TWM606653U - Non-contact hand temperature measuring liquid disinfection machine - Google Patents

Abstract

This creation provides a non-contact hand temperature measuring liquid disinfection machine, including a housing, a disinfectant chamber, a processor, a temperature sensor, an infrared sensor, an indicator group, a liquid crystal display module, and an induction nozzle pump group The body, supporting plate and base. The disinfectant chamber, processor, temperature sensor, infrared sensor, indicator group, and liquid crystal display module are arranged in the housing space of the housing, and the temperature sensor, infrared sensor, indicator group, The liquid crystal display modules are respectively in contact with the external environment through the functional openings of the casing to perform related functions. The induction nozzle pump group is arranged at the bottom of the casing to spray disinfectant. The support plate is fixedly connected with the back plate of the casing and is vertically assembled with the base, and the base and the induction nozzle pump group form a sterilization distance. According to this, the user can achieve the temperature measurement effect through the hands in a non-contact manner and obtain the disinfectant for sterilization, and provide products that greatly contribute to health and safety.

Description

Non-contact hand temperature measuring liquid disinfection machine

This creation is related to the field of disinfection devices, especially a non-contact hand temperature measuring liquid disinfection machine with both temperature measurement and disinfection functions to provide individuals with excellent health protection functions.

With the rise and development of health awareness, the public has gradually paid attention to various personal health protection behaviors. It is beneficial to wear masks when entering and leaving public spaces, disinfecting hands in a timely manner, and washing hands before eating and after going to the toilet. Useful actions to protect yourself and others.

In view of this, disinfection devices are often seen in the entrances and exits of public spaces, elevators and other areas, especially in high-risk areas such as hospitals, clinics, and department stores, or places that are prone to crowds. People need to be sure. Disinfect your hands, protect yourself and others. The common disinfection device is mostly a container containing disinfectant liquid, and it is equipped with a nozzle structure, so that people can take it when passing by and spray it on their hands for cleaning. However, this method is more inconvenient and everyone must touch the container bottle Sometimes it can also cause viruses and bacteria to spread through the container body.

On the other hand, the physical signs of some diseases are often fever, fever, etc., and in order to grasp the temperature status of people entering and leaving public spaces, it is generally necessary to deploy specialized personnel to measure the temperature of each individual individually, or install expensive The testing equipment is monitored by personnel. Of course, the method of checking the body temperature of the people one by one is not only a waste of manpower, but also a waste of time. The method of setting up the detection equipment is to monitor multiple people at one time. If the monitoring staff is slightly negligent, it will miss the net. Fish also caused the problem of high construction costs.

Therefore, how to effectively improve the aforementioned problems and deficiencies is indeed an urgent issue to be solved. Based on rich experience in related industries, the creator conceived and proposed a non-contact hand temperature measuring liquid disinfection machine to provide products that effectively protect the health and safety of the public.

One purpose of this creation is to provide a non-contact hand temperature measuring liquid disinfection machine, which can use a single device to allow users to measure temperature and obtain disinfectant through hands in a non-contact manner, thereby enhancing The effectiveness of overall health protection.

In order to achieve the above purpose, this creation discloses a non-contact hand temperature measuring liquid disinfection machine, comprising: a main body, including: a housing with an accommodating space, and the housing has a movable upper cover, a front panel, A back panel, two side panels, a bottom plate, and the front panel is provided with a plurality of functional openings; a disinfectant chamber is placed in the containing space, and the disinfectant chamber is provided for placing a disinfectant, and the movable upper cover is connected to the The disinfectant chamber is opened and closed through the movable upper cover to replenish the disinfectant; a processor is placed in the accommodating space; a temperature sensor is placed in the accommodating space and electrically connected to the processor, the temperature sensing The device contacts the external environment through one of the functional openings to detect a temperature value; an infrared sensor is placed in the accommodating space and electrically connected to the processor, and the infrared sensor passes through the One of the functional openings is in contact with the external environment to detect a human body identification; an indicator group is placed in the accommodating space and electrically connected to the processor, and the indicator group is connected to the processor through one of the functional openings Contact with the external environment is used to indicate the existence of the disinfectant; a liquid crystal display module is placed in the accommodating space and electrically connected to the processor, the liquid crystal display module communicates with the external environment through one of the functional openings Contact, used to display the temperature value; and an induction nozzle pump group, arranged at the bottom plate, connected to the disinfectant chamber and electrically connected to the processor, for detecting the approach of the human body, automatically spraying the disinfectant A support plate, fixedly connected with the back plate of the housing; and a base, fixedly connected with the support plate and has a vertical angle, and the base forms a disinfection interval relative to the induction nozzle pump group.

Preferably, the indicator group has two light signs for indicating the presence and absence of the disinfectant, so that it can be quickly known whether the disinfectant needs to be refilled.

Preferably, the liquid crystal display module presents different color changes corresponding to different temperature levels, so that intuitive prompts of colors can be used to allow the user to quickly understand the body temperature state. Further, the liquid crystal display module correspondingly presents different color changes according to different temperature levels, and the performance from high to low temperature is red-orange-green.

Preferably, the induction nozzle pump set has three distributors for respectively outputting the disinfectant in the form of spray, drop and foam, so as to provide a more diverse supply of disinfectant. Among them, the disinfectant in spray form is 0.5 ml/time; the disinfectant in drop form is 1.0 ml/time; the disinfectant in foam form is 0.8 ml/time.

Preferably, one of the two side plates of the casing is provided with a power switch for controlling the overall driving operation state.

Preferably, the back plate is provided with at least one key-shaped slot, so that the non-contact hand temperature measuring liquid sterilizer can be suspended.

To sum up, the non-contact hand temperature measuring liquid disinfection machine 1 of this creation implements disinfection and body temperature measurement on a single product device, so that it can measure more accurately and quickly for all people in a non-contact manner. It also provides disinfectant to prevent the spread of bacteria and viruses, inhibit the spread of diseases, and effectively solve the current inconveniences and deficiencies in health protection operations in public spaces. In one step, in the overall structure, this creation also has corresponding design features for various prompt settings, stability considerations, or placement requirements.

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

Please refer to Figures 1 to 4, which are a three-dimensional schematic diagram, another perspective three-dimensional schematic diagram, a side view, and a block diagram of the preferred embodiment of the creation. This creation discloses a non-contact hand temperature measuring liquid disinfection machine 1, which includes a main body 10, a support plate 11 and a base 12. The main body 10 includes a housing 101, a disinfectant chamber 102, a processor 103, a temperature sensor 104, an infrared sensor 105, an indicator group 106, a liquid crystal display module 107, and an induction nozzle Pump unit 108. The housing 101 has an accommodating space 1011, and the housing 101 has a movable upper cover 1012, a front panel 1013, a rear back panel 1014, two side panels 1015, and a bottom panel 1016, and the front panel 1013 is provided with a plurality of functional openings 1017. The disinfectant chamber 102, the processor 103, the temperature sensor 104, the infrared sensor 105, the indicator light group 106, and the liquid crystal display module 107 are respectively placed in the accommodating space 1011. The disinfectant chamber 102 is provided for placing a disinfectant 2, and the movable upper cover 1012 is connected to the disinfectant chamber 102 to replenish the disinfectant 2 by opening and closing the movable upper cover 1012. The temperature sensor 104 is electrically connected to the processor 103, and the temperature sensor 104 is in contact with the external environment through one of the functional openings 1017 to detect a temperature value. The infrared sensor 105 is electrically connected to the processor 103, and the infrared sensor 103 contacts the external environment through one of the functional openings 1017 to detect a human body recognition.

The indicator group 106 is electrically connected to the processor 103 and contacts the external environment through one of the functional openings 1017 to indicate the existence of the disinfectant 2 or not. The liquid crystal display module 107 and the processor 103 are electrically connected. It is sexually connected and contacts the external environment through one of the functional openings 1017 to display the temperature value. The induction nozzle pump group 108 is arranged at the bottom plate 1016, and is connected to the disinfectant chamber 102 and electrically connected to the processor 103, so as to automatically spray the disinfectant 2 when the human body is approaching. The supporting plate 11 is fixedly connected to the back plate 1014 of the housing 101. Preferably, the supporting plate 11 can be provided with reinforcing ribs to enhance the structural rigidity of the supporting plate 11. The base 12 is fixedly connected to the support plate 11 and has a vertical included angle, and the base 12 forms a disinfection distance with the induction nozzle pump group 108, and the user can put his hands on the base 12 and the induction The nozzle pump group 108 obtains the disinfectant 2 within the disinfection interval.

Accordingly, the non-contact hand temperature measuring liquid disinfection machine 1 allows users to detect their own body temperature and obtain disinfectant for hand disinfection at the same time only through a single device. Use many related instruments or devices to provide users with excellent convenience. For the installer, the installation cost is also greatly reduced, which really provides a great help in health protection. In terms of the overall structure design, the front panel 1012 of the housing 101 is provided with a plurality of functional openings 1017 to facilitate the exposure of various functional components for use, and at the same time to enable various components inside the accommodating space 1011 Achieve excellent protection. At the same time, the non-contact hand temperature measuring liquid disinfection machine 1 is equipped with the infrared sensor 105 to confirm whether the human hand is close to the temperature sensor 104, thereby reducing false detection actions. When the disinfectant 2 is taken, the induction nozzle pump group 108 can automatically spray the disinfectant when the hand is close, so as to avoid the user having to touch the body and cause the virus and bacteria to remain. Regarding the management and control of the disinfectant 2, the non-contact hand temperature measuring liquid disinfection machine 1 also has a corresponding design. The relevant personnel can confirm the status of the disinfectant 2 through the indicator group 106 without opening the movable cover at any time Viewing at 1012 leads to situations such as contamination of the disinfectant 2 and so on.

Furthermore, in this embodiment, the indicator light group 106 has two light signs for indicating the status of the disinfection solution 2 and the absence of the disinfection solution 2. For example, when the disinfectant 2 is not stored, it can be indicated by a red light, and when the disinfectant 2 is stored, it will be indicated by a green light. There is no indication of the disinfectant 2 etc. In addition, the indicator group 106 can have a single light-emitting source, or a state where multiple light-emitting sources are provided, and when the indicator group 106 has multiple light-emitting sources, they can all be provided by any of the front panel 1013. If the functional opening 1017 is in contact with the external environment, it can also be displayed by a plurality of the functional openings 1017 of the front panel 1013 in contact with the external environment.

In addition, in order to prompt the user intuitively and quickly, the liquid crystal display module 107 may not only display the temperature value, but also show different color changes corresponding to different temperature levels. A better indication is that the liquid crystal display module 107 presents different color changes according to different temperature levels, and the temperature is red-orange-green from high to low, and different colors can be used to prompt the user's body temperature status. Preferably, for example, when the temperature value is below 37.2 degrees, the liquid crystal display module 107 will appear green, when it is 37.3-38 degrees, it will appear yellow, and when the temperature is above 38.1 degrees, it will appear in red. Identify whether there is a possibility of fever. In addition, the non-contact hand temperature measuring liquid disinfection machine 1 can also be provided with a buzzer (not shown in the figure) telecommunications connected with the processor 103 to further use sound to prompt the user according to the temperature.

Preferably, the induction nozzle pump set 108 has three distributors 1081 for respectively outputting the disinfectant 2 in the form of spray, drop and foam, thereby providing more diverse forms of the disinfectant 2. Among them, the disinfectant 2 in spray form is 0.5 ml/time, the disinfectant 2 in drop form is 1.0 ml/time, and the disinfectant 2 in foam form is 0.8 ml/time to ensure the disinfectant in each state 2At each output, it can provide enough liquid to disinfect hands.

Furthermore, one of the two side plates 1015 of the casing 101 is provided with a power switch 13 to facilitate quick control of the operating state of the non-contact hand temperature measuring liquid disinfection machine 1.

In addition, considering the convenience of installation, in order to make the installation of the non-contact hand temperature measuring liquid disinfection machine 1 more simple and stable, suitable for various installation environments, the back plate 1014 is provided with at least one key-shaped slot 1018 to make the non-contact The contact type hand temperature measuring liquid disinfection machine 1 can be hung on the wall or column in a hanging manner through the key-shaped slot 1018, which improves the flexibility of setting the non-contact type hand temperature measuring liquid disinfection machine 1 .

In application, the non-contact hand temperature measuring alcohol disinfection machine 1 can be installed at the entrance and exit of each public space, so that the user can use it when in and out. When a user brings his hand close to the temperature sensor 104 and the infrared sensor 105 that are in contact with the outside through the functional openings 1017, the infrared sensor 105 performs body recognition, and the temperature sensor 104 is The temperature value can be obtained by detecting the user's body temperature by hand. The liquid crystal display module 107 can display the temperature value and display colors corresponding to the temperature. To obtain the disinfectant 2, the user only needs to bring his hand close to the induction nozzle pump group 108, and the induction nozzle pump group 108 will automatically spray the disinfectant 2 when the human body is approaching, and the type of the disinfectant According to the dispensers 1081, there are spray, drip and foam choices. Regarding the management and control of the disinfectant 2, the remaining status of the disinfectant 2 can be grasped at any time through the indicator group 106. When the disinfectant chamber 102 does not contain the disinfectant 2, the indicator group 106 corresponds to The light signal prompts related personnel to supplement the disinfectant 2. At this time, the personnel only need to open the movable upper cover 1012 to quickly replenish the disinfectant 2 in the disinfectant chamber 102. When the capacity of the disinfectant 2 is sufficient, the indicator light group 106 switches to another type of light signal to remind the relevant personnel.

To sum up, the non-contact hand temperature measuring liquid disinfection machine 1 of this creation implements disinfection and body temperature measurement on a single product device, so that it can measure more accurately and quickly for all people in a non-contact manner. It also provides disinfectant to prevent the spread of bacteria and viruses, inhibit the spread of diseases, and effectively solve the current inconveniences and deficiencies in health protection operations in public spaces. Furthermore, in the overall structure, this creation also has corresponding design features for various prompt settings, stability considerations, or placement requirements.

However, the above-mentioned are only the preferred embodiments of this creation, and are not used to limit the scope of implementation of this creation; therefore, 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: Non-contact hand temperature measuring liquid disinfection machine

10: main body

101: Shell

1011: accommodation space

1012: Activity upper cover

1013: front panel

1014: back panel

1015: side panel

1016: bottom plate

1017: functional opening

1018: key slot

102: Disinfectant room

103: processor

104: temperature sensor

105: infrared sensor

106: indicator group

107: LCD module

108: Induction nozzle pump set

1081: Allocator

11: Support plate

12: Pedestal

13: Power switch

2: disinfectant

Figure 1 is a three-dimensional schematic diagram of a preferred embodiment of the creation. Figure 2 is another perspective schematic diagram of the preferred embodiment of the creation. Figure 3 is a side view of the preferred embodiment of the creation. Figure 4 is a block diagram of a preferred embodiment of authoring.

1: Non-contact hand temperature measuring liquid disinfection machine

10: main body

101: Shell

1011: accommodation space

1012: Activity upper cover

1013: front panel

1015: side panel

1016: bottom plate

1017: functional opening

104: temperature sensor

105: infrared sensor

106: indicator group

107: LCD module

11: Support plate

12: Pedestal

13: Power switch

Claims (10)

A non-contact hand temperature measuring liquid disinfection machine, including: One main body, including: A housing with an accommodating space, and the housing has a movable upper cover, a front panel, a back panel, two side panels, and a bottom panel, and the front panel is provided with a plurality of functional openings; A disinfectant chamber is placed in the accommodating space, and the disinfectant chamber is provided for placing a disinfectant, and the movable upper cover is connected to the disinfectant chamber to supply the disinfectant through the opening and closing of the movable upper cover; A processor placed in the accommodating space; A temperature sensor placed in the accommodating space and electrically connected to the processor, the temperature sensor being in contact with the external environment through one of the functional openings for detecting a temperature value; An infrared sensor placed in the accommodating space and electrically connected to the processor, the infrared sensor being in contact with the external environment through one of the functional openings for detecting a human body identification; An indicator group, placed in the accommodating space and electrically connected to the processor, the indicator group being in contact with the external environment through one of the functional openings to indicate the existence of the disinfectant; A liquid crystal display module placed in the accommodating space and electrically connected to the processor, the liquid crystal display module being in contact with the external environment through one of the functional openings to display the temperature value; and An induction nozzle pump set is arranged at the bottom plate, connected to the disinfectant chamber and electrically connected to the processor, so as to automatically spray the disinfectant when the human body is approaching; A support plate fixedly connected with the back plate of the casing; and A base is fixedly connected with the support plate and has a vertical included angle, and the base forms a disinfection interval with respect to the induction nozzle pump group. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 1, wherein the indicator group has two light numbers to indicate the status of the disinfectant and the absence of the disinfectant. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 2, wherein the liquid crystal display module shows different color changes according to different temperature levels. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 3, wherein the liquid crystal display module correspondingly presents different color changes according to different temperature levels, and the performance is red-orange-green from high to low. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 4, wherein the induction nozzle pump group has three distributors for respectively outputting the disinfectant in the form of spray, drop and foam. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 5, wherein the spray-like disinfectant is 0.5 ml/time. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 5, wherein the disinfectant in the form of drops is 1.0 ml/time. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 5, wherein the foamy disinfectant is 0.8 ml/time. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 1, wherein one of the two side plates of the housing is provided with a power switch. For example, the non-contact hand temperature measuring liquid disinfection machine of claim 1, wherein the back plate is provided with at least one key-shaped slot.

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