Paramount Bed Company, Limited

Jun Tomikawa

Shinya Murai

Sota Nishiura

Tatsuya Shimada

Dan Kageyama

Katsuyoshi Nomura

Yuri Sasaki

Tooru Takada

Jun Kawaguchi

Toru Takada

To provide patient status determination device, which receives continuous biological information from a state detection device that continuously detects biological information of a patient and measured biological information from a measuring device that measures biological information of the patient, appropriately determines the state of the patient, based on the received continuous biological information and the measured biological information, whereby it is possible to determine the state of the patient properly, based on the plurality of biological information of the patient.

Patient status determination device, patient status determination method and program

For each biological information, a caution level range and a warning level range as to the biological information value are stored. When the acquired biological information value of the biological information of a patient falls within the caution level range, a notice of the status of the patient is given to a first notice destination. When the aforementioned biological information value falls within the warning level range, the notice of the status of the patient is given to a second notice destination. Thus, by switching the notice destinations based on the status of the patient, it is possible to provide a patient status notification device or the like that can appropriately and promptly perform notification.

Patient status notification device, notification method in patient status notification device and program

A support mechanism in which one end of a knee bottom section () is supported on a bed frame () in such a manner that the knee bottom section can be pivotally raised and lowered. Also, one end of a leg bottom section () is pivotally rotatably connected with the other end of the knee bottom section, a support stay () is pivotally rotatably connected with the underside of the other end of the leg bottom section, and a support device () of a support portion () provided at the opposite tip of the support stay is provided on the bed frame. The support device includes a guide portion () and an engaging portion () for movably supporting the support portion of the support stay. The guide portion can support the support portion moved in relation with the pivotal rotation of the knee bottom section within the entire pivotal rotation range of the knee bottom section. The engaging portion is provided above or below a vacant portion adjacent to the end portion of the guide portion on which the support portion is located when the knee bottom section is pivotally lowered.

Support mechanism for the leg bottom section of a bed

An X-linked lift mechanism having first links () and second links () constituting an X-linked mechanism between a base frame () and a lift frame (). A drive member () is pivotally rotatably installed between the other lateral side portions of the second links and is connected with boost arms () and a drive arm (). Guide members () are provided for guiding the moving members () installed at the ends of the boost arms. The guide members are installed on the other lateral side portions of the first links in the length direction. Also, a linear actuator is provided so as to extend between the other lateral side of the first links and the drive arm.

X-linked lift mechanism

A bed in which a gap between back and leg side-rails is kept constant when a back bottom is raised. A first link and a second link () are rotatably supported at lower ends thereof on a frame (). A coupling () is fixed to the base end part of a deck (), and upper ends of the first and second links () are rotatably connected to the coupling (). An L-shaped rotator () is rotatably supported by the frame (), and one end of a third link () is rotatably connected to an upper end () of the rotator (). The other end of the third link () is rotatably connected to the coupling (). An actuator () is supported by the frame (), and a piston rod () is rotatably connected to a central portion () of the rotator (). The rotator () is turned by an advancing of the piston rod (); the relative positions of the fourth, fifth, and sixth links are changed; and the leg side-rail slides along the frame ().

Growing community of inventors

Tokyo, Japan

Jun Tomikawa