Sino International Group Limited

Okin Gesellschaft Fur Antriebstechnik Mbh

Tfc Technology Co., Ltd

Jiaxing Sino Hardware Manufacturing Company Limited

Okin Gesellschaft Fur Antriebstechnik Mbh & Co.kg

Sino Europe Gmbh & Co. Kg

Dewert Antriebs- Und Systemtechnik Gmbh

Klaus Bellingroth

Peng Liu

Wolfgang Meyer

Wenxia Peng

A bed with multiple separable segments includes a first bed body segment including a first platform part and a first support frame; a second bed body segment including a second platform part and a second support frame; and a third bed body segment connected to the first and second bed body segments and including a third platform part and a third support frame. The first, second and third platform parts together form a platform for bearing loads and are arranged sequentially in a longitudinal direction of the platform. The first and second support frames are detachably connected with the third support frame via fasteners. The bed with multiple separable segments of the present disclosure may be separated into multiple bed body segments to be stacked together so as to facilitate storage or transportation.

Bed with multiple separable segments

A foldable bed includes a first bed unit, a second bed unit rotatably connected to the first bed unit such that the bed is rotatable between a folded state and an unfolded state, and a stop unit arranged between the first bed unit and the second bed unit for preventing the first bed unit and the second bed unit from rotating relative to each other when the bed is at the unfolded state. The first bed unit includes a first support bracket and a first platform part supported on the first support bracket. The second bed unit includes a second support bracket and a second platform section supported on the second support bracket. When the bed is at the unfolded state the second platform section and the first platform section cooperatively form a platform of the bed for supporting a load.

Bed with multiple bed units

A motorized bed includes a bed frame, a foot rest, a footrest actuator, a backrest, a backrest actuator, and a linkage part. The bed frame includes a first cross bar and a second cross bar. The footrest is rotatably mounted to the bed frame. The footrest actuator is mounted between the footrest and the first cross bar and configured to drive the footrest to rotate relative to the bed frame. The backrest is rotatably mounted to the bed frame. The backrest actuator is mounted between the backrest and the second cross bar and configured to drive the backrest to rotate relative to the bed frame. The linkage part is fixedly connected between the first cross bar and the second cross bar such that a force introduced by either of the footrest motor and the backrest motor is supported by both of the first cross bar and the second cross bar.

Motorized bed

An adjustable slatted bed base with an outer frame and a lying surface with at least two sections, which is arranged on the outer frame, wherein at least one section is formed as a pivotable section which is pivotable relative to the outer frame, from a flat position into at least one angled position, by an adjusting unit, and the pivotable section has a support device for providing support relative to the outer frame. In order to provide an adjustable slatted bed base, which has a pivotable section which allows easy access to an area beneath the slatted bed base in any operating position, and can be returned to an operational condition quickly and easily, the support device is formed such that it can be disengaged from the outer frame in order to adjust the pivotable section from any set position into a folded-back position, and, when pivoting back into the set position, automatically engages with the outer frame in a supportive manner.

Adjustable slatted bed base

A motor-driving mechanism includes a motor and a lifting lever. The lifting lever is rotatable between a lifted position and a lowered position, and includes first section and a second section. The first section is pivotably connected to the motor. The second section is connected to the first section in such a way that the first section and the second section as a whole are drivable by the motor to rotate in a first direction from the lowered position toward the lifted position, and the first section is drivable by the motor to rotate relative to the second section in a second direction from the lowered position toward a third position while the second section remains at the lowered position, the second direction being opposite to the first direction. A motor-driven bed utilizing the motor-driving mechanism is also disclosed.

Motor-driving mechanism and motor-driven furniture

Leisure bed

The invention relates to an arrangement for isolating supply current from control devices, which satisfies higher safety standards while, however, being easy to operate. To this end, the inventive arrangement comprises a device for isolating supply current from control devices that are connected to a first voltage source, which is connected to power mains and which serves to provide an operating potential for a servomotor.

Arrangement for operating an electrically adjustable item of furniture for sitting and/or lying upon

On a lift bed comprising four, telescopic lifting columns, which can be connected by a reclining-surface frame (), as well as by head (), foot () and side elements (), provision is made, to permit simple assembly and dismantling of the head, foot and side elements, for the lifting columns to each display a slit (), which is parallel to the axis and points towards the adjacent side element (), and for the reclining-surface frame () and the side elements () to display corresponding anchoring elements () that can be inserted into the slits () in sliding fashion from above.

Lift bed

The invention concerns a linear drive () with a linear stroke for the displacement of movably supported parts, in particular of articles of furniture, comprising a rotary spindle () which is driven by a motor and which at the drive output side is in screwthreaded engagement with a thrust tube () or a spindle nut () connected thereto with a female screwthread (), wherein the thrust tube () is mounted non-rotatably and slidably in the housing () and is displaceable in the housing () over a stroke travel h relative to the rotary element, and a travel measuring device for measuring the stroke travel h. With the aim of developing a linear drive () in such a way that it is uncomplicated and inexpensive, operates reproducibly accurately and even after power shut-down does not require renewed zeroing for travel measurement, it is proposed that the travel measuring device has a linear potentiometer device () with a linear potentiometer () and that the linear potentiometer () for linear measurement of the stroke travel h is arranged parallel to the stroke travel.

Linear drive with travel measurement

The invention relates to a safety device for furniture with at least one movable element which can be moved by a motor-driven positioning drive controlled by operating controls, particularly the head and/or foot of a base for a bed, or a seat and/or backrest element of an armchair, where the positioning of the element forms a gap in which an object or body part can become trapped as a result of the movement of the element. If a body part becomes trapped, this can lead to serious injury. Objects must also be prevented from becoming trapped, as they can cause damage to the furniture. According to the invention, at least one contact element is positioned in the gap which, when subjected to the pressure applied by an object or body part becoming trapped, closes an electric circuit which bridges a switch associated with one of the operating controls, the closing of which prevents further movement of the positioning drive.

Growing community of inventors

Gummersbach, Germany

Klaus Bellingroth