A DEVICE FOR PERPENDICULAR INJECTION OF A SYRINGE IN HUMAN BODY
FIELD OF INVENTION:
The invention relates to medical field. More particularly it relates to technique relating to injecting of syringe in human body. Most precisely, it relates to device for perpendicular injection of a syringe in human body.
PRIOR ART:
Day and night, crores of patients are undergoing injection without any definite angle of injecting. Some are using 15 degrees, some 30 degrees or 40 degree or any other angle without having a proper direction. Scientifically it is concluded that perpendicular injection (90 degrees to the body) is very ideal.
Medically, a number of standards are brought to control the health of the body. But it is interesting to note that neither internationally or nationally any mechanism has been introduced in the medical field to control the simple injection carried out day & night all hospitals and health centres.
Hence, there is a need to design and develop new kind of technology which
can provide 90 degree injection of the syringe in human body.
OBJECT OF THE INVENTION:
The main object of the invention is to provide a device for providing a device for perpendicular injection of a syringe in human body which is easy to use for untrained person.

Another object of invention is to provide the device for perpendicular injection of a syringe in human body which is having low manufacturing cost.
Yet another object of invention is to provide the device for perpendicular injection of a syringe in human body which is made of non-magnetic and non-corrosive material.4STATEMENT OF THE INVENTION:
Accordingly to achieve the aforesaid objects, the present invention provides a A device for perpendicular injection of a syringe in human body, the device comprising:
a body portion being placed on the human body to be injected, the body portion having a curved middle surface and slanting side surfaces being connected to the middle surface, the middle surface comprises a depression having an orifice to guide path for a needle of the syringe, the body portion manufactured in a single mould, the body portion is configured in a such a manner that the middle surface and side surfaces accommodate human body to be injected according to contour of the human body, the body portion is further configured in such a
way that when the body portion is placed and pressed on the human
body to be injected with finger pressure of a person injecting the syringe, exact region of the human body to be injected is protruded out of the orifice of middle surface.
BRIEF DESCRIPTION OF DRAWINGS:
Figure 1 : Shows perspective view of the device for perpendicular injection of a syringe in human body in accordance to present invention.

DETAILED DESCRIPTION OF THE INVENTION:
Further objective and particular features of the invention are exemplified in the embodiment shown in accompanying drawings and described below.
Referring to figure 1, a device (1) for perpendicular injection of a syringe in human body is illustrated. The device a body portion which is placed on the human body to be injected. The body portion includes a curved middle surface (2) and slanting side surfaces (3,4). The slanting side surfaces are connected to the middle surface (2). The middle surface (2) and side surfaces (3,4) are manufactured in a single mould. The middle surface (2) comprises a depression (6) having an orifice (5). The depression (6) with orifice (5) guides path for a needle of the syringe. The body portion manufactured in a single mould. The body portion is configured in a such a manner that the middle surface (2) and side surfaces (3, 4) accommodate human body to be injected according to contour of the human body. The body portion is further configured in such a way that when the body portion is placed and pressed on the human body to be injected with finger pressure of a person injecting the syringe, exact region of the human body to be injected is protruded out of the orifice (5) of middle surface.
The body portion is made of non magnetic steel material. Generally, the body portion is kept flexible so that it can accommodate human body to be injected as per the contour of the human body. The device also includes grippers (7,8) on side surfaces to enable hanging of the device. The device of present invention due to its unique structure enables injection of syringe at an angle of 90 degree to the human body to be injected.

Advantages of the device of present invention:
i. The device can be used without any effort. The configuration of this device is developed in such a way that it can be placed anywhere in the body, according to the contour of the body.
ii. Perpendicular (90 degrees to the surface of the body) injection and hence a shortest possible distance is maintained. Negligible pain. When this device is used for injection, due to the finger pressure the body flesh thrusts automatically. Through the orifice given in the device. This protruded flesh reduces pain considerably compared to the conventional injection.
iii. This device is infection free from doctor to patient and patient to doctors/nurses.
iv. In the beginning Doctors/Nurses require considerable time for proper training for normal injection process whereas this device can be used even by an unskilled person.
v. The device is made up of S.S. 304 non magnetic steel and hence no foreign particle will deposit permanently. It will not react with any chemical.or strong, medicine.and.can't be destroved nhvsira11v
vi. The device is very much affordable to common man and requires no skill and can be used at the home as per the direction and advice of registered medical practitioners.
While various embodiments of the present invention have been described above, it should be understood that they have been presented by way of example only, and not limitation. In figure 1, the device is shown in

octagonal shape. However, the shape is not restricted to octagonal. It can be of any polygonal shape which can be suited to contour of human body. Further, any other flexible, durable, corrosive resistant and chemical resistant material apart from steel can be used for manufacturing the device. These changes are within the design options available to the person skilled in the art. It will be understood by those skilled in the relevant art that various changes in form and details may be made therein without departing from the scope of the invention.

I CLAIM:
1. A device (1) for perpendicular injection of a syringe in human body, the
device comprising:
a body portion being placed on the human body to be injected, the body portion having a curved middle surface (2) and slanting side surfaces (3,4) being connected to the middle surface (2), the middle surface (2) comprises a depression (6) having an orifice (5) to guide path for a needle of the syringe, the body portion manufactured in a single mould, the body portion is configured in a such a manner that the middle surface (2) and side surfaces (3,4) accommodate human body to be injected according to contour of the human body, the body portion is further configured in such a way that when the body portion is placed and pressed on the human body to be injected with finger pressure of a person injecting the syringe, exact region of the human body to be injected is protruded out of the orifice (5) of middle surface.
2. The device for perpendicular injection of a syringe in human body as claimed in claim 1 wherein the body portion is made of non magnetic steel material.
3. The device for perpendicular injection of a syringe in human body as claimed in claim 1 further comprising grippers (7,8) on side surfaces to enable hanging of the device. .