177 results about "Forward bending" patented technology

An apparatus and method to be used in CPR to promote diastolic filling of the heart in cardiac arrest situations during external or internal cardiac compression. A rigid backboard provided with a tilting apparatus to incline the backboard to a desired degree. The backboard can be also provided with a tiltable segment for forward head flexion. The body of a patient victim of cardiac arrest is placed supine over the rigid backboard and the backboard is tilted by actuation of the tilting apparatus to a desired angle thus positioning the patient with feet up and chest down, so that the lower extremities are higher than the abdomen and tilted down toward the abdomen, and the abdomen higher than the chest and tilted down toward the chest. Likewise, being the head flexed forward in respect to the remainder of the body, the head is positioned higher than the heart, and tilted down toward the heart. As a result of such a positioning, the blood in the venous system of the lower extremities, of the abdomen and head will be draining down toward the heart by gravity improving diastolic filling and ultimately will improve cardiac output with internal or external cardiac compressions being carried out with the patient maintained in such position.

A gunn cut glove construction in which a pre-curvature at selected locations, preferably around the joints, in the fingers is achieved by sewing wedges of material into cut portions of the gunn section so that the shortened fingers and larger back sections easily meet at and can be joined without the need to gather or moccasin material resulting in the shape of the finger being such that it curves forward towards the palm section. Increased volume at the fingertips of a gunn cut construction glove is achieved by darting the palm side pieces of fingers proximate the fingertips. In addition, to reduce the inflexibility of gloves when curled into a fist, an elliptical piece is removed from the palm portion of the glove and the sides of the elliptical piece are sewn together along a seam.

An apparatus and a method for combiningly performing four important exercises localized to the lower back with the addition of weight resistance: a) the rotation or torsion of the lower spine and the lower back muscles; b) the bending of the spine forward and the exercising of abdominal muscles; c) the bending of the spine rearward and the exercising of the lumbar and erector muscles; d) the stretching and self-postural adjustment of the spine. The user performs the four exercises in the horizontal position with both legs in raised position. A swinging member accommodates the legs and allows the swinging, side-to-side motion of the legs. A second pivotal member helps the bending of the pelvis forward and rearward. A roller support assembly supports and massages the entire back during exercises. The user's body rests on an anatomical cushion support during exercises. The body's user experiences both the stretching of the intravertebral ligament and cartilage, while building postural awareness and self-adjusting spinal posture.

Disclosed is a bionic shoulder joint movement rehabilitation training apparatus. A base support system is placed on the ground, a bilateral bionic shoulder blade linear movement mechanism is fixedly connected with the base support system and is in revolving-pair connection with a bionic shoulder blade rotation movement mechanism, a bionic glenohumeral joint movement mechanism is in revolving-pair connection with the bionic shoulder blade rotation movement mechanism, and an auxiliary upper arm support system is fixedly connected with the bionic glenohumeral joint movement mechanism. By the arrangement, various must actions of shoulder joint rehabilitation training can be realized, and bilateral linear movement and rotation movement needed in the shoulder joint training for shoulder blades are realized apart from forward bending and backward extension, abduction-adduction and inward revolving and outward revolving of the shoulder blades. The bionic shoulder joint movement rehabilitation training apparatus is simple in structure, comfortable to wear, flexible to adjust, soft in movement, safe and reliable and capable of performing comprehensive rehabilitation training for patients with shoulder joint movement dysfunctions.

The present invention discloses an ankle foot orthosis device that is adjustable to a patient's drop foot. The device may include, inter alia, a foot-support that is sized to fit into a corresponding patient's footwear; an elongate member that is mechanically coupled to the foot-support; and a lower leg holder that is coupled to the elongate member. The lower portion of the elongate member may extend from the foot-support's heel portion upwards and rearwards towards a corresponding lower leg's calf and may further extend forwardly towards the corresponding lower leg's shin. Forward tilting of the lower leg in the gait cycle causes the elongate member to bend forward, which in turn causes the development of potential energy in the device that may be released during the gait cycle's toe-off and swing phase, thereby compensating for the energy lost in the drop foot.

An exoskeleton includes two torque generators, two thigh links, and a supporting trunk rotatably coupled to the thigh links. When a wearer bends forward in the sagittal plane such that the supporting trunk extends beyond a predetermined angle A with respect to vertical, at least one of the torque generators imposes a resisting torque between the supporting trunk and a corresponding thigh link, thus imposing a force onto a wearer's trunk and thighs to aid in supporting the wearer in a bent position. The exoskeleton may include an active or passive means for actuating the generators. When the supporting trunk does not extend beyond the predetermined angle A, the torque generators do not impose resisting torques between the supporting trunk and the thigh links during the entire range of motion of the thigh links, thus enabling a wearer to walk, run and sit without constraint while in an upright position.

The invention relates to an exoskeleton-type shoulder girdle and upper limb synergistic rehabilitation robot which comprises wheels, an electric appliance cabinet, a displayer, a displayer bracket, a lifting column and an outward extending beam and further comprises an inward and outward rotating mechanism for shoulders, an outward-extending inward-contracting mechanism for the shoulders, a forward-bending rearward-extending mechanism for the shoulders, a length adjusting mechanism for upper arms, an inward and outward rotating mechanism for the upper arms, a bending and stretching mechanism for elbows, an inward and outward rotating mechanism for front arms, a length adjusting mechanism for the front arms, a bending and stretching mechanism for wrists, a grabbing mechanism for hands and a movement-assisting shoulder blade mechanism. The robot implements active or passive rehabilitation aiming at shoulder girdle muscular paralysis and upper limb paralysis and is supportive of conversion between left and right arms. The invention further aims to solve an important problem, namely a problem of discomfort of a patient due to limited movement range caused after conversion between left and right mechanical arms. To this end, a mechanical arm structure is designed to be in complete left-right symmetry along a central axis.

The invention provides an anti-climbing stair for a high-voltage electric wire tower and relates to a stair. A board shaped like a Chinese character 'Tu' (9) is connected with the face at the lower part of a connection flange (3) at the lowermost part of the high-voltage electric wire tower; the lower part of the convex position of the board shaped like the Chinese character 'Tu' is fixedly connected with the upper end of a channel steel jacket (5); the lower end of the channel jacket is fixedly connected with a forward bending part at the lower end of a back supporting board (10); the both sides of the face at the front part of the back supporting board are movably connected with the inner ends of a plurality of steel roll stairs (6) through a plurality of pin shafts (14); the steel roll stairs are located at a horizontal position, and limiting convex blocks (12) are respectively arranged at each upper part of the steel roll stairs, which is tightly adhered to an upward bending rod (13); splicing rods (11) are respectively arranged at the back part of a connecting rod (7) corresponding to the upper part of the other end of each upward bending rod. The foldable stair arranged at the lower part of the high-voltage electric wire tower disclosed by the invention can be used for effectively preventing children or suicides from climbing the high-voltage electric wire tower.

The invention relates to a rehabilitation robot, in particular to an exoskeleton-type upper limb rehabilitation robot, which realizes the upper limb rehabilitation by assisting shoulder blades of the body in rotation. The exoskeleton-type upper limb rehabilitation robot comprises an upper arm part, an upper arm forward bending assisting part, an upper arm external expansion assisting part, a shoulder blade rotation assisting part, a transmission part and a bracket part and is characterized in that the diameter of a forward bending driving wheel of the transmission part is twice that of a driving wheel; the diameter of an external expansion driving wheel is twice that of the driving wheel; and a weight wheel, the forward bending driving wheel and the external expansion driving wheel are all provided with positioning devices. The exoskeleton-type upper limb rehabilitation robot follows a 2-1 principle of driving shoulder blades by the upper limb in human body articular kinesiology, makes the mechanical upper arms assist the shoulder blades in rotation according to the 2-1 principle when assisting the upper arms of the user in bending forward or extending by assisting the shoulder blades of the human body and can more scientifically carry out rehabilitation training of the upper limb of a patient.

The present invention is directed to a device which supports a user's spine while the user is in a forward bent position. The device includes a padded rest on which the user can lean while working in a forward bent position, and support structure enabling at least three of lateral adjustment of the rest along the projected perimeter of the work area, adjustment of the rest across the projected perimeter, height adjustment of the rest, and angular orientation of the rest. Since the user leans against the rest, the stresses otherwise normally experienced in the lower, middle and upper back are substantially attenuated. Attenuating such stress attenuates the pain experienced by the user as well as potentially extending his or her productive life.

The invention belongs to the technical field of medical assisting apparatus and particularly relates to a gradual inflatable shoulder joint brace realizing self-control. The brace comprises an arm locating mechanism and a trunk connecting mechanism, and an axillary air bag is arranged between the arm locating mechanism and the trunk connecting mechanism. The brace is characterized in that one end of the axillary air bag is a large-head end, the other end is a small-head end, and the small-head end of the axillary air bag is located above the large-head end when the axillary air bag is located under the human axilla; an inflation-deflation mechanism located at the front end of the arm locating mechanism and capable of allowing a user to control inflation and deflation autonomously is arranged on the arm locating mechanism and is connected with the axillary air bag, and the axillary air bag can drive the arm located on the arm locating mechanism to uplift towards the human front side or return downwards during inflation or deflation. The brace has the advantages that the design is reasonable, and outward extension, outward rotation and forward bending angles of the shoulder joint can be changed flexibly.

The invention discloses a carrying device for warehouse goods transportation. The carrying device comprises a car body, an installation plate is fixedly connected to the front side of the car body, a top plate is fixedly connected to the upper surface of the installation plate, two sliding rods are fixedly connected to one side of the lower surface of the top plate, and arranged symmetrically with the center line of the top plate being a symmetric line, the surface of each sliding rod is sleeved with a sliding bush, a forked hook is fixedly connected to the surface of each sliding bush, and two bearings are clamped to the other side of the lower surface of the top plate. By arranging an expansion device, a shell, a pushing rod, a baffle, a spring and a pressing device, when the forked hooks are used for lifting articles, the articles move upwards along with the forked hooks, the upper surfaces of the articles and the lower surface of the pressing device extrude each other, the forked hooks and the pressing device clamp the articles, in this way, the articles are more stable when being lifted and transported, and it is avoided that slant is generated due to a balance problem, or forward bending is generated by inertia.

The invention discloses an automatic wire segmentation shearing-bending forming machine which comprises a frame, a feeding mechanism, a shearing mechanism and a multidirectional position-changing bending mechanism, wherein the feeding mechanism adopts a roller or drum type structure to convey a wire; and the multidirectional position-changing bending mechanism comprises a forward bending device for bending the wire upwards and a reverse bending device for bending the wire downwards. The automatic wire segmentation shearing-bending forming machine provided by the invention is mainly used for shearing and bending forming of wires such as reinforcements, can automatically bend the wire in various shapes through the multidirectional position-changing bending mechanism, doesn't need repeated feeding and discharging, is simple to operate and convenient to control and effectively increases the efficiency.

The invention relates to an exoskeleton device. The exoskeleton device comprises an energy storage mechanism, a back supporting mechanism, a shoulder supporting mechanism and a hand power assisting mechanism, wherein the back supporting mechanism is movably arranged on the energy storage mechanism, the shoulder supporting mechanism is connected with the back supporting mechanism, and the hand power assisting mechanism is connected with the shoulder supporting mechanism. When a heavy object is carried, a body of a wearer bends forwards, at the moment, the back supporting mechanism extrudes theenergy storage mechanism, and the energy storage mechanism is pressed to store elastic energy; in the process that the wearer moves and lifts the heavy object and recovers an upright posture, the energy storage mechanism releases the elastic energy and can effectively support shoulders of the wearer, and therefore loads and stress of waist joints and hip joints of the wearer are relieved; and meanwhile, the hand power assisting mechanism can synchronously transmit a load borne by an upper limb to the shoulder supporting mechanism and the back supporting mechanism, so that the stress of shoulder joints, elbow joints, wrist joints and finger joints is greatly reduced or disappears, and then the problem of strain of the upper limb is effectively relieved and even solved.

A versatile canine harness pack includes a carrier configured to receive one of several usage-related inserts. The carrier has a midsection adapted to cover the back of the animal, and two side portions adapted to cover the shoulders of the animal. The side portions have forward curved edges that extend forwardly beyond the forward, concave edge of the midsection, enabling the side portions to rest over the shoulders of the animal for enhanced conformity with the animal's anatomy. The carrier has a back edge with a zipper facilitating access to the interior of the compartment. One or more flexible insert panels are configured to be received in the compartment. Each insert may further feature loops and/or hook-and-loop fasteners to hold articles for a particular purpose. Inserts may be configured to hold articles on both sides. In the preferred embodiment, the interior of the compartment and the inserts are generally heart-shaped.

A behavior detection apparatus detects a position of a head from an image; based on the position of the head, detects a motion of bending forward when a person to be detected sits up in a width direction of a bed in a bed area of the image and stands up from the sitting state; when a movement of the head is detected to be forward bending, sets, based on a movement path of the head, a stand-up detection line for determining bed leaving of the person between a lowest point of the forward bending and the position of the head when the person stands by the bed, the stand-up detection line being set in a position not overlapping with a forward bending detection line by which the motion of bending forward is detected; and detects a stand-up motion when the head passes the set stand-up detection line.

The invention comprises integrated axial front and back stages. The front stage fan bucket impeller has a bucket-shape forward bended rectangular main runner screw-coiling round the hub. The back stage helical centrifugal impeller has a main centrifugal runner and a branch backward bended rectangular centrifugal runner. The forward bended runner of the front stage is in communication with the backward bended runner of the back stage to form an integrated impeller.

The invention discloses a human body shape monitoring device and relates to the technical field of medical assistive devices, which is used for solving the technical problem of preventing the deformation of the spine. The device comprises a micro-processing module, a signal amplifying module, an analog/digital conversion module, a memory module, a double-axis inclination angle sensor, a communication connecting part, a posture setting button and an alarm buzzer, wherein a communication interface of the micro-processing module is connected to the communication connecting part via a communication chip, a signal input port of the micro-processing module is connected with the posture setting button, a signal output port of the micro-processing module is connected with the alarm buzzer, and a data exchanger interface of the micro-processing module is connected with the memory module; the double-axis inclination angle sensor is used for sequentially connecting the signal amplifying module and the analog/digital conversion module to a data acquisition interface of the micro-processing module in series; and three parameter values are saved in the memory module, which are a forward bending angle threshold, a lateral bending angle threshold and a bending time threshold respectively. The device provided by the invention can remind a user of correcting the wrong body gesture in a real-time manner.