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TinyBeat - Track My Pregnancy

TinyBeat - Track My Pregnancy

斌 张

Health & Fitness免费v1.3
App Store
评分

4.7

733 条评分

星级

★★★★★

最近更新

2022年4月24日

发布日期

2022年3月21日

更新内容

v1.3

We Update New Features. Fix Bugs.

应用信息

开发者
斌 张
分类
Health & Fitness
价格
免费
版本
1.3
App ID
1613676438

简介

Tiny Joy provides you with intimate counting of baby kicks, as well as historical data statistics and presentation of baby kicks, to help you master the laws of your baby kicks and ensure fetal health. Baby Kicks refers to the movement of the fetus in the uterine cavity to impact the uterine wall. The fetus reaches, kicks, and impacts the uterine wall in the womb. After 4 months of pregnancy, the movement of the fetus can be clearly felt. Baby Kicks is one of the important contents in clinical prenatal fetal monitoring technology. The number of baby kicks , speed, strength, etc. indicate the safety of the fetus. Features: - Automatically calculate the effective fetal movement with one click - Do not miss fetal movement monitoring on time - fetal movement data at a glance - listen baby's heart beat Subscription: - $7.99/per month -3 days free trial - $39.99/per year -3 days free trial Payment will be charged to iTunes Account at confirmation of purchase.Subscription automatically renews unless auto-renew is turned off at least 24-hours before the end of the current period.Account will be charged for renewal within 24-hours prior to the end of the current period, and identify the cost of the renewal.Subscriptions may be managed by you and auto-renewal may be turned off by going to your Account Settings after purchase.Any unused portion of a free trial period, if offered, will be forfeited when you purchases a subscription to that publication, where applicable. Terms of Use: https://sites.google.com/view/tinyjoy-termsofues/homepage Privacy Policy: https://sites.google.com/view/tinyjoy-privacy-policy/homepage

下载量预测

专业 · 预览

预估总下载量

67K49K105K
保守估计乐观估计

958

低 / 月

1K

预估 / 月

2K

高 / 月

基于733 条评分
假设评分率1.1%
应用年龄51 个月

基于评分数量 ÷ 类别评分率估算,实际下载量误差可达 ±50%,与 Sensor Tower 方法一致。