KR20160001326A

KR20160001326A - Mattress covers

Info

Publication number: KR20160001326A
Application number: KR1020140079665A
Authority: KR
Inventors: 전찬혁
Original assignee: 주식회사 세스코
Priority date: 2014-06-27
Filing date: 2014-06-27
Publication date: 2016-01-06

Abstract

A mattress cover that is easy to monitor is disclosed. A mattress cover which can be easily monitored includes a mattress cover, a heat generating unit including a heat wire provided in the mattress cover and a heating cover surrounding the heat wire, a first identification unit and a first identification unit provided on one side of the mattress cover, And may be configured with a receiving pocket. This is achieved by attaching a heating unit to the mattress cover to attract the insect pests, and then monitoring the pest environment to easily catch insects.

Description

{Mattress covers}

The present invention relates to a mattress cover which can be easily monitored, and more specifically, a mattress cover which can be easily monitored by cleaning the mattress by noise by inserting pests into the mattress, .

Pests generally refer to insects or animals that harm humans and livestock. Typical examples of insects that can be found in confined spaces such as houses or offices are rats, cockroaches, dust mites, ants, ticks, mosquitoes, bedbugs, fleas and the like. These pests are eating food and textiles, causing damage to people's lives.

Therefore, in order to catch such pests, it is necessary to develop a device capable of monitoring after insect pest attraction.

SUMMARY OF THE INVENTION An object of the present invention is to provide a mattress cover which can be easily monitored by attaching a heating unit to protrusions formed on the mattress, and attracting insects.

Another object of the present invention is to provide a mattress cover which is easy to monitor and which can manage cleanliness of the mattress by monitoring the attracted pest and making noise.

A mattress cover which is easy to monitor according to the present invention comprises a mattress cover and a heating unit which is provided on the mattress cover and which covers a heating wire and a heating wire to attract insects on the mattress cover, And a pocket in which the first identification unit holding information is accommodated.

The first identification unit may be a tag-attached card, and the mattress-related information may be indicative of insect pests, presence of a heating cover, presence or absence of insect pests.

Further, the heat generating unit and the mattress may be bonded together by an adhesive material, or by a hook of the mattress and a groove of the heat generating unit, and may be attached and detached by hanging a fastening ring. In addition, a mattress- You can also install a band trap.

In addition, a chemical patch may be mounted on the inner surface of the mattress cover, and the chemical patch may be a mixture of a volatile acid, an insecticide, and a insect repellent.

There is an advantage that a heat generating unit is attached to the protruding portion formed in the mattress by the bonding, the pest is attracted, and the insect pest which is attracted is monitored to facilitate the cleanliness maintenance of the mattress by noise.

According to the present invention, by inserting the heat generating unit into the mattress, insects can be attracted.

In addition, by monitoring the attracted insect pests, it is possible to manage the mattress cleanliness by noise.

1 is a perspective view of a mattress cover.
2 is a detailed view of Fig.
3 is a front view of the mattress cover with a chemical patch attached thereto.
4 is an operational block diagram of a first identification unit housed in a pocket;

1 is a perspective view of a mattress cover which is easy to monitor, Fig. 2 is a detailed view of Fig. 1, Fig. 3 is a front view with a medicine patch installed on the inner surface of a mattress cover, Block diagram. Referring to FIG. A heat generating unit may be mounted on the corner of the mattress cover of the present invention to attract insects (bed, mites, bacteria).

The pest is mainly present in the groove 12 or the concave portion. The joint portion (seam) of the outer surface of the mattress cover 10 protrudes relatively more than the peripheral portion, so that grooves are generated, Pests are mainly inhabited. In order to attract insects to the protruding portion rather than the groove portion, the present invention can mount the heat generating unit 22 on the outer peripheral portion of the seam 11.

The heat generating unit 22 may be composed of a heat wire and a heat generating cover. In order to prevent the deviation and abrasion of the heat ray, the heat radiating cover may cover the outer circumference of the heat ray, and the heat radiating cover and the heat ray may be coated and bonded. The heat generating unit is not limited to the protruding portion of the mattress cover but may be provided at the central portion of the upper surface of the mattress cover, the head portion where the head is located when the person is lying down, and the side portion of the mattress cover.

In addition, the heat generating unit can be a hot pack type configuration as well as an electric type heat wire.

In order to mount the heat generating unit 22 on the mattress cover 10, an adhesive material may be applied to the seamed portion of the mattress cover, and then the heat generating unit may be adhered and fixed. Here, not only fixing by adhesion but also a groove for hanging on the mattress may be formed on one side of the heat-generating unit. It is possible to fasten the locking ring to the hook portion formed on the outer surface of the mattress by fastening the locking ring to the groove. On the contrary, a groove may be formed on the outer surface of the mattress, and a hook may be formed on the heat-generating unit so that a fastening ring can be engaged or detached. Also, the outer periphery of the heat generating unit and the mattress may be detachably attached to each other.

A pest trap of a sticky material may be attached to the outer periphery of the mattress cover, and a magnet detachable pest trap may be attached.

On the other hand, the medicine patch 12 can be mounted on the inner surface of the mattress cover. The chemical patch 12 may have a good volatilization power and may be composed of a mixture of an insecticide and an agent avoiding the insect pest.

Since the chemical patch is attached to the inner surface of the mattress cover 10, the mattress cover can be configured to avoid the insect living in the mattress cover due to volatilization.

The mattress cover 10 may be provided with a medicament patch 12, and a pest inducing agent may be applied to the outside of the mattress cover in the opposite direction in which the medicinal patch is mounted.

Due to the insect pest injector provided on the outer surface of the mattress cover, when the insect penetrates into the mattress cover, the insect pest can be configured to escape to the outside of the mattress by the drug patch. The pesticide patch 12 may be used to combat the insect pests, or the insect pest may be removed from the insect attractant.

Further, the mattress cover side may be provided with a pocket 31, and the first identification unit 30 may be accommodated in the pocket.

The first identification unit 30 may be provided with a button portion, and the button portion may be composed of buttons such as start of cleaning, end of cleaning, start of cover replacement, completion of cover replacement, installation of a heat generation unit, and the like. The display output unit may be located at the top of the button unit. When the pest control staff presses the button, information indicating that the button is pressed on the output unit may be configured.

The outputted output data can be transmitted to the second communication unit 40 by a pest control staff, such as a tag (RFID) on a card, a WiFi of a terminal capable of communication, and Bluetooth. The second communication unit may send information to the database 50 in the company of the pest control personnel. In the database, the pest control staff can save the cleaning or cover replacement history. A check can be made of when the cover was changed or the mattress was cleaned, when the cover was changed, and if the pest was removed by the heating unit.

A check history is stored in the database 50, and a date indicating when to clean the mattress of the customer can be output. The pest-prevention staff who has recognized the mattress may be informed of the customer's home having the first identification unit 30 You can visit.

The information stored in the database 50 may be transmitted to the second communication unit 40 so that the second communication unit can now transmit the information to the first identification unit 30. [ The first identification unit is provided with a button, and may input information. The first identification unit is not limited to the button but may store the details of the check by touch, key, and voice.

The first identification unit, the second communication unit, the database includes the date the pest control staff cleaned, the name of the pest control employee, the address of the customer, the location, the date the pad was removed, the mattress owner, Information such as contents can be stored.

The information of the first identification unit is transmitted to the second communication unit 40 by the second communication unit capable of communicating with the first identification unit 30 accommodated in the mattress pocket 31 and the information of the second communication unit is transmitted sequentially A pest control company can be provided with a database 50 that can store all the pest control information.

When a pest control employee visits the customer's home, a pest control employee can touch and touch a first identification unit stored in the pocket to store and input a task. The pest control staff can input and receive the work of clearing dead pests on the heating unit provided in the mattress, cleaning the mattress, and replacing the cover.

Information communicated to the first identification unit can be transmitted by communicating with the second communication unit, and the second communication unit can be stored in the database.

A pest control worker visits the customer's home where the mattress has been purchased and installs a heating unit, removes pests from the mattress, cleans the mattress, replaces the cover, etc., Can be stored.

The pest is propagated to the grooved portion, the corner, and the seam 11 side of the mattress, and the heat generating unit 22 can be provided on the upper portion to attract insects.

Insect pests can be gathered in the heat generation unit, and pest control workers can collect pests.

Hereinafter, an embodiment of the first identification unit will be described.

A card with a tag attached to the pest control staff is placed on the first identification unit 30, and the start of cleaning, the end of cleaning, the start of cover replacement, the completion of cover replacement, When one of the buttons during installation is pressed, the first identification unit outputs the content corresponding to the button, and at the same time, the radio wave can be transmitted by the tag held by the employee. The output of the output unit is transmitted to the second communication unit 40 and the database 50, and the database can store the details corresponding to the output.

When the pest control employee presses the cleaning start button provided in the first identification unit, the cleaning start value is output. At the same time, the radio waves are transmitted by the tag held by the employee, and the output data can be stored in the database Do. Then, the first identification unit recognizes that the job is being started and counts the working time.

After a predetermined time has elapsed, if the employee puts the card with the tag in the first identification unit and presses the cleaning end button, the first identification unit stops the counting operation. By the card held by the employee, It is possible to transmit the signal to the database. It is possible to transmit information to a terminal capable of communicating with Wi-Fi Bluetooth as well as tag recognition.

This may include the date the pest control staff cleansed, the name of the pest control employee's contact person, the address and location of the customer, the removal date of the bedbug, the owner of the mattress, the date of purchase, and the date on which the heating unit was installed.

In another embodiment, the pocket provided in the mattress cover may be provided with a first identification unit, and the first identification unit may be an RFID tag-attached card.

The first identification unit may have a unique number and may be configured to transmit the information of the first identification unit having the corresponding unique number using a terminal capable of communication.

For example, when a first identification unit having a unique number is provided in a customer's home, the pest control staff visits the customer's home, and the identification number of the first identification unit is assigned to the communicable second communication unit The information of the first identification unit can be transmitted to the company of the insect-proof worker.

The corresponding information of the first identification unit may relate to whether the insect pest is attracted to the heat generating unit, whether the heat cover is well adhered, whether the insect pest has been checked, and whether the insect attracting environment is well established.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. In addition, the present invention is not limited to the above-described embodiments, and various modifications and changes may be made thereto by those skilled in the art to which the present invention belongs. Therefore, the spirit of the present invention should not be construed as being limited to the above-described embodiments, and all of the equivalents or equivalents of the claims, as well as the following claims, are included in the scope of the present invention.

10: mattress cover 11: seam
12: drug patch 20: hot wire
21: heat generating cover 22: heat generating unit
30: first identification unit 31: pocket
40: second communication unit 50: database

Claims

mattress cover;
A heat generating unit provided on an outer surface of the mattress cover and constituted of a heat wire and a heat generating cover for attracting insects on the mattress cover; And
A pocket provided at one side of the mattress cover to receive a first identification unit having mattress-related information;
A mattress cover that is easy to monitor.

The method according to claim 1,
Wherein the first identification unit is a tag-attached card.

The method according to claim 1,
Wherein the mattress-related information includes at least one of a presence of insect pests, presence of a heating cover, presence or absence of pest inspections, and the like.

The method according to claim 1,
Wherein the first identification unit is connected to a communicable terminal and transmits mattress-related information to a database.

The method according to claim 1,
Wherein the heat generating unit and the mattress are attached to each other by an adhesive material or detachably attached thereto.

The method according to claim 1,
Characterized in that the mattress cover further comprises a fastener trap made of a sticky material on one side of the mattress.

The method according to claim 1,
The mattress cover as set forth in claim 1, further comprising a magnet detachably attachable to the one side of the mattress.

The method according to claim 1,
Wherein the heating unit is provided on a projection of the mattress.

The method according to claim 1,
Further comprising a chemical patch on the inner surface of the mattress cover, wherein the chemical patch comprises at least one of a volatile acid, a pesticide, and an insect repellent.