Background
In daily life, along with the continuous improvement of living standard, people gradually adjust from squatting to sitting in a toilet manner in life, and especially in cities, the sitting in the toilet manner is more and more widely applied. However, with the further popularization of the toilet, the existing toilet is fixed in height, which results in that people with different heights use the toilet with the same height, and according to research, people should have the knee height higher than the hip height when performing toilet, so as to be in line with the body structure inside the human body.
Content of application
In order to solve the technical problems: the invention discloses a toilet cover which is applied to a toilet and comprises a toilet body, wherein an opening is formed in the front end of the toilet body, a fixing structure is arranged at the rear end of the toilet body, a self-adaptive height controller is arranged at the lower end of the toilet body, the height controller can perform self-adaptive height control according to parameters of a user on the toilet body, the self-adaptive height controllers comprise a plurality of sections, the toilet body can be controlled to perform subsection height adjustment, and the subsections at least comprise three sections.
The toilet cover is characterized in that the toilet body is divided into a left structure, a right structure and an opening, the left structure and the right structure are symmetrical structures, the left structure and the right structure respectively comprise three sections of structures, the first section and the third section of structures are height-adjustable structures, self-adaptive height controllers are arranged on the lower sides of the first section and the third section of structures, the second section of structures are flexible structures and can adapt to the height difference of the first section and the third section of structures to perform self-adaptive flexible adjustment, and the toilet body is of a continuous and gentle structure.
The toilet cover, fixed knot constructs and is used for with the toilet bowl body is fixed on the closestool, the opening is used for making things convenient for the man to need not to overturn the toilet bowl body and directly urinate.
Toilet lid, left side structure and right structure are close to the opening part sets up the recess, the shank is placed when the recess is used for the toilet seat, set up the telescopic lid on the recess, the lid top sets up first infrared inductor, first infrared inductor is used for responding to whether human shank is close to, if the human body produces the toilet seat action and leads to the shank to be close to the time, first infrared inductor sends first notice signal to controller, the controller control the telescopic lid carries out the withdrawal operation, presents the recess.
The toilet lid, the tank bottom of recess sets up second infrared inductor, whether human shank of second infrared inductor real-time sensing leaves, if leave then send the second notice signal to the controller, the controller control the telescopic lid body stretches out the operation, covers the recess.
The self-adaptive height controller is an up-down height adjustable mechanism.
A toilet bowl using the toilet lid as described in any one of the above.
An operation method of the toilet lid comprises the following steps:
1) initializing;
2) the first infrared sensor sends a first notification signal; entering the step 3) and the step 6);
3) the controller sends a first control signal for controlling the cover body to retract;
4) the second infrared sensor sends a second notification signal;
5) the controller sends a second control signal for controlling the cover body to extend out;
6) comparing the gravity;
7) and controlling the first self-adaptive height controller and the third self-adaptive height controller to perform self-adaptive height adjustment.
The height of the pedestal pan can be adjusted according to the sitting posture of a user, and the comfort level of the pedestal pan is improved. The structure of the toilet bowl cover is changed, so that the toilet bowl cover forms a three-section structure capable of being adjusted in a self-adaptive mode, and the comfort level can be adjusted according to the sitting posture of people. Meanwhile, the toilet lid can be used for carrying out defecation operations of different people without turning over the toilet lid, so that the leg placing part of the human body is provided and automatically protected, and the leg placing part is prevented from being polluted by human urine; the invention can provide a toilet bowl with buttocks and legs which accord with the ergonomics.
Detailed Description
The present application will now be described in further detail with reference to the drawings, it should be noted that the following detailed description is given for illustrative purposes only and is not to be construed as limiting the scope of the present application, as those skilled in the art will be able to make numerous insubstantial modifications and adaptations to the present application based on the above disclosure.
As shown in fig. 1, for the functional schematic diagram of the toilet cover of the present invention,
the invention discloses a toilet cover which is applied to a toilet and comprises a toilet body, wherein an opening is formed in the front end of the toilet body, a fixing structure is arranged at the rear end of the toilet body, a self-adaptive height controller is arranged at the lower end of the toilet body, the height controller can perform self-adaptive height control according to parameters of a user on the toilet body, the self-adaptive height controllers comprise a plurality of sections, the toilet body can be controlled to perform subsection height adjustment, and the subsections at least comprise three sections.
The toilet cover is characterized in that the toilet body is divided into a left structure, a right structure and an opening, the left structure and the right structure are symmetrical structures, the left structure and the right structure respectively comprise three sections of structures, the first section and the third section of structures are height-adjustable structures, self-adaptive height controllers are arranged on the lower sides of the first section and the third section of structures, the second section of structures are flexible structures and can adapt to the height difference of the first section and the third section of structures to perform self-adaptive flexible adjustment, and the toilet body is of a continuous and gentle structure.
The toilet cover, fixed knot constructs and is used for with the toilet bowl body is fixed on the closestool, the opening is used for making things convenient for the man to need not to overturn the toilet bowl body and directly urinate.
Toilet lid, left side structure and right structure are close to the opening part sets up the recess, the shank is placed when the recess is used for the toilet seat, set up the telescopic lid on the recess, the lid top sets up first infrared inductor, first infrared inductor is used for responding to whether human shank is close to, if the human body produces the toilet seat action and leads to the shank to be close to the time, first infrared inductor sends first notice signal to controller, the controller control the telescopic lid carries out the withdrawal operation, presents the recess.
The toilet lid, the tank bottom of recess sets up second infrared inductor, whether human shank of second infrared inductor real-time sensing leaves, if leave then send the second notice signal to the controller, the controller control the telescopic lid body stretches out the operation, covers the recess.
The self-adaptive height controller is an up-down height adjustable mechanism.
A toilet bowl using the toilet lid as described in any one of the above.
The toilet cover comprises a first section structure and a third section structure, wherein the first section structure comprises a first motor, the third section structure comprises a third motor, the first motor drives a first self-adaptive height controller on the lower side of the first section structure to move vertically to the toilet, and the third motor drives a third self-adaptive height controller on the lower side of the third section structure to move vertically to the toilet.
When the first gravity value is greater than the third gravity value, the first self-adaptive height controller is controlled to be positioned downwards and greater than the third self-adaptive height control displacement, and the control displacement difference is greater than the first displacement value; when the first gravity value is smaller than the third gravity value, controlling the first self-adaptive height controller to be located downwards and smaller than the third self-adaptive height control displacement, wherein the control displacement difference is larger than a second displacement value; and when the first gravity value is approximately equal to the third gravity value, controlling the first adaptive height controller to be positioned downwards and smaller than the third adaptive height control displacement, wherein the control displacement difference is smaller than a third displacement value.
And when a second notification signal of the second infrared sensor is received, controlling the first motor and the third motor to move to enable the heights of the first section and the third section to be the same, and returning to an initial state.
Fig. 2 is a schematic view illustrating an operation process of the toilet lid according to the present invention. The method specifically comprises the following steps:
1) initializing;
2) the first infrared sensor sends a first notification signal; entering the step 3) and the step 6);
3) the controller sends a first control signal for controlling the cover body to retract;
4) the second infrared sensor sends a second notification signal;
5) the controller sends a second control signal for controlling the cover body to extend out;
6) comparing the gravity;
7) controlling the first self-adaptive height controller and the third self-adaptive height controller to perform self-adaptive height adjustment;
the first section structure comprises a first motor, the third section structure comprises a third motor, the first motor drives a first self-adaptive height controller on the lower side of the first section structure to vertically displace along with the pedestal pan, and the third motor drives a third self-adaptive height controller on the lower side of the third section structure to vertically displace along with the pedestal pan;
the first self-adaptive height controller and the third self-adaptive height controller are in an initial state and displace the maximum value downwards, when a first notification signal of the first infrared sensor is received, the first self-adaptive height controller and the third self-adaptive height controller are started to be in a standby state, the gravity detection devices of the first section structure and the third section structure are started, a first gravity value of the first section structure and a third gravity value of the third section structure are compared in real time, when the first gravity value is larger than the third gravity value, the first self-adaptive height controller is controlled to be positioned downwards and larger than the third self-adaptive height control displacement, and a control displacement difference is larger than a first displacement value; when the first gravity value is smaller than the third gravity value, controlling the first self-adaptive height controller to be located downwards and smaller than the third self-adaptive height control displacement, wherein the control displacement difference is larger than a second displacement value; and when the first gravity value is approximately equal to the third gravity value, controlling the first adaptive height controller to be positioned downwards and smaller than the third adaptive height control displacement, wherein the control displacement difference is smaller than a third displacement value.
When a second notification signal of the second infrared sensor is received, the first motor and the third motor are controlled to move to enable the heights of the first section and the third section to be the same, and the initial state is returned
The height of the pedestal pan can be adjusted according to the sitting posture of a user, and the comfort level of the pedestal pan is improved. The structure of the toilet bowl cover is changed, so that the toilet bowl cover forms a three-section structure capable of being adjusted in a self-adaptive mode, and the comfort level can be adjusted according to the sitting posture of people. Meanwhile, the toilet lid can be used for carrying out defecation operations of different people without turning over the toilet lid, so that the leg placing part of the human body is provided and automatically protected, and the leg placing part is prevented from being polluted by human urine; the invention can provide a toilet bowl with buttocks and legs which accord with the ergonomics. When the body of a user of the toilet bowl inclines forwards, the first section of structure adjusts the height downwards according to the action of gravity, the third section of structure finely adjusts the height upwards, and the second section of structure adjusts the gradient between the first section of structure and the third section of structure, so that the hip of the user is in comfortable contact with the toilet bowl.