15 results about "Upper chest" patented technology

A scalable K9 body armor includes a yoke having a collar portion and an upper chest portion. The yoke is removably attachable to a body armor vest. The collar portion is configured to cover an upper portion of the neck of a K9 not covered by the vest. The upper chest portion is configured to cover an upper chest portion of the K9 not covered by the vest. The yoke is removably attachable to the vest via articulable connections which allow the yoke to move relatively freely through a wide range of movement of the K9's neck.

The invention discloses a swallowing breathing coordination evaluation method based on a millimeter wave radar, and belongs to the technical field of physiological signal non-contact detection and intelligent health evaluation. The method comprises the following steps: arranging a millimeter wave radar in front of a detected object, detecting a neck front-upper chest area of the detected object, establishing a throat swallowing area and a chest breathing area based on distance window separation and angular domain energy separation, respectively extracting throat transient displacement characteristics and chest breathing displacement characteristics, and constructing quality evaluation parameters; and synchronously identifying a swallowing starting point, a swallowing peak value, a swallowing ending point, an inspiration phase, an expiration phase and an apnea section, carrying out time sequence alignment, and constructing a swallowing-breathing event chain. And performing aggregation evaluation based on a multi-time swallowing-breathing event chain, and outputting a mistaken inhalation risk grade, a swallowing coordination score and a rehabilitation training feedback index in combination with quality gating. The method can be used for swallowing function screening, rehabilitation evaluation and follow-up visit monitoring, and has a good clinical application prospect.

A shield (1) configured for an operator to wear on a helmet (2), in particular in an operating room or a clean room, the shield comprising: a front view lens (3) configured to be positioned, in use, at least at the operator's eyes, the view lens (3) comprising, on its outer surface (33), one or more transparent layers (40, 400), the transparent layers are overlapped with each other and can be selectively removed; a surrounding body 10 fixed to the sight lens 3 at a peripheral region 32 of the sight lens 3 and configured to completely cover the head, neck and upper chest of the operator.

A simulation robot body structure comprises a body bottom frame and a thoracic cavity support, the thoracic cavity support is rotationally installed above the body bottom frame through a bidirectional rotating mechanism, and side waist telescopic supporting devices are rotationally connected to the middles of the two sides of the thoracic cavity support and the body bottom frame respectively. Waist and abdomen stretching and retracting driving devices are rotationally arranged on the rear portions of the two sides of the chest support and the rear portions of the two sides of the body underframe respectively, and a body bottom shell and a body upper chest shell are installed on the peripheries of the outer sides of the body underframe and the chest support respectively. And an abdominal wing transition shell, a back shell group and two side wing scale shell components are respectively arranged between the body bottom shell and the body upper chest shell. The motion control logic is simple, repeated decoupling is not needed, the neutral position of the robot body in the natural state can be accurately found and achieved, the overall design is balanced, the simulation human form is met, and when the simulation robot body action needs to be contracted, the shell can naturally contract along with the robot body action, and the whole state is maintained without deformation.

The application discloses a lifting adjusting device for a cervical collar, which comprises a lower jaw plate, a rear pillow support, a support plate and an adjusting assembly. The lower jaw plate is used for supporting the lower jaw of a user. The rear pillow support is used for being attached to the rear neck and the pillow part of the user. The rear pillow support is movable to adjust the distance from the lower jaw plate, and is suitable for the neck circumference of the user. The support plate is used for being attached to the shoulder and the upper chest of the user, and is used as the reaction force fulcrum of the lower jaw plate. Two sets of adjusting assemblies are connected between the support plate and the lower jaw plate. The two sets of adjusting assemblies are used for synchronously adjusting and controlling the support height of the lower jaw plate, and are locked after the adjustment and control. The continuous and stepless fine adjustment is realized. The adjusting precision is much higher than that of the traditional mode. The synchronous work of the two sets of adjusting assemblies ensures the stability and the level of the lower jaw plate in the lifting process, and avoids the problem of uneven force on one side.

In particular, in an operating room or clean room, the protective hood 1, which is configured to be worn by a worker over a helmet 2, is configured to be positioned at least at the worker's eye level when in use and comprises a front-view lens 3 having one or more transparent layers 40, 400 that are stacked on top of each other and selectively removable on its outer surface 33, and a surrounding body 10 attached to the viewing lens 3 at its peripheral region 32 and configured to completely cover the worker's head, neck, and upper chest.

A system and method for measuring the impedance of one or more of a plurality of leads in an electrocardiogram (ECG) are disclosed. These may include applying a plurality of leads to a patient's body, applying a plurality impedance pads to the patient's body, providing a burst pulse from the catheter electrode of the ECG, measuring impedance signals across ones of the plurality of impedance pads and the plurality of leads, and determining the impedance for one or more leads from the measure impedance signals. The plurality of impedance pads may define a first axis from the right side of the patient's chest to the left side of the patient's chest, a second axis from the upper chest area of the patient to the lower abdomen area of the patient, and a third axis from the center of the patient's back to the center of the patient's chest.

Vehicle seating arrangement (10), comprising: a backrest frame (12); a jointed upper chest area (14) which is operatively coupled to the backrest frame (12) and comprises the following: a vehicle cross support (18); a vertical upper body support (20); and a spring support (22) which provides a cantilevered support from a pivot axis to an uppermost part of the articulated upper chest area (14), wherein the spring support (22) provides a degree of flexibility that varies depending on the relative position or degree of rotation of the articulated upper chest area (14) and Support can be provided; wherein the articulated upper chest area (14) is pivotably coupled to a central part (24) of the backrest frame (12) between a stowed and an extended position; a backplate (26) which is operatively coupled to a back (28) of the backrest frame (12); a front end plate (30) arranged between a posterior part (32) of the articulated upper thoracic region (14) and the posterior plate (26); and a circumferential gap (34) that is located between the anterior end plate (30) and the articulated upper chest area (14).

The utility model discloses a kind of storable pet chest back of traction rope, it includes upper chest back body and lower chest back body, the top of the upper chest back body is close to the place of four corners respectively connected with first female buckle, the left and right sides of the lower chest back body are respectively connected with the first female buckle matched first male buckle in front-back direction, the top of the upper chest back body is provided with storage cavity, traction rope body is connected in the storage cavity.This technical solution is cooperated between storage cavity, zip fastener, zipper head, traction rope body and first circle of leash and second circle of leash and other components, so that it can conveniently store traction rope, so that it can conveniently pull, improve its traction efficiency and use efficiency, and traction rope can be effectively fixed, so that it can conveniently leash pet, and it can be effectively extended, and then it can adapt to the fixation and circle of different components Leash, improve its scope of application and pull efficiency.

Vehicle seat arrangement (10) comprising: a seat backrest (12); a back panel (14) having a front cover panel (16); and a support (18) that supports the seat backrest (12) and comprising: an upper chest area (20) having a peripheral support (22), wherein a peripheral gap (24) is defined between the front cover panel (16) and the upper chest area (20), wherein a lower section (26) of the upper chest area (20) has a lower wall (28) with a corrugated configuration; a lower lumbar area (32) having a peripheral support (34), wherein a peripheral gap (36) is defined between the front cover panel (16) and the lower lumbar area (32), wherein an upper section (38) of the lower lumbar area (32) has an upper wall (40) with a corrugated configuration;and a plurality of concave connectors (42) which couple the lower wall (28) of the upper chest region (20) with the upper wall (40) of the lower lumbar region (32).;

The plate squeeze chest press is a lightweight, portable exercise apparatus that is easily adjustable for a desired performance of exercises by any user, comprising a plate structure with opposable handles for grip control and a resistance band that is connectible to the plate structure through a slot configuration at a center of the plate structure. The slot configuration allows the resistance band to slide easily into the center of the plate structure and remain in position during the desired performance of the exercises. The plate structure may be of any geometrical shape and may be of solid or hollow construction, with the slot configuration sized to hold any desired number of resistance bands. The present invention enables a full-body workout that targets the middle and center chest line, upper chest, lower chest, side of chest, shoulders, rear delts, back, traps, abs, biceps, glutes, quads, hamstrings, and calves.

The invention discloses a special nursing auxiliary device for prone position ventilation, which comprises a soft cushion body, a bulge is integrally formed on one side of the soft cushion body, the top surface of the bulge is provided with an inclined surface, the top end of the soft cushion body is provided with an arc-shaped surface, and the arc-shaped surface is integrally divided into tracks at the end A and the end B; and the overall curvature of the A-section track is greater than that of the B-section track. By arranging the soft cushion body, the arc-shaped surfaces, the deformation inner cavities, the arc-shaped cavities and other structures, it is guaranteed that when a patient uses the soft cushion body in the prone position and presses the upper portion of the soft cushion body with the chest facing downwards, the multiple arc-shaped cavities in the soft cushion body can be synchronously extruded, and the patient feels more comfortable; and under the compression guide of the inclined posture, the whole upper posture of the patient slides towards one side of the deformation inner cavity, so that the upper chest of the patient is at the horizontal lowest point, the blood fully flows back to the lung of the patient, and the effect of deeply recovering the respiratory capacity of the lung is achieved.

The coil arrangement comprises: a rigid base part with which the coil arrangement can be placed on a patient couch; an upper additional part including upper local coils, wherein the upper additional part is movable such that a spacing of the upper local coils from the facial, neck and upper chest area of the patient is adjustable; and a lower additional part including lower local coils. The base part, the lower additional part and the upper additional part are connected so as to be capable of being handled manually as one unit. The lower additional part, viewed from anterior to posterior, is adjustable in height relative to the base part to adjust a spacing of the lower local coils from the back of the head of the patient.

The utility model discloses a laryngeal muscle group training device used after tracheostomy, which belongs to the technical field of laryngeal muscle group rehabilitation training and is provided with a neck fixing band and a chest supporting body. The lower jaw placing body is arranged on the chest supporting body in a sleeving mode, and connecting parts rotationally connected with the matching parts arranged at the ends of the lower jaw placing body are formed at the two ends of the chest supporting body; a fixing part for hanging a neck fixing band is formed on one side of the connecting part, and a coil spring for supporting the lower jaw placing body and the chest supporting body to form an included angle is arranged in the connecting part; a gear adjusting mechanism is arranged on the outer side of the connecting part; the gear adjusting mechanism comprises a gear adjusting cover provided with a gear adjusting knob; the gear adjusting knob is provided with a pawl which is used for being clamped with the ratchets on the inner wall of the connecting part so as to lock the position of the lower jaw placing body, and the lower jaw rehabilitation device has the advantages of being capable of controlling the training intensity, enabling the rehabilitation effect to be stable and enabling a patient to be good in compliance.

Self-holding apron, including natural embracing roll flexible main body, is provided with fixed area on the flexible main body and divides main body into upper chest shielding area and lower leg shielding area; The elastic body is provided with a transverse elastic body on the fixed area, the elastic body has the natural shrinkage of its body and drives the both ends of the flexible main body to tend to each other or partially overlap, the apron can be unfolded and placed on the body of the user by separating the both ends of the flexible main body by force, and the elastic body drives the both ends to reset and hold on the waist of the user after the force is removed; At least one perforation is provided on the chest shielding area, and a set of neck fixing line is used to hang the flexible main body on the user's neck. The utility model realizes quick automatic holding by the elastic body, solves the problems of traditional apron back knotting operation complicated, time-consuming and labor-intensive, and is especially suitable for operation occasions that need to be frequently put on and taken off.