阅读说明：本技术 一种医院公共设施自舒适系统 (Hospital public facility is from comfortable system ) 是由 张萍萍 赵倩倩 付晓 于 2019-08-28 设计创作，主要内容包括：本发明公开了一种医院公共设施自舒适系统,所述医院公共设施自舒适系统包括公共设施本体、设置在所述公共设施本体中的自舒适控制系统,所述自舒适控制系统基于检测的参数控制所述公共设施本体运行在多个不同模式中的一个模式,运行在每个所述模式时所述公共设施本体处于包括四个状态中的两个状态。本发明公开的医院公共设施自舒适系统能够基于从后方、左右侧的检测数据自适应调节医院公共设施的运行状态,使其实现智能运行,平衡各个患者之间的舒适需求。(The invention discloses a hospital public facility self-comfort system which comprises a public facility body and a self-comfort control system arranged in the public facility body, wherein the self-comfort control system controls the public facility body to operate in one of a plurality of different modes based on detected parameters, and the public facility body is in two states of four states when operating in each mode. The hospital public facility self-comfort system disclosed by the invention can self-adaptively adjust the running state of the hospital public facility based on the detection data from the back, the left side and the right side, so that the hospital public facility self-comfort system can realize intelligent running and balance the comfort requirements of various patients.)

1. A hospital public facility self-comfort system comprising a public facility body, a self-comfort control system provided in the public facility body, the self-comfort control system controlling the public facility body to operate in one of a plurality of different modes based on a detected parameter, the public facility body being in two states including four states when operating in each of the modes.

2. The hospital facility self-comfort system according to claim 1, wherein said facility body comprises a first horizontal surface body, a first vertical surface body detachably connected to each other.

3. The hospital public facility self-comfort system according to claim 2, wherein the self-comfort control system comprises front-to-back self-comfort control devices, left-to-right self-comfort control devices.

4. The hospital public facility self-comfort system according to claim 3, wherein said front-to-back self-comfort control device is disposed in said first vertical surface body, and said left-to-right self-comfort control device is disposed in said first horizontal surface body; the front and rear self-comfort control device is used for realizing front and rear self-adaptive control according to the rear seating condition of the public facility body to which the front and rear self-comfort control device belongs, so that the public facility body is in a first state or a second state different from the first state; the left and right self-comfort control device is used for realizing left and right self-adaptive control according to left and right sitting conditions of the public facility body to which the left and right self-comfort control device belongs, so that the public facility body is in a third state or a fourth state different from the third state.

5. The hospital public facility self-comfort system according to claim 4, wherein said first horizontal surface body comprises a first horizontal surface distal from horizontal, a second horizontal surface proximal to horizontal, a first peripheral surface connected between said first horizontal surface and said second horizontal surface; the first vertical surface body is provided with a first vertical surface close to the first horizontal surface, a second vertical surface far away from the first horizontal surface, and a second peripheral surface connected between the first vertical surface and the second vertical surface; when the utility body is in a first state, a first portion of the first perimeter, a first edge portion on the first horizontal surface in direct contact with the first portion, and a second edge portion on the second horizontal surface in direct contact with the first portion are each in direct contact with a third edge portion of the first vertical surface; when the utility body is in the second state, a portion of the first perimeter, a second edge portion of the second horizontal surface in direct contact with the first portion, are each in direct contact with a portion of a third edge portion of the first vertical surface, the first edge portion of the first horizontal surface in direct contact with the first portion no longer being in direct contact with the third edge portion of the first vertical surface; when the public facility body is in a third state, the projection of the first part of the first periphery in the horizontal direction is a first straight line segment, and the projection of the first vertical plane body in the horizontal direction is a rectangle or a parallelogram; when the utility body is in the fourth state, a projection of the first part of the first peripheral surface in the horizontal direction is a first arc line segment, a projection of the first vertical surface body in the horizontal direction is a belt shape with an arc, and when the utility body is in the fourth state, a first projection area of the first horizontal surface body in the horizontal direction is larger than a second projection area of the first horizontal surface body in the horizontal direction when the utility body is in the third state.

6. The hospital public facility self-comfort system according to claim 4, wherein the first position, the second position and the third edge portion are vertically spaced apart by a distance of 20 cm or more and 40 cm or less.

7. the hospital public facility self-comfort system according to claim 4, wherein the first human detector is an ultrasound detector.

Technical Field

The invention relates to the field of medical treatment, in particular to a hospital public facility self-comfort system.

Background

With the increase of the living pressure of people and the extension of labor intensity and time, more and more people are in the state of diseases, or accidents, crimes and the like occur due to poor mental states, so that the treatment burden of hospitals is heavier and more, and more patients are in the hospitals. In this case, a sufficient number of public facilities are provided to the patient for the patient to rest in line, waiting, and to relieve the patient from a fidgety mood and prevent the patient from worsening the disease.

However, in the prior art, public facilities such as chairs in hospitals are fixed in rows and columns, and these public facilities usually cannot be intelligently adjusted based on the needs of individual patients and the balance of interests among multiple patients, so that the public facilities where patients are restricted by a fixed mode cannot enjoy a more comfortable placement environment, the experience of patients is reduced, and the injuries of patients may be worsened, for example, the patients need to lie still at this time, but the existing public facilities cannot be comfortably realized, and when there are many patients, because some patients occupy multiple positions based on the needs of maximizing their own comfort, other patients cannot rest, and contradictions and disputes are generated.

Disclosure of Invention

The invention provides a hospital public facility self-comfort system which is characterized by comprising a public facility body and a self-comfort control system arranged in the public facility body, wherein the self-comfort control system controls the public facility body to operate in one of a plurality of different modes based on detected parameters, and the public facility body is in two states including four states when operating in each mode.

The public facility body comprises a first horizontal plane body and a first vertical plane body which are detachably connected with each other; the self-comfort control system comprises a front and back self-comfort control device and a left and right self-comfort control device, the front and back self-comfort control device is arranged in the first vertical plane body, and the left and right self-comfort control device is arranged in the first horizontal plane body; the front and rear self-comfort control device is used for realizing front and rear self-adaptive control according to the rear seating condition of the public facility body to which the front and rear self-comfort control device belongs, so that the public facility body is in a first state or a second state different from the first state; the left and right self-comfort control device is used for realizing left and right self-adaptive control according to left and right sitting conditions of the public facility body to which the left and right self-comfort control device belongs, so that the public facility body is in a third state or a fourth state different from the third state.

the first horizontal body comprises a first horizontal surface far away from the horizontal plane, a second horizontal surface close to the horizontal plane, and a first peripheral surface connected between the first horizontal surface and the second horizontal surface; the first vertical surface body is provided with a first vertical surface close to the first horizontal surface, a second vertical surface far away from the first horizontal surface, and a second peripheral surface connected between the first vertical surface and the second vertical surface; when the utility body is in a first state, a first portion of the first perimeter, a first edge portion on the first horizontal surface in direct contact with the first portion, and a second edge portion on the second horizontal surface in direct contact with the first portion are each in direct contact with a third edge portion of the first vertical surface; when the utility body is in the second state, a portion of the first perimeter, a second edge portion of the second horizontal surface in direct contact with the first portion, are each in direct contact with a portion of a third edge portion of the first vertical surface, the first edge portion of the first horizontal surface in direct contact with the first portion no longer being in direct contact with the third edge portion of the first vertical surface; when the public facility body is in a third state, the projection of the first part of the first periphery in the horizontal direction is a first straight line segment, and the projection of the first vertical plane body in the horizontal direction is a rectangle or a parallelogram; when the utility body is in the fourth state, a projection of the first part of the first peripheral surface in the horizontal direction is a first arc line segment, a projection of the first vertical surface body in the horizontal direction is a belt shape with an arc, and when the utility body is in the fourth state, a first projection area of the first horizontal surface body in the horizontal direction is larger than a second projection area of the first horizontal surface body in the horizontal direction when the utility body is in the third state.

When the utility body is in both the first state and the third state, the utility body operates in a first mode; when the utility body is in both the second state and the third state, the utility body operates in a second mode; when the utility body is in both the first state and the fourth state, the utility body operates in a third mode; the utility body operates in a fourth mode when the utility body is in both the second state and the fourth state.

A first human detector is disposed at a first position on the second vertical surface; the front and back self-comfort control device comprises a first pressure sensor, a first controller, a first rotating motor and a first rotating shaft; the first pressure sensor is disposed in the first vertical surface body at a second location proximate the first vertical surface, the first controller is disposed in the first vertical surface body, the first rotary motor is disposed in the first vertical surface body proximate the third edge portion, and the first rotary shaft is disposed in the first vertical surface body at the third edge portion such that the first horizontal surface body and the first vertical surface body are pivotally connected; the first pressure sensor is used for detecting the pressure borne by the second position in real time and transmitting the pressure to the first controller in real time; the first controller judges whether the pressure is greater than a preset first pressure threshold value and lasts for a preset first time, if so, the first human body detector is controlled to enter a working state, otherwise, the first human body detector is always in a dormant state; the first human body detector continuously outputs detection signals after entering a working state, receives the reflected detection signals, further generates numerical value feedback signals and simultaneously transmits the numerical value feedback signals to the first controller in real time; the first controller judges whether the value feedback signal meets a first preset value range within a preset second time, if so, a first rotating instruction is output to the first rotating motor, the first rotating motor drives the first rotating shaft to rotate according to a first direction for a preset third time so that the public facility body is in a second state, and if not, a second rotating instruction is output to the first rotating motor, and the first rotating motor drives the first rotating shaft to rotate according to a second direction opposite to the first direction for a preset third time so that the public facility body is in the first state.

The distance between the first position, the second position and the third edge in the vertical direction is greater than or equal to 20 centimeters and less than or equal to 40 centimeters.

The first human detector is an ultrasonic detector.

The left and right self-comfort control device comprises a second pressure sensor, a first wireless communicator, a second controller and a first expansion driver; the second pressure sensor is disposed in the first horizontal surface body at a third location proximate the first horizontal surface, the first wireless communicator, the second controller are disposed in the first horizontal surface body, and the first dilation driver is disposed in the first horizontal surface body proximate a first portion of the first circumferential surface; the second pressure sensor is used for detecting the pressure borne by the third position in real time and transmitting the pressure to the second controller in real time; the second controller judges whether the pressure is greater than a preset second pressure threshold value and continues to preset a fourth time, and if so, generates self-occupied information to the first wireless communicator; the first wireless communicator sends the occupied information to a public facility body which is adjacent to the public facility body and receives other occupied information sent to the public facility body from the public facility body which is adjacent to the public facility body, and transmits the other occupied information to the second controller; the second controller detects whether self occupied information and other occupied information exist at the same time, if so, a contraction instruction is output to the first expansion driver, and if not, an expansion instruction is output to the first expansion driver; the first expansion driver drives the first portion of the first peripheral surface to perform arc-shaped contraction movement when receiving a contraction instruction, so that the first vertical surface body is vertical, the utility body is in a third state, and the first expansion driver drives the first portion of the first peripheral surface to perform arc-shaped expansion movement when receiving an expansion instruction, so that the first vertical surface body is bent, and the utility body is in a fourth state.

The distance between the third position and the first part of the first peripheral surface in the horizontal direction is greater than or equal to 5 cm and smaller than or equal to 20 cm.

The first horizontal surface, the second horizontal surface, the first peripheral surface, the first vertical surface, the second vertical surface and the second peripheral surface are all made of elastic waterproof materials.

The beneficial technical effects obtained by the invention are as follows:

1. the occupied space of the public facility is adaptively adjusted based on whether the space exists behind the public facility, so that the user experience is improved when no one exists, and contradiction and conflict are avoided when the one exists;

2. The occupied space of the public facility is adaptively adjusted based on whether the space exists on the left and the right of the public facility, so that the user experience is improved when no one exists, and the privacy and the safety distance are protected when people exist;

3. Self-adaptive adjustment is carried out based on automatic detection data, so that manual intervention of a user is avoided, and the requirements of all patients can be balanced;

4. The mode of forming two by adopting 4 states enables the public facilities to meet the requirements of different users under different environments.

Drawings

The invention will be further understood from the following description in conjunction with the accompanying drawings. The components in the figures are not necessarily to scale, emphasis instead being placed upon illustrating the principles of the embodiments. In the drawings, like reference numerals designate corresponding parts throughout the different views.

figure 1 is a schematic view of the utility body of the present invention operating in a third mode.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments thereof; it should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. Other systems, methods, and/or features of the present embodiments will become apparent to those skilled in the art upon review of the following detailed description. It is intended that all such additional systems, methods, features and advantages be included within this description, be within the scope of the invention, and be protected by the accompanying claims. Additional features of the disclosed embodiments are described in, and will be apparent from, the detailed description that follows.