KR20070055900A - Multi-functional bed having consolidated remote control - Google Patents

Abstract

The present invention relates to a functional bed with an integrated remote control.

The present invention includes a mattress support device having a drive motor that can be adjusted by angle electrically; A functional bed including a mattress that provides shock absorption and comfort to a user, a remote controller that receives a signal from a user, and a controller that receives various signals from a remote controller and transmits a signal to a driving unit, wherein the remote controller is a wired / wireless integrated method. Provides a functional bed with an integrated remote control.

According to the present invention, by applying the posture memory function of the mattress support device to adjust the elevating angle of the mattress support device to the desired angle by using the button memorized, by adding a time setting and reservation function at a predetermined angle Add a lamp which is automatically adjusted and the brightness adjustment is automatically adjusted linearly, operate by time schedule, raise to 1st reserve temperature, maintain temperature, change to 2nd reserve temperature, maintain and operate A functional bed with a thermal mat that can be stopped and an integrated remote control that can be booked and operated individually or in combination can provide the ultimate in comfort.

Mattress, Mattress Support, Remote Control

Description

Multi-Functional Bed Having consolidated Remote Control

1A is a side view of a conventional functional bed,

Figure 1b is a perspective view of a conventional mattress support device,

Figure 1c is an operating state of the upper movable plate unit of the conventional mattress support device,

Figure 1d is a state of operation of the lower movable plate unit of the conventional mattress support device,

2 is a block diagram illustrating a functional bed having an integrated remote controller according to a preferred embodiment of the present invention;

3 is a plan view of a remote controller according to a preferred embodiment of the present invention;

4 is a side view of a functional bed having an integrated remote control according to a preferred embodiment of the present invention;

5 is a circuit block diagram of the lighting apparatus according to the present invention;

6 is a wiring diagram of the integrated remote control connector and bed-side connector according to the present invention,

Figure 7 is a side view of the drive unit provided in the control unit and the mattress support apparatus according to a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

100: main frame 102: legs

110: fixed plate 120: upper movable plate unit

122: first movable plate 124: second movable plate

130: lower movable plate unit 132: third movable plate

134: fourth movable plate 140: first drive portion

142: drive motor 144: upper screw rod

146: first nut pipe 150: first drive shaft

152: first support 154: first connecting rod

156: second bracket 158: first bracket

162: angle adjustment pin 164: long hole

168: hinge shaft 172: lower screw rod

174: second nut pipe 176: interference projection

178: second drive shaft 180: second support

182: second connecting rod 184: link member

190: fourth hinge portion 192: third bracket

194: Mattress Support Device 196: Mattress

198: control unit 210: remote control

220: driving unit 230: lighting device

240: thermal mat 310: LCD

320: keypad 330: PCB

420: cushion portion 510: DC lighting

520: LED 610: bed side connector

620: remote controller side connector 630: first communication line

640: second communication line 650: wired cable

710: drive unit case 720: internal memory

730: CPU 740: timer

760: sensor reaction unit 780: first sensor

790: second sensor

The present invention relates to a functional bed with an integrated remote control. More specifically, by applying the posture memory function to adjust the lifting and lowering angle of the mattress support device to the desired angle by using the memory button, and the time setting and reservation function is automatically adjusted to a predetermined angle when the set time By adding a lighting lamp that automatically adjusts the brightness by reserving the lighting and extinguishing time, operating by time reservation, raising the temperature to the first reserved temperature and maintaining the temperature, and then maintaining and operating it after changing to the second reserved temperature. A functional bed with a thermal function for stopping can be provided and an integrated remote control for scheduling and operating several functions individually or in combination.

Generally, a bed used in a home or a business includes a mattress and a mattress, and a mattress usually includes a plurality of springs to impart a cushion. In recent years, bed life has become more common than futons, and it is a trend that the bed is developed as a functional bed with various purposes and functions, rather than simply sleeping furniture.

1A is a side view of a conventional functional bed, which includes a mattress support device 194, a mattress 196, and a control unit 198, FIG. 1B is a perspective view of a conventional mattress support device 194, and FIG. 1C is a conventional mattress support. The operating state diagram of the upper movable plate unit 120 of the apparatus 194, FIG. 1D is the operating state diagram of the lower movable plate unit 130 of the conventional mattress support apparatus 194. As shown in FIG.

Conventional mattress support device 194 is a movement of the upper and lower sides of the fixed plate 110, the fixed plate 110 is installed in the center of the main frame 100 and the main frame 100 of the rectangular frame shape is provided with legs, respectively. The upper movable plate unit 120 and the lower movable plate unit 130 are installed to be possible.

The upper movable plate unit 120 includes a first movable plate 122 and a second movable plate 124, and the lower movable plate unit 130 includes a third movable plate 132 and a fourth movable plate 134. Is made of.

The conventional mattress support device 194 includes a drive motor 142 for elevating the upper movable plate unit 120 and the lower movable plate unit 130. The upper screw rod 144 and the lower screw rod 172 operate by the operation of the drive motor 142.

The upper movable plate unit 120 is constituted by a first drive unit 140 formed of a first nut pipe 146 which is operated left and right by an upper screw rod 144 and an upper screw rod 144 of the drive motor 142. Works. The lifting operation of the upper movable plate unit 120 is made as the first nut pipe 146 moves to the right side of FIG. 1B.

The first drive shaft 150 is hinged to the main frame 100, so that when the interference protrusion 176 attached to the first drive shaft 150 moves to the right by the first nut pipe 146, the first drive shaft 150 is hinged to the first frame. The first support 152 coupled to the drive shaft 150 and the first drive shaft 150 is raised upward.

Meanwhile, one end of the first movable plate 122 is coupled to the main frame 100 by the hinge shaft 168, and the first movable plate 122 and the second movable plate 124 are each attached to a lower portion thereof. The two brackets 156 and the first bracket 158 are connected by the hinge coupling. The first bracket 158 is provided with a long hole 164, the second bracket 156 is provided with an angle adjusting pin 162, the operating range of the first bracket 158 is limited.

Since the first bracket 158 is hinged to the first support 152 by the first connecting rod 154, when the first support 152 is raised to a predetermined height, the second movable plate 124 is first movable. The plate 122 is fixed at an angle.

The lower movable plate unit 130 moves the second nut pipe 174 to the left as the lower screw rod 172 moves to the left side by the drive motor 142, and the second nut pipe 174 interferes. The protrusion 176 is pushed to the left. Accordingly, the second drive shaft 178 having one end hinged to the main frame 100 and the second support 180 coupled to the second drive shaft 178 rotate at a predetermined angle.

On the other hand, one end of the third movable plate 132 is hinged to the main frame 100 by a third hinge portion, and the third movable plate 132 and the fourth movable plate 134 have a fourth hinge portion ( Hinged by 190). A third bracket 192 is provided below the fourth movable plate 134, one end of the third bracket 192 is hinged to the link member 184, and the other end is formed by the second connecting table 182. 2 supports 180 and hinge is coupled.

Therefore, when the second support 180 is rotated upward by a predetermined angle, the third movable plate 132 and the fourth movable plate 134 also rise upward by a predetermined height, and the upper movable plate unit 120 and the lower portion are The drive motor 142 operating the movable plate unit 130 may simultaneously raise or lower the upper movable plate unit 120 and the lower movable plate unit 130, but may selectively operate only one unit. .

 Conventional mattress 196 is located above the mattress support device 194 and the polyurethane lifting foam (Polyurethane Memory Foam), latex (Latex), multi-fold general mattress is used, such as the lifting angle of the mattress support device 194 It can be bent freely according to the user's comfort. However, there was a problem in use because it does not have a thermal function.

In addition, the conventional controller 198 has a separate wired method for controlling the mattress support device 194 using a button embedded in the controller 198 itself and a wireless method using a remote controller (not shown). When the device 194 was changed to a desired position as needed, there was an inconvenience of adjusting and adjusting the first driving unit 140 and the second driving unit.

In order to solve this problem, the present invention is equipped with a drive motor, the mattress support device that can be electrically adjusted angle, shock absorption and the mattress to provide comfort to the user, a remote control receiving a signal from the user, various signals from the remote control In the functional bed comprising a control unit for receiving a signal and transmitting a signal to the drive unit, the remote control provides a functional bed with an integrated remote control, characterized in that the wired and wireless integrated method.

According to a first object of the present invention to achieve this object, a mattress support device capable of adjusting the angle by the electric motor having a drive motor, a mattress for providing shock absorption and comfort to the user, a remote control receiving a signal from the user In the functional bed including a control unit for receiving a variety of signals from the remote control and transmitting a signal to the drive unit, the remote control provides a functional bed with an integrated remote control, characterized in that the wired and wireless integrated method.

In addition, according to the second object of the present invention, the mattress support device that can be adjusted to the angle and bend by the electric motor using the drive motor, the mattress to absorb shock and provide comfort to the user, the illumination device that can adjust the illumination It receives the signals related to the operation from the user and is provided in the wired / wireless integrated remote controller and mattress.The user receives the related signals from the heating mat and the remote controller that the user can adjust to the desired temperature using the remote controller and transmits the signals to the driver. A functional bed having an integrated remote controller including a controller, the controller comprising: a CPU controlling a signal input from a remote controller; A timer for receiving a position signal from a first sensor and a second sensor provided in the mattress support device; The present invention provides a functional bed having a reservation function and an integrated remote controller, comprising a reservation function by including a memory for storing a position signal and a real time clock integrated circuit which always maintains an accurate time.

In addition, according to the third object of the present invention, the mattress support device that can be adjusted to the angle and bend by the electric motor using the drive motor, the mattress to absorb shock and provide comfort to the user, the illumination device that can adjust the illumination A reservation function including a remote controller that receives an operation signal related to an operation from a user, a thermal mat that the user can adjust to a desired temperature using a remote controller, and a controller that receives an operation signal from a remote controller and transmits a signal to a driver; A method for reserving and operating a thermal mat of a functional bed having an integrated remote control, the method comprising: receiving a thermal mat reservation input signal including information about a first temperature, a first time, a second temperature, and a second time from a remote controller, Storing in the provided internal memory; Receiving a start button signal to apply power to the thermal mat to increase the temperature of the thermal mat, and determining whether the temperature rises to the first temperature; When the temperature rises to the first temperature, maintaining the temperature at the first temperature for a first time and determining whether the first time has elapsed after the temperature has risen to the first temperature; Changing the temperature of the mattress to a second temperature when the first time has elapsed; Determining whether the temperature of the mattress has been changed to the second temperature; If the temperature has changed to the second temperature, maintaining the temperature at the second temperature for a second time; And determining whether or not the second time has elapsed and turning off the power when the second time has elapsed, and provides a method for reserving and operating a thermal mat for a functional bed having a reservation function and an integrated remote controller. do.

In addition, according to a fourth object of the present invention, a mattress support device capable of adjusting angle and bend by electric power using a drive motor, a mattress that absorbs shock and provides comfort to a user, an illumination device capable of adjusting illumination A reservation function including a remote controller that receives an operation signal related to an operation from a user, a thermal mat that the user can adjust to a desired temperature using a remote controller, and a controller that receives an operation signal from a remote controller and transmits a signal to a driver; In the reservation and operation method of the mattress support device and the lighting device of the functional bed having an integrated remote control, after receiving a signal for controlling the drive unit of the mattress support device from the remote control, the mattress support device is driven and the posture storage button signal of the remote control is received. Mattress support in the internal memory provided in the control unit Storing postures including sleep, weather, TV viewing and rest of the teeth, respectively; Lighting a lighting device by receiving a lighting signal; Receiving a lighting device reservation input signal including information on an off time, an on time, and an INT 1 and an INT 2 from a remote controller and storing the received signal in the internal memory of the controller; Determining whether information about INT 1 and INT 2 has been received after receiving the start button signal; Determining whether the first time is reached by subtracting the INT 1 time from the off time when the information regarding the INT 1 and the INT 2 is received; When the first time is reached, turning off the illuminance of the lighting apparatus linearly for an INT 1 hour; Determining whether the off time has been reached and, if so, reading the value of the sleeping posture stored in the internal memory and changing the mattress support to the sleeping posture; Determining whether the second time has been reached by subtracting the INT 2 time from the on time; When reaching the second time, linearly increasing illuminance of the lighting apparatus and lighting the device for an INT 2 hour; And determining whether the on time has been reached and reading the value of the weather posture stored in the internal memory, and changing the mattress support device to the weather posture. It provides a mattress support device and a reservation and operation method of the lighting device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

2 is a block diagram illustrating a functional bed having an integrated remote controller according to a preferred embodiment of the present invention, wherein the functional bed having an integrated remote controller includes a driving unit 220, a thermal mat 240, a remote controller 210, and a lighting device. And a controller 198 for inputting and controlling signals to and from the driver 220, the thermal mat 240, the remote controller 210, and the lighting apparatus 230.

The control unit 198 includes a real time clock integrated circuit (hereinafter, referred to as a "RTC IC"). The RTC IC is an integrated circuit serving as an electronic clock. When power is supplied to the bed, the RTC IC drives the RTC IC using the applied power, and when the power supply to the bed is stopped, a small battery (not shown) installed in the controller 198. It is an integrated circuit that always maintains accurate time when inputting time by driving RTC IC using power supply.

The use of these RTC ICs not only confirms the current time, but is also essential for performing the functions related to time scheduling of functional beds.

3 is a plan view of the remote control according to an embodiment of the present invention, the remote control 210 that can store and control all the functions of the functional bed equipped with an integrated remote control as desired by the keypad 320, LCD ( 310, a PCB 330, and a rechargeable battery (not shown).

The remote control 210 according to the present invention is provided with an LCD 310 for the user to more easily set the function and to show the state of the current functional bed. Location memory, bedtime and wake-up time of the mattress support device 194, the temperature of the heat mat 240, the illumination intensity of the lighting device 230 and the battery low warning can be set or confirmed in the menu form.

In addition, since the remote control unit 210 is wired / wireless integrated, power is supplied when the wired cable is connected. However, the remote controller 210 operates as a rechargeable battery when the wireless cable is connected. Therefore, the remote controller 210 automatically charges the battery when the wired cable is connected to reduce the cost and inconvenience of replacing the battery. Configure the circuit of the PCB so that it can. When the battery is low, the LCD 310 displays a low battery warning message.

Functional bed with integrated remote control according to the present invention has a reservation function which is one of the most important functions. Four parameters are entered in one reservation, two of which are time parameters, which means start time or end time, and the other two are according to the function. Or illumination time.

Hereinafter, the mattress support device 194, the thermal mat 240 of the mattress 196, and the lighting device 230 will be described in detail through embodiments of use.

4 is a side view of a functional bed having an integrated remote controller according to a preferred embodiment of the present invention and includes a mattress support device 192, a lighting device 230, a controller 198, and a remote controller 210.

The mattress according to the present invention is bent according to the user's body is positioned on the cushion portion 420 and the cushion portion 420 to provide comfort, but the thermal mat 240, the cushion portion 420 and the thermal mat to heat function It is configured to include a mattress cover (not shown) surrounding the 240.

The thermal mat 240 may set a temperature within a range of 25 degrees to 60 degrees by pressing the temperature setting button of the remote controller 210, and using the timer setting function of the remote controller 210 to set two temperature parameters and time parameters Enter and set.

When the user inputs the desired temperature by using the remote controller 210, the user keeps rising to a desired temperature in the same manner as a general heating mat. In addition, if the user sets the timer to '40 degrees / 01:00 / 30 degrees / 06:00 'and presses the' START 'button, the current temperature of the thermal mat 240 is 30 degrees. When the power is applied and the temperature rises to 40 degrees, stop the temperature rise and continue for 1 hour, and then turn off the power and when the power is cooled to 30 degrees by natural cooling, apply power again and maintain 30 degrees for 6 hours.

5 is a circuit block diagram of the lighting apparatus according to the present invention.

The lighting device 230 preferably consists of two or more kinds of lights, one of which preferably uses a three-wavelength lamp as the DC lamp 510. Except for the DC lamp 510, the other lighting devices use LEDs (Light-Emitting Diodes) 520 and are configured in various colors. When the user uses the DC lamp 510 using the remote control 210, the illumination is adjusted using the illumination control button of the remote control 210, and when the LED 520 is selected, color selection and brightness can be adjusted.

When the user wants to turn on the lighting device 230 of the bed, press the 'on' button of the remote control unit 210 to turn on the lighting device 230, the 'off' button of the remote control unit 210 is turned off. If the illuminance of the lighting device 230 is too bright or dark, it is adjusted by pressing the 'UP' or 'DOWN' button of the illumination control button of the remote controller 210. In the illumination control method, a CPU (Central Processing Unit, not shown) of the controller 198 may receive a signal from the remote controller 210 and adjust a voltage applied to the lighting device 230. When the lighting device 230 is turned on, the 'DOWN' button of the illuminance control button is darkened by a predetermined illuminance of one unit when pressed once, and the illuminance is lowered until it is the same brightness as turned off if it is kept pressed. When the 'UP' button is pressed, the brightness of the lighting device 230 may be adjusted to the same maximum brightness as when the lamp is turned on again.

When setting the bedtime and the wake-up time by pressing the timer button of the remote controller 210 as the time setting and reservation function of the lighting device 230, the lighting device turns off and lights at a predetermined time, and is called an interval (hereinafter, INT). ) Function, it can be linearly darkened 10 minutes before or 20 minutes before a predetermined time and completely turned off or turned on when a predetermined time is reached.

For example, when the user presses the timer button to set 'off-22: 00 / on- 05:00 / INT 1 / INT 2' at 20:10 and presses the START button of the lighting button part, the lighting device 230 The lamp stays lit until 22:00 and goes out at 22:00 and lights up at 05:00. In addition, if the user sets 'off 22:00 / on 05:00 / 00:20 / 00:30' at 20:10 and presses the START button in the lighting button part, the lighting device 230 is 21:20, 21 At 40 minutes, the illuminance gradually darkens, and it turns off completely at 22:00. When it reaches 05:30 (04:30), it is gradually turned off and completely lights up at the maximum brightness at 07:00.

6 is a wiring diagram of the integrated remote controller connector and the bed connector according to the present invention.

The bed connector 610 is connected to the control unit 198 embedded in the bed, the control unit 198 is formed with a first communication line 630 for receiving the connection of the remote control 210, the first communication line 630 ) Extends to the bedside connector 610. The remote controller side connector 620 and the bed side connector 610 are connected with a wired cable 650, and a second communication line 640 for inputting a signal to the first communication line 630 is formed at the remote controller side connector 620. It is.

Therefore, when the first communication line 630 receives a signal input from the second communication line 640 of the remote control unit 210 by the wired cable 630 is connected, a pull-up resistance is generated to generate the first communication. The state of the line 630 becomes 'High' and the radio is automatically cut off and the communication is made by wire. On the contrary, the connection is disconnected so that the state of the first communication line 630 is switched to 'Low'. The short-circuit of the wired cable 650 is determined and wirelessly operated.

Figure 7 is a side view of the drive unit provided in the control unit and the mattress support apparatus according to a preferred embodiment of the present invention.

The user presses the mattress support device 192 raising and lowering angle adjustment button of the remote control 210 to flexibly bend the mattress 196 to the desired posture so that the user can rest or sleep in the most comfortable posture, and posture memory function After adjusting the angle of the mattress support device 192 suitable for watching TV, reading, sleeping, the weather, and the like by pressing the save button of the remote controller 210 and storing it in the internal memory 720 provided in the controller 198. When used later, it has the function of setting the same angle with one button.

The driving unit 700 is provided with a driving motor 142, the driving motor 142 is a DC motor to the user to operate the remote control 210 to set the mattress support device 192 to a desired position. Since the DC motor is difficult to control the number of revolutions, it rotates while pressing the button of the remote controller 210 and stops when the button is released. Therefore, a separate device is required to perform the posture memory function of the mattress support device 192. The posture memory function of the mattress support device 192 is provided in the CPU 730, the internal memory 720, the timer 740, and the second nut pipe 174 of the driver 700 provided in the controller 198. The first sensor 780 and the second sensor 790 for detecting the movement of the sensor reaction unit 760 and the sensor reaction unit 760 are configured.

The sensor reaction part 760 is provided on the outer circumferential surface of the second nut pipe 174. When the lower screw rod 172 is fully retracted, the mattress support device 192 of the bed is completely flat. At this time, the sensor reaction part 760 of the second nut pipe 174 mounted at the end of the lower screw rod 172 is The first sensor 780 is provided in the vertical lower driving part case 710 where it is located, and when the lower screw rod 172 fully protrudes, the mattress support device 192 of the bed moves to the maximum. The second sensor 790 is provided on the vertical lower driving case 710 where the 760 is located. If the first sensor 780 and the second sensor 790 satisfy the conditions provided at the position of the sensor reaction part 760 when the lower screw rod 172 is fully retracted and the position when fully protruding, the first sensor 780 and the second sensor 790 are mounted. The place is not limited.

In addition, the internal memory 720 stores a data value, and the timer 740 measures a time by receiving a position signal from the first sensor 780 and the second sensor 790.

The timer value is '0' when the sensor reaction part 760 is at the point 'A', and when the second nut pipe 174 is moved by the rotation of the driving motor 142 of the driving part 700, the timer value is increased. When the sensor reaction part 760 reaches point A, the increase of the timer value stops.

When the user adjusts the position of the mattress support device 192 in a desired posture and presses the memory button of the remote controller 210, the timer 740 stores the value measured in the internal memory 720, and the remote controller 210 later. By pressing the button of the mattress support device 192 by controlling the drive motor 142 by using a method of reading the value stored in the internal memory 720 and moving the same as the stored posture by waking up, sleeping, resting, and watching TV. It has a posture memory function.

8 is a flowchart illustrating a method for reserving and operating a thermal mat according to a preferred embodiment of the present invention.

Input the power of the functional bed with the reservation function and the integrated remote control, enter the first temperature / the first time / the second temperature / the second time by using the keypad 320 of the remote controller 210, and press the save button. The memory 720 is stored (S800). After the saving is completed, press the start button to execute the stored contents (S810).

Power is applied to the thermal mat 240, and it is determined whether the temperature of the thermal mat 240 rises to the first temperature (S820). When it is determined that the temperature rises to the first temperature, the temperature of the thermal mat 240 is maintained at the first temperature for the first time (S830). It is determined whether the first time has elapsed (S840). If it is determined that the first time has elapsed, the temperature is changed to the second temperature (S850).

It is determined whether the temperature is changed to the second temperature (S860). As a result of the determination, when the temperature is changed to the second temperature, the temperature of the thermal mat 240 is maintained at the second temperature for a second time (S870). It is determined whether the second time has elapsed (S880). As a result, when the second time elapses, the power supply of the thermal mat 240 is cut off.

9 is a flow chart of the reservation and operation method of the mattress support device and the lighting device according to a preferred embodiment of the present invention.

Input the power of the functional bed with a reservation function and the integrated remote control, and drive the drive unit 220 of the mattress support device 194 using the keypad 320 of the remote control 210 to sleep, wake up, watching TV and resting, etc. After setting to the posture of each of the stored using the storage button of the remote controller 210 to the internal memory 720 provided in the controller 198 (S900).

After turning on the lighting device 230, input the off time, the on time, the INT 1, the INT 2 by using the keypad 320 of the remote controller 210, and then use the save button of the remote controller 210 to control the interior of the controller 198. Stored in the internal memory 720 provided in (S905, S910). Here, INT 1 and INT 2 can be entered or only the off time and on time can be entered without input.

The remote controller 210 receives the start button signal of the keypad 320 and determines whether INT 1 and INT 2 are received (S915 and S920). As a result of the determination, when the INT 1 and the INT 2 are input, it is determined whether the first time is obtained by subtracting the INT 1 time from the off time (S925). If it is determined that the first time is reached, the illuminance of the lighting device 230 is linearly turned off for an INT 1 hour (S930). When the off time is reached by determining whether the off time has been reached, the bed posture value stored in the internal memory 720 is read, and the mattress support device 194 is changed to the bedtime position (S935 and S940).

It is determined whether the second time is reached by subtracting the INT 2 time from the on time (S945). When it is determined that the second time is reached, the illuminance of the lighting apparatus 230 is linearly increased during the INT 2 time period (S950). When it is determined whether the on-time has been reached, when the on-time is reached, the mattress support device 194 is changed to the meteorist by reading the weather attitude value stored in the internal memory 720.

As a result of determining whether INT 1 and INT 2 are input in step S920, if INT 1 and INT 2 are not input, it is determined whether the off time has been reached (S965). As a result of the determination, when the off time is reached, the lighting device 230 is turned off and at the same time, the bed posture value stored in the internal memory 720 is read, and the mattress support device 194 is changed to the bedtime position (S970).

It is determined whether the on time has been reached (S980). As a result of the determination, when the on time is reached, the lighting apparatus 230 is turned on and at the same time, the weather attitude value stored in the internal memory 720 is read and the mattress support apparatus 194 is changed to the weather position (S990).

The mattress support device 194, the lamp 230 and the heat mat 240 may be reserved for use at the same time, or at the same time a plurality of devices can be used to operate at the same time to cause the upper body at '06 and at a temperature of 33 degrees If you want to achieve maximum illumination, you can schedule each function to work at the same time.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, by applying the posture memory function of the mattress support apparatus, the rising and lowering angle of the mattress support apparatus is adjusted to a desired angle by using the memorized button, and the time setting and reservation function are added for a predetermined time. In this case, it is automatically adjusted at a predetermined angle, and a lighting lamp whose brightness is linearly adjusted automatically is added by reserving the lighting and extinction time, and operating by time reservation to raise the temperature to the first reserved temperature and then maintain the temperature. Functional bed with a heating function to maintain and shut down after changing to the second reserved temperature, and a functional bed with an integrated remote control to reserve and operate several functions individually or in combination. The effect is to provide the user with the best comfort.

Claims (18)

Mattress support device that can adjust the angle and bend by the electric drive motor; A functional bed comprising a mattress for absorbing a shock and providing comfort to a user, a remote controller for receiving a signal related to operation from the user, and a controller for receiving the signal from the remote controller and transmitting an operation signal to a driving unit. A sensor reaction unit is provided on a nut pipe provided in the driving unit of the mattress support device, and the first sensor and the second sensor are configured to detect the sensor reaction unit and transmit a position signal of the mattress support device to the controller. Functional bed with integrated remote control. The method of claim 1, And a memory in the control unit, and storing position signals input from the first and second sensors in the memory, and having a posture memory function of the mattress support device. The method of claim 1, The remote control is a functional bed with an integrated remote control, characterized in that connected to the control unit and a wired cable. The method of claim 3, wherein When the remote control is connected to the control unit and the wired cable, the remote control is operated only by a wire and the remote control is supplied with power to charge the rechargeable battery inside the remote control, characterized in that the functional bed with an integrated remote control . The method of claim 3, wherein And wherein the remote control operates wirelessly when the remote control is disconnected from the wired cable. The method of claim 1, The remote control is a functional bed with an integrated remote control, characterized in that provided with a liquid crystal unit for checking the operating state of the functional bed. The method of claim 1, The functional bed is a functional bed with an integrated remote control, characterized in that provided with a lighting device that can adjust the illumination. The method of claim 7, wherein Illumination of the lighting device is a functional bed with an integrated remote control, characterized in that it comprises a DC lighting and LED. The method of claim 1, Functional mat with an integrated remote control, characterized in that the mattress is provided with a heating mat that allows the user to adjust to a desired temperature using the remote control. The method of claim 1, And the control unit includes a real time clock integrated circuit. Mattress support device that can be adjusted to the angle and bending by using a drive motor; Mattresses that absorb shock and provide comfort to the user; Illumination device that can adjust the illumination; A remote controller that is wired / wireless integrated and receives signals related to operation from a user; A thermal mat provided on the mattress and configured to allow the user to adjust the temperature to a desired temperature using the remote controller; In the functional bed having an integrated remote control including a control unit for receiving a signal from the remote control and transmitting a signal to a drive unit, etc., The controller may include a CPU to control the signal input from the remote controller; A timer for receiving a position signal from a first sensor and a second sensor provided in the mattress support device; And a memory for storing the position signal and a real time clock integrated circuit for maintaining a precise time at all times. The method of claim 11, The reservation function is a functional bed having a reservation function and an integrated remote control, characterized in that performed by receiving four parameters. The method of claim 12, Two of the parameters are time parameters indicating the start or end, and the other two of the temperature, illuminance and time, characterized in that the functional bed with a reservation function and integrated remote control. The method of claim 11, The lighting device is turned off and turned on at a time reserved by the reservation function, but using an interval function, the illumination function can be turned off and turned on by changing the illuminance linearly for a predetermined time. Functional bed with integrated remote control. The method of claim 11, Adjusting the angle of the mattress support device, the temperature control of the thermal mat and the illumination control of the illumination device can be performed simultaneously or separately by the reservation function, characterized in that the reservation function and integrated remote control bed. Mattress support device that can be adjusted to the angle and bending by using a drive motor; Mattresses that absorb shock and provide comfort to the user; Illumination device that can adjust the illumination; A remote controller for receiving an operation signal related to an operation from a user; A thermal mat that allows a user to adjust to a desired temperature using the remote controller; And a control function for receiving the operation signal from the remote control and transmitting a signal to a driving unit. (a) receiving a thermal mat reservation input signal including information on a first temperature, a first time, a second temperature, and a second time from the remote controller and storing the received thermal mat reservation signal in an internal memory of the controller; (b) receiving a start button signal to apply power to the thermal mat to change the temperature of the thermal mat, and determining whether the temperature reaches the first temperature; (c) when the temperature reaches the first temperature as a result of the determination of step (b), maintain the temperature at the first temperature for the first time, and after the temperature rises to the first temperature, the first time Determining whether elapsed time; (d) changing the temperature of the mattress to the second temperature when the first time elapses as a result of the determination of step (c); (e) determining whether the temperature of the mattress has reached the second temperature; (f) maintaining the temperature at the second temperature for the second time when the temperature is changed to the second temperature as a result of the determination of step (e); And (g) determining whether the second time has elapsed and turning off the power when the second time has elapsed Reservation method and operating method of the thermal mat of the functional bed having a reservation function and an integrated remote control, including. Mattress support device that can be adjusted to the angle and bending by using a drive motor; Mattresses that absorb shock and provide comfort to the user; Illumination device that can adjust the illumination; A remote controller for receiving an operation signal related to an operation from a user; A thermal mat that allows a user to adjust to a desired temperature using the remote controller; And a control unit for receiving the operation signal from the remote control unit and transmitting a signal to a driving unit. (a) receiving the signal for controlling the drive unit of the mattress support device from the remote control and driving the mattress support device and receiving the posture storage button signal of the remote control to the mattress support device in the internal memory provided in the controller; Storing postures including sleeping, waking up, watching TV and resting respectively; (b) receiving a lighting signal to turn on the lighting device; (c) receiving an illumination device reservation input signal including information on an off time, an on time, an INT 1, and an INT 2 from the remote controller and storing the same in an internal memory of the controller; (d) determining whether information regarding INT 1 and INT 2 is received after receiving the start button signal; (e) determining whether the first time is obtained by subtracting the INT 1 time from the off time when the information on INT 1 and INT 2 is received as a result of the determination of step (d); (f) if the first time is reached as a result of the determination of step (e), turning off the illuminance of the lighting apparatus linearly for the INT 1 hour; (g) determining whether the off time has been reached and, if so, reading the value of the sleeping posture stored in the internal memory and changing the mattress support apparatus to the sleeping posture; (h) determining whether the second time is reached by subtracting the INT 2 time from the on time; (i) when the second time is reached as a result of the determination of step (h), linearly increasing the illuminance of the lighting apparatus and lighting the device for the INT 2 hours; And (j) determining whether the on time has been reached and, if so, reading the value of the weather posture stored in the internal memory and changing the mattress support apparatus to the weather posture. The reservation and operation method of the mattress support device and the lighting device of a functional bed having a reservation function and an integrated remote control comprising a. The method of claim 17, After step (d) above, (k) determining that the off time has been reached when no information regarding INT 1 and INT 2 is received as a result of the determination of step (d); (l) when the off time is reached as a result of the determination of step (k), turning off the lighting device and reading the value of the sleeping position stored in the internal memory and changing the mattress support apparatus to the sleeping position. ; And (m) after determining whether the on time has been reached, and when the on time has been reached, the lighting device is turned on and at the same time the value of the weather posture stored in the internal memory is read and the mattress support device is read. To change to The reservation and operation method of the mattress support device and the lighting device of the functional bed with a reservation function and an integrated remote control, characterized in that it further comprises.

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