TH14002C3 - Head type oxygen device - Google Patents

Abstract

------ 31/10/2017 ------ (OCR) page 1 of number 1 page invention summary. Head type oxygen device It is a device used in the treatment of hypoxia. As a result of various pathologies in all cases And can be used from young children to adults Serves to store oxygen Sent along the pipe in the helmet Causing patients to breathe with high concentrations of oxygen with 3 main components: the headgear is made of transparent plastic, the rectangular front will They are thicker than the sides and top, and have a rigid, rigid plastic bottom edge. The second part is natural rubber around the neck. The top is numbered around the circumference to be cut to fit the patient's neck below. It is used to attach a loop around the neck and the third part is a loop around the neck, made of fixed plastic, has a channel for connecting oxygen. And the gas outlet connector In the middle there is a hole for connecting accessories. On the top right there is a one-way valve. For air inlet, if the helmet collapses, when the 3 parts are assembled, it is ready for use. ------------ Revised 05/04/2017 Head cover oxygen device It is a device used for treatment of oxygen depletion. As a result of various pathologies in all cases And can be used from young children to adults Serves to store oxygen Sent along the pipe in the helmet Causing patients to breathe with high concentrations of oxygen with 3 main components: the headgear is made of transparent plastic, the rectangular front will They are thicker than the sides and top, and have a rigid, rigid plastic bottom edge. The second part is natural rubber around the neck. The top is numbered around the circumference to be cut to fit the patient's neck below. It is used to attach a loop around the neck and the third part is a loop around the neck, made of fixed plastic, has a channel for connecting oxygen. And the gas outlet connector In the middle there is a hole for connecting accessories. On the top right there is a one-way valve. For providing air inlet, if the helmet collapses, when the 3 parts are assembled, it is ready for use. -------------------- Revised Invention Summary 3/08/16 Headgeared Oxygen Device It is a device used for the treatment of effected hypoxia. From various pathologies in all cases And can be used from young children to adults Serves to store the oxygen delivered by the tube in the helmet, allowing the patient to breathe with a high concentration of oxygen. With 2 main components: the hood The head is made of clear, unstable plastic, the front is rectangular, thicker than the other side, and the lower edge is rigid plastic, the second part is a loop around the neck, made of fixed plastic, with a pipe for oxygen inlet and a connection hole The exhalation tube in the middle has Port for connecting accessories The top right has a one-way flap to allow air to flow if the helmet is collapsed. And the loop side In combination with the rubber around the neck, which is measured and cut to fit each patient's neck, when two parts are assembled together, there will be Readiness for use -------------------------------------------------- --------------------- The headgear has a rectangular front plate, width 31 cm., Height 22.5 cm. The 4 corners are rounded, with a wide angle of 124 degrees to allow people to Used to create a feeling of relief, not uncomfortable And to have space to have Increased breathing air in the event of negative pressure in the helmet until the helmet collapses. The loop around the neck. Fabricated one-way valve, width 31 mm., Thickness 0.5 mm., Made of soft rubber sheet, put on top. 8 holes for air inlet size 4 mm. At the bottom, lock the tongue plate to stick With a loop around the neck with an arrowhead pin attached to the bottom center Invented to allow air to flow in case of negative pressure until the front plate of the helmet collapses until the face is attached, air will flow into the user to have air. Can continue to breathe

Claims (1)

Disclaimer (all) which will not appear on the advertisement page. : ------ 31/10/2017 ------ (OCR) Page 1 of 1 page Privileges 1. Head-cover oxygen device. According to this invention Has a cylindrical shape The 3 main components are the body of the helmet made of clear plastic, unstable. The top and sides (1) are thinner than the front (2), are rectangles measuring 22.5 X 31.0 cm to allow slower collapse. The top and the bottom part (3) is a white hard plastic edge attached to the hood with double-sided adhesive tape, the second part is made of natural rubber. A thin rubber sheet Looks like an inverted cone on the top or on the small side (4) with a numbered line. In order to focus on the patient's neck The bottom part has an accent edge (5) used to attach the neck loop and the third loop around the neck is made of white hard plastic with a fixed shape. The inner loop (6) has a edge of 5 mm. Groove around To be assembled with rubber around the neck The outer loop (7) has a groove to insert the rubber O-ring (7/1) to attach it to the hood firmly. On the left side, the front of the loop around the neck has a one-way valve (8) for opening the air. The inlet is made of a silicon pad, and on both sides there are holes for the oxygen inlet (11) and the vent (9) that is then exhaled through a germ filter (10). And in the middle of the front there will be a slot for accessories (12), if not used, will be enclosed by a rubber stopper (12/1). 2. Head-covering oxygen device according to claim 1, the part that is the front head hood. (2) It will have a rectangular shape, size 22.5 X 31.0 cm, if the hat collapses from Operator error when operating in high pressure air chambers. It collapses at the sides and top before collapsing at the front. It will give the patient more space to breathe. And on the left side of The loop around the neck has a one-way valve (8), so that when the hood has fully collapsed, the tongue opens to allow air to flow. Into the cap to allow the patient to continue to breathe. ------------ Revised 05/04/2017 1. Head cover oxygen device According to this invention Has a cylindrical shape The 3 main components are the body of the helmet made of clear plastic, unstable. The top and the sides (1) are thinner than the front (2) have a special characteristic that is a rectangle size 22.5 X 31.0 cm to achieve Collapse more slowly than the top and sides, the bottom (3) is a white hard plastic edge attached to the hood. With double-sided tape, part 2 rubber around the neck is made of natural rubber. It is a thin rubber sheet, like a medical glove, with a cone shape. Above or on the smaller side (4) there will be a line with a number. To cut along the line To fit the patient's neck. The bottom section has a rubber band edge of (5) intended to be attached to the neck loop and the third loop around the neck is made of rigid white plastic. The inner loop (6) has a edge of about 5 mm. To be assembled with rubber around the neck The outer loop (7) will have a groove. Put the rubber O-ring (7/1) to attach to the hood firmly. The left side of the neck loop has a special effect. That is, there will be a one-way valve (8) for opening the air into it, made of silicon mud pads. And in front of both sides will There are holes for the oxygen inlet (11) and for the venting of the breathing gas (9) through a sterile filter. Disease (10) is thrown out. And in the middle of the front there is a compartment for storing accessories (12), if not used, will Enclosed with rubber stopper (12/1) 2. Head-covering oxygen device according to claim 1, the front part of the helmet (2) is rectangular, size 22.5 X 31.0 cm. Collapse from Operator error when operating in high pressure air chambers. It collapses at the sides and top before collapsing at the front. It will give the patient more space to breathe. And another feature is that the neck loop on the left side of the neck loop has a one-way opening tongue (8). Fully collapsed, this tongue will allow air to flow into the helmet to allow the patient to breathe. ---------------------- Revised 3/08/16 1. Head circumferential oxygen device According to this invention It looks like a cap made of clear plastic. The side, back and top are 0.20 mm thick, the front is square, 22.50 X 31.0 cm wide, made of clear plastic with a thickness of 0.50 mm. The bottom of the hood is attached to the edge. Hard plastic To attach to the neck loop made of hard plastic, fixed to the ABS shape. Tubular holes For connecting the oxygen tube inlet and the hole is for the exhalation hose. In the middle there is a hole for inserting accessories with a stopper. Rubber cover on the front. On the side edge of the loop around the neck, there is a groove for the oling to prevent oxygen leaking outside the helmet. And in the center of the neck loop is a recess for the neck rubber, which is measured and cut to fit the neck of each patient. According to the claim 1, the right neck loop was fabricated as a one-way valve with 8 holes for air flow through the size of 4.0mm, with a silicone pad of 0.5 0 mm thick, 3.0 cm in diameter. Open to allow air to flow when the hat collapses. -------------------------------------------------- ------------------------- 1. Would like to hold rights in 2 parts as follows. The helmet (Hood) is clear plastic. The front is a clear plastic sheet, 0.50 mm thick for viewing through. Will be more rigid than the sides on the back The four corners are rounded, 31 cm wide and 22.5 cm high so as not to attach to the face when negative pressure occurs. 124 degree wide angle of view for a wider peripheral vision and a 0.20 mm thick clear plastic sheet on the back of the helmet. The bottom of the hat is a hard edge. For attaching to loop around the neck There is a trademark on the front. The name of the address of the puppet shop is in English, the back is the address of the puppet shop in Thai There is a symbol of the Plastic Institute of Thailand and the FDA's mark. The neck ring is a circular hard plastic indented near the back edge. On the bottom left there is a picture of the trademark Dugong, the head with the letter K and the letters DUGONG inside the rim. For assembly with rubber around the neck (Neckseal), the front edge has 2 holes as the bottom tube for wearing the tube. Gas inlet size 22 mm. There is a hole in the middle of size 13 mm. Between the gas pipe for inserting Other accessories, if not used, will cover the hole with a rubber stopper. And on the upper right side is a one-way valve plate, size 31 mm. Under the tongue plate, there are 8 air holes through the size of 4 mm. The tongue at the top is attached to the loop around the neck. Intended for in the event that in the helmet negative pressure occurs, this valve opens. Enables air to enter for user safety.