TWM648779U - Outdoor living aids - Google Patents

Abstract

This case is provided with an outdoor living aids, including: a portable refrigeration equipment, at least having a refrigerator device and an air-conditioning device; wherein, the refrigerator device is located in a closed housing area of the portable refrigeration equipment, and the air-conditioning device is located in a ventilated housing areas of the portable refrigeration equipment; and the safety-required equipment or the emergency rescue equipment; when the safety-required equipment or the emergency rescue equipment is in a state of storage, it is integrated with the portable refrigeration equipment, or when the safety-required equipment or the emergency rescue equipment is in a state of use, it is separated from the portable refrigeration equipment.

Description

Outdoor living assistance equipment

This case is about a kind of living assistance equipment, especially an outdoor living assistance equipment used in outdoor activities.

Modern people's leisure activities are becoming more and more diverse. Among them, experiencing outdoor life (such as camping, hunting, fishing and other outdoor activities) is currently a leisure project that nature lovers from all over the world are very keen on.

Especially in long-term outdoor activities involving many people, in case of high temperature problems, portable ice buckets are usually prepared to store some drinks or ice products. In addition, electric fans or hand-cranked fans may also be carried. Cooling air conditioning equipment such as fans can be used to reduce the adverse effects of heat. However, in the face of the above-mentioned various independent cooling equipment with different styles, there are often inconveniences in use, management, and portability. nature, and the problem that consumers’ real needs (for example, two-in-one refrigeration equipment that combines air conditioning equipment and refrigerators) cannot be effectively met.

On the other hand, if an accident or disaster occurs while engaging in outdoor activities, there will be an urgent need to seek rescue and/or preliminary care from outside. However, under normal circumstances, it can be reserved for emergency use. of backup power (e.g., power bank and/or backup Batteries are often very limited, and for electronic communication devices, poor communication often occurs due to the impact of restricted terrain. As a result, communication with the outside world is quickly interrupted and the opportunity for rescue is delayed. Moreover, if someone is injured and there is a need to use a transport stretcher, it is usually the case that there is no appropriate transport equipment that can be used immediately.

Furthermore, although it was mentioned above that equipment such as ice buckets may be prepared for general outdoor activities, the internal space is often filled with various drinks or food that needs to be refrigerated, and there is usually not enough space for additional ice buckets. Place emergency medicines or regular medicines that need to be kept in ice (for example, injectable insulin). Moreover, because the capacity of ordinary ice buckets is very limited and crowded, all kinds of drinks or food that need to be refrigerated are placed in confusion with each other. The situation also makes it easy for some emergency medicines or standing medicines that need to be refrigerated to be needlessly contaminated.

Based on this, how can consumers experience the leisure and fun of outdoor activities while still maintaining a certain degree of convenience in modern and intelligent life through various auxiliary equipment such as improved and supporting electronic devices or assembly structures? , and can further take into account the functions required for safety and emergency rescue, which is a major technical challenge for those currently engaged in providing related auxiliary equipment, and is also the technical focus of this case.

In order to solve the problems of the conventional technology, the main purpose of this case is to provide a portable refrigeration device that can be conveniently used outdoors, and an outdoor living assistance device that can meet both safety and emergency rescue needs.

Another purpose of this case is to provide an outdoor living assistance device that can use the refrigerator function and the refrigeration and air-conditioning function outdoors at the same time or for a long time.

In order to achieve the above purpose, this case provides an outdoor living assistance equipment, including: a portable refrigeration equipment, with at least one refrigerator device, and an air conditioning device arranged adjacent to the refrigerator device; wherein the refrigerator device is located on the portable refrigeration device. A sealed housing area of the portable refrigeration equipment, and the air conditioning device is located in a ventilated housing area of the portable refrigeration equipment; and a safety requirement equipment or an emergency rescue equipment; wherein, in the safety requirement equipment or the emergency rescue equipment When the rescue equipment is in a containment state, it is combined with the portable refrigeration equipment, or when the safety requirement equipment or the emergency rescue equipment is in a use state, it is separated from the portable refrigeration equipment.

Preferably, the refrigerator device is composed of at least an evaporator, a condenser, a compressor and a plurality of capillary tubes, and the air conditioning device is composed of at least the evaporator, the condenser, the capillary tubes and the like. It is composed of a fan motor assembly and other components.

Preferably, when the capillary tubes are distributed in the refrigerator device, they can adopt an even spatial distribution method or a non-uniform spatial distribution method, and are arranged around the main body of the refrigerator device; wherein, a non-average spatial distribution method is adopted. When arranged in a spatial distribution manner around the main body of the refrigerator device, at least one freezing area and at least one refrigeration area can be formed.

Preferably, the refrigerator device further includes a partition board so that the main body of the refrigerator device is divided into a plurality of partitioned storage spaces; wherein the partitioned storage spaces have at least one medical insulation compartment.

Preferably, the partition board can be a set of micro switches or a galvanic switch to change the partitions of the partitioned storage spaces, or the partition board can be manually disassembled/assembled to partition the partitioned storage spaces. interval changes.

Preferably, after the partition plate is manually detached from the refrigerator device, the partition plate is movably combined or stored in at least one of a top or a plurality of sides of the portable refrigeration device.

Preferably, the air conditioning device may further include an air outlet duct, which can be installed in an assembly manner at an air outlet in the ventilated housing area of the portable refrigeration equipment and connected to the fan motor assembly.

Preferably, the safety requirement equipment can be a removable first aid kit; wherein, when the removable first aid kit is in the receiving state, it is combined with the portable refrigeration equipment or with the removable first aid kit. When the box is in this use state, it is separated from the portable refrigeration equipment.

Preferably, the emergency rescue equipment may be a stretcher structure; wherein, when the stretcher structure is in the receiving state, it becomes at least one of the top or the plurality of sides of the portable refrigeration equipment to be combined with the portable refrigeration equipment. The portable refrigeration equipment, or when the stretcher structure is in the use state, is separated from the portable refrigeration equipment.

Preferably, the stretcher structure has a storage space for extending or storing at least one expansion board.

Preferably, an FM/AM receiver can be disposed on one top of the portable refrigeration equipment to continuously use the power of the portable refrigeration equipment to receive an FM/AM broadcast signal; wherein, the FM/AM receiver The device may further include a buzzer.

Preferably, a powerful laser device can be installed on one top of the portable refrigeration device to continuously use the power of the portable refrigeration device to generate a laser light distress signal; wherein, the powerful laser device can further Includes a buzzer.

Preferably, the outdoor living assistance equipment further includes a table rack equipment, which can be assembled or fixedly connected to the portable refrigeration equipment.

Preferably, the table rack device can be a plurality of desktop panels; wherein, when in a closed state, the desktop panel systems are connected to at least one of the top or the plurality of sides of the portable refrigeration equipment. They are closely attached to each other, or when in an unfolded state, the desktop panel systems are unfolded outwards through the support of at least one of the top or the sides of the portable refrigeration equipment.

Preferably, part of the desktop board system among the desktop boards is combined with the top of the portable refrigeration equipment in a slide rail sliding manner, and another part of the desktop board system in the desktop boards is pivoted and rotated. Combined with at least one of the sides of the portable refrigeration device.

1: Outdoor living assistance equipment

11: Portable refrigeration equipment

1101: Sealed shell area of portable refrigeration equipment

11011: Extractable tank structure

1102: Ventilated housing area of portable refrigeration equipment

1103: Top of portable refrigeration equipment

11031:Storage space on the top

11032, 11033: Extension board in the top storage space

111: Refrigerator unit

1111:Divider

112:Air conditioning unit

1121:Air outlet duct

113: Removable first aid kit

114: FM/AM receiver

1141: FM/AM broadcast signal

115:Powerful laser device

1151: Laser light distress signal

12:Emergency rescue equipment

13:Safety required equipment

2: Outdoor living assistance equipment

21:Portable refrigeration equipment

2100: Top of portable refrigeration equipment

2101~2106: Plural sides of portable refrigeration equipment

211: Refrigerator unit

2110: The main body of the refrigerator device

2111: Freezer area

2112: Refrigerated area

2113:Divider

2114: The first set of capillary tubes

2115: The second set of capillary tubes

212:Air conditioning unit

2121:Fan motor assembly

213: Touch or non-touch control panel

214: Folding lever

215: Pulley block

22: Desk rack equipment

221, 222, 223: Desktop board

Figure 1: This is a functional block diagram of a better implementation concept of outdoor living assistance equipment centered on portable refrigeration equipment.

Figure 2: This is an implementation example of a better concept of using a portable refrigeration device with an air outlet duct based on Figure 1.

Figure 3: This is an example diagram of a preferred implementation concept of the portable refrigeration equipment in Figure 1 with a safety requirement equipment.

Figure 4: This is an example diagram of a preferred implementation concept of the portable refrigeration equipment in Figure 1 paired with an emergency rescue equipment.

Figure 5: This is an example of a preferred conceptual implementation of the portable refrigeration equipment shown in Figure 1 with an FM/AM receiver.

Figure 6: This is an example diagram of a better conceptual implementation of the portable refrigeration equipment shown in Figure 1 with a powerful laser device.

Figure 7A and Figure 7B: They are respectively diagrams showing specific implementation structure examples from different perspectives of another preferred implementation concept of the outdoor living assistance equipment in this case.

Figure 8A, Figure 8B and Figure 8C: These are partial implementation structure examples from different perspectives shown in Figure 7A and Figure 7B respectively.

Figures 9A and 9B are diagrams of another part of the specific implementation structure from different perspectives shown in Figures 7A and 7B respectively.

Some preferred embodiments of this case are listed below and explained with drawings, and this case is not limited to these examples of preferred embodiments.

Please refer to Figure 1, which is a functional block diagram of a preferred implementation concept of outdoor living assistance equipment centered on a portable refrigeration unit (PORTABLE REFRIGERATION UNIT).

Among them, the outdoor living assistance equipment 1 at least includes: a portable refrigeration equipment 11, an emergency rescue equipment 12 and a safety requirement equipment 13; wherein the portable refrigeration equipment 11 has at least a refrigerator device 111 and an air conditioning device. 112.

Please refer to Figure 2 again, which is an example of a preferred conceptual implementation of the portable refrigeration equipment 11 using an air outlet duct 1121 based on Figure 1; wherein, the portable refrigeration equipment 11 has a sealed shell The refrigerator device 111 is disposed inside the area 1101, and the portable The air conditioning device 112 is disposed inside a ventilation housing area 1102 of the cooling device 11 . Moreover, the ventilation housing area 1102 of the portable refrigeration device 11 is further provided with an air outlet 11021. One end of an air outlet pipe 1121 in the air conditioning device 112 can be assembled to the air outlet 11021. As for the air outlet The other end of the tube 1121 can directly deliver cold air to the outside, or can be connected to an outdoor tent (not shown) to continuously provide a refrigeration and air conditioner capable of rapid cooling to the interior of the outdoor tent.

Preferably, the refrigerator device 111 further includes a partition plate 1111 to divide the main body (not shown) of the refrigerator device 111 into several partitioned storage spaces; wherein, the partition plate 1111 can be a set of micro switches ( (not shown in the figure) or a galvanic switch (not shown in the figure) to change the partitions of the partitioned storage spaces (for example, temperature partitions or storage volume partitions), or the partition board can also be manually disassembled/assembled Perform partition changes on the partition storage spaces.

In this way, some of the partitioned storage spaces can be used in accordance with the implementation status of the safety requirement equipment 13 in Figure 1. For example, some of the spaces can be used as medical insulation compartments. It is to provide independent storage of medicines that require various low-temperature storage (for example, insulin) and will not be mixed with other refrigerated or frozen items, and this case is not limited to this.

In addition, after the partition plate 1111 is manually removed from the refrigerator device 111, the partition plate 1111 can be movably combined or stored in the top 1103 or the sides of the portable refrigeration device 11. At least one.

In this preferred embodiment, the partition plate 1111 is combined or stored in the top 1103 of the portable refrigeration device 11 (for example, by buckling or assembling each other), so that the partition plate 1111 is separated. The storage of the board will not occupy additional space, and when a partition board is needed, It can be disassembled and used again; in addition, at least one of the side parts refers to the place where the sealed housing area 1101 is located.

Of course, the refrigerator device 111 in this case can also switch to different powers depending on whether the partition plate 1111 is installed or not. That is, when the partition plate 1111 is installed, the power of the refrigerator needs to be further increased. In short, when the refrigerator device 111 of this case is installed with the partition 1111, it can provide the user with better and more convenient services according to different needs when engaging in different outdoor activities such as camping, hunting, and fishing. Appropriate thermal insulation means.

Of course, a drainage hole (not shown) can also be added at the bottom of the refrigerator device 111 or the air-conditioning device 112 in this case to facilitate the discharge of sewage during defrosting and cleaning.

Furthermore, the power specification of the refrigerator device 111 or the air-conditioning device 112 in this case can use AC 100~240V commercial power, or use vehicle power supply DC 12/24V, and/or use a battery pack that can be connected in series and parallel, and this case It is not limited to this.

In addition, the portable refrigeration equipment 11 of this case can also be equipped with a set of electrical energy conversion devices (not shown) that use mechanical energy (hand cranking or foot pedaling is not limited) to cope with situations where emergency power generation is required.

In addition, the portable refrigeration device 11 has USB-A, USB-C, and universal plug outputs, and this case is not limited to this.

Next, please refer to Figure 3, which is an example diagram of a better concept implementation of the portable refrigeration equipment in Figure 1 with a safety requirement equipment, and please refer to Figure 2 in conjunction with that; in which, as shown in Figure 1 One of the implementation concepts of the safety requirement device 13 may be a removable first aid kit 113; wherein, when the removable first aid kit 113 is in a contained state, it is combined with the portable refrigeration device 11 , or when the removable first aid box 113 is in a state of use, it is separated from the portable refrigeration equipment 11; such a design can facilitate the user to quickly draw out and use it when facing an emergency. The removable first aid kit 113, while And once used, the removable first aid kit 113 can be quickly returned to the inside of the portable refrigeration device 11 and integrated with the portable refrigeration device 11 .

As for the specific combination method of the removable first aid box 113 and the portable refrigeration equipment 11, there can be various implementation methods; for example, it can be provided in the sealed housing area 1101 of the portable refrigeration equipment 11 A removable tank structure 11011 is used to accommodate or extract the removable first aid box 113, and this case is not limited to this.

In addition, please refer to Figure 4, which is a diagram of a preferred conceptual implementation example of the portable refrigeration equipment in conjunction with an emergency rescue equipment in Figure 1; in it, the conceptual implementation of the emergency rescue equipment 12 shown in Figure 1 One is to make the top 1103 of the portable refrigeration equipment 11 become a stretcher structure; wherein, when the stretcher structure is in a receiving state, it can be combined with the portable refrigeration equipment 11, or when the stretcher structure is in a state In a state of use, the portable refrigeration device 11 is separated from each other.

Among them, the stretcher structure (ie, the top 1103) has a storage space 11031 to cooperate with extending or storing at least one extension plate; in this embodiment, the front/rear sides of the storage space 11031 of the top 1103 are respectively The extension boards 11032 and 11033 can be extended or stored. In this way, the stretcher structure (ie, the top 1103) can be used as a temporary means of transporting the injured when someone is unable or inconvenient to move due to accidental injuries in outdoor activities. It is a safe and easy-to-use emergency rescue tool.

Of course, any one of the side parts of the portable refrigeration device 11 can also be modified and used as a stretcher structure (not shown), and the present case is not limited to this.

Below, some auxiliary equipment that can be used with the emergency rescue equipment 12 and the safety requirement equipment 13 will be described to enhance the functions or operating conditions of the emergency rescue equipment 1 or the safety requirement equipment 13.

Please refer to Figure 5, which is an example diagram of a better conceptual implementation of the portable refrigeration equipment with an FM/AM receiver in Figure 1; that is, the top 1103 of the portable refrigeration equipment 11 can be provided with a The FM/AM receiver 114 continues to use the power of the portable refrigeration device 11 to receive an FM/AM broadcast signal 1141; wherein, the FM/AM receiver 114 may further include a buzzer. In this way, the user can use the relatively sufficient power supply of the portable refrigeration device 11 to continuously listen to long-distance broadcasts for a longer period of time when facing an emergency. The FM/AM broadcast signal 1141, and simultaneously understand the rescue status of the outside world.

At the same time, please refer to Figure 6 again, which is an example diagram of a better conceptual implementation of the portable refrigeration equipment with a powerful laser device in Figure 1; wherein, the top 1103 of the portable refrigeration equipment can be provided with A powerful laser device 115 continuously uses the power of the portable refrigeration equipment to generate a laser light distress signal 1151; wherein, the powerful laser device 115 may further include a buzzer.

Similarly, when the user is facing an emergency rescue situation, the relatively sufficient power supply of the portable refrigeration equipment 11 can be used to allow the user to continue to use the powerful laser device 115 for a longer period of time. A laser light distress signal 1151 is generated to continue to call for help from the outside world. For example, the laser light distress signal 1151 (for example, international distress code: SOS) can be displayed in mid-air at a higher altitude, and this case is not limited to this; of course, the implementation must also take into account the avoidance of direct exposure to the user's eyes. , and must ensure the flight safety of aircraft.

For another preferred implementation of this case, please refer to Figures 7A and 7B, which are respectively illustrations of specific implementation structures from different perspectives of another preferred implementation concept of outdoor living assistance equipment in this case; in addition, Figures 8A, 8B and Figure 8C, respectively, are shown in Figure 7A and Figure 7B. Part of the specific implementation structure example diagram from the same perspective; FIG. 9A and FIG. 9B are respectively another partial implementation structure example diagram from different perspective angles shown in FIG. 7A and FIG. 7B .

In other words, the above-mentioned series of illustrations of another specific implementation structure of this case, such as Figures 7A to 9B, are used to further illustrate that the portable refrigeration equipment in this case is more feasible through specific structural examples from different perspectives. It includes a table rack device and can be used to match the aforementioned emergency rescue equipment or the aforementioned safety requirement equipment, which is a better implementation concept.

In other words, please refer to FIGS. 6A to 9 , in which the outdoor living assistance equipment 2 which is a specific structural example at least includes: a portable refrigeration equipment 21 and a table rack equipment 22; wherein, the portable refrigeration equipment 21 It has a top 2100 and a plurality of side parts 2101~2106; and the side parts 2101, 2103, 2105 belong to a sealed shell area of the portable refrigeration device 21, and the side parts 2102, 2104, 2106 belong to the The portable refrigeration device 21 has a ventilated housing area, and the sealed housing area and the ventilated housing area are arranged adjacent to each other.

Furthermore, the portable refrigeration equipment 21 at least has a refrigerator device 211 located in the sealed housing area, an air conditioning device 212 located in the ventilated housing area, a touch or non-touch control panel 213, A foldable pull rod 214 and a pulley set 215. Among them, the foldable pull rod 214 is matched with the pulley set 215, so that the user can conveniently drag the outdoor living assistance equipment 2 to move outdoors in a relatively labor-saving manner.

In addition, the refrigerator device 211 at least includes a refrigerator device body 2110, a freezing area 2111, a refrigeration area 2112, a partition plate 2113, a first set of capillary tubes 2114, and a second set of capillary tubes 2115. The air conditioning device 212 at least includes a fan motor assembly 2121. Of course, other necessary components for implementing the refrigerator device 211 and the air-conditioning device 212, such as an evaporator, a condenser, a compressor and more capillary tubes, should be required by those who are familiar with this art. As is known to the public, I will not repeat them here.

One of the main technical features of this embodiment is that the first group of capillary tubes 2114 and the second group of capillary tubes 2115 are arranged around the body 2110 of the refrigerator device. Due to the non-uniform spatial distribution design, that is, the implementation number and distribution area of the first group of capillary tubes 2114 are larger than the implementation quantity and distribution area of the second group of capillary tubes 2115. In this way, the freezing areas 2111 can be formed respectively. At the same time, with the implementation of the partition plate 2113, the freezing area 2111 and the refrigeration area 2112 can be separated into different partitioned storage spaces, and different temperatures can be maintained. the goal of.

For example, the freezing area 2111 can be used to provide ice first aid supplies that need to be stored in the removable first aid kit 113 in FIG. 3, or the refrigeration area 2112 can be used as a medical insulation compartment (for example, a low-temperature medicine box ) is used to place medicines that need to be stored at low temperature (for example, insulin), and this case is not limited to this.

Another main technical feature of this embodiment is that the top 2100 and the side portions 2101 and 2103 of the portable refrigeration device 21 are respectively used to interact with a plurality of desktop panels 221, 222 and 223 of the table rack device 22. Fittingly combined, in this way, when the desktop panels 221, 222, 223 are in a closed state, the desktop panels 221, 222, 223 are respectively connected with the top 2100 or the top 2100 of the portable refrigeration device 21. The side portions 2101 and 2103 are in close contact with each other, or when the desktop panels 221, 222, and 223 are in an unfolded state, the desktop panels 221, 222, and 223 pass through the portable refrigeration equipment respectively. The top 2100 or the side portions 2101 and 2103 of 21 are supported to expand outward.

In this way, the desktop panels 221, 222, 223 that are expanded outward through the support of the top 2100 or the side portions 2101, 2103 of the portable refrigeration device 21, that is, It can be used with the emergency rescue equipment 12 and/or the safety requirement equipment 13 in Figure 1 when it is necessary to temporarily place work items or documents during actual operation.

The desktop board 222 is coupled to the top 2100 of the portable refrigeration equipment 21 in a slide rail sliding manner, and the desktop panels 221 and 223 are coupled to the portable refrigeration equipment 21 in a pivoting and rotating manner. These side parts 2101 and 2103, in this way, the method shown in the aforementioned Figures 7A to 9B and so on is combined with one of the specific implementation structures of the emergency rescue equipment 12 and/or the safety requirement equipment 13 in Figure 1 of this case. The overall structure and space of the outdoor living assistance equipment 2 will be used extremely effectively and fully, thereby providing convenience and safety in outdoor living.

Another main technical feature of this embodiment is that although the air conditioning device 212 is located surrounded by the side portions 2102, 2104, 2106, it is arranged adjacent to and side by side with the refrigerator device 211 located in the sealed housing area. You can choose whether to share parts of the capillary elements with each other, but since the side parts 2102, 2104, and 2106 all belong to the ventilated housing area of the portable refrigeration device 21, therefore, the position of the air conditioning device 212 is actually Excellent ventilation effect.

For example, even if the control panel 213 is operated to stop operating the air conditioning device 212, since each surface of the side portions 2102, 2104, 2106 is dotted with a plurality of heat dissipation holes, therefore, the side portions 2102, 2104, 2106 The surrounding space area can also form a natural convection wind effect.

To sum up, this case can not only meet the needs of conveniently using refrigerators, air conditioners and other refrigeration and air conditioning functions outdoors at the same time to increase the experience of outdoor life, it can also effectively improve the safety of users faced with possible incidents during outdoor activities. The ability to withstand risks in the event of accidents or disasters; therefore, this case is indeed a work of great industrial value.

The above are only the preferred embodiments of this case, and any other equivalent changes or modifications that do not deviate from the spirit disclosed in this case should be included in the scope of this case.

11: Portable refrigeration equipment

1103: Top of portable refrigeration equipment

11031:Storage space on the top

11032, 11033: Extension board in the top storage space

Claims (27)

An outdoor living auxiliary equipment, including: a portable refrigeration equipment, at least one refrigerator device, and an air conditioning device arranged adjacent to the refrigerator device; wherein, the refrigerator device is located in a sealed part of the portable refrigeration equipment a casing area, and the air conditioning device is located in a ventilated casing area of the portable refrigeration equipment; and a safety requirement equipment; wherein, when the safety requirement equipment is in a containment state, it is combined with the portable refrigeration equipment , or when the safety required equipment is in a state of use, it is separated from the portable refrigeration equipment. The outdoor living assistance equipment as described in claim 1, wherein the refrigerator device is composed of at least one evaporator, a condenser, a compressor and a plurality of capillary tubes, and the air conditioning device is composed of at least the evaporator. , the condenser, the capillary tubes, a fan motor assembly and other components. As for the outdoor living assistance equipment described in claim 2, when the capillary tubes are distributed in the refrigerator device, they can be arranged in an even spatial distribution manner or in a non-uniform spatial distribution manner around the main body of the refrigerator device. ; Among them, when the refrigerator is arranged in a non-uniform spatial distribution around the main body of the refrigerator device, at least one freezing zone and at least one refrigeration zone can be formed. The outdoor living assistance equipment of claim 2, wherein the refrigerator device further includes a partition board so that the main body of the refrigerator device is divided into a plurality of partitioned storage spaces; wherein at least one of the partitioned storage spaces has a medical Insulated compartment. The outdoor living assistance equipment as described in claim 4, wherein the partition board can be a set of micro switches or a galvanic switch to change the partitions of the partitioned storage spaces, or the partition board can be manually disassembled/assembled Perform partition changes on the partition storage spaces. The outdoor living assistance equipment of claim 5, wherein after the partition panel is manually removed from the refrigerator device, the partition panel can be movably combined or stored on one or more of the tops of the portable refrigeration equipment. At least one of the side parts. The outdoor living assistance equipment as described in claim 2, wherein the air-conditioning device may further include an air outlet duct, which can be installed in an air outlet of the ventilation housing area of the portable refrigeration equipment in an assembly manner and connected to The fan motor assembly. The outdoor living assistance equipment as described in claim 1, wherein the safety requirement equipment can be a removable first aid kit; wherein, when the removable first aid kit is in the contained state, it is combined with the portable refrigeration equipment , or when the removable first aid kit is in the use state, it is separated from the portable refrigeration equipment. The outdoor living assistance equipment as described in claim 1, wherein an FM/AM receiver can be disposed on a top of the portable refrigeration equipment to continuously use the power of the portable refrigeration equipment to receive an FM/AM broadcast signal ; Wherein, the FM/AM receiver may further include a buzzer. The outdoor living assistance equipment described in claim 1, wherein a powerful laser device can be installed on a top of the portable refrigeration equipment to continuously use the power of the portable refrigeration equipment to generate a laser light distress signal; wherein , the powerful laser device may further include a buzzer. The outdoor living assistance equipment as described in claim 1, wherein the outdoor living assistance equipment further includes a table rack device, which can be assembled or fixedly connected to the portable refrigeration equipment in an assembled or fixed combination manner. As claimed in claim 11, the outdoor living assistance equipment, wherein the table frame equipment can be a plurality of desktop panels; wherein, when in a closed state, the desktop panel systems and a top of the portable refrigeration equipment Or at least one of the plurality of side parts are in close contact with each other, or when in an unfolded state, the desktop board system is supported by the top of the portable refrigeration equipment or at least one of the side parts. Expand outwards. The outdoor living assistance equipment as described in claim 12, wherein a part of the desktop board system is combined with the top of the portable refrigeration equipment in a slide rail sliding manner, and the other part of the desktop boards is The desktop board system is pivotally coupled to at least one of the side portions of the portable refrigeration equipment. An outdoor living auxiliary equipment, including: a portable refrigeration equipment, at least one refrigerator device, and an air conditioning device arranged adjacent to the refrigerator device; wherein, the refrigerator device is located in a sealed part of the portable refrigeration equipment a housing area, and the air conditioning device is located in a ventilated housing area of the portable refrigeration equipment; and an emergency rescue equipment; wherein the emergency rescue equipment is combined with the portable refrigeration equipment when the emergency rescue equipment is in a containment state , or when the emergency rescue equipment is in a state of use, it is separated from the portable refrigeration equipment. The outdoor living assistance equipment as described in claim 14, wherein the refrigerator device is composed of at least one evaporator, one condenser, one compressor and a plurality of capillary tubes. The air conditioning device is composed of at least the evaporator, the condenser, the capillary tubes and a fan motor assembly. As for the outdoor living assistance equipment described in claim 15, when the capillary tubes are distributed in the refrigerator device, they can be arranged in an even spatial distribution manner or in a non-uniform spatial distribution manner around the main body of the refrigerator device. ; Among them, when the refrigerator is arranged in a non-uniform spatial distribution around the main body of the refrigerator device, at least one freezing zone and at least one refrigeration zone can be formed. The outdoor living assistance equipment of claim 15, wherein the refrigerator device further includes a partition board so that the main body of the refrigerator device is divided into a plurality of partitioned storage spaces; wherein at least one of the partitioned storage spaces has a medical Insulated compartment. The outdoor living assistance equipment as described in claim 17, wherein the partition board can be a set of micro switches or a galvanic switch to change the partitions of the partitioned storage spaces, or the partition board can be manually disassembled/assembled Perform partition changes on the partition storage spaces. The outdoor living assistance equipment of claim 18, wherein after the partition panel is manually removed from the refrigerator device, the partition panel can be movably combined or stored on one or more of the tops of the portable refrigeration equipment. At least one of the side parts. As claimed in claim 15, the outdoor living assistance equipment, wherein the air-conditioning device may further include an air outlet duct, which can be installed in an air outlet of the ventilation housing area of the portable refrigeration equipment in an assembled manner and connected to The fan motor assembly. The outdoor living assistance equipment as described in claim 14, wherein the emergency rescue equipment can be a stretcher structure; wherein, when the stretcher structure is in the receiving state, it becomes one of the top or plurality of sides of the portable refrigeration equipment. at least one of them, to be combined with the portable The portable refrigeration equipment, or when the stretcher structure is in the use state, is separated from the portable refrigeration equipment. The outdoor living assistance equipment of claim 21, wherein the stretcher structure has a storage space to accommodate extending or storing at least one extension board. The outdoor living assistance equipment as described in claim 14, wherein an FM/AM receiver can be disposed on a top of the portable refrigeration equipment to continuously use the power of the portable refrigeration equipment to receive an FM/AM broadcast signal ; Wherein, the FM/AM receiver may further include a buzzer. The outdoor living assistance equipment as described in claim 14, wherein a powerful laser device can be installed on a top of the portable refrigeration equipment to continuously use the power of the portable refrigeration equipment to generate a laser light distress signal; wherein , the powerful laser device may further include a buzzer. The outdoor living assistance equipment as described in claim 14, wherein the outdoor living assistance equipment further includes a table rack device, which can be assembled or fixedly connected to the portable refrigeration equipment in an assembled or fixed combination manner. As claimed in claim 25, the outdoor living assistance equipment, wherein the table frame equipment can be a plurality of desktop panels; wherein, when in a closed state, the desktop panel systems and a top of the portable refrigeration equipment Or at least one of the plurality of side parts are in close contact with each other, or when in an unfolded state, the desktop board system is supported by the top of the portable refrigeration equipment or at least one of the side parts. Expand outwards. The outdoor living assistance equipment as described in claim 26, wherein a part of the desktop panel system of the desktop panels is combined with the portable refrigeration equipment in a slide rail sliding manner. The top and another part of the desktop board system among the desktop board bodies are pivotally coupled to at least one of the side portions of the portable refrigeration equipment.

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