The embodiment of the invention provides a motion protection device of a digital intervention system. The motion protection device comprises a collision protection mechanism and a micro switch, wherein the collision protection mechanism is arranged on a C-shaped arm of the digital intervention system and comprises a floating plate, a collision piece and a spring; the micro switch is arranged on the collision protection mechanism and is driven to move according to the motion of the collision protection mechanism; when the collision protection mechanism is in contact type collision, the floating plate is subjected to relative motion to drive the collision piece to separate from the contact with the micro switch; and the micro switch outputs a corresponding protection signal. According to the protection device, however a pipe ball or a detector moves, obstacles in front or on the sides can be detected so as that a protection role is played, therefore, the possible damages to a human body or equipment are avoided, and the reliability and the security of the digital intervention system are increased.

Motion protection device of digital intervention system

The invention discloses an examination couch with a protective device, which comprises a horizontal part and a vertical lift part, wherein a bottom cover is arranged under the horizontal part, the edge of the upper part of the bottom cover is provided with touch sensors, each touch sensor is connected with a drive motor of the vertical lift part so as to control the rotation of the motor, and the touch sensors are microswitches. The examination couch with the protective device, which is provided by the invention, is provided with the touch sensors at the edge of the upper part of the mobile bottom cover. The bottom cover can be lifted so as to trigger the touch sensors when the design resistance of the touch sensor overcomes the gravity of the bottom cover, and the touch sensors immediately send blackout signals to the vertical motor to stop the rotation of the motor so as to stop the vertical motion of examination couch, so that the examination couch as well as devices and maintenance staffs capable of being pressed by the examination couch can be protected to the maximum extent. Moreover, the examination couch with the protective device has the advantages of lower design cost, simplicity and reliability in function, and easiness in maintenance.

Examination couch with protective device

Control device and control method for achieving C arm system follow-up motion

In a device for controlling an operation of an anti-collision switch, the anti-collision switch is provided in a support close to a guide frame that is provided at at least one of both lateral sides of a table frame, to prevent collision of the table frame that is supported on the table support to be capable of moving in a lengthwise direction. The device includes a first lever coupled to the table support so that at least a portion of the first lever moves in a vertical direction according to deformation of the guide frame, and a second lever pressing the anti-collision switch in a normal state and, when a vertical movement of the first lever deviates from a preset height, being moved up by the first lever to remove pressing of the anti-collision switch and operate the anti-collision switch.

Device for controlling motion of anti-collision switch and medical diagnosis apparatus employing the same

The invention discloses an emergency monitoring, diagnosis and treatment device for the department of cardiology. The emergency monitoring, diagnosis and treatment device for the department of cardiology comprises a lying board, a soft silica gel mat is arranged at the upper end of the lying board, rolling wheels are arranged at the bottom of the lying board, an intelligent medicine dispensing system is arranged at the bottom end of the lying board, and a mobile intelligent detection system and an intelligent press system are arranged at the upper end of the laying board. The emergency monitoring, diagnosis and treatment device for the department of cardiology has the advantages that the device is capable of completing multiple kinds of nursing and monitoring actions for patients automatically without frequent manual operations of medical personnel through the intelligent medicine dispensing system, the mobile intelligent detection system and the intelligent press system, and all the systems are arranged adjacently to avoid tedious switching of the manual operations, so that detection efficiency is improved greatly and work strength of the medical personnel is lowered.

Emergency monitoring, diagnosis and treatment device for department of cardiology

The embodiment of the utility model provides a protective device of an intervention system, which comprises an impact protection mechanism and a micro switch, wherein the impact protection mechanism is arranged on a C-shaped arm of the digital intervention system, and comprises a floating plate, an impact piece and a spring; the micro switch is arranged on the impact protection mechanism, and the micro switch is driven to move according to the movement of the impact protection mechanism; and when the impact protection mechanism is impacted in a contact mode, the floating plate relatively moves and drives the impact piece to be separated from the micro switch, and the micro switch outputs corresponding protection signals. By the protective device, whether obstacles exist in the front or at the side surface can be detected no matter how a tube ball and a detector move, and the protective device plays a role of protection, and avoids possible damages on a human body or devices, and the reliability and the safety of the digital intervention system are improved.

Protective device of intervention system

A pipe ball motion protection device for a digital radiating shooting system belongs to the field of medical equipment. The utility model comprises a ranging sensor which is arranged on a connecting frame for mounting pipe balls in the digital radiating shooting system through a sensor bracket, wherein the detecting direction of the ranging sensor (11) faces to the direction under the pipe ball (4) and the output of the ranging sensor (11) is connected to a pipe ball motion control circuit. The ranging sensor (11) of the utility model can detect if a barrier exists below the pipe ball no matter the pipe ball moves to where, so as to protect the pipe ball. The utility model overcomes the shortcoming that human body or machine is easily damaged when the pipe ball of the traditional digital radiating shooting system moves, therefore increasing the reliability and the safety of the digital radiating shooting system.

Pipe ball motion protection device for digital radiating shooting system

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Motion protection device of digital intervention system

Protective device of intervention system

Pipe ball motion protection device for digital radiating shooting system