CN205066758U - Novel commodity circulation is kept watch on device - Google Patents
Novel commodity circulation is kept watch on device Download PDFInfo
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- CN205066758U CN205066758U CN201520545319.2U CN201520545319U CN205066758U CN 205066758 U CN205066758 U CN 205066758U CN 201520545319 U CN201520545319 U CN 201520545319U CN 205066758 U CN205066758 U CN 205066758U
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Abstract
The utility model provides a novel commodity circulation is kept watch on device is provided with among the same monitoring arrangement to strike and keeps watch on subassembly and slope supervision subassembly, can monitor the goods simultaneously and whether receive impact and slope effect. Being provided with the suggestion subassembly among the commodity circulation monitoring arrangement, printing on the suggestion subassembly or scribble characters or the pattern including fluorescent substance or reflection of light material, should indicate the subassembly can be commodity circulation monitoring arrangement's surface to this is located to paste and has commodity circulation monitoring arrangement also to play the suggestion in evening. The suggestion subassembly strike to be kept watch on the subassembly to keep watch on component or window bottom plate among the subassembly display window with the slope, when the impact force that receives exceedes a certain rated value or slope when exceeding the angle of certain settlement, exposes the suggestion subassembly that contains fluorescence or reflection of light material among the display window, and the suggestion subassembly that perhaps contains the fluorescence and the material that reflects light leaves the original position to impact and slope effect have taken place for the record. The suggestion subassembly can send fluorescence or strong light beam in evening to it also to play fine suggestion effect to reach in evening. The design is simple, the processing degree of difficulty is little, the shape size through changing the suggestion subassembly, the shape size of heavy object, strikes that keep watch on the subassembly and the various combination or the exclusive use of the upper and lower left and right sides of subassembly are kept watch on in the slope, can produce the commodity circulation monitoring arrangement of series, satisfies the impact that the goods received and the supervision needs of slope. Be applicable to commodity circulation transportation supervision field.
Description
Technical field
the utility model relates to a kind of novel logistics monitoring arrangement, a kind of logistics monitoring arrangement be made up of impact monitoring component and inclination monitoring component, namely can monitor whether goods receives percussive action, also can monitor whether goods receives tilting action simultaneously, the prompting assembly especially impacting monitoring component display window and inclination monitoring component display window is made up of special fluorescent material or reflectorized material, when the impulsive force be subject to exceedes a certain ratings or be tilted beyond certain setting angle time, the prompting assembly of window at night can be more eye-catching, to reach better suggesting effect, or be printed on panel fluorescent material or reflective material being printed on logistics monitoring arrangement or with the form of word and pattern on the panel then adhesive sticker being pasted onto logistics monitoring arrangement, also can suggesting effect be played at night, the logistics transportation belonging to goods monitors field.
Background technology
Along with the increasing of the increase of commodity circulation, particularly foreign trade, in handling transportation article due to collision impact, fall, cargo damage that inclination etc. causes increases.Goods arrives behind destination, and each goods is devaned inspection, and workload is very large.Therefore, find a kind ofly simply can to show, to receive the method for tilting action necessary by being collision impact or goods to indicate goods.This respect has carried out more work both at home and abroad, from the document delivered and patent, major part technology and patent are as United States Patent (USP) 5323729, 6633454, 4125085, 4068613, 88205759.6 and 4177751 and our patent 200420041805.2, 200820028290.0, 201020216479.X with 201310442000.2, goods can be pointed out by day easily whether to receive percussive action and tilting action, there is certain reference value, but all there is its defect in these patents: daytime can play clear suggesting effect, people can find whether receive impact or tilting action easily, but to evening, people need could find whether receive percussive action or tilting action by outer light source.In addition, most of data provides single for the surveillance technology impacted or tilt, and except our 201310442000.2 patents, does not also have the ready-made technology that simultaneously can monitor impact and tilting action.For this reason, we have proposed the utility model, not only can monitor inclination and percussive action simultaneously, by fluorescent material or reflective material at the lighting function at night or strong reflection function, also can differentiate whether there occurs impact and tilting action, solve this problem preferably easily at night.
Summary of the invention
not only the utility model proposes and a kind ofly conveniently can monitor whether goods receives collision impact effect but also can monitor whether goods receives the logistics monitoring arrangement of tilting action, and structure is simple, small and exquisite, easy to manufacture at night, install simple at the bottom of cost.
technical solution of the present utility model is: label is primarily of upper and lower two pieces of panels composition, and its panel material is by transparent material, and as formations such as PS plastics, PE plastics or organic glass, the surface printing of panel has trade mark and sign or posts trade mark and sign.Base plate can be made up of any material by certain mechanical property and heat resistance, and the bottom surface of base plate scribbles adhesive sticker.All mechanisms can design on panel, also can design on base plate.
Its main mechanism is by impacting monitoring component 1 and inclination monitoring component 2 forms, we provide two cover solutions for multi-direction impact monitoring component: one: impact in monitoring component 1 and design four, upper and lower, left and right impact recorder, solve the impact record problem of four direction.Devise impact record display window 21, upper spring 19 and the thin slice that is connected with upper spring in upper impact recorder to impact and point out assembly 20.Devise lower impact record display window 8, lower spring 6 and the thin slice that is connected with lower spring in lower impact recorder to impact and point out lower assembly 7.Devise right impact record display window 12, right spring 10 and the thin slice that is connected with right spring in right impact recorder to impact and point out right assembly 11.Devise left impact record display window 4, left spring 5 and the thin slice that is connected with left spring in left impact recorder to impact and point out left assembly 3.Four, upper and lower, left and right spring handle weight 9 is squeezed in weight storage warehouse 39.When upper and lower, left and right any direction has external impacts, weight 9 all can extrude and break through the constraint of corresponding direction spring, and the impact in this direction prompting assembly is shifted onto in corresponding window and shows, prompting receives external impacts.Impact prompting assembly 20,7,11 and 3 scribbles fluorescent material or reflective material, fluorescence or strong reflection light can be sent night, solve the problem that night also can conveniently judge whether to receive percussive action.Supervision problems are impacted in two: two directions: in impact monitoring component box 31, and bottom-layer design right side spring 27, the thin slice be connected with right side spring point out right assembly 28.Impacting, monitoring component box middle level devises left side spring 25, the thin slice that is connected with left side spring points out left assembly 26.Left and right sides spring 25 and 27 extrudes constraint weight 24 in centre.The two ends, left and right impacting monitoring component box 31 devise left and right display window 29 and 32 respectively, thin slice prompting left and right assembly 26 and 28 prints red night vision material, when being subject to the external impacts on right side, weight 24 extrudes and breaks through the constraint of left side spring 25, make the thin slice be connected with left side spring point out left assembly 26 to slide into the display window 29 in left side, prompting receives the impact of external force; Otherwise when receiving left side external force, right display window 32 record receives impact.Thus solve two directions impact supervision problems.The effect activating bolt 13 guarantees that logistics monitoring arrangement of the present utility model is inoperative before not activating, and solves the transportation safety problem of logistics monitoring arrangement of the present utility model itself.
we also provide two cover solutions for the impact monitoring component 1 of " Colision shock indicator " technological maheup utilizing our patent 200420041805.2 and provide: one: such impacts monitoring component 1 primarily of the nitrite ion composition in glass inner and outer pipes and interior pipe thereof, we are wall within the outer tube--prompting assembly is coated with colourless or white fluorescent material or reflectorized material, miscellaneous part is not containing fluorescent material or reflective material, when after the impact being subject to certain force, nitrite ion in interior pipe partly or entirely enters outer tube, make outer tube coating with the color of nitrite ion, fluorescence or the reflection ray with showing liquid color can be sent at night, solve and distinguish at night the problem whether receiving percussive action.Two: the display liquid containing fluorescence or reflective material is housed in interior pipe, miscellaneous part is not containing fluorescent material or reflective material, when after the impact being subject to certain force, nitrite ion in interior pipe partly or entirely enters outer tube, make outer tube wall with the characteristic of nitrite ion, fluorescence or reflection ray can be sent at night, also can solve and distinguish at night the problem whether receiving percussive action.
we provide two cover solutions for being placed in by one or more inclination disk or ball the inclination monitoring component 2 formed in storage warehouse: one: when the prompting assembly in display window is the base plate at storage warehouse, be coated with fluorescent material or reflective material on which floor plate, or add fluorescent material or reflective material when the injection moulding of storage warehouse base plate, make on storage warehouse base plate with fluorescent material or reflective material, miscellaneous part is not containing fluorescent material or reflective material, when there is no run-off the straight, inclination disk or ball have hidden storage warehouse base plate, after exceeding certain angle when tilting, inclination disk or ball roll out storage warehouse and expose base plate containing fluorescent material or reflective material, represent and there occurs tilting action, this fluorescence base plate can send fluorescence or reflective base plate strong reflection light at night, solve and distinguish at night the problem whether receiving tilting action.Two: when the prompting assembly in display window is at inclination disk or ball, then be coated with fluorescent material or reflective material at this disk or ball surface, miscellaneous part is not containing fluorescent material or reflective material, after exceeding nominal angle when tilting, inclination disk or ball roll out storage warehouse, represent and there occurs tilting action, this disk or ball can send fluorescence or reflective base plate reflection ray at night, also can solve and distinguish at night the problem whether receiving tilting action.
the solution that the inclination monitoring component 2 that we form for drift sand type " rate of roll indicator " provides is: the prompting assembly in display window--drift sand is caught fluorescent material or reflective material, miscellaneous part is not containing fluorescent material or reflective material, when run-off the straight effect, drift sand flows out storage warehouse, enter display window and the adhesive sticker absorption of shown window, represent and there occurs tilting action, drift sand with fluorescence or reflective material can send fluorescence or reflection ray at night, solves and distinguishes at night the problem whether receiving tilting action.
in order to point out this freight to paste logistics monitoring arrangement, we it is also proposed two kinds of solutions: one: with the form of word, pattern or background color, fluorescent material or reflective material are printed on the panel of logistics monitoring arrangement; Two: with the form of word, pattern or background color be printed on then adhesive sticker is pasted onto logistics monitoring arrangement panel on.The effect of prompting warning also can be played at night.
be described in detail below by embodiment.But the utility model is not restricted to following embodiment, by change arrangement, the shape changing single component or material, change fluorescence or reflective material color, add and apply alone with coating print mode or single monitoring component, the logistics monitoring arrangement of series can be provided.
Accompanying drawing explanation
fig. 1 embodiment 1 schematic diagram.
fig. 2 embodiment 2 schematic diagram.
fig. 3 embodiment 3 schematic diagram.
fig. 4 embodiment 4 schematic diagram.
fig. 5 embodiment 5 schematic diagram.
fig. 6 embodiment 6 schematic diagram.
fig. 7 embodiment 7 schematic diagram.
Embodiment
embodiment 1.
the schematic diagram of embodiment 1 of the present utility model as shown in Figure 1, is the logistics monitoring arrangement that a monitoring component that can record four direction percussive action forms separately, can only records and whether receive percussive action.Primarily of base plate and panel composition, base plate is ABS plastic, and panel is transparent PET, panel is arranged impact monitoring component, and the back side of base plate scribbles adhesive sticker, can be pasted onto on cargo compartment.
Impact in logistics monitoring arrangement and devise four, upper and lower, left and right impact recorder, solve the impact record problem of four direction.Devise impact record display window 21, upper spring 19 and the thin slice that is connected with upper spring in upper impact recorder to impact and point out assembly 20.Devise lower impact record display window 8, lower spring 6 and the thin slice that is connected with lower spring in lower impact recorder to impact and point out lower assembly 7.Devise right impact record display window 12, right spring 10 and the thin slice that is connected with right spring in right impact recorder to impact and point out right assembly 11.Devise left impact record display window 4, left spring 5 and the thin slice that is connected with left spring in left impact recorder to impact and point out left assembly 3.Four, upper and lower, left and right spring handle weight 9 is squeezed in weight storage warehouse 39.When upper and lower, left and right any direction has external impacts, weight 9 all can extrude and break through the spring constraint in corresponding direction, and the impact in this direction prompting assembly is shifted onto in corresponding window and shows, prompting receives external impacts.Impact prompting assembly 20,7,11 and 3 scribbles red fluorescent material, fluorescence or strong reflection light can be sent night, solve not only by day, also can easily distinguish at night the supervision problem whether receiving percussive action.
activating the effect of bolt 13 is guarantee logistics monitoring arrangement of the present utility model inoperative before not have activation (effect activating bolt 13 below in all embodiments is identical with the effect in the present embodiment, no longer repeat), solve the transportation safety problem of logistics monitoring arrangement of the present utility model itself.
embodiment 2.
the schematic diagram of embodiment 2 of the present utility model as shown in Figure 2, be an impact monitoring component 1 that can record four direction percussive action and be placed in by single inclination disk the logistics monitoring arrangement that the inclination monitoring component 2 that forms in storage warehouse forms jointly, primarily of base plate and panel composition, base plate is ABS plastic, panel is transparent PS plastics, panel is provided with and impacts monitoring component 1 and inclination monitoring component 2, and the back side of base plate scribbles adhesive sticker, can be pasted onto on cargo compartment.
the structure of impacting monitoring component 1 is identical with embodiment 1, no longer repeats.
be provided with inclination disk storage warehouse 22 in inclination monitoring component 2, inclination disk storage warehouse 22 base plate scribble red fluorescence coating--tilt prompting assembly, and storage warehouse 22 is exported by left and right and communicates with the external world, places inclination disk 23 in storage warehouse 22.When there is left bank, inclination disk 23 is rolled out by left outlet and leaves storage warehouse 22, exposes the red fluorescence coating that storage warehouse 22 base plate is coated with.When there is right bank, inclination disk 23 rolls out and leaves storage warehouse 22, also the red fluorescence base plate of storage warehouse 22 is exposed, this fluorescence base plate can send red fluorescence at night, represent and there occurs tilting action, thus solve not only by day, also can easily distinguish at night the supervision problem that whether there occurs tilting action.
embodiment 3.
as shown in Figure 3, primarily of base plate and panel composition, base plate is ABS plastic to the schematic diagram of embodiment 3 of the present utility model, panel is transparent PS plastics, panel is provided with and impacts monitoring component 1 and inclination monitoring component 2, and the back side of base plate scribbles adhesive sticker, can be pasted onto on cargo compartment.
impact the structure of monitoring component 1 similar with embodiment 1, but the percussive action in 3 directions can only be recorded, lacked upper impact recorder, remained down, left and right impact recorder structure, no longer repeat.
by two, left and right, inclination monitoring component 2 tilts to monitor that part forms, left bank monitors that part is made up of left bank disk 16, left bank disk storage warehouse 15, left bank disk storage warehouse 15 has outlet to communicate with the external world, when receiving left bank effect, left bank disk 16 rolls into the external space, solves left-oblique supervision problem.Right bank monitors that part is made up of right bank disk 18, right bank disk storage warehouse 17, and right bank disk storage warehouse 17 has outlet to communicate with the external world, and when receiving right bank effect, right bank disk 18 rolls into into the external space, solves right-oblique supervision problem.The effect of baffle plate 14 makes disk out not easily reenter disk storage warehouse again.Tilt on disk storage warehouse 15 and 17 base plate and scribble red fluorescent paint--the prompting assembly of display of tilting.When after run-off the straight, the disk 16 or 18 that tilts rolls out the disk storage warehouse 15 or 17 that tilts, expose the red fluorescence base plate of the disk storage warehouse 15 or 17 that tilts, this fluorescence base plate can send red fluorescence at night, represent and there occurs tilting action, thus solve not only by day, also can easily distinguish at night the supervision problem that whether there occurs tilting action.
embodiment 4.
the schematic diagram of embodiment 4 of the present utility model as shown in Figure 4, is the logistics monitoring arrangement that an impact monitoring component that can record both direction percussive action forms separately, can only records and whether receive percussive action.Primarily of base plate and panel composition, base plate is ABS plastic, and panel is transparent PET, panel is arranged impact monitoring component, and the back side of base plate scribbles adhesive sticker, can be pasted onto on cargo compartment.
In impact monitoring component box 31, bottom-layer design right side spring 27, the thin slice be connected with right side spring point out right assembly 28.Impacting, monitoring component box middle level devises left side spring 25, the thin slice that is connected with left side spring points out left assembly 26.Left and right sides spring 25 and 27 extrude constraint weight 24 in the upper layer between.The two ends, left and right impacting monitoring component box 31 devise left and right display window 29 and 32 respectively, thin slice prompting left and right assembly 26 and 28 prints red night vision material, when being subject to the external impacts on right side, weight 24 extrudes and breaks through the constraint of left side spring 25, make thin slice point out left assembly 26 to slide into the display window 29 in left side, prompting receives the impact of external force; Otherwise when receiving left side external force, right display window 32 record receives impact.Before after 30 assemblings, 33 is the back side after assembling, and 13 is activate bolt.
embodiment 5.
the schematic diagram of embodiment 5 of the present utility model as shown in Figure 5, it is impact monitoring component 1 and a common logistics monitoring arrangement formed of drift sand formula inclination monitoring component 2 that can record both direction percussive action, primarily of base plate and panel composition, base plate is ABS plastic, panel is transparent PS plastics, panel is provided with and impacts monitoring component 1 and inclination monitoring component 2, and the back side of base plate scribbles adhesive sticker, can be pasted onto on cargo compartment.
impact monitoring component structure identical with embodiment 4, no longer repeat.
be provided with left grains of sand storage warehouse 38, right grains of sand storage warehouse 35 in inclination monitoring component 2 and be inverted grains of sand storage warehouse 36, these grains of sand storage warehouses are connected with inclination viewing area 33 by guide groove, separate before not activating between these grains of sand storage warehouse and viewing areas by activating bolt 34.The grains of sand 37--display reminding assembly of fluorescent material is redly stored in grains of sand storage warehouse 35,36 and 38.Extract out during use and activate bolt 34, activate this inclination monitoring component, when tilting, the red fluorescence grains of sand 37 in left and right grains of sand storage warehouse 38 and 35 flow into the left and right sides of inclination viewing area 33 by guide groove and are clung by adhesive sticker, record there occurs tilting action, when there is inversion effect, the red fluorescence grains of sand in all three grains of sand storage warehouses enter the top in viewing area 33 and are clung by adhesive sticker, represent and there occurs inversion.These red fluorescence grains of sand can send red fluorescence at night, thus solve not only by day, also can easily distinguish at night the supervision problem whether receiving oblique inverted effect.
embodiment 6.
as shown in Figure 6, primarily of base plate and panel composition, base plate is ABS plastic to the schematic diagram of embodiment 6 of the present utility model, panel is transparent organic glass, panel is provided with and impacts monitoring component 1 and inclination monitoring component 2, and the base plate back side scribbles adhesive sticker, can be pasted onto on cargo compartment.
impact monitoring component 1 uses the technology in our 200420041805.2 patents: " Colision shock indicator ", primarily of the outer glass tube 41 be arranged in glass tube seat 40, glass inner tube 42 in outer tube one, nitrite ion 43 in interior pipe and display window 44 form, on the inwall of display window 44, scribble colourless fluorescent paint 45 in this improvement, when impacting when being collided, the part of nitrite ion 43 enters display window 44, display window inwall is made not only to have the luminescence feature of fluorescent material 45, also the feature containing nitrite ion, percussive action is received with record, fluorescence inwall can send the fluorescence with display liquid feature at night, thus solve not only by day, also can easily distinguish at night the supervision problem whether receiving collision impact.
inclination monitoring component 2, as shown in Figure 6, is combined by the inclination monitoring component in embodiment 2 and embodiment 3, and its principle is identical with the inclination monitoring component principle in embodiment 2 and 3, no longer repeats.
embodiment 7.
the schematic diagram of embodiment 7 of the present utility model as shown in Figure 7, be an impact monitoring component 1 being merely able to record single direction percussive action and be placed in by two inclination disks the logistics monitoring arrangement that the inclination monitoring component 2 that forms in storage warehouse forms jointly, primarily of base plate and panel composition, base plate is ABS plastic, panel is transparent PS plastics, base plate is provided with and impacts monitoring component 1 and inclination monitoring component 2, and the back side of base plate scribbles adhesive sticker, can be pasted onto on cargo compartment.
the red fluorescent material 49 that impact monitoring component 1 is printed by weight 48 and upper end thereof, weight storage warehouse 46, impact display window 50 and spring 47 form.Weight 48 is squeezed in the weight storage warehouse other end by the spring 47 being fixed on weight storage warehouse one end, when being subject to impacting, weight 48 extrudes the constraint breaking through spring 47, and one end weight being printed with red fluorescent material slides into impacts display window 50, and record receives percussive action.Transparent PS plastic front board printed thereon has the arrow 51 of red fluorescence material to point to impact display window 50, and whether observation changes herein related personnel also to be pointed out to note at night.
the structure of inclination monitoring component 2 is identical with embodiment 3, no longer repeats.
Claims (9)
1. a novel logistics monitoring arrangement, it is characterized in that being provided with in same device and impact monitoring component (1) and inclination monitoring component (2), percussive action and tilting action can be recorded simultaneously, prompting assembly is also provided with on timer, printing or the word scribbled containing fluorescent material or reflective material or pattern on this prompting assembly, this prompting assembly can be the surface of logistics monitoring arrangement, or impact monitoring component (1) and inclination monitoring component (2) display window in component or window base plate, when the impulsive force be subject to exceedes a certain ratings or be tilted beyond certain setting angle time, the prompting assembly containing fluorescence or reflective material is exposed in display window, or the prompting assembly containing fluorescence or reflective material leaves original position, impact or tilting action is received with record, prompting assembly can send fluorescence or strong reflection light at night, also good suggesting effect can be played at night to reach.
2. novel logistics monitoring arrangement according to claim 1, is characterized in that impacting monitoring component (1) is made up of four, upper and lower, left and right impact recorder: upper impact recorder is impacted by upper impact record display window (21), upper spring (19) and the thin slice that is connected with upper spring points out assembly (20) to form, lower impact recorder is impacted by lower impact record display window (8), lower spring (6) and the thin slice that is connected with lower spring points out lower assembly (7) to form, right impact recorder is impacted by right impact record display window (12), right spring (10) and the thin slice that is connected with right spring points out right assembly (11) to form, left impact recorder is impacted by left impact record display window (4), left spring (5) and the thin slice that is connected with left spring points out left assembly (3) to form, four impact recorders record the percussive action that different directions is subject to respectively, on, under, left, right four springs (19, 6, 5 and 10) weight (9) is squeezed in weight storage warehouse (39), when upper, under, left, when right any direction has an external impacts, weight (9) all can extrude the spring in corresponding direction, the impact in this direction prompting assembly is shifted onto in corresponding window and shows, prompting receives external impacts, owing to impacting in prompting, under, left, right assembly (20, 7, 11 and 3) fluorescent material or reflective material is provided with, fluorescence or strong reflection light can be sent night, also can judge whether to receive percussive action at night.
3. novel logistics monitoring arrangement according to claim 1, it is characterized in that impacting monitoring component (1) by being arranged on the right side spring (27) impacting monitoring component box (31) bottom, the thin slice be connected with right side spring points out right assembly (28), be arranged on the left side spring (25) in middle level, the thin slice be connected with left side spring points out left assembly (26), and be arranged on weight (24) composition on upper strata, weight (24) is squeezed in centre by left and right sides spring (25 and 27), impact two ends, left and right in monitoring component box (31) and design left and right display window (29 and 32) respectively, thin slice prompting left and right assembly (26 and 28) is printed with red night vision material, when being subject to the external impacts on right side, weight (24) extruding left side spring (25), the thin slice be connected with left side spring is made to point out left assembly (26) to slide into the display window (29) in left side, prompting receives the impact of external force, otherwise when receiving left side external force, right display window (32) record receives impact.
4. novel logistics monitoring arrangement according to claim 1, it is characterized in that in the impact monitoring component (1) that " Colision shock indicator " that be made up of interior outer glass pipe at forms, prompting assembly in display window--outer tube wall is coated with fluorescent material or the reflectorized material of adularescent, miscellaneous part is not containing fluorescent material or reflective material, when after the impact being subject to certain force, nitrite ion in interior pipe partly or entirely enters outer tube, percussive action is received with record, also make outer tube coating with the color of nitrite ion, fluorescence or the reflection ray with showing liquid color can be sent at night, so that more easily distinguish whether receive percussive action at night.
5. novel logistics monitoring arrangement according to claim 1, it is characterized in that the surface mount adhesive sticker at logistics monitoring arrangement, on adhesive sticker, printing contains pattern or the word of fluorescence or reflective material, or be directly printed on the surface of logistics monitoring arrangement, these words or pattern can send fluorescence or strong reflection light at night, so that this place also can be pointed out well to have logistics monitoring arrangement at night.
6. novel logistics monitoring arrangement according to claim 1, it is characterized in that being placed in the inclination monitoring component (2) formed in storage warehouse by one or more inclination disk or ball, the base plate of storage warehouse--containing fluorescent material or reflective material on the prompting assembly in display window, miscellaneous part is not containing fluorescent material or reflective material, when there is no run-off the straight, inclination disk or ball have hidden storage warehouse base plate, after exceeding certain angle when tilting, inclination disk or ball roll out storage warehouse and expose base plate containing fluorescent material or reflective material, tilting action is there occurs with record, this fluorescence base plate can send fluorescence or reflective base plate strong reflection light at night, so that more easily distinguish whether receive tilting action at night.
7. novel logistics monitoring arrangement according to claim 1, it is characterized in that on inclination disk in inclination monitoring component (2) or the ball prompting assembly one by one in display window with fluorescent material or reflective material, miscellaneous part is not containing fluorescent material or reflective material, after exceeding nominal angle when tilting, inclination disk or ball roll out storage warehouse, tilting action is there occurs with record, this disk or ball can send fluorescence or reflective base plate reflection ray at night, so that more easily distinguish whether receive tilting action at night.
8. novel logistics monitoring arrangement according to claim 1, it is characterized in that in the inclination monitoring component (2) be made up of a drift sand type " rate of roll indicator ", tilt and be inverted the grains of sand stored in grains of sand storage warehouse--with fluorescent material or reflective material on the prompting assembly in display window, miscellaneous part is not containing fluorescent material or reflective material, when run-off the straight effect, the grains of sand flow out storage warehouse, enter display window and the adhesive sticker absorption of shown window, oblique inverted effect is there occurs with record, drift sand with fluorescence or reflective material can send fluorescence or reflection ray at night, so that also can distinguish whether receive tilting action at night.
9. novel logistics monitoring arrangement according to claim 1, it is characterized in that the weight impacted in monitoring component (1) can make the weight of square, taper, spherical or other shapes into, the shape of prompting assembly can be rectangle, circle or other shapes, spring leaf can make spring wire into, fluorescence and reflective material can be red, blue, white or yellow, the arrangement impacting monitoring component and inclination monitoring component can be combine layout or left and right combination layout up and down, also can form alone impact monitoring arrangement or inclination monitoring arrangement by single component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520545319.2U CN205066758U (en) | 2015-07-27 | 2015-07-27 | Novel commodity circulation is kept watch on device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520545319.2U CN205066758U (en) | 2015-07-27 | 2015-07-27 | Novel commodity circulation is kept watch on device |
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| CN205066758U true CN205066758U (en) | 2016-03-02 |
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| CN201520545319.2U Active CN205066758U (en) | 2015-07-27 | 2015-07-27 | Novel commodity circulation is kept watch on device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107677406A (en) * | 2017-11-12 | 2018-02-09 | 东莞市顺浩实业有限公司 | One kind impact instruction device |
| CN109932117A (en) * | 2019-02-27 | 2019-06-25 | 苏州浪潮智能科技有限公司 | A kind of whole machine cabinet server shipment monitoring method and device |
-
2015
- 2015-07-27 CN CN201520545319.2U patent/CN205066758U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107677406A (en) * | 2017-11-12 | 2018-02-09 | 东莞市顺浩实业有限公司 | One kind impact instruction device |
| CN107677406B (en) * | 2017-11-12 | 2024-02-20 | 东莞市顺浩实业有限公司 | Impact indicating device |
| CN109932117A (en) * | 2019-02-27 | 2019-06-25 | 苏州浪潮智能科技有限公司 | A kind of whole machine cabinet server shipment monitoring method and device |
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