KIDDO CLEAR - ( SELF RETAINING BILATERAL PEDIATRIC SUCTION TIP)

Abstract

The bilateral pedodontic self-retaining suction tip is an innovative dental tool designed for pediatric dentistry. The suction tips self-retaining feature makes sure it stays firmly in place without needing to be manually held or adjusted, freeing the dentist to concentrate on complex operations and preserve the best possible patient comfort. The incorporation of bilateral suction mechanisms efficiently manages fluids from both sides of the oral cavity simultaneously while maintaining maximum visibility. This suction tip enhances clinical efficiency by reducing the need for frequent repositioning and adjustments, which can interrupt the flow of treatment and lengthens procedure time. Overall, the bilateral pedodontic self- retaining suction tip contributes to streamlined dental workflows, reduced procedure times, and a more comfortable experience for pediatric patients, making it a valuable addition to contemporary pediatric dental practice.

Specification

FIELD OF INVENTION
The field of invention for the self-retaining bilateral pedodontic suction tip lies
within pediatric dentistry and dental instrumentation. Specifically, it pertains to
innovations in suction tools designo enhance the efficiency and effectiveness of
managing oral fluids during dental procedures involving young patients. This
invention focuses on improving the functionality and ease of use of suction devices
by addressing the unique challenges associated with the small and sensitive oral
cavities of children.


BACKGROUND OF THE INVENTION
Pediatric dentistry presents unique challenges due to the smaller size and delicate
structure of children's oral cavities. Traditional suction methods which are
predominantly single-sided and manually operated, often fall short in addressing
these challenges. Standard suction tips require constant manual adjustment to
manage fluids and debris, which can disrupt the flow of procedures and
compromise the comfort of young patients [1]. Moreover, the confined space of a
child's mouth necessitates a solution that can provide efficient suction coverage
without the need for manual intervention. Suction also plays an important role in
infection control [2]. The need for an enhanced tool became evident as dental
professionals sought to improve both the efficiency and effectiveness of treatments.
Single-sided suction tips frequently fail to adequately clear fluids from both sides
of the oral cavity simultaneously, leading to longer procedure times and increased
patient discomfort. Furthermore, the need for continuous manual adjustment often
distracts practitioners from focusing on the procedure itself.
The self-retaining bilateral suction tip addresses these issues by combining
bilateral suction capability with a self-retaining mechanism [3].This innovation
allows for simultaneous suction from both sides of the mouth, ensuring a clearer
view and a more comfortable experience for the patient [4]. By securing the
suction tip in place without manual support, this tool streamlines the workflow,
reduces procedure time, and enhances overall treatment efficiency.
The invention of the self-retaining bilateral suction tip represents a significant
advancement in pediatric dental care, reflecting the ongoing effort to improve
clinical outcomes and patient comfort in a field that continuously evolves to meet
the needs of its young patients[5].



1. The objective of this invention is to accommodate the natural movements and
restlessness of young patients during dental treatment while maintaining an
optimal working field.
2. To efficiently manage fluids from both sides of the oral cavity thus maintaining
an optimal working field.
3. To incorporate a mechanism that holds the suction tip securely in place, reducing
the need for manual support and allowing for hands-free operation.
4. To include all age groups with the adaptable silicone chin positioner


SUMMARY OF INVENTION
The self-retaining bilateral pedodontic suction tip is an advanced dental instrument
specifically designed to address the unique needs of pediatric dentistry. The self-
retaining design ensures that the suction tip remains securely in place without the
need for manual support, allowing dental professionals to perform procedures with
greater focus and precision.This innovative tool features a bilateral suction
mechanism that simultaneously manages fluids from both sides of a child's oral
cavity, enhancing suction efficiency and providing a clearer field of view.
28-Oct-2024/130600/202441082017/Form 2(Title Page)
The accompanying drawings, which are incorporated in and constitute a part of this
disclosure, illustrate an exemplary embodiment and, together with the description,
explain the disclosed embodiment. In the figures, the left and rightmost digit(s) of
reference number identifies the figure in which the reference number first appears.
The same numbers are used throughout the figures to reference features and
components. Some embodiments of the system and methods of an embodiment of
the present subject matter are now described, by way of example only, and
concerning the accompanying figures, in which:
Figure: 1 illustrates both the right and left view of the self retaining bilateral suction
tip.
{1} Main trunk of suction tip
{2} Silicone positioner
{3}Chin supporter
{4}Soft silicone support pad
{5}Shank of suction tip
{6}Right bifurcation of suction tip
{7} Left bifurcation of suction tip
{8}Right Suction tip end
{9}Left Suction tip end


Figure:2 illustrates intraoral coronal view of the self retaining bilateral suction tip
Figure:3 illustrates right sagittal view of the self retaining bilateral suction tip
Figure:4 illustrates the dimensions of the self retaining bilateral suction tip


Figure: 1 illustrates both the right and left view of the self retaining bilateral suction
tip.
y A. | t. N t !j. L: t. L* H t H M A !
_ .At1
{l}Main trunk of suction tip
{2}Silicone positioner
{3}Chin supporter
{4}Soft silicone support pad
{5}Shank of suction tip
{6} Right bifurcation of suction tip
{7}Left bifurcation of suction tip
{8}Right Suction tip end
{9} Left Suction tip end
Figure:2 illustrates intraoral coronal view of the self retaining bilateral suction tip

Figure:3 illustrates right sagittal view of the self retaining bilateral suction tip

DETAILED DESCRIPTION OF THE INVENTION
The compressive explanation, coupled with accompanying illustrations, provides a
clear understanding of the innovation. Those knowledgeable in the field will
acknowledge that the concept and components of the disclosed invention allow for
various modifications and combinations, which should be considered part of this
disclosure.
This new innovative suction tip is composed of meticulously designed components
to ensure optimal functionality and patient convenience. The parts of this design
are (Figure 1) At the bottom there is the main trunk of the suction tip {1} which
further connects to the vacuum and helps by continuously draining the saliva and
water from the oral cavity. The silicone positioner {2} serves a crucial role of
securely holding the detachable chin supporter and soft silicone support pad. The
chin supporter {3} contours along the lower border of mandible and provides with
the extra retention to hold the suction tip in position. The soft silicone support pad
{4} attached at the end of the chin supporter enhances both the retention and
comfort. The shank of the suction tip {5} connects with the main trunk on one side
and on the other side continues to bifurcate into bilateral heads of the suction tip.
The right and left bifurcation of suction tip {6},{7}extend up to the middle portion
of the primary first molar in the lingual vestibule. This arrangement of suction tip
heads makes it self-retentive and adds to the efficacy of suction of oral fluids.
Finally the suction tip end {8} {9} has an opening at the end which helps in
suctioning the oral cavity fluids.
In the (Figure 2) intraoral coronal view of the self retaining bilateral suction tip can
be appreciated. The right and left bifurcation {6},{7} extended up to the middle
portion of the primary first molar in the lingual vestibule . The extent of bifurcation
makes it a comfortable experience for the pediatric patient.


In the (Figure3) right sagittal view of the self retaining bilateral suction tip can be
appreciated. The adaptation of the suction tip on the chin and its extension
intraorally can be seen.
In the (Figure4) all the parts are marked the same as in (Figure 1) and encompasses
various components and their dimensions. The main trunk of suction tip {1}
crafted from polyethylene, measures approximately 1 cm in width and 7 cm in
length. The silicone positioner {2} which is attached to the main trunk of the
suction tip nearly measures 2cm in length and 1 cm in width. The chin supporter
{3} which extends from the silicone positioner and contours against the lower part
of the chin measures 2 cm in length and 2 cm in width. The soft silicone support
pad {4} attached at the end of the chin supporter is made of vulcanized silicone
that makes the holding of the suction tip comfortable for the patient and avoids, any
soft tissue injury. The shank of the suction tip {5} bends over the lower lip and
enters into the oral cavity in total with a length of 2cm . The right and left
bifurcation of the suction tip {6}, {7} which extend up to the middle of the primary
first molar in the lingual vestibule is 3cm long including the suction tip end {8} {9}
which is 0.7cm .
The material used to construct the suction tip is primarily polyethylene with parts
like positioner and support pad constructed of vulcanized silicone. For
manufacturing the suction tip injectable molded technique will be used. A cavity in
the mold will be created where synthetic resin will be injected to form the main
body of the suction tip.



WE CLAIM
l.SELF RETAINING: The self retaining feature of this suction tip makes it
convenient for the practitioner to complete the job without any helping personnel.
2.IMPROVED PRACTITIONER COMFORT: The self retaining bilateral suction
tip makes it comfortable for the practitioner to maintain a clear field of work and
reduces the need of continuous repositioning and adjustment.
3. IMPROVED PATIENT COMFORT: The self retaining bilateral suction tip also
increases patient comfort by remaining in one position and by eliminating the
continuous need of readjustment.
4. ENHANCED EFFICIENCY: The self retaining bilateral suction tip increases the
efficiency of dental procedure in pediatric patients.
5.INCREASED EFFECTIVENESS: High quality outcomes in procedures.
6.REDUCED PROCEDURE TIME: Elimination of continuous readjustment and
elimination of dental assistance overall adds up in reduction in time of dental
procedure.



REFERENCES
1. Baughan S, Casaus A, Haria PJ, Coomaraswamy K. Technique tips: moisture
control in children. Dent Update. 2024;46(3):707-9. doi:
10.12968/denu.2024.46.3.707.
2. Senpuku H, Fukumoto M, Uchiyama T, Taguchi C, Suzuki I, Arikawa K.
Effects of extraoral suction on droplets and aerosols for infection control
practices. Dent J (Basel). 2021 Jul 7;9(7):80. doi: 10.3390/dj9070080.
3. Rao AS, Mavani HT, Pawar AM, Shah N, Solanki D. Self-retentive double-
ended suction tip: A new and innovative concept in dentistry.
Endodontology. 2024;36(3):275-9. doi: 10.4103/endo.endo_90_23.
4. Friedrich MG, Tirilomis T, Kollmeier JM, Wang Y, Hanekop GG.
Modifications of surgical suction tip geometry for flow optimisation:
Influence on suction-induced noise pollution. Surg Res Pract. 2018 Nov
21 ;2018:3074819. doi: 10.1155/2018/3074819.
5. Wang J, Yang L, Ma M, Li G, Xu S, Li Q, Xu Z, Liu J, Ye C. Development
and application of a no-clog surgical suction tip using 3D printing
technology. Med Sci Monit. 2018 Sep 25;24:6765-73. doi:
10.12659/MSM.909900.

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