CN202376719U

CN202376719U - Movement counter based on altitude measuring module

Info

Publication number: CN202376719U
Application number: CN2011205240253U
Authority: CN
Inventors: 罗栋; 宋彦斌; 杨旭
Original assignee: University of Shanghai for Science and Technology
Current assignee: University of Shanghai for Science and Technology
Priority date: 2011-12-15
Filing date: 2011-12-15
Publication date: 2012-08-15
Anticipated expiration: 2021-12-15

Abstract

The utility model relates to a movement counter, in particular to a movement counter based on an altitude measuring module, which is provided with two altitude measuring modules, a receiving unit, a counting unit, a timing unit, a comparing unit, a switch and a display unit, wherein a second altitude measuring module, the receiving unit, the counting unit, the timing unit and the comparing unit form a receiving comparison module; the signal output end of the first altitude measuring module corresponds to the signal input end of the receiving unit; the signal output ends of the receiving unit and the second altitude measuring module are respectively connected with the signal input end of the comparing unit; and the signal output end of the comparing unit is connected with the counting unit. The utility model mainly aims at solving the technical problems that when the existing electronic counter is in use, a running state cannot be separated from a walking state, only the running is counted, and the application effect is relatively single. The movement counter can be widely applied to the motion such as running, push-up, rope skipping and the like and is favorable for correcting the posture of an exerciser.

Description

A kind of motion counter based on the height above sea level measurement module

Technical field

The utility model relates to motion counter, particularly a kind of motion counter based on the height above sea level measurement module.

Background technology

Along with the raising of social development, scientific and technological progress and living standards of the people, cause phenomenons such as system decline, obesity even angiocardiopathy to become increasingly conspicuous because of hypomotility, therefore healthy lifestyles generally come into one's own.People's most common form is run exactly, keeps fit.To this, popular all kinds of electronic pedometers on the market are used to detect the step number that people walk.Basically take two kinds of method of counting: a kind of is the principle that all will have any to move up and down according to people's center of gravity when the walking, is made up of vibrating sensor and electronic counter; So-called vibrating sensor is exactly that counterweight balance when up-down vibration is destroyed and makes a contact on/off action can occur, by the electronic counter record.Another kind is to use micro-acceleration sensor, and it can measure the acceleration information of testee exactly, thereby knows current motion state, measures the step number of walking.

Above-mentioned existing electronic counter in use, the two kinds of motion states that are difficult to run and to walk are distinguished and are come, and running are counted, result of use is more single, is difficult to satisfy people's demand.

The utility model content

The purpose of the utility model is to provide a kind of motion counter based on the height above sea level measurement module; Mainly solve existing electronic counter in use; The two kinds of motion state differences that are difficult to run and to walk are come, and only running are counted the technical problem that result of use is more single; It can be widely used in motions such as running, push-up, rope skipping, and the person's that helps to the correction of movement posture.

For realizing above-mentioned purpose, the utility model is to realize like this.

A kind of motion counter based on the height above sea level measurement module is characterized in that: it has two height above sea level measurement modules, a receiving element, a counting unit, a timing unit, a comparing unit, a switch and a display unit; Wherein: the second height above sea level measurement module, receiving element, counting unit, timing unit, comparing unit constitute the reception comparison module; The signal output part of the first height above sea level measurement module is corresponding to the signal input part of receiving element; Receiving element is connected the signal input part of comparing unit with the signal output part of the second height above sea level measurement module; The signal output part connection count unit of comparing unit.

Described motion counter based on the height above sea level measurement module is characterized in that: described counting unit is connected display unit respectively with timing unit.

The utility model is compared with existing mechanism, has following advantage.

The utility model can be realized the counting of multiple motion mode, as: the counting of running, walking, sit-ups, rope skipping or the like.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Flow chart when Fig. 2 is the utility model use.

The specific embodiment

See also Fig. 1, the utility model discloses a kind of motion counter based on the height above sea level measurement module.As shown in the figure: it has two height above sea level measurement modules, 24, one switches 3 of 23, one comparing units of 22, one timing units of 21, one counting units of 11,12, one receiving elements and a display unit 4; Wherein: the second height above sea level measurement module 12, receiving element 21, counting unit 22, timing unit 23, comparing unit 24 constitute and receive comparison modules 2; The signal output part of the first height above sea level measurement module 11 is corresponding to the signal input part of receiving element 21; Receiving element 21 is connected the signal input part of comparing unit 24 with the signal output part of the second height above sea level measurement module 12; The signal output part connection count unit 22 of comparing unit 24.In addition, described counting unit 22 is connected display unit 4 respectively with timing unit 23.

Flow process when the utility model uses is as shown in Figure 2; Its basic principle is: the first height above sea level measurement module 11 is placed on the measuring point; The first height above sea level measurement module 11 is wirelessly transmitted to the receiving element (can adopt wireless transmission method) that receives comparison module 2 with measurement result, and the second height above sea level measurement module 12 is contained in together with 22 of counting units and receives in the comparison module 2.Receive the data value that the comparing unit 24 in the comparison module 2 records the first height above sea level measurement module 11 and the second height above sea level measurement module 12 and carry out subtraction relatively, when difference surpassed setting threshold, counting module was counted and is added 1.And display unit 4 shows the numerical value of counting unit 22 and the time of timing unit 23 in real time.

Below introduce the method for using of the utility model through two concrete application examples.

To running, the practical implementation process of the utility model is following.The first height above sea level measurement module is placed on left foot, and the reception comparison module that will contain the second height above sea level measurement module is placed on right crus of diaphragm.After the switch opens, timing unit picks up counting, and two height above sea level measurement modules all can detect height above sea level in real time.The first height above sea level measurement module is real-time transmitted to the numerical value that records and receives in the comparison module, and comparison module can carry out subtraction relatively with the data of two height above sea level measurement modules, and when difference arrived preset threshold, counter can add 1; When difference does not reach preset threshold, the counter inoperation.And the result of timer sum counter can show in real time.

To push-up, only need the first height above sea level measurement module is placed on the shoulder, and the reception comparison module that contains the second height above sea level measurement module is placed on the ground and gets final product.All the other steps are identical with top application process.

When the utility model uses, the threshold value of oneself wanting can be set on comparison module.Can satisfy people's general requirements.

Being merely the preferred embodiment of the utility model in sum, is not the practical range that is used for limiting the utility model.Be that all equivalences of doing according to the content of the utility model claim change and modification, all should be the technological category of the utility model.

Claims

1. motion counter based on the height above sea level measurement module; It is characterized in that: it has two height above sea level measurement modules (11,12); A receiving element (21), a counting unit (22), a timing unit (23); A comparing unit (24), a switch (3) and a display unit (4); Wherein: the second height above sea level measurement module (12), receiving element (21), counting unit (22), timing unit (23), comparing unit (24) constitute reception comparison module (2); The signal output part of the first height above sea level measurement module (11) is corresponding to the signal input part of receiving element (21); Receiving element (21) is connected the signal input part of comparing unit (24) with the signal output part of the second height above sea level measurement module (12); The signal output part connection count unit (22) of comparing unit (24).

2. the motion counter based on the height above sea level measurement module according to claim 1 is characterized in that: described counting unit (22) is connected display unit (4) respectively with timing unit (23).