42 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.

A head and neck coil arrangement (3) for magnetic resonance applications on a patient (1) has a base part (4) made of a rigid material, with which the coil arrangement (3) can be placed on a patient bed (2). The coil arrangement (3) furthermore has an upper additional part (5) in which upper local coils (9) are arranged. The upper additional part (5) is movably arranged on the base part (4) and / or is designed to be movable in itself, such that a distance of the upper local coils (9) from the facial region, the neck region, and the upper chest region of the patient (1) can be adjusted. The coil arrangement (3) furthermore has a lower additional part (6) in which lower local coils (10) are arranged. The lower additional part (6) is connected to the base part (4) in a lower region, and the upper additional part (5) in an upper region.This allows the base body (4), the lower additional part (6), and the upper additional part (5) to be manually handled as a unit by a user (14). The lower additional part (6) is height-adjustable from anterior to posterior relative to the base body (4), allowing the distance of the lower local coils (10) from the back of the patient's (1) head to be adjusted.

The invention discloses a male sports electrocardiogram recording clothing, comprising a top and trousers, wherein the front left chest area of ​​the top is made of non-elastic fabric, the inner wall of the front left chest area is connected with a sensor, a mobile electrocardiogram recorder is located on the outer side of the front left chest area, and the mobile electrocardiogram recorder is detachably connected to the sensor; the front upper chest area of ​​the top is made of elastic fabric, the bottom of the front upper chest area is connected to the top of the front left chest area, a first elastic webbing is connected to the front left chest area, a first buckle is connected to the front side of the trousers, and the first elastic webbing is detachably connected to the first buckle. The structure solves the problems of poor comfort of traditional portable electrocardiogram monitoring equipment and sensor position deviation caused by behavioral actions, so that the electrocardiogram detection accuracy is higher.

The utility model discloses a multifunctional cushion which comprises a headrest cushion, a chest cushion and an abdominal cushion, the chest cushion is connected between the abdominal cushion and the headrest cushion, the headrest cushion comprises a hole formed in the middle and an annular first solid part located on the outer side of the hole, and the first solid part is filled with sponge; by arranging the headrest pad, the chest pad and the abdominal pad, during use, the head of a patient is put on the headrest pad, the chest of the patient is supported on the chest pad, the abdomen of the patient is supported on the abdominal pad, and functional zones are obvious; the hole is formed in the middle of the headrest cushion, when the head of a patient rests on the headrest cushion, the face of the patient is located in the hole, and the use comfort is better.

The invention provides a partitioned air pressure driven wearable breathing assisting robot which comprises a chest upper shell, a chest upper pressure suction cup film is arranged in the chest upper shell, and a right chest lower shell and a left chest lower shell are arranged below the chest upper shell. A left chest lower portion pressing suction cup film and a right chest lower portion pressing suction cup film are arranged in the left chest lower portion shell and the right chest lower portion shell respectively, and the left chest lower portion shell is connected with the chest upper portion shell through a left lateral driving air bag. The right thoracic cavity lower shell is connected with the thoracic cavity upper shell through a right lateral driving air bag; the left thoracic cavity lower shell and the right thoracic cavity lower shell are connected through a middle driving air bag; the abdomen structure comprises an abdomen driving air bag and pneumatic artificial muscles; according to the invention, more convenient, comfortable, efficient and safe treatment can be provided for clinical application, the external assisted respiratory rate can be improved, and the side effects and pains of patients can be reduced.

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.

The utility model discloses a comprehensive training device, which belongs to the technical field of comprehensive training devices, and comprises a main body of the comprehensive training device and a chest training mechanism, the chest training mechanism is arranged on the main body, the chest training mechanism comprises a rotating rod, a fixed rod and a grip, the rotating rod is rotatably arranged on the main body, the fixed rod is arranged on the rotating rod, and the grip is arranged on the main body. The grip is fixedly arranged on the fixing rod, one end of the rotating rod is inserted into the fixing rod, the rotating rod is fixedly provided with an adjusting plate, the fixing rod is fixedly provided with a fixing plate, the fixing plate abuts against the adjusting plate, the fixing plate is provided with a fixing hole and a mounting hole, the adjusting plate is provided with an adjusting hole and a connecting hole, and the mounting rod is inserted into the fixing hole. The mounting rod is inserted into the connecting hole, the adjusting rod is inserted into the mounting hole, the adjusting rod is inserted into the adjusting hole, and the chest training mechanism has the advantage that the use angle of the chest training mechanism can be adjusted.

The utility model relates to the field of brassieres, in particular to a bra with hollowed-out upper chest girdle, which comprises a bra body, shoulder straps, mold cups and a connecting piece, the mold cups are arranged on the inner surface of the bra body, the connecting piece comprises an upper arc part and a lower convex part which are integrally connected, and the two sides of the upper arc part are connected with the two sides of a front piece; the bottoms of the lower convex parts are connected to the heart-shaped parts of the bra body corresponding to the mold cups; the bottom of the upper arc part is not connected with the top of the underwear body; the front ends of the shoulder straps are connected with the tops of the upper arc parts, and the rear ends of the shoulder straps are connected with the top of the rear side of the underwear body. The gap is formed between the bottom of the upper arc part of the underwear and the top of the underwear body, so that the vest is good in overall air permeability and cool in wearing when being worn, the upper edge of the chest is exposed when being worn, and the outer wearing effect is attractive and sexy; meanwhile, the tightness of the shoulder girdles wearing the bra can be adjusted by adjusting the adjusting buckles on the shoulder girdles, the size of gaps between the lower edges of the connecting pieces and the upper edges of the cups can be adjusted, and the practicability is high.

The utility model discloses a novel pet chest strap which comprises a left upper neck girdle, a right upper neck girdle, an upper strap, an upper chest girdle, a left lower neck girdle, a right lower neck girdle, a lower belly strap and a lower chest girdle, and the upper strap and the upper chest girdle are sewn into a whole through threads to form an upper back and chest girdle integrated strap; the lower belly belt and the lower chest circumference belt are sewn into a whole through threads to form a lower belly and chest circumference integrated belt; the left upper neck girdle, the right upper neck girdle and the upper back and chest girdle integrated belt are connected through an upper circular ring to form a chest and back upper half part whole body; the main body is made of the braid, and the soft cushion is additionally arranged on the braid, so that the wearing comfort of the pet can be improved while the strength performance of the braid and the perceptibility of the pet during traction are kept; the upper and lower circular rings enable the neck girdle to flexibly move along with the swinging of forelimbs of the pet, so that the chest and back do not limit the movement of the forelimbs; the whole chest and back upper half part and the whole chest and back lower half part are connected through four inserting buckles respectively, so that wearing and taking-off of the chest and back are achieved.

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.

Device for measuring jugular venous pressure of a human patient, comprising: (1) A body including a base configured to rest on the patient and align with at least one of the patient's manubrium, sternum and sternal angle and a light emitter assembly configured to project a pattern of light onto the neck of the patient proximate to the patient's jugular vein. (2) Two side arms extending from the body, each side arm being configured to rest on at least one of the patient's upper chest and clavicle. (3) At least one camera associated with one of the side arms, the at least one camera positioned and oriented to capture images of the patient's neck with the pattern of light projected thereon. Methods are also disclosed.

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.

A non-invasive system for monitoring neural respiratory drive (NRD) in addition to other patient metrics typically monitored non-invasively utilizes continuous parasternal EMG signal measurements and can be integrated into early warning scoring systems (EWS) used to perform spot checks of patients in general hospital wards. Using the assessment of a pulmonologist as the gold standard for determination of respiratory status, the disclosed system assesses a patient's respiratory status significantly more accurately than EWS systems that only use parameters such as respiration rate, since NRD determinations provide an objective quantification of the effort that it takes for a patient to breathe. In particular, the NRD determination system takes EMG measurements of the upper chest inspiratory muscles during either or both regular breathing inhalation and maximum effort sniff activity, as EMG measurements taken during inhalation are considered to be indicators of the balance between respiratory muscle load and respiratory muscle capacity.

Devices, systems, and methods for treating volume overload are disclosed herein. According to some examples, the present technology includes a method comprising delivering a distal portion of an elongate shaft to a treatment site within a vein of an upper chest of a patient, where the treatment site is between a superior vena cava and a left axillary vein. The method can include expanding an occlusive member at the treatment site proximal of an opening to a thoracic duct, thereby blocking blood flow proximal of the occlusive member. The method can further include injecting a contrast agent at the treatment site distal of the occlusive member such that the contrast agent flows retrograde into the thoracic duct.

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.

The invention provides a respiratory rehabilitation training device which comprises a stand column, an adjusting mechanism and a limiting mechanism. During use, a patient lies on a sickbed, the upper portions of the abdomen and the chest make contact with the touch plate and the limiting plate respectively, and during abdominal breathing, due to the fact that the limiting plate can only be driven by the touch plate in a one-way mode through the transmission assembly, only when the abdomen expands to drive the touch plate to move upwards, the limiting plate can move upwards to cancel limiting on fluctuation of the chest; the moving distance of the touch plate is larger than that of the limiting plate, so that during abdominal respiration training, the abdomen can preferentially expand and fluctuate greatly, meanwhile, the chest expands and fluctuates slightly, and the abdominal respiration training effect and the training comfort are improved; the distance between the limiting plate and the touch plate can be adjusted by driving the second transverse rod to move through the moving assembly, so that adjustment is conveniently conducted according to the distance between the abdomen and the chest, and use by different patients is facilitated.

The utility model discloses a constant temperature protective operating coat which comprises a front chest piece (1), a back piece (2) and sleeve bodies (3), the front chest piece (1) and the back piece (2) are connected to form an operating coat body (4), and cuffs (5) connected with the sleeve bodies (3) are arranged on the two sides of the operating coat body (4). A front neck piece (6) is arranged on the neck portion of the front chest piece (1), and a rear neck piece (7) connected with the front neck piece (6) in a matched mode is arranged on the neck portion of the back piece (2). The front chest piece (1) comprises an upper chest piece (13) and a lower chest piece (14) which are connected with each other; heating assemblies (8) are arranged in the front neck piece (6), the rear neck piece (7), the front chest piece (1) and the back piece (2); an air bag (9) is arranged in the back piece (2); the heating device is fast to wear, reduces the occurrence rate of hypothermia and pressure sores through the heating assembly and the air bag, and is good in practicability.

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.

The utility model relates to the technical field of postoperative nursing, in particular to a postoperative ice compress waistcoat, which is characterized in that an ice compress area is arranged at the chest position of the upper part of a waistcoat body, an ice compress bag is arranged on the ice compress area, a rope ring is arranged on the side edge of the upper part of the waistcoat body, an elastic rope penetrates through the rope ring, and shoulder straps are arranged at the top of the waistcoat body. According to the utility model, the ice bag is arranged at the ice compress port on the waistcoat, so that ice compress and wearing can be combined, both hands are liberated, meanwhile, the ice compress effect is improved, the rapid recovery of an incision is facilitated, meanwhile, a patient can move freely, and the rest quality and the recovery speed are improved.

Device 100 supports a user's head and neck with a curved neck support member that stabilizes the neck and upper chest, and a chin support assembly. The chin support assembly features a chin rest member and an adjustment mechanism for vertical telescopic movement. A first locking assembly secures the chin rest at a chosen vertical position, while a rotational interface enables angular adjustments. A second locking assembly locks the rotation at a selected angle.

The plate squeeze chest press is a lightweight, portable exercise apparatus that is easily adjustable for the desired performance of 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 the center of the plate. The slot allows the resistance band to slide easily into the center of the plate and remain in position during performance of the exercises. The plate may be of any geometrical shape and may be of solid or hollow construction, with the slot 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.

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.

The utility model discloses a positioning pillow for breast radiotherapy, which comprises an integrally formed polylactic acid half-body fitting die pillow, the polylactic acid half-body fitting die pillow comprises an upper thoracic cavity fitting limiting part, arm fitting limiting parts and a head fitting limiting part, the arm fitting limiting parts are arranged at the front ends of the two sides of the upper thoracic cavity fitting limiting part, and the head fitting limiting part is arranged at the front ends of the two sides of the upper thoracic cavity fitting limiting part. And the head fitting limiting part is arranged in the middle of the front end of the upper chest fitting limiting part. The problems that an existing supporting and positioning mechanism used during radiotherapy is poor in comfort and matching performance, a patient is always in a forced body position, and then the curative effect of radiotherapy is greatly reduced are solved.

The utility model discloses a novel oil-splash-proof mask, and aims to solve the technical problems that in the prior art, an oil-splash-proof mask provided in the current market generally only protects the face, and when in hot weather, people like to wear cool clothes with deep V-shaped collars or round collars and the like, so that the oil-splash-proof mask is inconvenient to use. In order to solve the problem that an existing product is weak in protection of exposed parts of the neck and the chest, the protective mask comprises an elastic head hoop, a transparent arc-shaped mask and extension cloth which is detachably connected with the bottom of the transparent arc-shaped mask and used for shielding the neck and the upper portion of the chest. The transparent arc-shaped mask is hinged with the elastic head band through a pair of round buckles; first deformable metal pressing strips are fixedly arranged on all the side edges of the extending cloth.

The invention provides a variable-stiffness chest and abdomen combined wearable breathing assisting robot which comprises a wearable chest upper assisting assembly, a chest lower assisting assembly and an abdomen assisting assembly, and the wearable chest upper assisting assembly comprises a chest upper shell, a soft wrapping material wrapping the chest upper shell and a restraint strap; the chest lower part auxiliary assembly comprises a left chest lower part shell and a right chest lower part shell, the edges of the left chest lower part shell and the right chest lower part shell are wrapped with a left side soft wrapping material and a right side soft wrapping material respectively, and the left chest lower part shell and the right chest lower part shell are connected through an artificial muscle assembly; the abdomen auxiliary assembly comprises an abdomen soft wrapping shell and a parallel driving platform, and the parallel driving platform is located in the abdomen soft wrapping shell; a patient is helped to breathe normally by setting a chest and abdomen combined breathing assisting mechanism, and the breathing assisting efficiency can be greatly improved through a chest and abdomen double-acting assisting mechanism.

The utility model discloses a multifunctional breast augmentation postoperation corset, which relates to the field of breast augmentation postoperation nursing and comprises a corset body, an upper chest strap and a lower chest strap are detachably connected in the corset body, the upper chest strap is used for correcting the position of a prosthesis, the lower chest strap is used for supporting the prosthesis, the upper chest strap comprises a first strap body and a second strap body, and the first strap body and the second strap body are connected with each other. One end of the first belt body is connected to one side of the corset body, the other end of the first belt body is provided with a magic felt face, one end of the second belt body is connected to the other side of the corset body, the other end of the second belt body is provided with a magic plush face, the magic plush face adheres to the magic felt face in a magic mode, and the structure of the lower chest belt is the same as that of the upper chest belt. The lengths of the upper chest belt and the lower chest belt can be adjusted according to the size of the prosthesis, so that the upper chest belt and the lower chest belt can well restrain the prosthesis for shaping, the corresponding upper chest belt or the lower chest belt can be installed for shaping, and the device can be suitable for being used under various conditions.

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 falling hanging safety belt which comprises a large hanging ring, two back leaning belts are connected to the large hanging ring, a back net is fixedly connected between the two back leaning belts, two front upper chest belts are connected to the large hanging ring, the front upper chest belts are connected with a front chest tying belt through connecting buckles, and the front chest tying belt is connected with a back net. And the end part of the front chest tying belt is folded and sewn into an eye shape and forms a front chest hanging point. Due to the fact that the large hanging ring and the chest hanging point are arranged, the safety of operators with heavy weight is guaranteed. Specifically, the large hanging ring serves as a main hanging point and bears most weight; and the front chest hanging point provides additional support and stability, so that the weight can be uniformly distributed at the front point and the rear point when accidental falling occurs, and the risk of overlarge stress of a single point is reduced.

Embodiments of the present disclosure relate to a head and neck coil device for applying magnetic resonance to a patient, having a base part made of a rigid material with which the coil device can be placed on a patient bed. The coil arrangement also has an upper add-on in which an upper local coil is arranged. The upper add-on part is movably arranged on the base part and / or is designed to be movable on itself such that the distance of the upper local coil to the facial region, neck region and upper chest region of the patient is adjustable. The coil arrangement also has a lower additional part in which a lower local coil is arranged. The lower add-on component is in the lower region, and the upper add-on component is connected to the base component in the upper region. Therefore, the base part, the lower additional part and the upper additional part can be manually operated by a user as a unit. The lower additional component is variable in height relative to the base component when seen from front to back, so that the distance from the lower local coil to the rear of the head of the patient can be adjusted.

A burping garment device is provided. The device is designed to be worn on a user's upper body, comprising a body with a U-shaped front section covering the shoulders and upper chest and a square or rectangular rear section covering the back. The body is constructed from an absorbent top layer and a waterproof bottom layer, ensuring effective containment of liquids, such as infant spit-up, while preventing penetration to the user's clothing. The front and rear sections are removably attached using fasteners for easy cleaning. Additionally, a weighted perimeter edge prevents slippage during use. A method of using the device is also described, including steps for attachment, placement on the user, and infant burping.