电器,第一类充电器与第二类充电器是不同大小的充电器。也就是说,充电器插件73处于不同状态时,充电器插件73能够安装不同种类的充电器。工具箱系统100内具有多个种类的电动工具,势必会存在不同类型、不同容量的电池包,这样就会需要准备不同类型的充电器来给不同种类的电池包充电,通过设置这种具有多种状态的充电器插件73,来安装不同种类的充电器,避免设置多个不同种类的充电器插件73,简化了结构。其中需要说明的是,本申请中的充电器可以同时给多个电池包充电。
充电器插件73上设置有卡接端,卡接端用于连接充电器。例如,充电器插件73上设有第一卡接端7331和第二卡接端7341,第一卡接端7331和第二卡接端7341配合用于固定充 电器。当充电器插件73处于第一连接状态731时,第一卡接端7331和第二卡接端7341之间具有第一长度,当充电器插件73处于第二连接状态732时,第一卡接端7331和第二卡接端7341之间具有第二长度,其中第一长度大于第二长度,即当充电器插件73处于不同状态时,充电器插件73能够安装不同大小的充电器。处于不同状态的充电器插件73均能够安装在连接件71上,也就是说,连接件71上可以同时安装不同大小充电器。安装在连接件71上的充电器,均能够给工具箱系统100中的电池包充电。
充电器插件73包括第一充电器插件733和第二充电器插件734,第一充电器插件733和第二充电器插件734能够相对运动,以此实现充电器插件73在第一连接状态731和第二连接状态732的切换。在本实施例中,充电器插件73通过螺钉安装至连接件71上,即紧固件53可以为螺钉。第一充电器插件733和第二充电器插件734上的接入部721可以为螺钉孔,第一充电器插件733和第二充电器插件734上设置有多个孔,用户将螺钉穿过孔,以此将充电器插件73固定在连接件71上。对于充电器插件73不同状态的切换,用户根据需求调整充电器插件73的状态,然后将调整好状态的充电器插件73固定连接至连接件71上。
第一充电器插件733和第二充电器插件734上均设有卡接端,例如,第一充电器插件733上固定连接或者一体成形有第一卡接端7331,同样,第二充电器插件734上固定连接或者一体成型有第二卡接端7341,即第一卡接端7331随第一充电器插件733运动,同样第二卡接端7341随第二充电器插件734运动,这样,用户切换状态的时候只要将驱动第一充电器插件733或者第二充电器插件734就可以实现充电器插件73状态切换。例如,第一充电器插件733上形成有导向槽7332,用于引导第二充电器插件734沿第一滑动方向运动,第二充电器插件734上形成有滑动部7342,滑动部7342在被驱动的情况下能够在导向槽7332内滑动。导向槽7332在滑动部7342滑动的路径上设有第一阻挡部7333和第二阻挡部7334,滑动部7342上设有抵接部7343,抵接部7343与上述的第一阻挡部7333和第二阻挡部7334配合。当第一阻挡部7333与抵接部7343配合时,充电器插件73保持在第二连接状态732,且第一阻挡部7333也用于使第一充电器插件733和第二充电器插件734保持连接,避免两者脱离,当第二阻挡部7334与抵接部7343配合时,充电器插件73保持在第一连接状态731。例如,第一阻挡部7333和第二阻挡部7334与第一充电器插件733固定连接或者一体成型,第一阻挡部7333与第二阻挡部7334均为基本垂直于第一充电器插件733的凸起,第一阻挡部7333上设有第一阻挡面7335,第二阻挡部7334上设有第二阻挡面7336,当抵接部7343与第一阻挡面7335接触时,充电器插件73处于第二连接状态732,当第二阻挡面7336与抵接部7343接触时,充电器插件73处于第一连接状态731。
第一充电器插件733还包括弹性按钮7337,用户可以驱动弹性按钮7337。例如,当充电器插件73处于第二连接状态732时,用户可以按压弹性按钮7337,抵接部7343脱离第一阻 挡面7335,同时用户可以握持第二充电器插件734并向外拉出,抵接部7343脱离第一阻挡部7333,向第二阻挡部7334移动,直至抵接部7343与第二阻挡面7336接触,使充电器插件73处于第一连接状态731,以此完成充电器插件73从第二连接状态732向第一连接状态731的切换。当用户需要将充电器插件73切换至第二连接状态732时,只需将第二充电器插件734箱内推进,直至抵接部7343与第一阻挡面7335接触。
对于不同状态的充电器插件73的安装方式,一种实施方式为,用户将充电器插件73调节至不同的状态,然后用螺钉将充电器插件73固定安装至连接件71上,当然也可以直接将充电器插件73固定安装至上盖33或者侧壁上。作为其他实施方式,用户可以将充电器插件73固定至连接件71、上盖33或者是侧壁上,当需要连接充电器时,用户可以根据需求调节充电器插件73的状态,以此来适配不同的充电器。
内插件72还包括工具附件盒插件75,工具附件盒插件75与工具附件盒固定连接或者一体成型,在本实施例中,工具附件盒插件75与工具附件盒为一体成型。工具附件盒上与适配部711其中之一设置有内嵌槽,其中另一个设置柔性件,柔性件能插设于内嵌槽,从而实现两者之间的固定。如图31、图32、图43、图44、图47和图48所示,内插件72还包括电池包插件74,在本申请中,电池包插件74与上述的电池包挂件521为同一结构,即可以理解为,上述的电池包挂件521也可以固定设置在存储箱31内,即关于电池包挂件521的结构描述均使用于电池包插件74,在此不再描述,以下描述电池包插件74的其他结构。
请一并参考图2,工具箱系统100还包括电池包安装部76,电池包安装部76用于可拆卸连接电池包插件74。电池包安装部76可以是在容纳腔310外,也可以设置在容纳腔310内,即可以理解为,电池包插件74即可以安装在容纳腔310外,也可以安装在容纳腔310内。
电池包安装部包括定位装置80,定位装置80用于可拆卸式固定电池包插件74。定位装置用于引导电池包插件74沿第一引导方向105可拆卸连接至容纳腔310内。在本实施例中,定位装置80用于导向电池包插件74沿上下方向可拆卸式固定至容纳腔310内,定位装置80包括第一定位组件81和第二定位组件82,第一定位组件81和第二定位组件82相互配合用于固定电池包插件74,在无外力驱动的情况下,第一定位组件81限制电池包插件74向下移动,第二定位组件82限制电池包插件74向上移动。这样设置,当工具箱系统100在移动和搬运的过程中,安装在容纳腔310内的电池包插件74不会晃动,从而避免安装在电池包插件74上的电池包因晃动而掉落损坏的情况,保证了电池包插件74在容纳腔310内连接的稳定性。
电池包插件74可以安装在存储箱31任意一个侧壁上,也可以安装在多个侧壁或者是上盖上。在此为了描述清楚,将以存储箱31的右侧壁326为例进行详细描述,即电池包插件74安装在右侧壁326上。
第一定位组件81至少包括一对相互配合的第一连接端811和第二连接端812,第一连接端811和第二连接端812其中一个与右侧壁326固定连接或者一体成型,其中另一个与电池包插件74固定连接或者一体成型。为了保证连接的稳定性,第一定位组件81设置两对相对配合的连接端,两对连接端的结构一致,为了避免重复说明,在此只对其中一对为例进行说明。第一定位组件81还包括支撑元件813,支撑元件813固定连接至右侧壁326上,支撑元件813与第一连接端811固定连接或者一体成型,第一连接端811形成有支承槽8111,电池包插件74连接第二连接端812,第二连接端812向外弯折成悬挂部8121,支撑槽的宽度大于悬挂部8121的宽度,悬挂部8121可以悬挂至支承槽8111内,支承槽8111的长度方向沿上下方向延伸,用于引导悬挂部8121沿第一引导方向105运动。用户可以将电池包插件74的悬挂部8121沿上下方向插入支承槽8111,当支撑槽的顶面与悬挂部8121的地面接触时,悬挂部8121停止向下移动,以此使电池包插件74在容纳腔310内实现初步固定。
作为一种实施方式,第二定位组件82至少包括一对相互配合的第一定位端821和第二定位端822,第一定位端821和第二定位端822其中一个设置在右侧壁326上,其中另一个设置在电池包插件74上。同样为了保持连接的稳定性,第二定位组件82设置两对相对配合的定位端,两对定位端的结构一致,为了避免重复说明,在此只对其中一对为例进行说明。第一定位端821设置在支撑元件813上,第二定位端822设置在电池包插件74上,当悬挂部8121连接至支承槽8111上时,第一定位端821与第二定位端822接触,并且第一定位端821限制电池包插件74向上运动。第一定位端821由支撑元件813形成,第二定位端822由电池包插件74形成,例如,第一定位端821为支撑元件813形成的弹性凸起823,第二定位端822为电池包插件74的上表面824,当悬挂部8121连接至支承槽8111上时,弹性凸起823抵持在电池包插件74的上表面824,以此限制电池包插件74向上运动。当用户想向上提起电池包插件74时,只需克服弹性凸起823的抵持力,继续向上提起,就可以将电池包插件74从右侧壁326上移除。同样,用户想将电池包插件74安装至右侧壁326上时,需要给弹性凸起823施加一个力,使其发生形变,待电池包插件74安装到位时,弹性凸起823恢复,使弹性凸起823正好抵持在上表面824上。
如图43、图47所示,作为另一种实施方式,第二定位组件281至少包括一对相互配合的第一定位端和第二定位端283,第一定位端和第二定位端283其中一个设置在右侧壁上,其中另一个设置在电池包插件上。同样为了保持连接的稳定性,第二定位组件281设置两对相对配合的定位端,两对定位端的结构一致,为了避免重复说明,在此只对其中一对为例进行说明。第一定位端与第二定位端283其中之一与上盖固定连接或者一体成型,其中另一个与电池包插件固定连接或者一体成型,当上盖处于关闭位置时,第一定位端与第二定位端283抵持,并且限制电池包插件向上运动,保证电池包插件连接的稳定性。例如,上盖上设置有 弹性凸起284,当上盖转动至关闭位置时,弹性凸起284抵持在电池包插件的上表面上,以此限制电池包插件向上运动,这样当工具箱系统在搬运和运输的过程中,不会因晃动而使电池包插件脱落。将上盖转动至打开位置时,弹性凸起284就会与电池包插件上表面脱离,这样用户就可以很方便的将电池包插件从右侧壁上拆卸下来。
如图44、图48所示,作为其他实施方式,第二定位组件381至少包括一对相互配合的第一定位端和第二定位端383,第一定位端和第二定位端383其中一个设置在右侧壁上,其中另一个设置在电池包插件上。同样为了保持连接的稳定性,第二定位组件381设置两对相对配合的定位端,两对定位端的结构一致,为了避免重复说明,在此只对其中一对为例进行说明。第一定位端与右侧壁相邻的侧壁固定连接,第二定位端383与电池包插件固定连接或者一体成型。进一步地,第一定位端设置在后侧壁上,第二定位端383设置在电池包插件上,例如,第一定位端上连接有第一卡扣部,卡扣部与后侧壁能够相对运动,第二定位端383上连接有第二卡扣部,当支撑槽的顶面与悬挂部的地面接触时,用户驱动第一卡扣部,使其与电池包插件上的第二卡扣部卡接,以此限制电池包插件向上运动,这样当工具箱系统在搬运和运输的过程中,不会因晃动而使电池包插件脱落。当用户需要拆卸下电池包插件时,只需拨动第一卡扣部,使其与第二卡扣部脱离即可。为了保证连接的稳定性,一般也会在后侧壁上设置同样结构的第一定位端382和第二定位端。
作为其他实施方式,如图51所示,存储箱200包括箱体110、移动组件120以及外挂件130。箱体110内具有容纳空间,用于容纳工具。移动组件120设于箱体110上,用于移动存储箱200。参考图52,移动组件120包括滚轮221和推把222,推把222可沿上下方向伸缩,需要移动存储箱200时,将推把222向上拉出,即可通过推把222拖动存储箱200,无需使用推把222时,可将其收回。可选的,移动组件120不设置滚轮。外挂件130通过形成在箱体110表面的限位面260被可拆卸的限位在箱体110上,和/或外挂件130通过紧固件固定于箱体110上,外挂件130能可拆卸的安装电动工具、电池包201、线缆204及标尺203等工具。紧固件可以为螺钉、插销、铆钉以及活动卡扣中的一种或几种组合。
本申请在存储箱200外设置了外挂件130,便于外挂电动工具、电池包201、标尺203、线缆204等工具,外挂件130通过形成在箱体110表面的限位面260与箱体110可拆卸连接,和/或外挂件130通过紧固件固定于箱体110上,使得外挂件130可根据需要快速拆装,以及根据需要调节在箱体110上的安装位置。
本申请中,外挂件130可插接在箱体110上,箱体包括形成于箱体上的限位部205,将外挂件130插接在限位部205上即可,外挂件130包括安装部220和连接部210,安装部220能可拆卸地连接电动工具和/或电动工具附件,连接部210与限位部205可拆卸地连接。这样将外挂件130插接在箱体110上便于外挂件130快速安装至箱体110及快速从箱体110上拆 卸下来,也便于用户根据需要设计外挂件130在箱体110上的安装位置,限位部205包括与连接部210配合的限位面260和/或限位孔270。当然,工具箱还包括紧固件,紧固件穿过限位孔270使得连接部210与限位部205连接,紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或组合,使得外挂件130也可以通过螺钉固定在箱体110上。可选的,外挂件130同时通过限位部205插接及通过螺钉固定连接在箱体110上。
如图51所示,外挂件130包括电池包挂件231、线缆挂件232、标尺挂件233,电源挂件以及电动工具挂件,分别用于挂设电池包201、线缆204、标尺203以及电动工具。可选的,外挂件130设有多个,为电池包挂件231、线缆挂件232、标尺挂件233,电源挂件以及电动工具挂件的一种或组合,限位部205具有多个,多个外挂件130可独立地安装到不同的限位部205,外挂件130的连接部210为通用结构,可以适配到不同位置的限位部205,从而能调节外挂件130的在箱体上的位置和多个外挂件130的相对距离。
如图53所示,图53所示中通过上下相对的两个外挂件130配合来放置标尺203,下方的外挂件130的底部封闭,标尺203由上至下穿过上方的外挂件130后穿至下方的外挂件130中,并被下方的外挂件130支撑住。两个外挂件130之间的距离可调,就可以根据标尺203的长度来调节两个外挂件130之间的距离,使两个外挂件130调节至适合放置标尺203的距离。
如图54A及图54B所示,箱体110上设置有螺孔211,螺孔211沿上下方向设置一排,外挂件130上设置能与螺孔211配合的第一安装孔,将外挂件130上的第一安装孔与箱体110上不同的螺孔211对准,即可调整外挂件130的高度,也就可以调节两个外挂件130之间的距离了。当然外挂件130与箱体之间也可以插接,只要在箱体110上沿上下方向成排的设置插接孔即可。
如前文所述,外挂件130与箱体110可以插接,于一实施例中,参考图59及图61,限位部205包括安装槽,安装槽形成限位面260,连接部210包括插块,插块插设于安装槽,并与限位面260抵接。限位部205与连接部210其中之一设有凹槽,其中另一设置弹性件,弹性件能插设于凹槽。可选的,限位部205包括插块,插块形成限位面260,连接部210包括安装槽,插块插设于安装槽,使得安装槽与限位面260抵接。具体而言,外挂件130与箱体110的其中之一设置安装槽2332,如图62所示,外挂件130与箱体110的其中另一设置与安装槽2332配合的插块213。插块213插设于安装槽2332中,安装槽2332与插块213之间的配合面为前文所述说的限位面260,也就是说外挂件130通过限位面260与箱体110连接。可选的,结合图59、图61及图62,在外挂件130上设置安装槽2332,在箱体110上设置插块213,安装槽2332沿上下方向延伸,将外挂件130沿着箱体110由上至下滑动,使箱体110上的插块213插入外挂件130上的安装槽2332中。安装槽2332的顶部可设置挡板或 止挡筋,挡板或止挡筋与插块213的顶端抵接,以起到限位作用。进一步的,如图62所示,外挂件130与箱体110的其中之一设置凹槽214,如图68所示,外挂件130与箱体110的其中另一设置弹性件1324,弹性件1324插设于凹槽214中,凹槽214与弹性件1324之间的配合面为前文所述说的限位面260。弹性件1324具有弹性,当弹性件1324卡入凹槽214中后,弹性件1324能顶紧在箱体110的内壁上,使得外挂件130固定在箱体110上。本实施例中,如图68所示,在外挂件130上设置弹性件1324,如图62所示,在箱体110上设置凹槽214,外挂件130上的弹性件1324与外挂件130的安装槽2332配合,共同将外挂件130固定在箱体110上,装配时,当用户手持外挂件130向下滑动时,箱体110上的插块213插入外挂件130上的安装槽2332中的同时,外挂件130上的弹性件1324也卡入箱体110上的凹槽214中。
可选的,安装槽2332为箱体自身的凸筋和凹槽形成,以增强限位部的强度,且不需要再将限位部安装到电动工具上。
限位部205形成限位面260对连接部210进行限位连接,限位面260至少包括第一限位面261和第二限位面262,从两个方向与连接部210抵接,并将连接部210限位。安装槽内形成第一限位面261,且凹槽214形成第二限位面262,通过第一限位面261和第二限位面262的配合维持连接外挂件130,从而外挂件130方便拆卸和组装。可选的,外挂件130上设有与限位孔270配合的连接孔,紧固件穿过限位孔270和连接孔加强外挂件130和箱体的连接,且连接孔的设置使得外挂件130还可以独立地被挂接在墙体或者其它位置,方便收纳,同时也能将电动工具和电动工具的附件挂接在墙体上。
可选的,限位部205可以通过其它的结构分别形成第一限位面261和第二限位面262,通过第一限位面261和第二限位面262的配合限定连接部210的位置。
如前文所述,外挂件130包括电池包挂件231。结合图55至图57,于一实施例中,电池包挂件231包括主挂板2311以及电池包挂板2312,电池包挂板2312用于挂设电池包201。如图55所示,安装部220为电池包挂板2312上可以设置多个电池包卡位1313,这样就可以挂设多个电池包201。主挂板2311通过螺钉固定于箱体110上,电池包挂板2312挂于主挂板2311上。将电池包挂件231设置为包括主挂板2311以及电池包挂板2312,且电池包挂板2312挂于主挂板2311上,这样便于将电池包挂板2312快速从主挂板2311上取下,在无需挂电池包201时,可将电池包挂板2312取下,避免占用空间。而主挂板2311较薄,不会占用过多空间,所以可以将主挂板2311直接通过螺钉固定在箱体110上,通过螺钉固定主挂板2311也提升了装配的稳固性,因为电池包201较重。
电动工具可以通过皮带扣与外挂件连接。外挂件也可以通过卡扣限位或者其它的方式固定电动工具。
如前文所述,外挂件130包括线缆挂件232。例如,参考图51、图58及图59,箱体110至少其中一个侧壁的两侧设置有线缆挂件232,如图51所示,在箱体110其中一个侧壁的两侧设置线缆挂件232,这样便于挂线缆204,将线缆204的两端分别搭在两侧的两个线缆挂件232上即可。如图58所示,线缆挂件232的安装部220为挂钩部1322,结合图51及图58,侧壁两侧的线缆挂件232的挂钩部1322的开口的朝向相背,这样有利于将线缆204限制在线缆挂件232的挂钩部1322上。
结合图58及图59,线缆挂件232除了可以通过线缆挂件232上的安装槽2332和弹性件1324固定在箱体110上外,也可以通过线缆挂件232上的第二安装孔1323固定在箱体110上,将螺钉穿过第二安装孔1323并锁紧在箱体110上即可将线缆挂件232固定在箱体110上。第二安装孔1323与安装槽2332和弹性件1324可以择一设置,也可以同时设置。如图59所示,第二安装孔1323为两个,两个第二安装孔1323分别设于安装槽2332的两侧。
线缆挂件232靠近箱体110的一端设置有安装部220,第二安装孔1323、安装槽2332及弹性件1324均设于安装部220上,如图59所示,安装部220与挂钩部1322形成一个U形。
如前文所述,外挂件130包括标尺挂件233,在图54A及图54B所示的实施例中,可通过两个外挂件130配合来放置标尺203,在图60及图61所示的实施例中,标尺挂件233的安装部220为长筒形空腔,直接通过一个长筒形的标尺挂件233来放置标尺203。如图60及图61所示,标尺挂件233与箱体110配合的配合面的顶端设置挂钩2331,挂钩2331的开口向下,使挂钩2331可以由上至下挂在箱体110上,参考图62,箱体110上设有与挂钩2331配合的挂槽212。将标尺挂件233通过挂钩2331由上至下挂在箱体110上的挂槽212中,就可以避免标尺挂件233掉落了。如图61所示,标尺挂件233上也可以设置安装槽2332,结合图61及图62,通过安装槽2332与箱体110上的插块213配合。
参考图52,箱体110内挂设有电池包201以及充电器202,以形成电池包充电站,直接将电池包201挂在箱体110内,将电池包201与同样挂设于箱体110内的充电器202连接即可充电,实现移动充电站的功能,随时充电,方便快捷。可以理解的是,外挂件130也可以设置在箱体110内部,以便在箱体110内部挂电池包201等工具。
外挂件130包括主挂件234和副挂件235,主挂件234和箱体连接,副挂件235连接与主挂件234,副挂件235可以用于连接和支撑电动工具和电动工具附件,如电池包、标尺等。主挂件234设有与箱体的限位部205配合的连接部210,同时主挂件234上还设有用于和副挂件235连接的限位部205,主挂件也可以用于直接安装电动工具或电池包等附件。副挂件235也可以设有挂钩,使得副挂件235可以直接挂在主挂件234上,可选的,副挂件235也通过紧固件连接到主挂件234。主挂件234可以折叠,从而方便用户收纳。
箱体还包括中间件136,中间件136设置在箱体的侧面的拐角处,用于连接主挂件234。 中间件136设有对主挂件234定位的凸起,主挂件234生成对应的孔槽以卡接在中间件136,通过中间件136的定位,主挂件234向箱体的两个侧面水平延伸,且通过紧固件固定连接箱体,中间件136的设置可以减小紧固件和主挂件234的间隙,使得两个主挂件234可以通过一个紧固件连接到箱体。
可选的,存储箱200包括容纳部和支架部,支架部支撑容纳部,外挂件130可以被安装到支架部,容纳部用于容纳物体。容纳部可以是硬质材料制作,如塑料材料或树脂材料。可选的,容纳部也可以是软包结构,即容纳部可变形,存储箱200整体由支架部支撑。存储箱200还包括盖体,盖体与容纳部连接,用于封装容纳部形成的容纳空间,可选的,外挂件130可以适配连接到盖体的两个端面。所述外挂件130设置于所述盖体、所述箱体内或所述箱体外。可选的,所述箱体内包括电池包挂件和充电器挂件,以形成电池包充电站。
可选的,存储箱200具有多层,存储箱200至少包括第一工具箱和第二工具箱,第一工具箱和第二工具箱可拆卸的拼接,以构成工具箱具有多个容纳空间的箱体结构。第一工具箱和第二工具箱通过连接件或者工具箱的卡扣结构连接。
在一实施例中,本申请采用如下的技术方案:一种工具箱系统,包括:
存储箱,具有容纳腔,容纳腔用于存储物品,存储箱包括形成于存储箱箱体上的限位部;外挂组件,用于拆卸式连接物品;外挂组件包括外挂件,外挂件包括能够可拆卸地连接物品;限位部包括与外挂组件的安装部配合的限位面和/或限位孔。
在一些实施例中,外挂组件还包括中间件,中间与存储箱连接或者一体成型;
中间件还包括第一接触部、第二接触部和第三接触部,第一接触部、第二接触部和第三接触部均能够安装至少一个外挂件。
在一些实施例中,中间件与存储箱一体成型,外挂件形成安装部。
在一些实施例中,中间件与存储箱一体成型,中间件形成安装部。
在一些实施例中,第一接触部包括第一安装面,第一安装面至少部分位于第一平面内;
第二接触部包括第二安装面,第二安装面至少部分位于第二平面内;
第三接触部包括第三安装面,第三安装部至少部分位于第三平面内;
其中,第一平面、第二平面与第三平面两两相交且不垂直。
在一些实施例中,第一安装面、第二安装面和第三安装面均能同时安装一个或者数个外挂件。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔,侧壁与侧壁之间通过连接段连接;
侧壁、连接段和侧壁三者一体成型构成中间件,外挂件通过螺钉、插销、铆钉以及活动 卡扣中的一种或几种组合的方式连接至存储箱。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔;
侧壁与侧壁之间通过连接段连接,中间件可拆卸式连接至连接段。
在一些实施例中,连接段能够通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接一个或者数个中间件。
在一些实施例中,连接段上半内嵌有金属护杆;
当中间件安装至连接段上时,护杆设置在中间件和连接段之间。
在一些实施例中,外挂件为多个,外挂件包括电池包挂件、线缆挂件、标尺挂件,支承件以及电动工具挂件的一种或组合。
在一些实施例中,多个标尺挂件配合放置标尺。
在一些实施例中,支承件包括第一长板和第二长板,第一长板和第二长板间隔设置形成空隙,空隙可供连接或者支撑电动工具、电动工具附件、电池包以及充电器中的一种或几种。
在一些实施例中,空隙中设置数个间隔板。
在一些实施例中,支承件能够连接外挂件。
在一些实施例中,外挂组件设置在容纳腔外,外挂组件还包括中间件,中间件设有安装部,安装部与限位部可拆卸式连接,外挂件可拆卸式安装至中间件;
其中,中间件至少包括一个能够安装外挂件的外挂件接触部。
在一些实施例中,外挂件接触部包括第一接触部和第二接触部,第一接触部和第二接触部形成第一安装面和第二安装面,第一安装面和第二安装面均能够安装至少一个外挂件;
第一安装面至少部分位于第一平面内,第二安装面至少部分位于第二平面内,第一平面与第二平面倾斜相交。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔;
工具箱系统还包括:至少一个风扇单元,风扇单元用于产生气流,风扇单元可拆卸式连接至容纳腔外。
在一些实施例中,工具箱系统还包括卡扣组件,风扇单元通过卡扣组件可拆卸式连接至侧壁。
在一些实施例中,工具箱系统还包括卡扣组件,风扇单元通过卡扣组件可拆卸式连接至上盖。
在一些实施例中,卡扣组件包括第一卡扣组件和第二卡扣组件,第一卡扣组件和第二卡扣组件配合锁定风扇单元;
第一卡扣组件与第二卡扣组件在沿上盖的延伸方向上的距离定义为第一距离W1;
上盖在沿其延伸方向上的长度定义为第二距离W2;
其中,第一距离W1占第二距离W2的比值大于等于0.4且小于等于1。
在一些实施例中,第一卡扣组件包括用于相互配合的第一卡扣件和定位件,第一卡扣件与风扇单元固定连接或者一体成型,定位件连接至上盖;
第二卡扣组件包括相互配合的转动件和止动件,转动件连接至上盖,止动件与风扇单元固定连接或者一体成型;
当转动件与止动件接触,且第一卡扣件与定位件接触时,风扇单元与存储箱保持相对固定;
当第一卡扣件与定位件分离时,风扇单元从存储箱上分离成一个独立的工具。
在一些实施例中,工具箱系统包括多个存储箱,存储箱与存储箱之间相对固定连接;
风扇单元能够可拆卸式连接至任意一个存储箱上。
在一些实施例中,卡扣组件还包括第三卡扣组件,第一卡扣组件和第三卡扣组件配合锁定存储箱;第一卡扣组件与第三卡扣组件设置在上盖的两端,第二卡扣组件设置在第一卡扣组件和第三卡扣组件的之间。
在一些实施例中,当工具箱系统静置放置在地面上时,存储箱和地面至少包括三个支撑点,其中定义三个支撑点所在的平面为支撑平面;当风扇单元连接至存储箱上时,风扇单元与存储箱至少具有一个接触面;接触面与支撑平面在沿上下方向上的距离大于等于100mm。
在一些实施例中,工具箱系统还包括:能够使存储箱静置或移动的行走装置,行走装置连接至存储箱,行走装置包括一个或多个轮子;
当工具箱系统静置放置在地面上时,工具箱系统和地面至少包括三个支撑点,其中定义三个支撑点所在的平面为支撑平面;
当风扇单元连接至存储箱上时,风扇单元与存储箱至少具有一个接触面;
接触面与支撑平面在沿上下方向上的距离大于等于100mm。
在一些实施例中,工具箱系统还包括外挂件,外挂件可拆装式连接至存储箱,外挂组件能可拆卸式连接风扇单元。
在一些实施例中,工具箱系统还包括:内插组件,设置在容纳腔内,内插组件包括充电器插件,用于连接充电器;充电器插件至少具有第一连接状态和第二连接状态,当充电器挂件处第一连接状态时,充电器挂件安装第一类充电器;当充电器挂件处第二连接状态时,充电器挂件安装第二类充电器。
在一些实施例中,内插组件还包括连接件,连接件与存储箱连接,至少一个充电器插件与连接件可拆卸式连接。
在一些实施例中,内插组件还包括紧固件,通过紧固件将充电器插件固定至连接件,紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或几种组合。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔;连接件连接至上盖。
在一些实施例中,内插组件还包括连接件,连接件与存储箱一体成型,至少一个充电器插件与连接件可拆卸式连接。
在一些实施例中,充电器插件上设有第一卡接端和第二卡接端,第一卡接端和第二卡接端用于安装充电器;充电器插件至少具有第一连接状态和第二连接状态,当充电器挂件处第一连接状态时,第一卡接端和第二卡接端之间具有第一长度;当充电器挂件处于第二连接状态时,第一卡接端和第二卡接端具有第二长度,其中第一长度大于第二长度;
充电器插件包括第一充电器插件和第二充电器插件,第一充电器插件上设有第一卡接端,第二充电器上设有第二卡接端,第一充电器插件能够相对第二充电器插件运动。
在一些实施例中,处于第一连接状态的充电器插件,与处于第二连接状态的充电器插件能同时安装在连接件上。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔;
工具箱系统还包括;电池包插件,用于安装电池包;电池包安装部,可拆卸式连接电池包插件;容纳腔外设置有电池包安装部,或容纳腔内设置有电池包安装部。
在一些实施例中,电池包安装部包括设置在容纳腔内的定位装置,定位装置用于引导电池包插件沿第一引导方向可拆卸式连接至容纳腔内。
在一些实施例中,定位装置包括第一定位组件和第二定位组件,第一定位组件和第二定位组件相互配合用于固定电池包插件;
在无外力驱动的情况下,第一定位组件限制电池包插件向下移动,第二定位组件限制电池包插件向上移动。
在一些实施例中,第一定位组件至少包括一对相互配合的第一连接端和第二连接端,第一连接端和第二连接端其中一个与存储箱至少一个侧壁固定连接或者一体成型,其中另一个与电池包插件固定连接或者一体成型。
在一些实施例中,第一定位组件包括固定连接在侧壁上的支撑元件,支撑元件连接第一连接端,第一连接端形成有支承槽,电池包插件上形成有第二连接端,第二连接端向外弯折形成悬挂部,支承槽的宽度大于悬挂部的宽度,以使悬挂部沿第一引导方向运动。
在一些实施例中,第二定位组件至少包括一对相互配合的第一定位端和第二定位端,第一定位端和第二定位端其中一个设置在第一连接端固定的侧壁上,其中另一个设置在电池包 插件上。
在一些实施例中,第一定位端设置在支撑元件上,第二定位端设置在电池包插件上;
当悬挂部连接至支承槽时,第一定位端与第二定位端接触,且第一定位端限制电池包插件向上运动。
在一些实施例中,第一定位端为支撑元件形成的弹性凸起,第二定位端为电池包插件的上表面。
在一些实施例中,第二定位组件至少包括一对相互配合的第一定位端和第二定位端,
第一定位端与上盖固定连接或者一体成型,第二定位端与电池包插件固定连接或者一体成型;
当上盖基本封闭容纳腔时,第一定位端与第二定位端抵持,且第一定位端限制电池包插件向上运动。
在一些实施例中,第二定位组件至少包括一对相互配合的第一定位端和第二定位端,第一定位端设置在与支撑元件相邻的侧壁上,第二定位端与电池包插件固定连接或者一体成型;
第一定位端被驱动至与第二定位端抵持时,第一定位端限制电池包插件向上运动。
在一些实施例中,电池包安装部包括设置在容纳腔外的支承件,支承件可供连接或者支撑电池包插件。
在一些实施例中,电池包插件包括:用于安装电池包的电池包安装板,和用于固定电池包安装板的主连接板;主连接板采用第一材料制成,电池包安装板采用第二材料制成,其中第一材料的硬度大于第二材料的硬度。
在一些实施例中,工具箱系统还包括:内插组件,设置在存储箱内,内插组件用于连接物品;内插组件包括,内插件和连接件,连接件与存储箱连接,连接件上能够可拆卸式安装至少一个内插件;内插件包括能够可拆卸连接物品的接出部,和与连接件的适配部配合的接入部。
在一些实施例中,内插组件还包括紧固件,紧固件穿过接入部,将内插件固定至连接件的适配部上,紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或几种组合。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔;连接件固定连接至上盖。
在一些实施例中,存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个侧壁的底壁和上盖,多个侧壁、底壁与上盖围绕形成容纳腔;连接件固定连接至侧壁。
在一些实施例中,内插件由物品形成。
在一些实施例中,内插件为多个,内插件包括电池包插件、充电器插件及工具附件盒的一种或组合。
在一些实施例中,适配部有多个,多个内插件可独立的安装到不同的适配部上。
在一些实施例中,工具附件盒与适配部其中之一设置有内嵌槽,其中另一个设置柔性件,柔性件能插设于内嵌槽。
在一些实施例中,充电器插件至少具有第一连接状态和第二连接状态,当充电器挂件处第一连接状态时,充电器挂件安装第一类充电器;当充电器挂件处第二连接状态时,充电器挂件安装第二类充电器。
在一些实施例中,充电器插件形成有数个限位孔,螺钉穿过限位孔将充电器插件固定至适配部上。
在一些实施例中,限位部包括安装槽,安装槽形成限位面,连接部包括插块,插块插设于安装槽,并与限位面抵接。
在一些实施例中,限位部与连接部其中之一设有凹槽,其中另一设置弹性件,弹性件能插设于凹槽。
在一些实施例中,工具箱还包括紧固件,紧固件穿过限位孔使得连接部与限位部连接,紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或组合。
在一些实施例中,外挂件为多个,外挂件包括电动工具挂件、电池包挂件、线缆挂件及标尺挂件的一种或组合。
在一些实施例中,限位部具有多个,多个外挂件可独立地安装到不同的限位部。
在一些实施例中,箱体至少其中一个侧壁的两侧设置有线缆挂件,线缆挂件用于挂线缆,线缆挂件包括挂钩部,侧壁两侧的线缆挂件的挂钩部的开口的朝向相背。
在一些实施例中,标尺挂件为长筒形,标尺挂件用于放置标尺,标尺挂件与箱体配合的配合面的顶端设置挂钩,挂钩的开口向下,箱体上设有与挂钩配合的挂槽。
在一些实施例中,限位部包括插块,插块形成限位面,连接部包括安装槽,插块插设于安装槽,使得安装槽与限位面抵接。
在一些实施例中,外挂件包括主挂件和副挂件,主挂件和箱体连接,副挂件连接与主挂件。
在一些实施例中,工具箱系统包括容纳部及支架部,支架部支撑容纳部,外挂件安装于支架部上。
在一些实施例中,存储箱还包括盖体,外挂件设置于盖体、箱体内或箱体外。
在一些实施例中,箱体内包括电池包挂件和充电器挂件,以形成电池包充电站。
本申请的有益之处在于:将物品通过外挂组件连接在存储箱外,进而工具箱系统可以容纳更多的物品。

Claims (68)

  1. 一种工具箱系统,包括:
    存储箱,具有容纳腔,所述容纳腔用于存储物品,所述存储箱包括形成于所述存储箱箱体上的限位部;
    外挂组件,用于拆卸式连接所述物品;
    其中:
    所述外挂组件包括外挂件,所述外挂件包括能够可拆卸地连接所述物品;
    所述限位部包括与所述外挂组件的安装部配合的限位面和/或限位孔。
  2. 根据权利要求1所述的工具箱系统,其中,所述外挂组件还包括中间件,所述中间与所述存储箱连接或者一体成型;所述中间件还包括第一接触部、第二接触部和第三接触部,所述第一接触部、第二接触部和第三接触部均能够安装至少一个所述外挂件。
  3. 根据权利要求2所述的工具箱系统,其中,所述中间件与所述存储箱一体成型,所述外挂件形成所述安装部。
  4. 根据权利要求2所述的工具箱系统,其中,所述中间件与所述存储箱一体成型,所述中间件形成所述安装部。
  5. 根据权利要求2所述的工具箱系统,其中,所述第一接触部包括第一安装面,所述第一安装面至少部分位于第一平面内;
    所述第二接触部包括第二安装面,所述第二安装面至少部分位于第二平面内;
    所述第三接触部包括第三安装面,所述第三安装部至少部分位于第三平面内;
    其中,所述第一平面、第二平面与第三平面两两相交且不垂直。
  6. 根据权利要求5所述工具箱系统,其中,所述第一安装面、第二安装面和第三安装面均能同时安装一个或者数个外挂件。
  7. 根据权利要求6所述的工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔,所述侧壁与侧壁之间通过连接段连接;
    所述侧壁、连接段和侧壁三者一体成型构成所述中间件,所述外挂件通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接至存储箱。
  8. 根据权利要求6所述的工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔;
    所述侧壁与侧壁之间通过连接段连接,所述中间件可拆卸式连接至所述连接段。
  9. 根据权利要求7或8所述工具箱系统,其中,所述连接段能够通过螺钉、插销、铆钉以及活动卡扣中的一种或几种组合的方式连接一个或者数个所述中间件。
  10. 根据权利要求9所述工具箱系统,其中,所述连接段上半内嵌有金属护杆;当所述中间件安装至所述连接段上时,所述护杆设置在所述中间件和所述连接段之间。
  11. 根据权利要求9所述工具箱系统,其中,所述外挂件为多个,所述外挂件包括电池包挂件、线缆挂件、标尺挂件,支承件以及电动工具挂件的一种或组合。
  12. 根据权利要求11所述工具箱系统,其中,多个所述标尺挂件配合放置标尺。
  13. 根据权利要求11所述工具箱系统,其中,所述支承件包括第一长板和第二长板,所述第一长板和第二长板间隔设置形成空隙,所述空隙可供连接或者支撑电动工具、电动工具附件、电池包以及充电器中的一种或几种。
  14. 根据权利要求13所述工具箱系统,其中,所述空隙中设置数个间隔板。
  15. 根据权利要求14所述工具箱系统,其中,所述支承件能够连接所述外挂件。
  16. 根据权利要求1所述的工具箱系统,其中,所述外挂组件设置在所述容纳腔外,所述外挂组件还包括中间件,所述中间件设有所述安装部,所述安装部与所述限位部可拆卸式连接,所述外挂件可拆卸式安装至所述中间件;
    其中,所述中间件至少包括一个能够安装所述外挂件的外挂件接触部。
  17. 根据权利要求16所述的工具箱系统,其中,所述外挂件接触部包括第一接触部和第二接触部,所述第一接触部和第二接触部形成第一安装面和第二安装面,所述第一安装面和第二安装面均能够安装至少一个所述外挂件;
    所述第一安装面至少部分位于第一平面内,所述第二安装面至少部分位于第二平面内,所述第一平面与所述第二平面倾斜相交。
  18. 根据权利要求1所述的工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔;
    所述工具箱系统还包括:至少一个风扇单元,所述风扇单元用于产生气流,所述风扇单元可拆卸式连接至所述容纳腔外。
  19. 根据权利要求18所述工具箱系统,所述工具箱系统还包括卡扣组件,所述风扇单元通过所述卡扣组件可拆卸式连接至所述侧壁。
  20. 根据权利要求18所述工具箱系统,所述工具箱系统还包括卡扣组件,所述风扇单元通过所述卡扣组件可拆卸式连接至所述上盖。
  21. 根据权利要求20所述工具箱系统,其中,所述卡扣组件包括第一卡扣组件和第二卡扣组件,所述第一卡扣组件和所述第二卡扣组件配合锁定所述风扇单元;
    所述第一卡扣组件与所述第二卡扣组件在沿所述上盖的延伸方向上的距离定义为第一距离W1;
    所述上盖在沿其延伸方向上的长度定义为第二距离W2;
    其中,所述第一距离W1占所述第二距离W2的比值大于等于0.4且小于等于1。
  22. 根据权利要求21所述工具箱系统,其中,所述第一卡扣组件包括用于相互配合的第一卡扣件和定位件,所述第一卡扣件与所述风扇单元固定连接或者一体成型,所述定位件连接至所述上盖;
    所述第二卡扣组件包括相互配合的转动件和止动件,所述转动件连接至所述上盖,所述止动件与所述风扇单元固定连接或者一体成型;
    当所述转动件与所述止动件接触,且所述第一卡扣件与所述定位件接触时,所述风扇单元与所述存储箱保持相对固定;
    当所述第一卡扣件与所述定位件分离时,所述风扇单元从所述存储箱上分离成一个独立的工具。
  23. 根据权利要求22所述工具箱系统,所述工具箱系统还包括多个所述存储箱,所述存储箱与存储箱之间相对固定连接;
    所述风扇单元能够可拆卸式连接至任意一个所述存储箱上。
  24. 根据权利要求23所述工具箱系统,其中,所述卡扣组件还包括第三卡扣组件,所述第一卡扣组件和所述第三卡扣组件配合锁定所述存储箱;
    所述第一卡扣组件与第三卡扣组件设置在所述上盖的两端,所述第二卡扣组件设置在所述第一卡扣组件和第三卡扣组件的之间。
  25. 根据权利要求18所述工具箱系统,其中,当所述工具箱系统静置放置在地面上时,所述存储箱和所述地面至少包括三个支撑点,其中定义三个所述支撑点所在的平面为支撑平面;
    当所述风扇单元连接至所述存储箱上时,所述风扇单元与所述存储箱至少具有一个接触面;
    所述接触面与所述支撑平面在沿上下方向上的距离大于等于100mm。
  26. 根据权利要求18所述工具箱系统,所述工具箱系统还包括:能够使所述存储箱静置或移动的行走装置,所述行走装置连接至所述存储箱,所述行走装置包括一个或多个轮子;
    当所述工具箱系统静置放置在地面上时,所述工具箱系统和所述地面至少包括三个支撑点,其中定义三个所述支撑点所在的平面为支撑平面;
    当所述风扇单元连接至所述存储箱上时,所述风扇单元与所述存储箱至少具有一个接触面;
    所述接触面与所述支撑平面在沿上下方向上的距离大于等于100mm。
  27. 根据权利要求18至26任意一项权利要求所述工具箱系统,所述工具箱系统还包括外 挂件,所述外挂件可拆装式连接至所述存储箱,所述外挂组件能可拆卸式连接所述风扇单元。
  28. 根据权利要求1所述的工具箱系统,所述工具箱系统还包括:内插组件,设置在所述容纳腔内,所述内插组件包括充电器插件,用于连接充电器;
    所述充电器插件至少具有第一连接状态和第二连接状态,当所述充电器挂件处所述第一连接状态时,所述充电器挂件安装第一类充电器;当所述充电器挂件处所述第二连接状态时,所述充电器挂件安装第二类充电器。
  29. 根据权利要求28所述工具箱系统,其中,所述内插组件还包括连接件,所述连接件与所述存储箱连接,至少一个所述充电器插件与所述连接件可拆卸式连接。
  30. 根据权利要求29所述工具箱系统,其中,所述内插组件还包括紧固件,通过所述紧固件将所述充电器插件固定至所述连接件,所述紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或几种组合。
  31. 根据权利要求30所述工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔;所述连接件连接至所述上盖。
  32. 根据权利要求28所述的工具箱系统,其中,所述内插组件还包括连接件,所述连接件与所述存储箱一体成型,至少一个所述充电器插件与所述连接件可拆卸式连接。
  33. 根据权利要求29至31任意一项权利要求所述工具箱系统,其中,所述充电器插件上设有第一卡接端和第二卡接端,所述第一卡接端和第二卡接端用于安装充电器;所述充电器插件至少具有第一连接状态和第二连接状态,当所述充电器挂件处所述第一连接状态时,所述第一卡接端和第二卡接端之间具有第一长度;当所述充电器挂件处于所述第二连接状态时,所述第一卡接端和第二卡接端具有第二长度,其中所述第一长度大于所述第二长度;
    所述充电器插件包括第一充电器插件和第二充电器插件,所述第一充电器插件上设有所述第一卡接端,所述第二充电器上设有所述第二卡接端,所述第一充电器插件能够相对所述第二充电器插件运动。
  34. 根据权利要求33所述的工具箱系统,其中,处于所述第一连接状态的所述充电器插件,与处于所述第二连接状态的所述充电器插件能同时安装在所述连接件上。
  35. 根据权利要求1所述的工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔;
    所述工具箱系统还包括;
    电池包插件,用于安装电池包;
    电池包安装部,可拆卸式连接所述电池包插件;
    所述容纳腔外设置有所述电池包安装部,或所述容纳腔内设置有所述电池包安装部。
  36. 根据权利要求35所述工具箱系统,其中,所述电池包安装部包括设置在所述容纳腔内的定位装置,所述定位装置用于引导所述电池包插件沿第一引导方向可拆卸式连接至所述容纳腔内。
  37. 根据权利要求36所述工具箱系统,其中,所述定位装置包括第一定位组件和第二定位组件,所述第一定位组件和第二定位组件相互配合用于固定所述电池包插件;
    在无外力驱动的情况下,所述第一定位组件限制所述电池包插件向下移动,所述第二定位组件限制所述电池包插件向上移动。
  38. 根据权利要求37所述工具箱系统,其中,所述第一定位组件至少包括一对相互配合的第一连接端和第二连接端,所述第一连接端和第二连接端其中一个与所述存储箱至少一个侧壁固定连接或者一体成型,其中另一个与所述电池包插件固定连接或者一体成型。
  39. 根据权利要求38所述工具箱系统,其中,所述第一定位组件包括固定连接在所述侧壁上的支撑元件,所述支撑元件连接所述第一连接端,所述第一连接端形成有支承槽,所述电池包插件上形成有所述第二连接端,所述第二连接端向外弯折形成悬挂部,所述支承槽的宽度大于所述悬挂部的宽度,以使所述悬挂部沿所述第一引导方向运动。
  40. 根据权利要求39所述工具箱系统,其中,所述第二定位组件至少包括一对相互配合的第一定位端和第二定位端,所述第一定位端和第二定位端其中一个设置在所述第一连接端固定的侧壁上,其中另一个设置在所述电池包插件上。
  41. 根据权利要求40所述工具箱系统,其中,所述第一定位端设置在所述支撑元件上,所述第二定位端设置在所述电池包插件上;
    当所述悬挂部连接至所述支承槽时,所述第一定位端与所述第二定位端接触,且所述第一定位端限制所述电池包插件向上运动。
  42. 根据权利要求41所述工具箱系统,其中,所述第一定位端为所述支撑元件形成的弹性凸起,所述第二定位端为所述电池包插件的上表面。
  43. 根据权利要求40所述工具箱系统,其中,所述第二定位组件至少包括一对相互配合的第一定位端和第二定位端,
    所述第一定位端与所述上盖固定连接或者一体成型,所述第二定位端与所述电池包插件固定连接或者一体成型;
    当所述上盖基本封闭所述容纳腔时,所述第一定位端与第二定位端抵持,且所述第一定位端限制所述电池包插件向上运动。
  44. 根据权利要求40所述工具箱系统,其中,所述第二定位组件至少包括一对相互配合的第一定位端和第二定位端,所述第一定位端设置在与所述支撑元件相邻的侧壁上,所述第 二定位端与所述电池包插件固定连接或者一体成型;
    所述第一定位端被驱动至与所述第二定位端抵持时,所述第一定位端限制所述电池包插件向上运动。
  45. 根据权利要求35所述工具箱系统,其中,所述电池包安装部包括设置在所述容纳腔外的支承件,所述支承件可供连接或者支撑所述电池包插件。
  46. 根据权利要求35所述工具箱系统,其中,所述电池包插件包括:用于安装所述电池包的电池包安装板,和用于固定所述电池包安装板的主连接板;
    所述主连接板采用第一材料制成,所述电池包安装板采用第二材料制成,其中所述第一材料的硬度大于所述第二材料的硬度。
  47. 根据权利要求1所述的工具箱系统,所述工具箱系统还包括:
    内插组件,设置在所述存储箱内,所述内插组件用于连接物品;
    所述内插组件包括,内插件和连接件,所述连接件与所述存储箱连接,所述连接件上能够可拆卸式安装至少一个所述内插件;
    所述内插件包括能够可拆卸连接物品的接出部,和与所述连接件的适配部配合的接入部。
  48. 根据权利要求47所述工具箱系统,其中,所述内插组件还包括紧固件,所述紧固件穿过所述接入部,将所述内插件固定至连接件的适配部上,所述紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或几种组合。
  49. 根据权利要求47所述工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔;所述连接件固定连接至所述上盖。
  50. 根据权利要求47所述工具箱系统,其中,所述存储箱包括,基本沿上下方向延伸的多个侧壁,相对设置且基本封闭多个所述侧壁的底壁和上盖,多个所述侧壁、底壁与上盖围绕形成所述容纳腔;所述连接件固定连接至所述侧壁。
  51. 根据权利要求49或50所述工具箱系统,其中,所述内插件由所述物品形成。
  52. 根据权利要求49或50所述工具箱系统,其中,所述内插件为多个,所述内插件包括电池包插件、充电器插件及工具附件盒的一种或组合。
  53. 根据权利要求52所述工具箱系统,其中,所述适配部有多个,多个内插件可独立的安装到不同的适配部上。
  54. 根据权利要求53所述工具箱系统,其中,所述工具附件盒与所述适配部其中之一设置有内嵌槽,其中另一个设置柔性件,所述柔性件能插设于所述内嵌槽。
  55. 根据权利要求53所述工具箱系统,其中,所述充电器插件至少具有第一连接状态和第二连接状态,当所述充电器挂件处所述第一连接状态时,所述充电器挂件安装第一类充电 器;当所述充电器挂件处所述第二连接状态时,所述充电器挂件安装第二类充电器。
  56. 根据权利要求55所述工具箱系统,其中,所述充电器插件形成有数个限位孔,螺钉穿过所述限位孔将所述充电器插件固定至所述适配部上。
  57. 根据权利要求1所述的工具箱系统,其中,所述限位部包括安装槽,所述安装槽形成所述限位面,所述连接部包括插块,所述插块插设于所述安装槽,并与所述限位面抵接。
  58. 根据权利要求57所述的工具箱系统,其中:所述限位部与所述连接部其中之一设有凹槽,其中另一设置弹性件,所述弹性件能插设于所述凹槽。
  59. 根据权利要求1或57所述的工具箱系统,其中:所述工具箱还包括紧固件,所述紧固件穿过所述限位孔使得所述连接部与所述限位部连接,所述紧固件为螺钉、插销、铆钉以及活动卡扣中的一种或组合。
  60. 根据权利要求1所述的工具箱系统,其中,所述外挂件为多个,所述外挂件包括电动工具挂件、电池包挂件、线缆挂件及标尺挂件的一种或组合。
  61. 根据权利要求60所述的工具箱系统,其中,所述限位部具有多个,多个所述外挂件可独立地安装到不同的所述限位部。
  62. 根据权利要求60所述的工具箱系统,其中,所述箱体至少其中一个侧壁的两侧设置有所述线缆挂件,所述线缆挂件用于挂线缆,所述线缆挂件包括挂钩部,所述侧壁两侧的所述线缆挂件的所述挂钩部的开口的朝向相背。
  63. 根据权利要求60所述的工具箱系统,其中,所述标尺挂件为长筒形,所述标尺挂件用于放置标尺,所述标尺挂件与所述箱体配合的配合面的顶端设置挂钩,所述挂钩的开口向下,所述箱体上设有与所述挂钩配合的挂槽。
  64. 根据权利要求1所述的工具箱系统,其中,所述限位部包括插块,所述插块形成所述限位面,所述连接部包括安装槽,所述插块插设于所述安装槽,使得所述安装槽与所述限位面抵接。
  65. 根据权利要求1所述的工具箱系统,其中,所述外挂件包括主挂件和副挂件,所述主挂件和所述箱体连接,所述副挂件连接与所述主挂件。
  66. 根据权利要求1所述的工具箱系统,所述工具箱系统包括容纳部及支架部,所述支架部支撑所述容纳部,所述外挂件安装于所述支架部上。
  67. 根据权利要求1所述的工具箱系统,其中,所述存储箱还包括盖体,所述外挂件设置于所述盖体、所述箱体内或所述箱体外。
  68. 根据权利要求67所述的工具箱系统,其中,所述箱体内包括电池包挂件和充电器挂件,以形成电池包充电站。
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