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CN-121988002-A - Water-absorbing material counterweight insertion type training wearing structure and preparation method thereof

CN121988002ACN 121988002 ACN121988002 ACN 121988002ACN-121988002-A

Abstract

The invention discloses a water-absorbing material counterweight insertion training wearing structure and a preparation method thereof. The training wear structure includes a wearable body and a water-absorbing weighting structure. The wearable body is characterized in that one or more bag body structures are arranged on the inner side or the outer side of the wearable body, and the water-absorbing weight-increasing structure comprises a water injection bag and water-absorbing materials filled in the water injection bag. The water injection bag is configured to be capable of being placed in a bag body structure after the water absorbing material inside is saturated with water. According to the invention, the physical distribution economy is improved by using the modes of dry transportation and water injection weight gain, and meanwhile, the characteristics of the hydrogel structure formed after the water absorption of the high polymer water absorption material are utilized, so that the weight gain moisture is ensured to be locked in a high polymer network, and the free flowing liquid state is avoided, thereby reducing the problems of liquid shaking and inertial impact in the movement process, ensuring the stability of the load structure in the training process, reducing the risk of gravity center deviation, and improving the movement safety and wearing comfort.

Inventors

  • LIU QIANGSHENG
  • LIU FENGJIAO

Assignees

  • 煌捷(杭州)实业有限公司

Dates

Publication Date
20260508
Application Date
20260313

Claims (10)

  1. 1. A water-absorbing material counterweight plug-in training wearing structure comprises a wearable main body and is characterized by further comprising a water-absorbing weight-increasing structure (400), wherein one or more bag structures (300) are arranged on the inner side or the outer side of the wearable main body, the water-absorbing weight-increasing structure (400) comprises a water filling bag (410) and water-absorbing materials (420) filled in the water filling bag (410), and the water filling bag (410) is configured to be capable of being filled in the bag structures (300) after the water-absorbing materials (420) are saturated in water absorption.
  2. 2. The training wear structure of claim 1, wherein the water absorbing material is in the form of particles and is a superabsorbent polymer material that forms an aqueous gel after absorbing water.
  3. 3. The training wear structure of claim 1, wherein the maximum volume of the water injection bag (410) is 1.1-1.3 times the volume of the water absorbing material (420) after water saturation.
  4. 4. The training wear structure according to claim 1, wherein the water injection port of the water injection bag (410) is provided with a self-closing water injection structure (411), the self-closing water injection structure (411) is of a flexible flat hollow structure, openings are formed in two ends of the self-closing water injection structure (411), the middle of the self-closing water injection structure (411) is fixed with the edge of the water injection port of the water injection bag (410) in a sealing mode, and one end of the self-closing water injection structure (411) is located outside the water injection bag (410) while the other end of the self-closing water injection structure is located inside the water injection bag (410).
  5. 5. The training wear structure of claim 1 further comprising a base weight (200), the wearable body comprising a fixed weight region (140) and a movable weight region (150), the base weight (200) being fixed to the fixed weight region (140), the pocket structure (300) being disposed in the movable weight region (150), the fixed weight region (140) being separated from the movable weight region (150) by a sewing thread (160), the base weight (200) being disposed in a sandwich structure of the wearable body, the base weight (200) employing iron or quartz sand.
  6. 6. The training wear structure of claim 5 wherein the wearable body is vest-shaped, the fixed weight region (140) is at a shoulder and/or chest region of the wearable body, and the movable weight region (150) comprises a waist region of the wearable body.
  7. 7. The training wear structure of claim 1, wherein the pouch body structure (300) comprises a pouch cavity (310) and a pouch opening (320) connected to an inner space of the pouch cavity (310), and wherein the water-filled pouch (410) after the water-absorbing material (420) is saturated with water is filled into the pouch cavity (310) through the pouch opening (320).
  8. 8. The training wear structure of claim 7, wherein the pockets (310) are formed by enclosing two layers of fabric of the wearable body, the pockets (320) are formed in an outer layer of fabric of the wearable body, and the pockets (310) of the plurality of different pocket structures (300) are separated by a suture line connecting the two layers of fabric of the wearable body.
  9. 9. The training wear structure of claim 1 wherein the wearable body is any one of a vest, a sleeve body suit, a wristband, a waistband, and a legging.
  10. 10. A method for manufacturing a training wear structure, characterized by being used for manufacturing the training wear structure according to claim 1; the preparation method comprises the following steps: Cutting the inner layer fabric and the outer layer fabric of the wearable main body, overlapping the inner layer fabric and the outer layer fabric, and wrapping the inner layer fabric and the outer layer fabric, sewing a sewing thread for separating a fixed counterweight area (140) and a movable counterweight area (150), and reserving a filling opening in the fixed counterweight area (140); filling basic weight bodies in a fixed weight area of the vest main body, and closing a filling opening after filling is completed; A plurality of parallel bag structures are processed in the movable counterweight area of the vest main body; preparing water filling bag with waterproof film, filling water absorbing material with preset weight into the water filling bag, and placing the water filling bag in the corresponding bag body structure.

Description

Water-absorbing material counterweight insertion type training wearing structure and preparation method thereof Technical Field The invention belongs to the technical field of load bearing apparatuses, and particularly relates to a water absorbing material counterweight insertion training wearing structure and a preparation method thereof. Background Weight training is a common physical enhancement mode, and by adding extra weight to the wearing equipment of a human body, a trainer can bear larger load in running, jumping or strength training processes, so that muscle strength, endurance and cardiopulmonary function are improved. Currently, in the field of fitness training and physical training, common weight training wear equipment includes a weight vest, a weight wristband, a weight waistband, a weight legging, and the like. Such equipment is usually provided with weights such as metal blocks, metal particles, iron sand or sand bags and the like in the wearing structure to achieve the weight training effect on the human body. However, prior art weight training equipment typically requires the complete weight structure to be deployed at the point of shipment, such as a filled metal block or sand bag, to provide a product with a significant overall weight once it is produced. The structure can directly provide training load, but can obviously increase the transportation weight and volume of the product in the processes of storage, transportation and sales of the product, thereby improving the logistics transportation cost and the transportation strength. Particularly in the application scenes of e-commerce sales and trans-regional transportation, the logistics cost of the high-weight product can be increased, the transportation efficiency and economy can be reduced, and certain limitation is brought to the popularization and sales of the product. In order to solve the problem of partial weight, training equipment for carrying out weight balance in a water injection mode also exists in the prior art, namely a water bag is arranged in a wearing structure, and weight gain is realized by injecting water into the water bag. However, such structures often have problems with the free flow of the body of water during movement. When a user runs, jumps or performs other high-strength actions, the water body easily generates obvious shaking in the container, so that larger inertial impact is formed, the stability of the load structure is reduced, the gravity center of the wearing structure is possibly offset, and the training safety and the use comfort are further affected. In addition, part of weight training equipment still adopts a hard counterweight body structure at softer or sensitive parts such as waist and abdomen of a human body, and the hard counterweight body structure is easy to generate larger impact or compression on the human body in the process of intense exercise, thereby reducing wearing comfort and possibly even causing exercise discomfort or potential safety hazard. Disclosure of Invention The invention aims to provide a counterweight insertion training wearing structure made of a water absorbing material and a preparation method thereof. In a first aspect, the present invention provides a water absorbent material weight-inserted training wear structure comprising a wearable body and a water absorbent weighting structure. The wearable body is characterized in that one or more bag body structures are arranged on the inner side or the outer side of the wearable body, and the water-absorbing weight-increasing structure comprises a water injection bag and water-absorbing materials filled in the water injection bag. The water injection bag is configured to be capable of being filled into a bag body structure after the water absorption material inside is saturated with water. Preferably, the water absorbing material is granular, and a high water absorbing polymer material which forms water-containing gel after absorbing water is adopted, so that the water absorbing material is stored in a gel state in the water injection bag after absorbing water. Preferably, the water injection bag only contains a dry water absorbing material in a transportation state, and the maximum volume of the water injection bag is 1.1-1.3 times of the volume of the water absorbing material after water absorption saturation. Preferably, the water injection port of the water injection bag is provided with a self-closing water injection structure. The self-closing water injection structure is a flexible flat hollow structure, and openings are arranged at two ends of the self-closing water injection structure. The middle part of the self-closing water injection structure is fixed with the edge of the water injection port of the water injection bag in a sealing way. One end of the self-closing water injection structure is positioned outside the water injection bag, and the other end of the self-closing water injection structure is pos