JP2023108395A - Bedding proposal system and bedding proposal method - Google Patents

Abstract

To provide a bedding proposal system and a bedding proposal method that can propose bedding with high accuracy.SOLUTION: A bedding proposal system 1 according to an embodiment comprises a photographed data obtaining unit 33, a first position information obtaining unit 31, a second position information obtaining unit 32, a selection unit 20, a content data calculation unit 51, and a content data display unit 52. The photographed data obtaining unit 33 obtains photographed data on a body of a user of bedding. The first position information obtaining unit 31 obtains position information of each part of the body of the user from the photographed data. The second position information obtaining unit 32 obtains position information of each part of the body of the user from a measurement instrument in contact with the user. The selection unit 20 causes one of the first position information obtaining unit 31 and the second position information obtaining unit 32 to be selected. The content data calculation unit 51 calculates content data of the bedding from the position information obtained by one of the first position information obtaining unit 31 and the second position information obtaining unit 32. The content data display unit 52 displays the content data.SELECTED DRAWING: Figure 1

Description

The present disclosure relates to a bedding suggestion system and a bedding suggestion method.

Japanese Patent Application Laid-Open No. 2021-186247 describes a bedding suggestion system. The bedding suggestion system is used by an information terminal. The bedding proposal system includes an imaging unit, a body position acquisition unit, and a content data calculation unit. The body position acquisition unit acquires the positions of each part of the body from the body imaged by the imaging unit. The content data calculation unit calculates and displays the content data of the bedding from the acquired positions of the body parts. The bedding proposal system proposes bedding suitable for the user by displaying content data to the user.

JP 2021-186247 A

The bedding proposal system described above proposes bedding suitable for the user based on the positions of each part of the body obtained from the photographed body. However, since the position of each part of the body is acquired from the photographed body, there is a possibility that the position of each part of the body cannot be acquired accurately depending on the shooting conditions such as the background and the user's clothes. Therefore, there is room for improvement in the accuracy of bedding suggestions.

An object of the present disclosure is to provide a bedding proposal system and a bedding proposal method capable of highly accurately suggesting bedding.

A bedding proposal system according to one aspect of the present disclosure is used when suggesting bedding. The bedding proposal system includes a photographed data acquisition section, a first positional information acquisition section, a second positional information acquisition section, a selection section, a content data calculation section, and a content data display section. The photographed data acquisition unit acquires photographed data of the body of the user of the bedding. The first position information acquisition unit acquires position information of each part of the user's body from the photographed data. The second positional information acquisition unit acquires positional information of each part of the user's body from the measuring instrument that contacts the user. The selection unit allows the user to select one of the first location information acquisition unit and the second location information acquisition unit. The content data calculation unit calculates content data of the bedding from the position information acquired by one of the first position information acquisition unit and the second position information acquisition unit selected by the user. The content data display section displays content data.

In this bedding proposal system, the user can select either one of the first positional information obtaining section and the second positional information obtaining section. When the user selects the first positional information acquisition unit, positional information of each part of the user's body is acquired from photographed data obtained by photographing the user's body. Therefore, when the first positional information acquisition unit is selected, it is not necessary to bring the measuring instrument or the like into contact with the body when acquiring the positional information. can be done. Therefore, when the user selects the first positional information acquiring unit, the positional information of each part of the user's body can be easily acquired, so that bedding can be easily suggested. When the user selects the second positional information acquiring unit, the positional information of each part of the user's body is acquired from the measuring device. Since the measuring device acquires body position information by contacting the user, it is not affected by shooting conditions such as the background and the user's clothing. Therefore, when the user selects the second positional information acquiring unit, the positional information of each part of the user's body can be acquired with high accuracy, so bedding can be recommended with high accuracy. As described above, the user can select either the first location information acquisition unit capable of making a simple proposal or the second location information acquisition unit capable of making a highly accurate proposal. Flexible proposals can be realized according to needs.

The measuring device may have an identification code display section that displays an identification code including position information. The captured data acquisition unit may acquire the identification code displayed by the identification code display unit. The second positional information acquiring section may acquire the positional information from the identification code acquired by the photographed data acquiring section. In this case, the photographed data acquisition unit acquires an identification code including the position information of each part of the user's body acquired by the measuring device. Therefore, the position information of each part of the user's body can be easily obtained from the measuring device, compared to the case of manually inputting the position information of each part of the user's body obtained by the measuring device into the bedding proposal system.

The bedding proposal system may include a shape data calculator and a shape data display. The shape data calculation unit may calculate shape data indicating the shape of each part of the body from the position information. The shape data display section may display the shape data. The imaging data acquisition unit may acquire sleeping posture data obtained by imaging the sleeping posture of the user. The shape data display section may display the sleeping posture data and the shape data in an overlapping manner. In this case, the sleeping posture data indicating the sleeping posture of the user and the shape data indicating the shape of each part of the user's body are displayed in an overlapping manner. As a result, by comparing the user's own sleeping posture with the body shape data, the user can grasp the difference between the body shape in the sleeping posture and the body shape obtained in the non-sleeping posture. can.

The bedding proposal system may include a body pattern determination unit and a body pattern display unit. The body pattern determination unit may determine the user's body pattern from the position information. The body pattern display section may display the body pattern. The imaging data acquisition unit may acquire sleeping posture data obtained by imaging the sleeping posture of the user. The body pattern display section may display the silhouette representing the body pattern and the sleeping posture data in an overlapping manner. In this case, the sleeping posture data representing the sleeping posture of the user and the silhouette representing the body shape pattern determined from the positions of each part of the user's body are displayed in an overlapping manner. A silhouette representing a body shape pattern is a pattern representing the features of the user's body. By looking at this silhouette and the sleeping posture data, the user can comprehend the user's own sleeping posture data as well as the features of the body.

The bedding may include first bedding and second bedding. The bedding suggestion system may comprise a bedding information display. The bedding information display unit may display information about the first bedding and information about the second bedding, and allow the user to select either one of the first bedding and the second bedding. The content data display section may display the content data of either the first bedding or the second bedding selected in the bedding information display section. In this case, the content data of the first bedding or second bedding selected by the user is displayed. Therefore, in this bedding proposal system, in the first bedding or the second bedding selected by the user, the user can grasp the content data including the position information of each part of the body. It is possible to propose suitable bedding.

A bedding proposal method according to another aspect of the present disclosure is a bedding proposal method used when suggesting bedding. The bedding proposal method includes a photographed data acquisition step, a selection step, a content data calculation step, and a content data display step. The photographed data obtaining step obtains photographed data obtained by photographing the body of the user of the bedding. The selection step allows the user to select either the first location information acquisition step or the second location information acquisition step. The first position information acquisition step acquires position information of each part of the user's body from photographed data obtained by photographing the user. The second positional information acquisition step acquires positional information of each part of the user's body from the measuring device that contacts the user. The content data calculation step calculates content data of the bedding from the position information acquired by one of the first position information acquisition step and the second position information acquisition step selected by the user. The content data display step displays content data.

In this bedding proposal method, the user can select either the first positional information obtaining step or the second positional information obtaining step. When the user selects the first positional information obtaining step, positional information of each part of the user's body is obtained from photographed data obtained by photographing the user's body. Therefore, as in the bedding proposal system described above, when the user selects the first position information obtaining step, the position information of each part of the body can be easily obtained from the photographed data, so that the bedding can be easily proposed. can be done. When the user selects the second position information acquisition step, the position information of each part of the user's body is acquired from the measuring device. Since the measuring device contacts the user and obtains body position information, it is possible to highly accurately suggest bedding as in the bedding suggestion system described above. Therefore, the user can select either the first position information obtaining step that enables a simple proposal or the second position information obtaining step that enables a highly accurate proposal. flexible proposals can be realized.

According to the present disclosure, it is possible to acquire position information of each part of the user's body with high accuracy.

It is a block diagram showing an example of composition of a bedding proposal system concerning an embodiment. It is a figure which shows typically the screen in the manual input part of a bedding proposal system. FIG. 4 is a side view showing an example of positions of parts of a user's body acquired by a first positional information acquisition unit; FIG. 10 is a diagram schematically showing a screen showing acquired positions of each part of the body and information on bedding. FIG. 11 is a side view showing an example of the positions of parts of the user's body acquired by the measuring device in the second positional information acquiring section; (a) to (f) are diagrams showing examples of body pattern patterns to be displayed. FIG. 10 is a diagram schematically showing an example of a screen showing shape data showing the shape of each part of the body and content data of the mattress; FIG. 4 is a diagram showing an example of sleeping posture data obtained by photographing the sleeping posture of a user; It is a figure which shows the example of the size of each part of a user's upper body. It is a figure which shows typically the screen which shows the content data of a pillow. 4 is a flow chart illustrating example steps of a bedding proposal method according to an embodiment.

Hereinafter, embodiments of a bedding proposal system and a bedding proposal method according to the present disclosure will be described with reference to the drawings. In the description of the drawings, the same or corresponding elements are denoted by the same reference numerals, and duplicate descriptions are omitted as appropriate. In addition, the drawings may be partially simplified or exaggerated for easy understanding, and the dimensional ratios and the like are not limited to those described in the drawings.

The bedding proposal system and the bedding proposal method according to the present disclosure propose bedding to the user. In the present disclosure, "bedding" refers to something that is applied to the body when resting. "Bedding" includes, for example, bedding such as a mattress or a futon, bedding such as a comforter, a pillow, a bed pad, a cushion, or a floor cushion.

In the present disclosure, "user" indicates a person who uses the bedding. "User" includes a person who purchases bedding and a person who tries bedding (person who tries bedding for purchase etc.). The number of "users" may be one or more.

FIG. 1 is a block diagram showing an example of the configuration of a bedding proposal system 1 according to an embodiment. As an example, in this embodiment, the bedding proposal system 1 is a program such as an application executed on the information terminal 2 . The information terminal 2 includes both an information terminal of a user who uses bedding and an information terminal of a proposer who proposes bedding. The bedding proposal system 1 may be executed on a server that can communicate with the information terminal 2 .

The information terminal 2 is, for example, a mobile terminal. A “portable terminal” indicates a portable terminal such as a mobile phone including a smart phone, a tablet, or a notebook computer. The information terminal 2 may be a terminal other than a mobile terminal, and may be a personal computer, for example. For example, the information terminal 2 includes a processor (for example, a CPU) that executes an operating system and software (applications), a main storage unit configured with a ROM and a RAM, an auxiliary storage unit configured with a flash memory or the like, It includes a communication control unit configured by a wireless communication module or the like, an input device, and an output device such as a display. However, the configuration of the information terminal 2 is not limited to the above and can be changed as appropriate.

Each functional element of the information terminal 2 is implemented by loading predetermined software into a processor or storage unit (for example, the main storage unit or auxiliary storage unit described above) and executing the software. The processor operates the communication control unit, the input device, or the output device described above according to the software, and reads and writes data in the storage unit. Data or databases used for processing of the information terminal 2 are stored in the storage unit.

As an example, the bedding proposal system 1 includes a manual input unit 10, a selection unit 20, a first position information acquisition unit 31, a second position information acquisition unit 32, an image data acquisition unit 33, a bedding information display unit 40, content data A calculation unit 51 , a content data display unit 52 , a shape data calculation unit 61 , a shape data display unit 62 , a body pattern determination unit 71 and a body pattern display unit 72 are provided.

FIG. 2 is a diagram schematically showing a screen in the manual input section 10 of the bedding proposal system 1. As shown in FIG. The manual input unit 10 is a functional element that receives operations and inputs to the bedding proposal system 1 . The operation and input to the bedding proposal system 1 may be performed by the user, or by a proposer who proposes bedding to the user (for example, a salesperson, a bedding provider, or a bedding advisor). good too.

For example, screens 11, 12, and 13 are displayed on the display of the information terminal 2 according to the operation. A screen 11 is an example of a screen displayed when the bedding proposal system 1 is activated. The screen 11 displays a start button 11a and a sleeping posture check button 11b. The manual input unit 10 accepts an operation of touching the start button 11a or the sleeping posture check button 11b. When the start button 11a is touched, a screen 12 is displayed. When the sleeping posture check button 11b is touched, a sleeping posture check screen, which will be described later, is displayed.

Screen 12 is a screen for inputting the user's own height and weight. The screen 12 displays a height input section 12a, a weight input section 12b, and a next button 12c. In the present embodiment, the “next button” indicates a button that is pressed when transitioning from the screen on which the next button is displayed to another screen. The height of the user is input to the height input section 12a. The body weight of the user is input to the body weight input section 12b. Note that the weight input unit 12b may be omitted. That is, the screen 12 may display a height input section 12a and a next button 12c. For example, the manual input unit 10 receives numerical values input to the height input unit 12a and the weight input unit 12b. When the next button 12c is touched, the screen 13 is displayed.

The screen 13 is a screen for inputting the sleeping posture of the user, the hardness of the bedding desired by the user, the years of use of the bedding currently used by the user, and the type of bedding to be proposed. The screen 13 displays a sleeping posture input section 13a, a bedding hardness input section 13b, a bedding usage years input section 13c, and a bedding type input section 13d. The sleeping posture input unit 13a inputs the sleeping posture of the user, such as lying on the back, sleeping on the side, and sleeping on the stomach. For example, sleeping postures such as lying on your back, sleeping on your side, and sleeping on your stomach may be displayed as a pull-down menu, and the sleeping posture selected from this pull-down menu may be input.

In the bedding hardness input section 13b, the hardness of the bedding desired by the user, such as hard, soft, and normal, is input. For example, a pull-down menu may be displayed with a plurality of descriptions indicating firmness, softness, and medium firmness of the bedding, and the firmness of the selected bedding may be entered in the pull-down menu. The number of years of use of the bedding currently used by the user is input to the number of years of use of the bedding input section 13c. The type of bedding proposed by the bedding proposal system 1 is input to the bedding type input unit 13d. For example, bedding types such as mattresses, pillows, and cushions may be displayed as a pull-down menu, and the selected bedding type may be entered in this pull-down menu.

The selection unit 20 is a functional element that allows the user to select one of the first location information acquisition unit 31 and the second location information acquisition unit 32 . In the present disclosure, the "first position information acquisition unit" acquires the position information of each part of the body from the imaging data, and the "second position information acquisition unit" acquires the position of each part of the body from the measuring device that contacts the user. Get information. For example, when the first position information acquisition unit 31 is selected, the mode shifts to the body measurement mode by photographing, and when the second position information acquisition unit 32 is selected, the mode shifts to the body measurement mode by a measuring device. "Let the user select" means prompting the user to select. Furthermore, "allowing the user to select" may indicate prompting a proposer who proposes bedding to the user to select.

In this embodiment, the screen 13 displays a first button 21 and a second button 22 . As an example, the first button 21 is a next button and the second button 22 is a skip button. In this embodiment, a "skip button" is a button that is pressed to skip a specific function. For example, when the second button 22 is touched, photography of the user's body is skipped.

When the first button 21 is touched, the first position information acquisition section 31 is selected. When the second button 22 is touched, the second position information acquisition section 32 is selected. The bedding proposal system 1 acquires position information of the user's body by one selected from the first position information acquisition section 31 and the second position information acquisition section 32 .

First, the case where the first positional information acquisition unit 31 is selected will be described. FIG. 3 is a side view showing an example of the position information of each part of the user's body M acquired by the first position information acquisition section 31. As shown in FIG. The first positional information acquisition unit 31 is a functional element that acquires positional information of each part of the body M from photographed data obtained by photographing the body M. As shown in FIG. As an example, the first positional information acquisition section 31 has a mark display section, a body position acquisition section, and a size calculation display section, which will be described later.

The imaging data used by the first positional information acquisition unit 31 is acquired by the imaging data acquisition unit 33, for example. The photographed data acquisition unit 33 is a functional element that acquires an image of the body M. FIG. The photographed data acquisition unit 33 acquires, as photographed data, an image of the body M photographed by, for example, a camera, a mobile terminal, or a 3D scanner. In this embodiment, the photographed data acquisition unit 33 acquires an image of the body M photographed by the camera of the information terminal 2 . Note that the photographed data acquisition unit 33 may acquire the photographed data by photographing together with the memory R arranged behind the body M. FIG. Note that the imaging unit is not limited to the camera of the information terminal 2 . For example, the imaging unit may be a camera separate from the information terminal 2 .

The mark display unit of the first position information acquisition unit 31 displays the photographed data acquired by the photographed data acquisition unit 33 and the mark K indicating the position of each part of the body M on the display of the information terminal 2 . For example, the mark display unit displays a plurality of marks K for each part of the body M. FIG. The mark K can be moved by, for example, touching the screen of the information terminal 2 with a finger, and by moving the mark K, a part of the body M can be specified.

In the example of FIG. 3, the image data of the side of the user includes a plurality of (six as an example) corresponding to the user's cervical vertebrae M1, back M2, waist M3, buttocks M4, backs of knees M5, and heels M6. Mark K is displayed. For example, the proponent or user of the bedding places each mark K on each part of the body M on the imaging data (for example, positions of the cervical spine M1, the back M2, the waist M3, the buttocks M4, the backs of the knees M5, and the heels M6). Aligned. For example, a plurality of marks K corresponding to the base of the user's ears, the user's neck, and the user's shoulders may be displayed in the photographed data of the front of the user.

The body position acquisition unit of the first position information acquisition unit 31 acquires the position information of each part of the body M from the height L (see FIG. 4) input in the manual input unit 10 and the body M that is photographed. For example, the body position acquisition unit acquires the position information of each part from the height L and the position of the body M marked with the mark K on the photographed data. That is, the body position acquisition unit acquires the position information of each part from the position of the mark K moved on the photographed data.

FIG. 4 is a diagram schematically showing a screen on which the acquired position information of each part of the body M and the information of bedding are shown. The size calculation display unit of the first position information acquisition unit 31 displays the size of each part of the body M based on the position information of each part of the body M acquired by the body position acquisition unit of the first position information acquisition unit 31 .

In the example of FIG. 4, the size calculation display section includes the height L1 from the cervical spine M1 to the top of the head M7, the height L2 from the back M2 to the top of the head M7, the height L3 from the waist M3 to the top of the head M7, and the buttocks. A height L4 from M4 to the top of the head M7 and a height L5 from the back of the knee M5 to the top of the head M7 are calculated. For example, the size calculation display section generates a silhouette image showing the calculated heights L1 to L5, rear positions W1 to W6 (to be described later), and side positions B1 and B2. The size calculation display section displays the generated silhouette image on the display of the information terminal 2 . In this embodiment, the "back position" indicates the position of each part of the body M in the front-rear direction, for example, the degree of protrusion and recession of each part in the front-rear direction of the body M. In the present embodiment, the "lateral position" indicates the position of each part of the body M in the lateral direction, and indicates, for example, how each part protrudes and dents in the lateral direction of the body M. As shown in FIG.

The height L value input in the manual input unit 10 corresponds to the height from the heel M6 to the top of the head M7 on the photographed data. The values of the heights L1 to L5 and the back positions W1 to W6 described above are calculated from the ratios to the input height L. FIG. As an example, when a height L of 170 cm is input in the height input unit 12a of FIG. L4 is calculated as 85 cm. In this way, the heights L1 to L5 and the back positions W1 to W6 are obtained from the input ratio to the height L, so that the values of the heights L1 to L5 and the back positions W1 to W6 can be obtained with high accuracy.

The size calculation display unit of the first position information acquisition unit 31 includes the back position W1 of the cervical spine M1, the back position W2 of the back M2, the back position W3 of the waist M3, the back position W4 of the buttocks M4, and the back position W5 of the back of the knee M5. , and the rear surface position W6 of the heel M6 may be calculated. Further, the size calculation display unit may calculate at least one of the side position B1 from the base of the user's ear to the shoulder and the side position B2 from the neck to the shoulder of the user. For example, as shown in FIG. 4, the position of the base of the ear (lateral position B1) and the position of the lateral end of the neck (lateral position B2) may be calculated with reference to the position of the shoulder. .

In general, each of the cervical vertebrae M1 and the waist M3 is recessed forward of the body M with respect to the back M2, and the buttocks M4 protrude rearward of the body M from the waist M3. The back of the knee M5 is recessed forward from the buttocks M4, and the heel M6 may protrude rearward of the body M from the back of the knee M5. FIG. 4 shows an example in which the values of the back positions W1, W2, W3, W5, and W6 are positive when the value of the back position W4 is 0. In FIG. That is, in the example of FIG. 4, the back positions W1, W2, W3, W5, and W6 indicate how the body M is depressed forward with respect to the back position W4. However, the display method of the back positions W1 to W6 can be changed as appropriate.

Next, a case where the second positional information acquisition unit 32 is selected will be described. FIG. 5 is a side view showing an example of the positional information of each part of the body M acquired by the second positional information acquiring section 32. As shown in FIG. The second positional information acquisition unit 32 is a functional element that acquires positional information of each part of the body M from the measuring instrument 3 in contact with the user. As an example, the measuring device 3 includes a support column 3a, a displacement measuring section 3b, and an identification code display section 3c.

The support column 3a has, for example, a columnar shape extending in the vertical direction. The height of the support column 3a is, for example, higher than the height of a typical user. As an example, the height of the support column 3a is 2.0 m. The support column 3a supports the displacement measuring part 3b so as to be movable in the vertical direction. The displacement measuring part 3b may be moved by a proposer who proposes bedding to the user. The measuring instrument 3 may include a driving section that moves the displacement measuring section 3b. The displacement measuring part 3b may move downward under its own weight.

The displacement measuring part 3b has, for example, a rod shape extending horizontally from the support column 3a. A contact (for example, a circular portion in FIG. 5) that contacts each part of the user's body M is provided at the tip of the displacement measuring part 3b. The contact has, for example, a roller shape. The contactor is rotatable about an axis extending in the left-right direction of the user's body M measured by the measuring device 3 (direction perpendicular to the plane of FIG. 5), for example.

The displacement measuring portion 3b is horizontally slidable with respect to the support column 3a. The displacement measuring part 3b is horizontally slid so that the contact is pressed against the body M of the user. The displacement measuring part 3b may be slid horizontally by the proposer. The measuring instrument 3 may include a driving section for horizontally sliding the displacement measuring section 3b. The displacement measuring unit 3b is operated such that the contactor traces the user's back surface from the cervical spine M1 to the heel M6, for example. That is, the contactor of the displacement measuring part 3b moves along the surface shape of the user's body M in the vertical and horizontal directions. In addition, the displacement measuring part 3b may be operated so that the contact traces the user's side surface such as the base of the user's ear, the user's neck, and the user's shoulder.

The displacement measuring unit 3b measures the vertical displacement of the support column 3a and the horizontal displacement of the contact. As an example, the displacement measuring section 3b has a first detector, a second detector, and a position information setting section. A first detector measures the vertical displacement in the support column 3a. A second detector measures the horizontal displacement of the contact. The first detector and the second detector simultaneously measure each displacement (vertical displacement and horizontal displacement), so that the first detector and the second detector measure the vertical displacement and the continuous shape of the body M including horizontal displacement (the surface shape of the body M). The position information setting unit sets each part of the body M (for example, the positions of the cervical spine M1, the back M2, the waist M3, the buttocks M4, the backs of the knees M5, and the heels M6) to predetermined positions of the continuous shape of the body M. ) are associated with each other, and the positions of each part of the body M are set.

For example, the displacement measuring section 3b is provided with a push button. The push button is pushed, for example, by the proposer who operates the displacement measuring unit 3b. When the push button is pressed while the displacement measuring unit 3b is in contact with a predetermined position of the body M, the predetermined position is set as a position indicating each part of the body M described above. As a specific example, when the push button is pressed while the displacement measuring unit 3b is in contact with the cervical spine M1, the measured vertical displacement and horizontal displacement are associated with the position of the cervical spine M1. For example, the displacement measuring unit 3b records the continuous shape of the body M including vertical displacement and horizontal displacement, and information indicating the position of each part of the body M in the form of table data.

As an example, when the displacement measuring unit 3b is operated so that the contactor traces the back of the user from the cervical spine M1 to the heel M6, the continuous shape of the body M from the cervical spine M1 to the heel M6 and the shape of the body M The height and back position of each part (for example, the positions of the cervical vertebrae M1, the back M2, the waist M3, the buttocks M4, the backs of the knees M5, and the heels M6) are measured.

A second positional information acquiring unit 32 acquires positional information of each part of the body M from the measuring device 3 . In this embodiment, the photographed data obtaining section 33 obtains the identification code displayed on the screen such as the display by the identification code display section 3c. The second position information acquisition unit 32 acquires position information of each part of the body M from the identification code acquired by the photographed data acquisition unit 33 . For example, the identification code is an identifier for identifying the results measured by the measuring device 3, such as barcodes including two-dimensional barcodes (QR code (registered trademark) as an example), characters, numbers and symbols.

For example, the measurement result of the measuring device 3 is included in the identification code. It should be noted that the results measured by the measuring device 3 are stored in an external device of the measuring device 3, such as a server, and may not be included in the identification code. In this case, the identification code includes a link to the external device, and the second location information acquisition unit 32 may download the measurement result of the measuring device 3 from the external device.

The second position information acquisition section 32 may have a size calculation display section. The size calculation display unit displays the size of each part of the body M based on the position information of each part of the body M acquired by the second position information acquisition part 32 . As described above, as shown in FIG. 4, the size calculation display section of the second positional information acquisition section 32 displays the height L1 from the cervical spine M1 to the top of the head M7 and the height L2 from the back M2 to the top of the head M7. , the height L3 from the waist M3 to the top of the head M7, the height L4 from the buttocks M4 to the top of the head M7, and the height L5 from the back of the knee M5 to the top of the head M7 are calculated. The values of the heights L1 to L5, the back positions W1 to W6, and the side positions B1 and B2 are calculated from the measurement results of the measuring device 3. FIG. The size calculation display section generates a silhouette image showing the calculated heights L1 to L5, rear positions W1 to W6 (to be described later), and side positions B1 and B2. The size calculation display section displays the generated silhouette image on the display of the information terminal 2 .

The bedding information display unit 40 displays information on, for example, beddings P1, P2, P3 and beddings T1, T2, T3. In this embodiment, the first bedding and the second bedding are any two beddings included in beddings P1, P2, P3 and beddings T1, T2, T3. As an example, beddings P1, P2, P3 indicate pillows, and beddings T1, T2, T3 indicate mattresses. The user can select each bedding by touching any one of bedding P1, P2, P3 and bedding T1, T2, T3. The operation of the bedding proposal system 1 after any one of the bedding P1, P2, P3 and the bedding T1, T2, T3 is selected will be described later.

The figure pattern determination unit 71 determines the figure of the user from the position information of each part of the body M acquired by either the first position information acquisition unit 31 or the second position information acquisition unit 32, for example. The body pattern display section 72 displays the body type determined by the body pattern determination section 71 . In addition, the body pattern determination unit 71 has a The body type of the user may be determined from the silhouette image.

(a) to (f) of FIG. 6 show examples of determined figure patterns (A type to F type). As shown in (a) to (f) of FIG. 6, the A type is a W-line type body shape, in which the curvatures of the back M2, the waist M3, and the buttocks M4 are each greater than or equal to a predetermined value. there is Type B is an S-line body type, in which the back M2 and buttocks M4 protrude beyond the waist M3, but the curvatures of the back M2, waist M3, and buttocks M4 are not greater than a predetermined value.

The C type is a body type with the back exposed, and indicates a body type in which the back M2 protrudes more than the buttocks M4. The D type is a hip-type figure, and indicates a figure in which the buttocks M4 protrude more than the back M2. The E type is a flat body type, and indicates a body type in which the curvature of the back M2, the curvature of the waist M3, and the curvature of the buttocks M4 are less than predetermined values. The F type is a round back type, and indicates a body shape in which the waist M3 protrudes from the back M2 and the buttocks M4.

For example, the body pattern determination unit 71 determines which type of the body M is type A to F, and the body pattern display unit 72 displays the determination result determined by the body pattern determination unit 71 on the display of the information terminal 2. to display. The type of body pattern determined by the body pattern determination unit 71 is not limited to the above-described A type to F type, and can be changed as appropriate.

Below, operation|movement of the bedding proposal system 1 after a mattress (bedding T3) is selected in the screen shown by FIG. 4 is demonstrated. FIG. 7 is a diagram schematically showing an example of a screen on which shape data C indicating the shape of each part of the body M and content data F of the mattress are displayed. In this embodiment, the shape data C is displayed on the same screen together with the content data F of bedding.

The shape data calculator 61 calculates shape data C representing the shape of each part of the body M from the position information of each part of the body M. FIG. The shape data C is, for example, a curve representing continuous changes in back position of the body M. FIG. That is, the shape data C indicates the measurement result of the shape of the user's back. When the position information of each part of the body M is obtained from the first position information obtaining part 31, the shape data calculation part 61 generates a curve so that the parts M1 to M5 of the body M are continuous. When the positional information of each part of the body M is acquired from the second positional information acquiring section 32, the shape data calculating section 61 causes the displacement measuring section 3b of the measuring device 3 to measure the back of the user. A curve is generated from the continuous shape of the body M obtained by

The shape data display unit 62 displays the shape data C on the display of the information terminal 2, for example. The shape data display section 62 may display heights L1 to L5 and back positions W1 to W5. As an example, the shape data C is displayed on a grid in which a memory LR in the height direction of the user and a memory WR in the front-rear direction of the user are shown. In this case, at least one of the above-described heights L1 to L5 and rear positions W1 to W5 may be displayed on the grid on which the memory LR and memory WR are displayed.

The content data calculation unit 51 calculates the content data of bedding from one of the first position information acquisition unit 31 and the second position information acquisition unit 32 selected by the user. Below, an example in which a mattress (bedding T3 as an example) is selected and the content data of the mattress is calculated from the position information acquired by the second position information acquisition unit 32 will be described. The content data calculated by the content data calculation unit 51 is displayed on the display of the information terminal 2 by the content data display unit 52 .

For example, the content data calculation unit 51 calculates the content of the mattress from the silhouette image generated by each size calculation display unit (the size calculation display unit of the first position information acquisition unit 31 or the second position information acquisition unit 32 described above). Data may be calculated. The content data calculator 51 may calculate the content data of the mattress from the shape data C calculated by the shape data calculator 61 . Further, the content data calculation unit 51 may calculate the content data of the mattress from the figure pattern determined by the figure pattern determination unit 71 .

The content data calculation unit 51 may calculate the content data from the information (that is, height, weight, sleeping posture, hardness of bedding, and type of bedding) input by the manual input unit 10 . The content data calculation unit 51 may calculate the content data by combining any one of the silhouette image, the shape data C, the body pattern, and the information input by the manual input unit 10 described above. In this way, the type of data used as the basis for calculating content data can be changed as appropriate.

As an example, the content data F shown in FIG. 7 includes a mattress schematic diagram F1 schematically showing a side cross section of the mattress and a pad insertion necessity table F2. The mattress schematic diagram F1 schematically shows, for example, a mattress used by a user and parts capable of adjusting the hardness of the mattress. In the pad insertion necessity table F2, for example, the necessity of pad insertion is displayed. A pad indicates a member that is inserted into a gap formed in the mattress. The height of the mattress is adjustable by inserting pads. However, the display of this content data F is an example and can be changed as appropriate.

In the example of FIG. 7, the mattress schematic diagram F1 is divided into a plurality of regions (for example, 20) from the head side to the leg side of the user, and a plurality of top layers and base layers in the thickness direction of the mattress. A side cross-section of a mattress including multiple (eg, 40) divided (eg, bisected) regions is schematically displayed. In the area of the top layer of the mattress, any of the parts af is placed. The hardness of the parts a to f becomes progressively harder from a to f. Any of the parts AF are placed in the area of the base layer of the mattress. The hardness of parts A to F increases in stages from A to F.

The pad insertion necessity table F2 includes a plurality of regions (for example, 20) divided from the head side to the leg side of the user, and further divided into a plurality (for example, 3) in the thickness direction of the mattress. A cross-sectional side view of the mattress including area (eg 60) is schematically displayed. In the pad insertion necessity table F2, for example, areas that require insertion are marked with "o" and areas that do not need to be inserted are marked with "o".

As described above, the content data display unit 52 displays the content data of the mattress on the display of the information terminal 2, so that the user can grasp the mattress suitable for him/herself at a glance. In this embodiment, since the content data of the bedding is displayed on the same screen together with the shape data C, the user can easily grasp the mattress suitable for him/herself. However, the details of the content data of the mattress displayed on the display of the information terminal 2 are not limited to the example of FIG. 7 and can be changed as appropriate.

FIG. 8 is a diagram showing an example of sleeping posture data N obtained by photographing the sleeping posture of the user. The imaging data acquisition unit 33 acquires sleeping posture data N obtained by imaging the sleeping posture of the user. For example, the proposer prepares a mattress, and the proposer captures the sleeping posture of the user lying on the mattress with the camera of the information terminal 2, thereby acquiring the sleeping posture data N.

The shape data display section 62 may display the sleeping posture data N and the shape data C in an overlapping manner. The body pattern display section may display the silhouette S representing the body pattern and the sleeping posture data N in an overlapping manner. FIG. 8 shows, as an example, a case where the silhouette S and the sleeping posture data N are superimposed and displayed. In FIG. 8, a simulated mattress D1 and a pillow D2 are displayed superimposed on the sleeping posture data N as an example. The simulated mattress D1 and pillow D2 can be moved by tapping or cursor operation on the display of the information terminal 2, for example. In the sleeping posture data N, the simulated mattress D1 may be adjusted to a position in contact with the back surface of the body M by the user's operation (eg, tapping or cursor operation described above). In the sleeping posture data N, the simulated pillow D2 may be adjusted to a position in contact with the back of the body M by the user's operation. In this way, since the simulated mattress D1 and pillow D2 can be moved, the user can visually grasp the positional relationship of the body M with respect to the mattress D1 and pillow D2.

Next, the operation of the bedding proposal system 1 after a pillow (bedding P3 as an example) is selected on the screen shown in FIG. 4 will be described. Below, as an example, an example of calculating content data of a pillow from position information acquired by the second position information acquisition unit 32 will be described. In addition, since the example of the pillow to be described later partially overlaps with the example of the mattress described above, redundant description will be omitted as appropriate.

As shown in FIG. 9, each size calculation display unit (the size calculation display unit of the first positional information acquisition unit 31 or the second positional information acquisition unit 32 described above) has a height L6 from the cervical spine M1 to the back of the head M8. , the back position X1 of the occipital region M8, the back position X2 of the cervical spine M1, and the side positions B1 and B2 (see FIG. 4). The back positions X1 and X2 indicate back positions when the value of the back position W2 (see FIG. 4) is set to 0, for example.

Note that each size calculation display unit does not need to calculate at least one of the height L6, the back positions X1 and X2, and the side positions B1 and B2. Generally, the cervical spine M1 is recessed anteriorly of the body M with respect to the back M2 and the occiput M8. Each size calculation display unit may display the calculated height L6, back positions X1 and X2, and side positions B1 and B2 on the display of the information terminal 2, for example.

FIG. 10 is a diagram schematically showing a screen 80 showing pillow content data F3. The content data F3 of the pillow calculated by the content data calculation unit 51 is displayed on the display of the information terminal 2 by the content data display unit 52, for example. The screen 80 displays the sleeping posture 81, the neck type 82, and the bedding sinking 83, which are elements for calculating the content data F3, the base layer 84, the material input section 85, and the input section 85, which are the calculated content data F3. A table of contents 86 is displayed. Note that the data displayed on the screen 80 in the sleeping posture 81, neck type 82, bedding sinking 83, base layer 84, material input section 85, and stitch table 86 may be changed by the user. good.

The sleeping posture 81 indicates the sleeping posture input to the sleeping posture input unit 13a in FIG. The neck type 82 indicates the type of neck length of the user. For example, when the value of the height L6 from the cervical vertebrae M1 to the back of the head M8 is equal to or greater than the threshold value, the neck type is determined as "long type (L size)" and L is displayed as the neck type 82. . If the value of the height L6 is not equal to or greater than the threshold, the neck type is determined to be "normal type (M size)" and M is displayed as the neck type 82. FIG.

The bedding subsidence 83 displays the expected subsidence amount of the bedding. The sinking amount of the bedding is calculated from the contents entered in the bedding hardness input section 13b and the bedding usage years 13c in FIG. For example, if the bedding is soft and if the bedding has been used for a long time, the sinking amount of the bedding will increase.

Base layer 84 indicates the thickness of the base layer of the bedding. In this embodiment, the bedding (pillow as an example) includes a base layer and a filling. As an example, the base layer is a cushion material extending in the horizontal direction (horizontal direction) and vertical direction (vertical direction) of the pillow in plan view. The content of the pillow is padding that is housed in multiple interior spaces as described below. For example, each internal space is arranged adjacent to the base layer in the thickness direction of the pillow.

For example, the type of bedding content is input to the material input unit 85 . The material input section 85 displays a pull-down menu of a plurality of descriptions indicating the types of contents such as cotton, pipe material, down feather, elastomer pipe, and cypress. Contents selected from this pull-down menu may be input to the material input unit 85 .

The fill table 86 displays the amount of filling in the bedding (pillows as an example). The amount of contents of the bedding is displayed as a mass, as an example. For example, a pillow is a pillow having multiple interior spaces in which contents such as cotton or tubing are accommodated. As an example, the internal space of the pillow is divided into three in the horizontal direction (horizontal direction) of the pillow in plan view. The inner space at the center of the three-divided interior space is, for example, divided into four in the vertical direction (vertical direction) in plan view, and the left and right interior spaces of the three-divided interior space are vertically divided into three. ing. That is, the pillow is divided into ten internal spaces.

A fill table 86 indicates the amount of content for each internal space. The value of the content amount for each internal space is calculated according to the type of bedding content input to the material input section 85 . The amount of content per interior space value displayed in fill chart 86 may be adjustable by the user. The content amount value for each internal space may be calculated according to the content data F3 indicated by each of the sleeping posture 81, neck type 82, bedding sinking 83, and base layer 84. FIG. Note that if the user changes the data displayed in the sleeping posture 81, neck type 82, bedding sinking 83, base layer 84, and material input section 85, the amount of content in each internal space can be changed. The value is calculated again.

For example, depending on the bedding sink 83, the amount of pillow filling may be adjusted. For example, if the amount of sinking of the bedding is large, the amount of filling in the pillow may be adjusted so that the pillow is high. Depending on the thickness of the base layer indicated on the base layer 84, the amount of pillow filling may be adjusted.

The value of the amount of contents in each internal space displayed in the mesh table 86 is obtained from the difference between the back position X2 of the cervical spine M1 (see FIG. 9) and the back position X1 of the occipital region M8 and the value of the lateral position B1. may be asked. For example, the content data calculation unit 51 may increase the value of the internal space positioned at the center in the horizontal direction and one side in the vertical direction of the pillow in plan view as the difference between the back position X2 and the back position X1 increases. That is, the content data calculation unit 51 calculates the contents so that the height of the center in the horizontal direction and the one side in the vertical direction in plan view increases as the difference between the back position X2 and the back position X1 (constriction of the cervical vertebrae) increases. amount may be calculated.

The content data calculation unit 51 may calculate the amount of content so that the height of the pillow increases as the difference between the back position X2 of the cervical spine M1 and the back position X1 of the occiput M8 increases. The content data calculation unit 51 may calculate the amount of content so that the height of the pillow increases as the value of the side position B1 (see FIG. 4) from the shoulder to the base of the ear increases.

For example, the content data calculation unit 51 increases the value of the inner space positioned on both lateral ends of the pillow in plan view as the value of the side position B1 increases. That is, the content data calculation unit 51 calculates the amount of content so that the height of both sides of the pillow in the horizontal direction increases as the value (shoulder width) of the side position B1 (or the side position B2) increases. and may be displayed.

Next, an example of the steps of the bedding proposal method will be described with reference to FIG. Note that the steps shown in FIG. 11 are merely examples, and the present invention is not limited to these steps. First, a manual input process is performed (step S1). In the manual input step, for example, the program of the bedding proposal system 1 is started on the information terminal 2, and operations and inputs to the bedding proposal system 1 are performed on screens 11, 12, and 13 shown in FIG.

Next, a selection step is performed in which the user selects either one of the first location information acquisition step and the second location information acquisition step (step S2). In the selection step, for example, the user selects either the first button 21 or the second button 22 on the screen 13 . When the first button 21 is selected, the first location information acquisition step is selected, and when the second button 22 is selected, the second location information acquisition step is selected.

When the first positional information obtaining step is selected in the selection step, the first positional information obtaining step is executed (step S3). In the first positional information obtaining step, positional information of each part of the body M is obtained from photographed data obtained by photographing the user. For example, photographed data is acquired by the camera of the information terminal 2 , and position information of each part of the body M is acquired by the size calculation display section of the first position information acquisition section 31 .

In the selection step, when the second positional information acquisition step is selected, the second positional information acquisition step is executed (step S4). In the second positional information acquisition step, positional information of each part of the body M is acquired from the measuring device 3 that contacts the user. For example, the positional information of each part of the body M measured by tracing the back of the user with the displacement measuring unit 3b of the measuring device 3 is acquired by the second positional information acquiring unit 32, and the identification code including the positional information is obtained. It is displayed on the identification code display section 3c. In the second position information acquisition step, the position information may be acquired from the identification code acquired from the measuring device 3 by the photographed data acquisition unit 33 .

Next, a content data calculation step of calculating content data of the bedding from the position information acquired by one of the first position information acquisition step and the second position information acquisition step selected by the user is executed ( step S5). At this time, the content data of the bedding may be calculated from the shape data C calculated by the shape data calculator 61 .

Finally, a content data display step of displaying content data of bedding is executed (step S6). As shown in FIG. 7, the display of the information terminal 2 may display a mattress schematic diagram F1 schematically showing a side cross section of the mattress and a pad insertion necessity table F2. As shown in FIG. 10, pillow content data F3 including fill chart 86 may be displayed. A series of processes are completed by the above.

Next, effects obtained from the bedding proposal system 1 and the bedding proposal method according to the present embodiment will be described. In this bedding proposal system 1 , the user can select either one of the first positional information acquiring section 31 and the second positional information acquiring section 32 . When the user selects the first positional information acquisition unit 31, the positional information of each part of the user's body M is acquired from the photographed data obtained by photographing the user's body M. FIG. Therefore, since it is not necessary to bring the measuring instrument or the like into contact with the body when acquiring the position information, the position information of each part of the body M can be easily acquired from the photographed data.

Therefore, when the user selects the first positional information acquisition unit 31, the positional information of each part of the user's body M can be easily acquired, so that bedding can be easily suggested. When the user selects the second positional information acquisition unit 32 , the positional information of each part of the user's body M is acquired from the measuring device 3 . Since the measuring device 3 acquires the positional information of the body M by contacting the user, it is not affected by the shooting conditions such as the background and the user's clothes. Therefore, when the user selects the second positional information acquiring unit 32, the positional information of each part of the user's body M can be acquired with high accuracy, so bedding can be recommended with high accuracy. As described above, the user can select either the first location information acquisition unit 31 capable of making a simple proposal or the second location information acquisition unit 32 capable of making a highly accurate proposal. It is possible to realize flexible proposals according to the needs of customers.

As shown in FIG. 5, the measuring device 3 may have an identification code display section 3c that displays an identification code including position information. The photographed data acquisition unit 33 may acquire the identification code displayed by the identification code display unit 3c. The second positional information acquiring section 32 may acquire the positional information from the identification code acquired by the photographed data acquiring section 33 . In this case, the photographed data acquisition unit 33 acquires an identification code including the position information of each part of the body M acquired by the measuring device 3 . Therefore, the position information of each part of the body M can be easily obtained from the measuring device 3 as compared with the case of manually inputting the position information of each part of the body M acquired by the measuring device 3 into the bedding proposal system 1 .

The bedding proposal system 1 may include a shape data calculator 61 and a shape data display 62 . As shown in FIGS. 7 and 8, the shape data calculator 61 may calculate shape data C indicating the shape of each part of the body M from the position information. The shape data display section 62 may display the shape data C. FIG. The imaging data acquisition unit 33 may acquire sleeping posture data N obtained by imaging the sleeping posture of the user. The shape data display section 62 may display the sleeping posture data N and the shape data C in an overlapping manner. In this way, it is possible to display the sleeping posture data N indicating the sleeping posture of the user and the shape data C indicating the shape of each part of the body M in an overlapping manner. In this case, the user compares the user's own sleeping posture with the shape data C of the body M to see the difference between the shape of the body M in the sleeping posture and the shape of the body M obtained in the non-sleeping posture. can grasp.

The bedding proposal system 1 may include a body pattern determination unit 71 and a body pattern display unit 72 . As shown in FIGS. 6 and 8, the body pattern determination unit 71 may determine the user's body pattern from the position information. The body pattern display section 72 may display the body pattern. The body pattern display section 72 may display the silhouette S representing the body pattern and the sleeping posture data in an overlapping manner. In this case, the sleeping posture data N indicating the sleeping posture of the user and the silhouette S determined from the position of each part of the body M are displayed in an overlapping manner. A silhouette S representing a body shape pattern is a patterned representation of the features of the body M of the user. By seeing the silhouette S and the sleeping posture data N, the user can grasp the characteristics of the body M as well as the sleeping posture data N of the user himself/herself.

The bedding may include bedding P1, P2, P3 and bedding T1, T2, T3 as a plurality of bedding. The bedding proposal system 1 may include a bedding information display section 40 . As shown in FIG. 4, the bedding information display unit 40 displays information of bedding P1, P2, P3 and bedding T1, T2, T3, and also displays information of bedding P1, P2, P3 and bedding T1, T2, T3. Either one may be selectable by the user.

As shown in FIGS. 7 and 10, the content data display section 52 displays the content of any one of the beddings P1, P2, P3 and the beddings T1, T2, T3 selected by the user in the bedding information display section 40. data may be displayed. In this case, the contents data of the beddings P1, P2, P3 and the beddings T1, T2, T3 selected by the user are displayed. Therefore, in the bedding proposal system 1, the bedding P1, P2, P3 and the bedding T1, T2, T3 selected by the user use the content data including the position information of each part of the body M. Therefore, it is possible to propose bedding that is more suitable for the user's needs.

As shown in FIG. 11, in this bedding proposal method, the user can select either the first location information acquisition step (step S3) or the second location information acquisition step (step S4). When the user selects the first positional information obtaining step (step S3), the positional information of each part of the user's body M is obtained from photographed data of the user's body M photographed. Therefore, as in the bedding proposal system 1 described above, when the user selects the first position information obtaining step, the position information of each part of the body M can be easily obtained from the photographed data, so bedding can be easily proposed. can do.

When the user selects the second positional information obtaining step, the positional information of each part of the user's body M is obtained from the measuring device 3 . Since the measuring device 3 acquires body position information by contacting the user, it is possible to highly accurately suggest bedding, as in the bedding suggestion system 1 described above. Therefore, the user can select either the first position information obtaining step that enables a simple proposal or the second position information obtaining step that enables a highly accurate proposal. flexible proposals can be realized.

The embodiments of the bedding proposal system and the bedding proposal method according to the present disclosure have been described above. However, the present disclosure is not limited to the above-described embodiments, and can be appropriately modified within the scope of the claims. That is, the configuration and function of each part of the bedding proposal system and the contents and order of each step of the bedding proposal method can be changed as appropriate without departing from the scope of the above.

For example, in the embodiment described above, the bedding proposal system 1 having the manual input unit 10 and the selection unit 20 has been described. However, the bedding proposal system may not have at least one of the manual input unit 10 and the selection unit 20, and the configuration of the bedding proposal system can be changed as appropriate. Also, the layout of the screens displayed in the bedding proposal system is not limited to the above-described embodiment, and can be changed as appropriate.

In the embodiment described above, an example in which the position information of the body M is acquired using the measuring instrument 3 having the support column 3a, the displacement measuring section 3b, and the identification code display section 3c has been described. However, the configuration of the body-contacting measuring device is not limited to the above example. For example, the measuring device includes a plurality of rod-shaped bodies that contact the back of the user's head, and a measuring unit that measures the shape of the back of the user's head by detecting the longitudinal positions of the plurality of rod-shaped bodies. It may be a vessel.

In the embodiments described above, pillows and mattresses have been described as examples of bedding. However, in the present disclosure, bedding is not limited to pillows or mattresses. The bedding may be a mattress, a comforter, a floor cushion, or a cushion, and the type of bedding can be changed as appropriate in the present disclosure.

DESCRIPTION OF SYMBOLS 1... Bedding proposal system, 2... Information terminal, 3... Measuring instrument, 3a... Supporting column, 3b... Displacement measuring part, 3c... Identification code display part, 10... Manual input part, 11... Screen, 11a... Start button, 11b Sleeping posture check button 12 Screen 12a Height input unit 12b Weight input unit 12c Next button 13 Screen 13a Sleeping posture input unit 13b Bedding firmness input unit 13c Years of bedding use input unit 13d Bedding type input unit 20 Selection unit 21 First button 22 Second button 31 First location information acquisition unit 32 Second location information acquisition Section 33... Photographed data acquisition section 40... Bedding information display section 51... Content data calculation section 52... Content data display section 61... Shape data calculation section 62... Shape data display section 71... Body pattern determination section , 72... body pattern display section, 80... screen, 81... sleeping posture, 82... neck type, 83... bedding sinking, 84... base layer, 85... material input section, 86... insert table, B1, B2... Side position, C... shape data, D1... mattress, D2... pillow, F... content data, F1... mattress schematic diagram, F2... pad insertion necessity table, F3... content data, K... mark, L... height, L1, L2, L3, L4, L5...height, M...body, M1...cervical vertebrae, M2...back, M3...waist, M4...buttocks, M5...back of knees, M6...heels, M7...top of head, M8...back of head, N ... sleeping posture data, P1, P2, P3 ... bedding, LR, R, WR ... memory, S ... silhouette, T1, T2, T3 ... bedding, W1, W2, W3, W4, W5, W6 ... back position, X1, X2: Back position.

Claims (6)

A bedding proposal system used when suggesting bedding,
a photographed data acquisition unit that acquires photographed data obtained by photographing the body of the user of the bedding;
a first position information acquisition unit that acquires position information of each part of the user's body from the imaging data;
a second position information acquisition unit that acquires position information of each part of the user's body from a measuring device that contacts the user;
a selection unit that allows the user to select one of the first location information acquisition unit and the second location information acquisition unit;
a content data calculation unit for calculating content data of the bedding from the position information acquired by one of the first position information acquisition unit and the second position information acquisition unit selected by the user;
a content data display unit for displaying the content data;
A bedding suggestion system comprising: The measuring instrument comprises an identification code display unit that displays an identification code containing the position information,
The captured data acquisition unit acquires the identification code displayed by the identification code display unit,
The second location information acquisition unit acquires the location information from the identification code acquired by the captured data acquisition unit.
The bedding suggestion system according to claim 1. a shape data calculation unit that calculates shape data indicating the shape of each part of the body from the position information;
a shape data display unit that displays the shape data;
with
The imaging data acquisition unit acquires sleeping posture data obtained by imaging the sleeping posture of the user,
The shape data display unit displays the sleeping posture data and the shape data in an overlapping manner.
The bedding suggestion system according to claim 1 or 2. a body pattern determination unit that determines a body pattern of the user from the position information;
a body pattern display unit that displays the body pattern;
with
The imaging data acquisition unit acquires sleeping posture data obtained by imaging the sleeping posture of the user,
The body pattern display unit superimposes and displays a silhouette indicating the body pattern determined by the body pattern determination unit and the sleeping posture data.
The bedding proposal system according to any one of claims 1 to 3. The bedding includes first bedding and second bedding,
a bedding information display unit that displays information about the first bedding and information about the second bedding, and that enables selection of either the first bedding or the second bedding,
the content data display unit displays the content data of either the first bedding or the second bedding selected in the bedding information display unit;
The bedding proposal system according to any one of claims 1 to 4. A bedding proposal method used when proposing bedding,
a first position information acquiring step of acquiring position information of each part of the user's body from photographed data obtained by photographing the user of the bedding; a selection step of causing the user to select either one of a second position information acquisition step of acquiring position information of each part of the user's body;
calculating content data of the bedding from position information of each part of the user's body acquired by one of the first position information acquisition step and the second position information acquisition step selected by the user; a content data calculation step;
a content data display step of displaying the content data;
a bedding proposal method comprising:

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