CN204963801U - A folding mechanism for volumetric apparatus - Google Patents

A folding mechanism for volumetric apparatus Download PDF

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Publication number
CN204963801U
CN204963801U CN201520545472.5U CN201520545472U CN204963801U CN 204963801 U CN204963801 U CN 204963801U CN 201520545472 U CN201520545472 U CN 201520545472U CN 204963801 U CN204963801 U CN 204963801U
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China
Prior art keywords
gage
volume
mount pad
measuring instrument
movable gage
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CN201520545472.5U
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Chinese (zh)
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李龙峰
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Zhejiang Baishi Technology Co Ltd
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Best Logistics Technology (china) Co Ltd
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Abstract

The utility model relates to a measuring equipment technical field discloses a folding mechanism for volumetric apparatus, and it includes cylindrical fixed gage beam, and first mount pad and second mount pad are constructed into to extending with one side to the one end of fixed gage beam, and first mount pad is used for rotating through first pivot settles first movable gage beam, and the second mount pad is used for rotating the axle mutually perpendicular who settles second activity gage beam, first pivot, second pivot and fixed gage beam through the second pivot. The utility model discloses a foldable design makes the volumetric apparatus can portable.

Description

For the fold mechanism of volume measuring instrument
Technical field
The utility model relates to measurement mechanism technical field, specifically, relates to a kind of fold mechanism for volume measuring instrument.
Background technology
In logistics field, the weight of goods and volume are most important metering datas.For a long time, Logistics Industry still uses more original tape measure mode in cubing.Although, although external cubing equipment is adopted by some domestic enterprises, but still there is many problems, such as: 1, measuring equipment is excessive, be not easy to dispose; 2, equipment investment is too high, and single equipment price is not usually from tens0000 to hundreds of thousands etc.; 3, in data docking and use, be only suitable at fixed-site and fixing computer docking; 4, special software cost, and secondary development difficulty is large.
From the above, although cubing is most important for logistic industry, to order, market there is no aly can be preferably easy to carry, volume measurement device that cost is lower, easy to use and method.
Summary of the invention
In order to overcome certain or some defect of prior art, the utility model provides a kind of volume measuring instrument.
According to a kind of volume measuring instrument of the present utility model, it comprises orthogonal 3 gage beams, arbitrary gage beam is equipped with laser ranging system, and described 3 gage beams carry out measurement for the length treating measuring tank body respectively simultaneously and corresponding conversion becomes length signals, width signal, altitude signal; Length signals, width signal and altitude signal are all sent to a processing unit place, thus treated cell processing draws the volume data of casing to be measured.
In a kind of volume measuring instrument of the present utility model, the length can simultaneously treating measuring tank body by orthogonal 3 gage beams is measured, and the processing unit established in can passing through carries out computing to the length recorded, thus draw volume data.Above-mentioned structure, on the one hand, making it possible to overcome in prior art when adopting tape measure needs the problem that repetitive measurement and measuring accuracy are not high; On the other hand, adopt the metering system of " by any to periphery radiation " compared to the mode of " by the outer circumferential central reduction " of existing measuring equipment, preferably can reduce the spatial volume of equipment, thus multiple measurement occasion can be applicable to.
In addition, the structure that a kind of volume measuring instrument of the present utility model is simplified due to it, makes it have lower manufacturing cost, thus it is universal and can occuping market preferably that it can preferably be obtained.
In a kind of volume measuring instrument of the present utility model, laser ranging technique can be utilized to measure length, thus can speed, precision higher measure length data.
As preferably, also comprise display unit, processing unit is configured for volume data being converted to volume display and is sent to display unit place.
In a kind of volume measuring instrument of the present utility model, such as display unit can also be comprised, volume data can be converted to volume display and be sent to display unit place by processing unit, thus the volume data recorded can be shown at display unit place comparatively intuitively, reading easy to use, record data.
As preferably, also comprise power supply unit, power supply unit is used for powering to described 3 gage beams and processing unit.
In a kind of volume measuring instrument of the present utility model, independent power supply unit can be adopted to power to it, thus it can preferably be worked independently, and then multiple measurement occasion can be applicable to.
As preferably, power supply unit comprises battery.
As preferably, battery adopts rechargeable battery.
In a kind of volume measuring instrument of the present utility model, power supply unit can comprise battery, and battery can be such as rechargeable battery, thus can preferably promote its flying power, simplifies structure.
As preferably, also comprise control module, control module is used for processing unit sending controling instruction.
In a kind of volume measuring instrument of the present utility model, can by control module to processing unit sending controling instruction, thus user can send required steering order according to actual measurement demand to processing unit in real time, and then can preferably realize sending such as measurement instruction, data idsplay order, wireless transmission instruction etc. to processing unit.
As preferably, control module comprises button group.
In a kind of volume measuring instrument of the present utility model, control module can comprise such as button group, can preferably input various control instruction by button group.
As preferably, display unit comprises LCDs.
In a kind of volume measuring instrument of the present utility model, display unit can comprise such as LCDs, thus can preferably display body volume data.
As preferably, power supply unit also comprises charging inlet.
In a kind of volume measuring instrument of the present utility model, power supply unit can comprise charging inlet, thus can preferably charge to the electric storage device in power supply unit.
As preferably, LCDs, button group and charging inlet are all located on same gage beam.
In a kind of volume measuring instrument of the present utility model, LCDs, button group and charging inlet can be all located on same gage beam, thus make its one-piece construction more succinct, make it possess less volume, thus are easy to carry.
The utility model additionally provides a kind of volume measuring instrument with wireless transmission function, it comprises orthogonal 3 gage beams, and described 3 gage beams carry out measurement for the length treating measuring tank body respectively simultaneously and corresponding conversion becomes length signals, width signal, altitude signal; Length signals, width signal and altitude signal are all sent to a processing unit place, processing unit is for the treatment of the volume data drawing casing to be measured and send to a wireless transmission unit, and wireless transmission unit is for generating volume wireless signal and sending to peripheral apparatus.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, it can comprise the structure in above-mentioned a kind of volume measuring instrument, thus can bring corresponding technique effect; And significantly, due to such as wireless transmission unit can be comprised, volume data can be converted to volume wireless signal and send to wireless transmission unit by processing unit, thus it can be more adapted to " mobile interchange epoch ", make volume data can send to peripheral apparatus (APP, logistics management software etc.) preferably by wireless transmission unit, and then make it preferably to carry out measuring to volume in multiple measurement environment and preferably to carry out centralized recording, management to the volume data measured.
As preferably, can also comprise such as display unit, processing unit is configured for volume data being converted to volume display and is sent to display unit place.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, such as display unit can also be comprised, volume data can be converted to volume display and be sent to display unit place by processing unit, thus the volume data recorded can be shown at display unit place comparatively intuitively, reading easy to use, record data.
As preferably, described 3 gage beams are equipped with laser ranging system.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, laser ranging technique can be utilized to measure length, thus can speed, precision higher measure length data.
As preferably, can also comprise such as power supply unit, power supply unit can be used in powering to described 3 gage beams and processing unit.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, independently power supply unit can be adopted to power to it, thus it can preferably be worked independently, and then multiple measurement occasion can be applicable to.
As preferably, power supply unit can comprise battery.
As preferably, battery can adopt such as rechargeable battery.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, power supply unit can comprise battery, and battery can be such as rechargeable battery, thus can preferably promote its flying power, simplifies structure.
As preferably, wireless transmission unit can comprise such as Bluetooth communication modules.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, data transmission can be carried out by adopting standard bluetooth host-host protocol, make it can carry out data transmission with multiple peripheral apparatus (IOS system, ANDRIO system etc.), thus its wireless transmission interface can be carried out with multiple logistics management software alternately.
As preferably, also comprise control module, control module is used for processing unit sending controling instruction.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, can by control module to processing unit sending controling instruction, thus user can send required steering order according to actual measurement demand to processing unit in real time, and then can preferably realize sending such as measurement instruction, data idsplay order, wireless transmission instruction etc. to processing unit.
As preferably, control module comprises button group.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, control module can comprise such as button group, can preferably input various control instruction by button group.
As preferably, display unit comprises LCDs, and power supply unit also comprises charging inlet, and LCDs, button group and charging inlet are all located on same gage beam.
Of the present utility model a kind of with in the volume measuring instrument of wireless transmission function, display unit can comprise such as LCDs, thus can preferably display body volume data; Power supply unit can comprise charging inlet, thus can preferably charge to the electric storage device in power supply unit; LCDs, button group and charging inlet can be all located on same gage beam, thus make its one-piece construction more succinct, make it possess less volume, thus are easy to carry.
The utility model additionally provides a kind of fold mechanism for volume measuring instrument, it comprises the fixation measuring arm of column, one end of fixation measuring arm becomes the first mount pad and the second mount pad to the same side extended configuration, first mount pad is used for rotating the movable gage beam of arrangement first by the first pivot pin, second mount pad is used for rotating the movable gage beam of arrangement second by the second pivot pin, and the first pivot pin, the second pivot pin and the longitudinal centre line of fixation measuring arm are configured to mutually vertical.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, first movable gage beam and the second movable gage beam can all be rotationally connected with fixation measuring arm, thus make it can reach measurement station by the movable gage beam of rotation first and the second movable gage beam when for measuring operation, when not needing to carry out measurement operation, first movable gage beam and the second movable gage beam can turn to and be folded into one with fixation measuring arm, are made that it is small and exquisite, light by fold design, are easy to carry.
As preferably, the first movable gage beam is provided with by spring telescopically the first register pin that head configuration becomes cambered surface.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, first register pin can compress the first mount pad under the action of the spring all the time, and by the first pilot hole location on the first mount pad, thus make the first movable gage beam preferably can keep any attitude on the first mount pad without under External Force Acting.
As preferably, on the first mount pad, corresponding first movable gage beam and fixation measuring arm angle are that the position of 0 ° is provided with for the first horizontal location hole with the first detent fit.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, when the first movable gage beam is in folded state, the first register pin can stretch in the first horizontal location hole, thus the first movable gage beam can be made preferably can to keep folded state.
As preferably, on the first mount pad, corresponding first movable gage beam and fixation measuring arm angle are that the position of 90 ° is provided with for the first perpendicular positioning hole with the first detent fit.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, when the first movable gage beam is in running order (time vertical with fixation measuring arm), first register pin can stretch in the first perpendicular positioning hole, thus the first movable gage beam can be made preferably can to keep duty, thus preferably can ensure the accuracy of measurement data.
As preferably, the second movable gage beam is provided with by spring telescopically the second register pin that head configuration becomes cambered surface.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, second register pin can compress the second mount pad under the action of the spring all the time, and by the second pilot hole location on the second mount pad, thus make the second movable gage beam preferably can keep any attitude on the second mount pad without under External Force Acting.
As preferably, on the second mount pad, corresponding second movable gage beam and fixation measuring arm angle are that the position of 0 ° is provided with for the second horizontal location hole with the second detent fit.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, when the second movable gage beam is in folded state, the second register pin can stretch in the second horizontal location hole, thus the second movable gage beam can be made preferably can to keep folded state.
As preferably, on the second mount pad, corresponding second movable gage beam and fixation measuring arm angle are that the position of 90 ° is provided with for the second perpendicular positioning hole with the second detent fit.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, when the second movable gage beam is in running order (time vertical with fixation measuring arm), second register pin can stretch in the second perpendicular positioning hole, thus the second movable gage beam can be made preferably can to keep duty, and then preferably can ensure the accuracy of measurement data.
Of the present utility model a kind of in the fold mechanism of volume measuring instrument, can coordinating by register pin and pilot hole, make the first movable gage beam or/and the second movable gage beam keeps required state, and then make it can possess preferably stability, and register pin can by the setting of the elastic component telescopically of such as spring, thus make register pin can not affect the first movable gage beam or/and the rotation of the second movable gage beam, and preferably locating effect can be brought.
The utility model additionally provides a kind of collapsible volume measuring instrument, it comprises the fixation measuring arm of column, one end of fixation measuring arm becomes the first mount pad and the second mount pad to the same side extended configuration, first mount pad is used for rotating the movable gage beam of arrangement first by the first pivot pin, second mount pad is used for rotating the movable gage beam of arrangement second by the second pivot pin, and the first pivot pin, the second pivot pin and the longitudinal centre line of fixation measuring arm are configured to mutually vertical;
Fixation measuring arm, the first movable gage beam and the second movable gage beam are used for when mutual plumbness, the length simultaneously treating measuring tank body respectively carry out measurements also corresponding conversion become length signals, width signal and altitude signal; Length signals, width signal and altitude signal are all sent to a processing unit place, thus draw the volume data of casing to be measured via processing unit processes.
In the collapsible volume measuring instrument of one of the present utility model, any one volume measuring instrument above-mentioned and any one above-mentioned fold mechanism can be comprised, and corresponding technique effect can be brought, thus make its can in each link of logistics comparatively fast, comparatively convenient, comparatively accurately volume is measured, thus raise the efficiency, reduce costs, improve the aspect such as the level of informatization, automaticity and both provide strong equipment guarantee for logistic industry.
As preferably, the first movable gage beam is provided with by spring telescopically the first register pin that head configuration becomes cambered surface, the second movable gage beam is provided with by spring telescopically the second register pin that head configuration becomes cambered surface.
As preferably, on the first mount pad, corresponding first movable gage beam and fixation measuring arm angle are that the position of 0 ° is provided with for the first horizontal location hole with the first detent fit; On second mount pad, corresponding second movable gage beam and fixation measuring arm angle are that the position of 0 ° is provided with for the second horizontal location hole with the second detent fit.
As preferably, on the first mount pad, corresponding first movable gage beam and fixation measuring arm angle are that the position of 90 ° is provided with for the first perpendicular positioning hole with the first detent fit; On second mount pad, corresponding second movable gage beam and fixation measuring arm angle are that the position of 90 ° is provided with for the second perpendicular positioning hole with the second detent fit.
As preferably, also comprise display unit, processing unit is configured for volume data being converted to volume display and is sent to display unit place.
As preferably, fixation measuring arm, the first movable gage beam and the second movable gage beam are equipped with laser ranging system.
As preferably, also comprise power supply unit, power supply unit is used for powering to the laser ranging system be located at respectively in fixation measuring arm, the first movable gage beam, the second movable gage beam and processing unit.
As preferably, power supply unit comprises battery.
As preferably, battery adopts rechargeable battery.
A kind of box volume measuring method, it can apply in any one volume measuring instrument above-mentioned, and it can comprise the steps:
Step (1): measure length, adopt orthogonal 3 gage beams to measure the length of casing respectively from casing same summit place simultaneously, thus obtain length signals, width signal, altitude signal;
Step (2): calculate volume, by the processing unit be located in arbitrary gage beam, the length signals in step (1), width signal, altitude signal are received and processed, thus drawing volume data;
Step (3): data export, and utilize processing unit to convert volume data to volume display, and volume display received by being located at display device in arbitrary gage beam and showing.
A kind of box volume measuring method of the present utility model, it can measure length simultaneously, thus can overcome in prior art when adopting tape measure and need the problem that repetitive measurement and measuring accuracy are not high.
As preferably, can also comprise the following steps: step (4) data are transmitted, convert volume data to volume wireless signal by being located at wireless transmission unit in arbitrary gage beam and sending to peripheral apparatus.
As preferably, in step (1), described 3 gage beams all adopt laser ranging mode to measure.
As preferably, processing unit, display device and wireless transmission unit are all located in same gage beam.
As preferably, wireless transmission unit comprises Bluetooth communication modules.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a kind of volume measuring instrument in embodiment 1;
Fig. 2 is the schematic diagram of a kind of collapsible volume measuring instrument in embodiment 3;
Fig. 3 is the organigram in Fig. 2 between the first register pin and the first movable gage beam;
Fig. 4 is the organigram in Fig. 2 between the second register pin and the second movable gage beam;
Fig. 5 is the schematic block circuit diagram of a kind of volume measuring instrument in embodiment 1.
Description of reference numerals:
110, the first movable gage beam; 120, the second movable gage beam; 130, fixation measuring arm; 131, LCDs; 132, button group; 133, charging inlet; 210, the first mount pad; 220, the second mount pad; 230, the first pivot pin; 240, the second pivot pin; 250, the first register pin; 260, the second register pin.
Embodiment
For understanding content of the present utility model further, in conjunction with the accompanying drawings and embodiments the utility model is described in detail.Should be understood that, embodiment is only to make an explanation to the utility model and and non-limiting.
Embodiment 1
As shown in Figure 1, present embodiments provide a kind of volume measuring instrument, it comprises orthogonal 3 gage beams, and the length that above-mentioned 3 gage beams are used for treating respectively measuring tank body is simultaneously measured.
As shown in Figure 5, first collecting unit, the second collecting unit and the 3rd collecting unit are used for gathering respectively length information that above-mentioned 3 articles of gage beams record and corresponding conversion becomes length signals, width signal and altitude signal, and processing unit is for receiving length signals, width signal and altitude signal thus computing draws the volume data of casing to be measured.
In the present embodiment, above-mentioned 3 gage beams all adopt laser ranging mode to measure, and by above-mentioned 3 gage beams being placed on the summit place of casing to be measured, then adopt 3 reflectors to carry out cooperation can to measure length comparatively accurately.In addition, also comprise the power supply unit for powering to above-mentioned 3 gage beams and processing unit in the present embodiment, power supply unit comprises the rechargeable battery be located in arbitrary gage beam, and this arbitrary gage beam place is provided with the charging inlet 133 for being connected with rechargeable battery.
Embodiment 2
The present embodiment also provides a kind of volume measuring instrument, the difference of itself and embodiment 1 is: in the present embodiment, processing unit can convert volume data to volume display, and send to display unit, thus can intuitively volume data be shown.
In the present embodiment, display unit comprises LCDs 131, and LCDs can be arranged in arbitrary gage beam.
Embodiment 3
As shown in Figure 2, present embodiments provide a kind of collapsible volume measuring instrument, the difference of itself and embodiment 2 is:
Described 3 gage beams are respectively fixation measuring arm 130, first movable gage beam 110 and the second movable gage beam 120, fixation measuring arm 130 is configured to rectangular-shaped, the first mount pad 210 and the second mount pad 220 that the upper end of fixation measuring arm 130 becomes to be set up in parallel to the same side extended configuration; One end of first movable gage beam 110 is arranged on the first mount pad 210 by the first pivot pin 230, one end of second movable gage beam 120 is arranged on the second mount pad 220 by the second pivot pin 240, and the first pivot pin 230, second pivot pin 240 is mutually vertical with the longitudinal centre line of fixation measuring arm 130;
As shown in Figure 3, first movable gage beam 110 is provided with head configuration by spring telescopically to become on the first register pin 250, first mount pad 210 of cambered surface corresponding first movable gage beam 110 and fixation measuring arm 130 angle to be that the position of 0 ° and 90 ° is respectively equipped with the first horizontal location hole for coordinating with the first register pin 250 and the first perpendicular positioning hole;
As shown in Figure 4, second movable gage beam 120 is provided with head configuration by spring telescopically to become on the second register pin 260, second mount pad 220 of cambered surface corresponding second movable gage beam 120 and fixation measuring arm 130 angle to be that the position of 0 ° and 90 ° is respectively equipped with the second horizontal location hole for coordinating with the second register pin 260 and the second perpendicular positioning hole.
In the present embodiment, by rotating the first movable gage beam 110, first register pin 250 is coordinated with the first perpendicular positioning hole, and by the movable gage beam 120 of rotation second, second register pin 260 is coordinated with the second perpendicular positioning hole, the movable gage beam 110 of fixation measuring arm 130, first and the second movable gage beam 120 can be made to keep mutual plumbness to measure for the length treating measuring tank body.
In the present embodiment, by rotating the first movable gage beam 110, first register pin 250 is coordinated with the first horizontal location hole, and by the movable gage beam 120 of rotation second, second register pin 260 is coordinated with the second horizontal location hole, the state that the first movable gage beam 110 and the second movable gage beam 120 remain retracted on fixation measuring arm 130 can be made, thus the collapsible volume measuring instrument in the present embodiment can be folded when not needing to carry out measurement operation, and then be easy to carry.In the present embodiment, when the movable gage beam 120 of the first movable gage beam 110, second is folded on fixation measuring arm 130, jointly can form a new rectangular parallelepiped.
In the present embodiment, LCDs 131, rechargeable battery and charging inlet 133 is all arranged on fixation measuring arm 130.
Embodiment 4
Present embodiments provide a kind of volume measuring instrument with wireless transmission function, the difference of itself and embodiment 3 is: processing unit is also connected with wireless transmission unit, processing unit can convert volume data to volume wireless signal simultaneously and send to wireless transmission unit, volume data can be sent to peripheral apparatus by wireless transmission unit, thus make a kind of volume measuring instrument with wireless transmission function of the present embodiment preferably can carry out data interaction with multiple logistics management software, and then be convenient to data management.
In the present embodiment, wireless transmission unit comprises Bluetooth communication modules, thus make it possible to carry out data interaction by the mode of Bluetooth transmission, by being integrated with comparatively ripe existing Bluetooth communication modules, make a kind of volume measuring instrument with wireless transmission function of the present embodiment preferably can carry out data transmission with peripheral apparatus.
It should be noted that; adopting bluetooth approach to carry out data transmission in the present embodiment is only a kind of preferred scheme; should be understood that, any realize the transmission of data wireless in the utility model without creationary mode or method all fall into protection domain required by the utility model.
Embodiment 5
Present embodiments provide a kind of volume measuring instrument, the difference of itself and embodiment 4 is: also comprise control module, control module comprises the button group 132 be arranged on fixation measuring arm 130, button group 132 is for realizing open and close machine function respectively, start measurement function, data display function and data-transformation facility.
Embodiment 6
Present embodiments provide a kind of volume measuring method based on any one volume measuring instrument in embodiment 1 ~ embodiment 5, it can preferably for measuring the volume of such as casing.It comprises the steps:
(1) length is measured, wide, high, 3 gage beams are kept to be in mutual plumbness (the first movable gage beam 110, second movable gage beam 120, fixation measuring arm 130, afterwards these 3 gage beams are placed on the summit place of casing to be measured, article 3, be equipped with a generating laser in gage beam and each generating laser place the summit of gage beam to casing to be measured be specially known fixed range, laser transmitter projects laser, then long at casing, wide, a reflector is installed at high corresponding three summits place respectively, 3 reflectors are adopted to coordinate, the laser launched in generating laser is made to reflex to photoelectricity collecting unit in gage beam through reflector, the laser received is sent to processing unit by photoelectricity collecting unit, timer now in gage beam carries out timing to the time that laser beam is issued to the collection of photoelectricity collecting unit from generating laser, and the length of casing is obtained respectively by this time, wide, high information,
Step (2): calculate volume, utilize the length information recorded in the first photoelectricity collecting unit, the second photoelectricity collecting unit and the 3rd photoelectricity collecting unit difference acquisition step (1), and sending to processing unit, processing unit carries out computing to the length data received and obtains volume data;
Step (3): data export, and the volume data calculated in step (2) is converted to volume display and shows in display device;
Step (4): data are transmitted, and the volume data calculated in step (2) is converted to volume wireless signal and sends to peripheral apparatus through wireless transmission unit.
In a word, the foregoing is only preferred embodiment of the present utility model, all equalizations done according to the utility model claim change and modify, and all should belong to the covering scope of the utility model patent.

Claims (7)

1. for the fold mechanism of volume measuring instrument, it is characterized in that: the fixation measuring arm (130) comprising column, one end of fixation measuring arm (130) becomes the first mount pad (210) and the second mount pad (220) to the same side extended configuration, first mount pad (210) is for rotating the movable gage beam of arrangement first (110) by the first pivot pin (230), second mount pad (220) is for rotating the movable gage beam of arrangement second (120) by the second pivot pin (240), first pivot pin (230), second pivot pin (240) and the longitudinal centre line of fixation measuring arm (130) are configured to mutually vertical.
2. the fold mechanism for volume measuring instrument according to claim 1, it is characterized in that: the first movable gage beam (110) is provided with by spring telescopically the first register pin (250) that head configuration becomes cambered surface, and the first mount pad (210) is provided with the first pilot hole coordinated with the first register pin (250).
3. the fold mechanism for volume measuring instrument according to claim 2, is characterized in that: the position that the upper corresponding first movable gage beam (110) of the first mount pad (210) and fixation measuring arm (130) angle are 0 ° is provided with the first horizontal location hole for coordinating with the first register pin (250).
4. the fold mechanism for volume measuring instrument according to claim 2, is characterized in that: the position that the upper corresponding first movable gage beam (110) of the first mount pad (210) and fixation measuring arm (130) angle are 90 ° is provided with the first perpendicular positioning hole for coordinating with the first register pin (250).
5. according to the described fold mechanism for volume measuring instrument arbitrary in claim 1, it is characterized in that: the second movable gage beam (120) is provided with by spring telescopically the second register pin (260) that head configuration becomes cambered surface, and the second mount pad (220) is provided with the second pilot hole coordinated with the second register pin (260).
6. the fold mechanism for volume measuring instrument according to claim 5, is characterized in that: the position that the upper corresponding second movable gage beam (120) of the second mount pad (220) and fixation measuring arm (130) angle are 0 ° is provided with the second horizontal location hole for coordinating with the second register pin (260).
7. the fold mechanism for volume measuring instrument according to claim 5, is characterized in that: the position that the upper corresponding second movable gage beam (120) of the second mount pad (220) and fixation measuring arm (130) angle are 90 ° is provided with the second perpendicular positioning hole for coordinating with the second register pin (260).
CN201520545472.5U 2015-07-24 2015-07-24 A folding mechanism for volumetric apparatus Active CN204963801U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520545472.5U CN204963801U (en) 2015-07-24 2015-07-24 A folding mechanism for volumetric apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520545472.5U CN204963801U (en) 2015-07-24 2015-07-24 A folding mechanism for volumetric apparatus

Publications (1)

Publication Number Publication Date
CN204963801U true CN204963801U (en) 2016-01-13

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520545472.5U Active CN204963801U (en) 2015-07-24 2015-07-24 A folding mechanism for volumetric apparatus

Country Status (1)

Country Link
CN (1) CN204963801U (en)

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TR01 Transfer of patent right

Effective date of registration: 20200422

Address after: Room 307, 3rd floor, 3850 Jiangnan Avenue, Binjiang District, Hangzhou City, Zhejiang 310000

Patentee after: ZHEJIANG BAISHI TECHNOLOGY Co.,Ltd.

Address before: 2, building 18, block A, Huaxing modern industrial park, No. 310013 Tang Miao Road, Zhejiang, Hangzhou

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