TWM612881U - Diving equipment set - Google Patents

Abstract

The diving equipment set of this creation integrates the equipment required for diving for easy carrying and use, including the backpack body, gas supply device, buoyancy device, intelligent detection and display device, fins and hand power device. The gas supply device, the buoyancy device and the intelligent detection and display device are separately arranged on the backpack body. The gas supply device includes a gas cylinder, a first and a second gas delivery component. The gas in the gas bottle is output to the mask through the first gas delivery component. The device component is provided to the user, and the user's exhaled gas is output through the second inhalation component and can be sent to the inflator of the buoyancy device to achieve gas recycling. The intelligent detection and display device is used to detect the state of the gas supply device and the buoyancy device for display, and the fins and the hand power device are embedded and stored in the accommodating grooves on the opposite sides of the carrying body. In this way, the user's portability is greatly improved, and storage after diving is relatively simple and fast.

Description

Diving equipment group

This creation is related to the field of diving equipment, especially a diving equipment group that integrates the required items to facilitate carrying and use, and can promote the public's willingness to dive.

Diving is a general term for underwater activities, and its methods include diving operations where air is supplied from the surface using compressors, scuba diving where divers carry their own breathing systems, or free diving where breathing systems are not carried and only light equipment is used.

In recent years, the number of people engaged in water activities has been increasing, and for the general public, the trend of diving and watching the beautiful scenery of the sea is also becoming more and more popular. Diving activities for leisure, entertainment and sightseeing are mostly snorkeling and free diving without respirators, or scuba diving with respirators.

The equipment required for snorkeling and free diving is relatively simple to carry and use. For snorkeling, you only need to wear a wetsuit, mask, etc., and then wear a shorter snorkel to maintain breathing on the surface of the water. Free diving is even easier , Do not carry air supply equipment and dive with a single breath and then hold your breath. Scuba diving needs to be equipped with breathing regulators, pressure controllers, counterweights, etc., but relatively scuba diving has an independent gas supply, so it can dive into deeper underwater areas and maintain a longer time.

However, although scuba diving can provide divers with more interesting entertainment experience, it has relatively high execution risk and low convenience. For example, many equipment components must be carried when diving activities, which are heavy and bulky. At the same time, it is necessary to prepare huge bags and bags to hold various equipment. It is also prone to situations where activities cannot be carried out due to forgetting to carry certain equipment, which causes many inconveniences for divers. For those who do not have diving experience, it is also a bad reason for the initiation of retirement.

In view of this, the team has observed the lack of conventional technology, so it has worked hard to research, conceived and designed a brand-new diving equipment set, hoping to solve the existing deficiencies and allow more people to participate. Diving activities and understanding of marine ecology.

One purpose of this creation is to provide a diving equipment set that integrates diving equipment into an integrated product that is easy to carry and use, which can reduce the weight and carrying volume of existing diving equipment, thereby greatly improving the convenience of carrying applications. Sex.

In order to achieve the above purpose, this creation discloses a diving equipment set, including: a back body for a user to wear on the front side of the torso, and two opposite sides of the back body are respectively provided with accommodating slots; a gas supply device, provided The backpack body includes a gas bottle, a first gas transmission component, and a second gas transmission component. The gas bottle is connected to the first gas transmission component, and the first gas transmission component is used to output gas to a mask The regulator assembly is provided to the user, the second inhalation assembly communicates with the mask regulator assembly and has an exhaust valve for receiving the breath exhaled by the user; a buoyancy device is provided on the backpack body, The buoyancy device includes an inflator connected with the second gas delivery component for receiving gas to be inflated to generate buoyancy; an intelligent detection and display device includes a processor and is arranged on the carrying body for supplying To detect and display the state of the gas supply device and the buoyancy device; two fins for embedding and storing in the accommodating slots; and the second-hand power device, embedding and storing in the accommodating slots and located On the outer side of the fins. In this way, this creative department provides an integrated design of diving products that are easy to carry out, so that divers do not need to store various items one by one when performing diving activities.

The diving equipment set may further include a filter device and a gas mixing device, the filter device and the gas mixing device are arranged on the backpack body, the filter device and the inflatable part of the buoyancy device, the second gas transmission component and The gas mixing device is connected to filter the gas and deliver the filtered available gas to the gas mixing device; the gas mixing device is connected to the first gas delivery component to mix the filtered available gas and deliver it to the mask The regulator assembly is provided to the user. In this way, the filtered gas can be mixed into the required gas to form air for the user to breathe, so as to achieve recycling and ensure the effect of sufficient gas. Preferably, the filtering device includes at least one filter screen to filter impurities and peculiar smells of the exhaled gas.

The diving equipment set may further include an emergency air supply device, which is arranged on the carrying body and communicates with the gas mixing device. The emergency air supply device includes a water containing tank and an electrolytic collection assembly, and the electrolytic collection assembly is disposed on the The water containing tank is used for electrolyzing the water in the water containing tank and collecting oxygen and transmitting it to the gas mixing device. In this way, oxygen can be produced by itself in response to emergency situations, so as to avoid dangerous situations caused by insufficient gas in the gas cylinder.

Among them, the intelligent detection display device further includes a GPS positioning module, a depth detection module, and a speed detection module, which are respectively connected to the processor in telecommunication for detecting the position of the carrying body and diving Depth and movement speed are also displayed, so that the user can quickly understand the current diving status.

The diving equipment set may further include at least one warning light arranged on the backpack body, and the warning light is telecommunications connected with the smart detection and display device to be driven at least according to the state of the gas supply device and the buoyancy device to display the corresponding The light signal is used to remind the user of the status of each component in real time with the light effect.

Wherein, each of the fins has a sleeve part which extends from one side of the fins to the other side and surrounds the instep of the user when the fin is worn. In this way, through the loop fixing design, the fins can reduce the discomfort of the user's heel, and at the same time, it can also have a better guiding effect and improve the moving power.

Wherein, each of the hand power devices includes a propeller, a perforation and a clamping part, the propeller is arranged in the hand power device, and the perforation and the clamping part are arranged on two opposite sides of the hand power device. At the end, the perforation is for the user's thumb to penetrate, and the clamping part is for clamping the user's wrist. This system can assist the user to move forward, reduce physical energy consumption, and also have a better degree of freedom in direction control.

In summary, the diving equipment set in this creation effectively enhances the convenience of carrying equipment during diving activities, and provides different carrying and wearing modes with a new design. According to this, it is not only convenient for divers, but also for inexperienced people. Greater interest in trying diving activities. The diving equipment set is also very convenient to use. Take off the fins and the hand power device to wear, and then fix the backpack body on the body, you can dive. In order to improve the safety of diving and the efficiency of equipment use, this creation is further equipped with components such as filter devices, warning lights, gas mixing devices, etc., to make the diving equipment group safer in use.

In order to enable those with ordinary knowledge in the field to clearly understand the content of this creation, please refer to the following descriptions and diagrams.

Please refer to Figures 1 to 4, which are an exploded diagram, an assembly diagram, a block diagram of the device architecture, and an application diagram of the preferred embodiment of the creation. As shown in the figure, this creation discloses a diving equipment set 1 which includes a backpack body 10, a gas supply device 11, a buoyancy device 12, an intelligent detection display device 13, two fins 14 and a second-hand power device 15. Through the diving equipment set 1, the user 2 who wants to dive can have better convenience in preparing and carrying the equipment, avoiding the inconvenience of preparing to carry one by one, and it is quite easy to use and wear.

The carrying body 10 is for the user 2 to wear on the front side of the torso, and two opposite sides of the carrying body 10 are respectively provided with accommodating grooves 101. Preferably, the backpack body 10 can be fixed to the diving suit of the user 2 through magnetic attraction, clamping or other objects such as a rope body and the like to form a front carrying state. The gas supply device 11 is disposed on the backpack body 10, and includes a gas cylinder 111, a first gas transmission component 112, and a second gas transmission component 113. The gas cylinder 10 is connected to the first gas transmission component 112. An air delivery assembly 112 is provided for outputting gas to a mask regulator assembly 3 for the user 2, and the second air delivery assembly 113 is in communication with the mask regulator assembly 3 and has an exhaust valve 1131 for Receive the breath exhaled by the user 2. The mask adjuster assembly 3 refers to a component structure composed of a mask, a first stage head, a second stage head and other components. This is a conventional technology and will not be repeated here, and the structure can be directly connected to the first air delivery assembly 112 And the second air delivery assembly 113 is fixedly connected and arranged to facilitate carrying with the diving equipment set 1.

The buoyancy device 12 is disposed on the backpack body 10, and the buoyancy device 12 includes an inflatable portion 121 which is connected to the second gas transmission component 113 for receiving gas and being inflated to generate buoyancy. It should be noted that the inflation method of the inflator 121 can be to receive gas from the second gas delivery assembly 113, or it can be controlled by an inflation valve (not shown in the figure) provided in the buoyancy device 12 It achieves the performance of automatic inflation and deflation, and automatic inflation and deflation is an existing technology, so I won't repeat it.

The intelligent detection and display device 13 includes a processor 134 and is arranged on the carrying body 10 for detecting the state of the gas supply device 11 and the buoyancy device 12 for display. Preferably, the intelligent detection and display device 13 system can detect the amount of the gas cylinder 111 of the gas supply device 11, calculate the underwater safety stay time, and detect the inflation state of the buoyancy device 12 to confirm the buoyancy provided by it. The setting position can be The top side area of the body 10 is carried to facilitate the user 2 to see. Further, the smart detection display device 13 further includes a GPS positioning module 131, a depth detection module 132, and a speed detection module 133, which are respectively connected to the processor 134 in telecommunication for detecting the backpack. The position, diving depth and moving speed of the main body 10 are displayed, so as to confirm and display the current geographic location of the user 2, the diving depth of the user 2, and the ascent speed status of the user 2 in real time to avoid the ascent speed. Faster than the decompression time is dangerous, and the above-mentioned design can effectively improve the safety of the user 2 during diving.

The fins 14 are provided for embedded storage in the accommodating grooves 101, and the hand power devices 15 are also provided for embedded storage in the accommodating grooves 101 and are located outside each of the fins 14. In this way, compared with the previous diving equipment preparation and carrying methods, this creation system integrates all kinds of equipment that need to be used into one, which is quite easy and convenient to carry, and only needs to fix the backpack body 10 to the user during use. 2 The front side of the torso, and remove the fins 14 and the hand power devices 15 from the carrying body 10 and wear them to the feet and hands. After wearing the mask adjuster assembly 2 you can perform diving activities . The backpack body 10, the fins 14, and the hand power devices 15 are preferably presented in a streamlined fashion to facilitate movement in the water, and the hand power devices 15 can enhance the The amount of dialing power of the user 2’s hand makes it easier for the user 2 to move and turn when moving under the water. The hand power devices 15 can also be further equipped with mechanisms such as propellers to enhance the user 2’s Auxiliary efficiency.

Preferably, the diving equipment set 1 further includes a filter device 16 and a gas mixing device 17. The filter device 16 and the gas mixing device 17 are attached to the carrying body 10, and the filter device 16 and the buoyancy device 12 The inflator 121, the second gas transmission component 113 and the gas mixing device 17 are connected to filter the gas and transfer the filtered available gas to the gas mixing device 17; the gas mixing device 17 and the first gas transmission component 112 is connected to mix the filtered available gas and deliver it to the mask adjuster assembly 2 to be provided to the user 2. The gas supply device 11 of the diving equipment set 1 can be an open or closed-loop use mode. For example, when the gas supply device 11 is in an open gas supply mode, the second gas delivery component 113 can pass through the exhaust The air valve 1131 discharges the air exhaled by the user 2 to the outside, and the inflator 121 can be deflated or inflated according to the control of the inflation valve. When the gas supply device 11 is in a closed-loop gas supply mode, the gas output by the second gas delivery assembly 113 or the gas in the inflator 121 can be sent to the filter device 16 and processed by the filter device 16 The latter part of the gas is then transferred to the gas mixing device 17 to be remixed to form a gas state for the user 2 to breathe, and provided for the user to use. Wherein, preferably, the filtering device 16 may include at least one filter 161 to effectively filter out impurities and odors in the exhaled gas, and the filtering device 16 may be installed between the gas mixing device 17 and the gas cylinder 111 between.

In addition, the diving equipment set 1 may further include an emergency air supply device 18, which is provided on the backpack body 10 and communicates with the gas mixing device 17, and the emergency air supply device 18 includes a water containing tank 181 and an electrolytic collection assembly 182. The electrolysis collecting assembly 182 is disposed in the water containing tank 181 for electrolyzing the water in the water containing tank 181 and collecting oxygen and transmitting it to the gas mixing device 17. Through the emergency gas supply device 18, oxygen can be produced in real time when the content of the gas cylinder 111 is insufficient or leaking, etc., and then the gas mixing device 17 is used to mix the gas for the user 2 to inhale. The mechanism design department can effectively improve the safety of activities. Preferably, the emergency gas supply device 18 can be arranged on one side of the gas mixing device 17.

In order to enhance the safety of the user 2 during diving activities, the diving equipment set 1 further includes at least one warning light 19 arranged on the backpack body 10, and the warning light 19 is telecommunications connected to the intelligent detection and display device 13 , To be driven at least according to the state of the gas supply device 11 and the buoyancy device 12 to display the corresponding lights. In this way, the warning light 19 can be used to quickly let the user or other companions know the status of the gas supply device 11 and the buoyancy device 12 by using the warning light 19 under the water surface. For example, when everything is normal, the warning can be made The light 19 is a green light. When the gas content of the gas cylinder 111 is slightly insufficient or close to the critical value, the warning light 19 can be made to be yellow and red respectively, prompting the user 2 or companion to float up immediately Relatively safe.

Regarding the fins 14 and the hand power devices 15, this creation also has further technical disclosures. Preferably, each of the fins 14 has a set part 141, and the cover part 141 is formed by the fins 14 One side extends toward the other side, and is looped around the instep of the user 2 when the user 2 is wearing it. In this way, through the loop-type wearing design, it has the advantages of quick putting on and taking off, no friction on the heel, and more comfortable wearing. Each of the hand power devices 15 includes a perforation 151 and a clamping portion 152. The perforation 151 and the clamping portion 152 are separately provided at opposite ends of the hand power device 15, and the perforation 151 is provided for the user The thumb of 2 penetrates, and the clamping portion 152 is provided for clamping on the wrist of the user 2. Accordingly, through the design of the perforation 151 and the clamping portion 152, the hand power devices 15 can be made less easy to loosen, and the hand power devices 15 can provide the guiding force during diving movement. And better freedom of direction control.

When the user 2 goes to the diving site, he only needs to carry the diving equipment set 1 to bring the used equipment together, reducing the possibility of missing items, and at the same time, it can be carried more conveniently. Then, before diving, the hand power device 15 and the fins 14 are removed from the backpack body 10, and the backpack body 10 and the first air delivery assembly 112 and the second air delivery assembly After the mask adjuster assembly 3, the hand power devices 15 and the fins 14 connected by 113 are respectively worn in corresponding positions, diving activities can be carried out. Through the various device components on the carrying body 10, the user 2 can have a better safety and experience during diving. For various sudden problems, it can also use the emergency air supply device 18 in real time. solve.

In summary, the Diving Equipment Group 1 of this creation effectively improves the convenience of carrying equipment during diving activities, and provides different carrying and wearing modes with a new design. According to this, it is not only convenient for divers, but also for inexperienced people. Have greater interest in trying diving activities. The diving equipment set 1 is also very convenient to use. The fins 14 and the hand power device 15 are removed and worn, and the backpack body 10 is fixed to the body to perform diving activities. In order to improve the safety of diving and the efficiency of equipment use, this creation is further equipped with components such as filter device 16, warning light 19, gas mixing device 17, etc. to make the diving equipment set 1 safer in use.

However, the above are only the preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation; therefore, all equal changes and modifications made without departing from the spirit and scope of this creation should be covered in This creation is within the scope of the patent.

1: Diving equipment group 10: Carry the body 101: accommodating slot 11: Gas supply device 111: Cylinder 112: The first gas transmission component 113: The second gas transmission component 1131: Exhaust valve 12: Buoyancy device 121: Inflatable part 13: Intelligent detection display device 131: GPS positioning module 132: Depth Detection Module 133: Speed detection module 134: Processor 14: Fins 141: Set Department 15: Hand power unit 151: Piercing 152: Clamping part 16: filter device 161: Filter 17: Gas mixing device 18: Emergency gas supply device 181: water holding tank 182: Electrolysis collection component 19: Warning light 2: User 3: Mask adjuster assembly

Figure 1 is an exploded schematic diagram of a preferred embodiment of the creation. Figure 2 is a schematic diagram of the assembly of the preferred embodiment of the creation. Figure 3 is a block diagram of the device architecture of the preferred embodiment of creation. Figure 4 is a schematic diagram of the wearing application of the preferred embodiment of the creation.

1: Diving equipment group

10: Carry the body

101: accommodating slot

11: Gas supply device

111: Cylinder

112: The first gas transmission component

113: The second gas transmission component

1131: Exhaust valve

12: Buoyancy device

121: Inflatable part

13: Intelligent detection display device

14: Fins

141: Set Department

15: Hand power unit

151: Piercing

17: Gas mixing device

19: Warning light

3: Mask adjuster assembly

Claims (8)

A set of diving equipment, including: A carrying body for a user to wear on the front side of the torso, and two opposite sides of the carrying body are respectively provided with accommodating slots; A gas supply device is arranged on the backpack body and includes a gas bottle, a first gas transmission component and a second gas transmission component. The gas bottle is connected to the first gas transmission component, and the first gas transmission component supplies Outputting gas to a mask regulator assembly to provide to the user, the second gas delivery assembly communicates with the mask regulator assembly and has an exhaust valve for receiving the breath exhaled by the user; A buoyancy device is provided on the backpack body, the buoyancy device includes an inflatable part, the inflatable part is in communication with the second gas transmission component, and is configured to receive gas and be inflated to generate buoyancy; An intelligent detection and display device, including a processor and set in the carrying body, for detecting and displaying the state of the gas supply device and the buoyancy device; Two fins for embedding and storing in the accommodating slots; and The second-hand power device is embedded and stored in the accommodating grooves and is located on the outer side of each fin. The diving equipment set according to claim 1, further comprising a filtering device and a gas mixing device, the filtering device and the gas mixing device are arranged on the backpack body, the filtering device and the inflatable part of the buoyancy device, the The second gas transmission component is connected with the gas mixing device to filter the gas and deliver the filtered available gas to the gas mixing device; the gas mixing device is connected with the first gas transmission component to perform the filtered available gas It is mixed and delivered to the mask adjuster assembly to be provided to the user. The diving equipment set according to claim 2, wherein the filtering device includes at least one filter. The diving equipment set according to claim 3, further comprising an emergency air supply device, which is arranged on the backpack body and communicates with the gas mixing device. The emergency air supply device includes a water holding tank and an electrolytic collection assembly. The electrolysis collection component is arranged in the water containing tank for electrolyzing the water in the water containing tank and collecting oxygen and transmitting it to the gas mixing device. The diving equipment set according to claim 4, wherein the intelligent detection display device further includes a GPS positioning module, a depth detection module, and a speed detection module, which are respectively connected to the processor for telecommunications. To detect and display the position, dive depth and movement speed of the carrying body. The diving equipment set according to claim 5, further comprising at least one warning light, which is arranged on the backpack body, and the warning light is telecommunications connected with the smart detection and display device, so as to at least be based on the difference between the gas supply device and the buoyancy device The status is driven and the corresponding light is displayed. The diving equipment set according to claim 6, wherein each of the fins has a set of parts that extends from one side of the fins to the other side, and is arranged around the fins when worn by the user The instep of the user. The diving equipment set according to any one of claims 1 to 7, wherein each of the hand power devices includes a perforation and a gripping portion, and the perforation and the gripping portion are arranged opposite to the hand power device At both ends, the perforation is for the user's thumb to penetrate, and the clamping part is for clamping the user's wrist.

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