9results about How to "Easy breathing" patented technology

The utility model relates to the technical field of mask base cloth, and discloses nourishing and soothing mask base cloth which comprises a protection mechanism, an attaching mechanism is arranged at the top of the protection mechanism, limiting rings are fixedly connected to the two sides of the protection mechanism, the attaching mechanism comprises two first auxiliary grooves, and the two first auxiliary grooves are arranged in the first auxiliary grooves. The outer portions of the two first auxiliary grooves are formed in the outer portion of the protection mechanism, two second auxiliary grooves are formed in the outer portion of the protection mechanism, a third auxiliary groove is formed in the outer portion of the protection mechanism, and a positioning assembly is arranged on the outer side of the protection mechanism. According to the utility model, firstly, accurate initial positioning is realized through the positioning assembly; the mask covers the face, the eye holes are accurately aligned to the eyes, the nostril is attached to the nose, smooth breathing is guaranteed, meanwhile, the skin around the nose is tightly wrapped by the mask, essence is absorbed to improve the skin quality, the mouth hole is aligned to the mouth, a user can normally open the mouth to communicate and do simple actions, and the skin around the mouth can also absorb effective ingredients through the mask.

The application discloses a safety device for building composite foundation pile soil sampling operation and relates to the technical field of building construction. The safety device comprises a protection box body placed in a detection hole formed on a foundation and a support frame located above the foundation. A protection door is hinged to one side of the protection box body. A lifting ring is arranged above the protection box body. An electric hoist is arranged at a position close to the protection box body of the support frame. The electric hoist is provided with a lifting rope connected with the lifting ring. Workers enter the protection box body, and the electric hoist installed on the support frame lowers the protection box body into the detection hole formed on the foundation to protect the workers. A protection door is hingedly arranged on one side of the protection box body. After the workers enter the protection box body, the protection door is closed to prevent soil from entering the protection box body when the protection box body encounters hole collapse in the detection hole of the foundation. The protection box body reduces the safety threat caused by hole collapse of the detection hole and upper soil falling to the workers.

The utility model discloses a firework prevention urgent danger avoiding box which comprises a box body and a danger avoiding assembly, the box body comprises a bottom plate, a cylinder body and a cover plate, the lower end of the cylinder body is fixedly connected with the bottom plate, the cover plate covers the upper end of the cylinder body, the bottom plate, the cylinder body and the cover plate define a danger avoiding space, and first heat insulation cavities are formed in the bottom plate, the cylinder body and the cover plate; the first heat insulation cavity communicates with the outside; the danger avoiding assembly comprises a compressed air bag and a manual exhaust valve, the compressed air bag is arranged in the danger avoiding space and used for releasing air to the danger avoiding space, the manual exhaust valve is arranged on the cover plate, and the two ends of the manual exhaust valve communicate with the danger avoiding space and the first heat insulation cavity correspondingly so that air in the danger avoiding space can be exhausted into the first heat insulation cavity. According to the firework-preventing urgent danger avoiding box, sheltering can be achieved under the emergency situation, and the survival probability is increased.

The utility model discloses a one-piece garment, including chest area, waist and abdomen area and triangle area, is located one-piece garment front, and waist and abdomen area includes lateral rib area and chest region, and chest area includes sternum area, and triangle area includes pubic region, and chest region is connected sternum area upwards, and chest region is connected pubic region downwards, and the bottom of both sides of sternum area is connected with the top of lateral rib area, is located one-piece garment back, and waist and abdomen area includes rear waist and abdomen area, and the bottom of lateral rib area is connected with the top of rear waist and abdomen area. The utility model discloses that the one-piece garment is formed by integral weaving, and the waist and abdomen area of one-piece garment increases elasticity through the fourth fabric knitting, and the chest region is woven as the second fabric, and the chest region is connected the sternum area woven by third fabric upwards, and the chest region is connected the pubic region woven by third fabric downwards, thereby improving the longitudinal restraint of one-piece garment, and the waist and abdomen area of one-piece garment is tightened in longitudinal and transverse, thereby alleviating the unilateral wrapping feeling, and further reducing the phenomenon of discomfort caused by the waist and abdomen area being too tight.

This utility model relates to the field of medical device technology, specifically to a manufacturing mold for an anti-blocking anti-snoring air guiding device. The mold includes a male module, a female module, and an inner module. The male and female modules cooperate, and when they are attached, a glue injection cavity is formed at their contact surfaces. The inner module is located within the glue injection cavity, and a model cavity for an adjustable nasal anti-snoring air guiding device is formed between the inner module and the glue injection cavity. The model cavity includes an integrally connected front tube model and a rear tube model. The end of the front tube model is provided with a fixing anti-dislodgement model, and the end of the rear tube model is provided with a cross-shaped mesh frame model. This utility model's manufacturing mold, comprising a male module, a female module, and an inner module, forms a model cavity. Injecting raw materials into the model cavity allows for rapid molding of the anti-blocking anti-snoring air guiding device. The manufacturing method is quick and simple, with low manufacturing costs.

The utility model relates to an auxiliary device used for lateral prone position bone marrow puncture, which comprises a bed body, the bed body comprises an air hole arranged on the bed body and a baffle arranged at the tail end of the bed body, and a plurality of transverse sliding grooves and a longitudinal sliding groove longitudinally penetrating through the transverse sliding grooves are formed in the position, close to the tail end, of the bed body; the upper limb fixing mechanisms are arranged on the two sides of the bed body in a sliding mode, each upper limb fixing mechanism comprises a multi-joint rotating arm arranged in the longitudinal direction of the bed body in a sliding mode and a fixing plate arranged at one end of the multi-joint rotating arm, and the upper limb fixing mechanisms are used for supporting and fixing the chest or the back of a patient; the lower limb fixing mechanism comprises at least two fixing rod pieces arranged in the transverse sliding groove and the longitudinal sliding groove in a sliding mode and used for fixing the legs of the patient, and a locking piece arranged at the bottom of the bed body. The device effectively fixes the body position of a patient and prevents the patient from moving in the operation process, so that the stability and the safety of puncture operation are ensured.

The invention discloses an inhalation administration device, and relates to the technical field of medical auxiliary instruments. In order to solve the problems that an existing inhalation drug delivery device cannot monitor the real-time breathing state of a patient, drug waste is easily caused, and necessary safety is lacked, the inhalation drug delivery device comprises a mask, an atomizer and a breathing monitoring assembly, the atomizer is connected with the mask through a drug delivery pipeline, and the atomizer is connected with the mask through a drug delivery pipeline. The breathing monitoring assembly is connected with the mask through a breathing pipeline, and a control valve assembly is further arranged between the breathing monitoring assembly and the atomizer and used for blocking connection between the atomizer and the mask when a patient exhales; the respiration monitoring assembly can be adjusted in a self-adaptive mode according to the expiration intensity of the patient, and the expired gas is exhausted at different speeds. The breathing of a patient can be dynamically monitored, medicine waste can be avoided, and the use safety of the device is improved through the arrangement of self-use exhaust.

The utility model discloses an intelligent air supply breathing mask which comprises a mask body, a mobile power source and a control mechanism. An air inlet and an air outlet are formed in the outer side of the mask; the air inlet and the air outlet are both communicated with the inner cavity of the mask, one-way valves are arranged in the air inlet and the air outlet, and a connecting mechanism is arranged on the air inlet and / or the air outlet; the fan is mounted in the connecting mechanism; one end, far away from the mask, of the connecting mechanism is detachably connected with the filter cartridge; the outer side of the mask is connected with a containing mechanism. An inner cavity of the containing mechanism is suitable for containing a mobile power source and / or a control mechanism. A first hole is formed in the accommodating mechanism, and the first hole is suitable for communicating an inner cavity of the accommodating mechanism with an inner cavity of the mask; the control mechanism is suitable for detecting air pressure data of the inner cavity of the mask and air inlet flow of the air inlet and controlling the fan to perform corresponding actions according to detection results. The auxiliary breathing effect of the mask can be enhanced; the fan and the mobile power supply are independently arranged, gas can be conveyed more sufficiently, and the cruising ability of the fan is improved.

This utility model relates to the field of ventilator mask technology, and discloses an exhaust port structure for a ventilator mask and the ventilator mask itself. The exhaust port structure of the ventilator mask includes a curved tube and a mask body. The mask body is connected to the curved tube via a fastener to form a breathing channel. The curved tube is provided with a first densely packed perforated area, which includes multiple spaced-apart first exhaust ports. The first densely packed perforated area and / or the first exhaust ports are provided with a first noise reduction structure. And / or the mask body is provided with a second densely packed perforated area, which includes multiple spaced-apart second exhaust ports. The second densely packed perforated area and / or the second exhaust ports are provided with a second noise reduction structure. Through the integrated design of optimized exhaust port distribution and noise reduction structure, noise is effectively reduced while avoiding the drawbacks of traditional noise reduction devices that increase airflow resistance, thus improving the comfort and applicability of the ventilator mask.