KR102190280B1 - Tray set for preparing dental implant surgery - Google Patents

Abstract

The disclosed invention relates to a tray set for preparing an implant surgery, comprising: an instrument tray provided with a plurality of drill receiving portions arranged in an arch shape simulating an dental arch on an upper surface of a first tray body; And an implant tray having a plurality of implant receiving portions arranged in an arch shape simulating an arch form on the upper surface of the second tray body, wherein the instrument tray and the implant tray are aligned vertically to be separated from each other. It is characterized.

Description

A tray set for preparing dental implant surgery {Tray set for preparing dental implant surgery}

The present invention relates to a tray set for dental implant surgery, and relates to a tray set for preparation for surgery that prevents errors, confusion, and mistakes that may occur during dental implant surgery, and enables efficient surgery.

Dental implants (Dental Implants, hereinafter referred to as “implants” for short) are also referred to as artificial teeth or third teeth. In other words, an implant is a dental treatment technique that restores the function of natural teeth by implanting artificial teeth made of a material with excellent biocompatibility, for example, a titanium-based metal material, in the jawbone at the location where the teeth are deficient or where the teeth were extracted, or It refers to the artificial tooth itself. When the alveolar bone (gingival bone) at the place where the implant is to be placed is insufficient, the volume of the bone tissue is increased to sufficiently wrap the implant through additional surgery such as bone graft and bone nephrology, and then the implant is planted.

These implants have various structures, and as can be seen from various known documents, they are basically composed of elements of a fixture, an abutment, and an artificial crown. The fixture is formed in the shape of a screw made of a material with excellent biocompatibility, and the tooth is implanted into the lost alveolar bone and fused with the bone, and the abutment is an upper structure that is equipped with an artificial crown for mastication and beauty. It is combined with the lower fixture by a screw structure or force-fitting method.

When the preliminary plan and preparation of the implant procedure is completed, the procedure must be performed on the patient. Whether it is a precision guided implant surgery method using a guide template (hereinafter, referred to as "template"), which is in the spotlight in recent years, or a conventional surgery method, implant procedure Holes for planting silver fixtures should be drilled in the alveolar bone at the beginning of the procedure.

Various surgical instruments, such as tissue punch and maxillary sinus lifting instruments, as well as a variety of drill bits of various diameters and lengths, are used for drilling the alveolar bone. Until now, various surgical instruments have been neatly arranged in trays or square cases. I have been preparing for surgery. The dental hygienist or assistant who assists the procedure must hand over the surgical instruments to the dentist in the order determined according to the operation manual. The more types of surgical instruments and the more number of operations to be performed, the more errors or confusion that the surgical instruments to be handed will occur. It increases the likelihood of time delays or accidental delivery of the wrong instrument.

In addition, after the alveolar bone is punctured, a fixture must be planted.If several implants are to be planted at once, there is a considerable possibility that a mistake may occur in the implant to be planted in the tooth while the operation continues, even if the operation is prepared in advance.

As such, various errors that may occur during the procedure of implant surgery lead to delays in the operation time, increasing the risk of contamination of the surgical site and instruments, and even in cases where incorrect drilling operations cannot be easily reversed (perforation larger than planned, etc.). Can occur. In addition, deciding which surgical tools to apply to which areas and which implants should be planted based on memory or conversation leads to poor surgical progress, which has adverse effects such as anxiety and irritation on the psychological state of the operator and patient. It can also degrade quality.

Korean Utility Model Registration No. 20-0406696 (Registered on January 13, 2006) Korean Patent Registration No. 10-1693335 (registered on December 30, 2016)

The present invention prevents errors, confusion, delays, and mistakes when using various surgical instruments with different specifications in performing dental implant surgery and implanting the implant in the patient's mouth, and helps to perform the surgery stably and efficiently. It is an object of the present invention to provide a patient-customized implant surgical preparation tray set.

The tray set for preparation for implant surgery according to the present invention comprises: an instrument tray provided with a plurality of drill receiving portions arranged in an arch shape simulating a dental arch on an upper surface of a first tray body; And an implant tray having a plurality of implant receiving portions arranged in an arch shape simulating an arch form on the upper surface of the second tray body, wherein the instrument tray and the implant tray are aligned vertically to be separated from each other. It is characterized.

According to an embodiment of the present invention, the instrument tray is stacked on the implant tray.

In addition, the plurality of drill accommodating portions and the implant accommodating portions are arranged in a symmetrical shape, respectively, and the drill accommodating portions and the implant accommodating portions are provided in a number corresponding to the number of left and right teeth of the maxilla or mandible on each side of the left and right sides.

In addition, the drill receiving portions and the implant receiving portions of the left and right sides may form a group between the drill receiving portions and the implant receiving portions corresponding to the incisors, canines, premolars, and molar teeth, respectively.

For example, each drill receiving portion and implant receiving portion corresponding to the incisor, canine, premolar, and molar tooth may be displayed as a group through a marking line formed between the drill receiving portion and the implant receiving portion.

In addition, a label strip indicating teeth corresponding to each drill receiving unit is provided in an inner region of the plurality of drill receiving units, and a label indicating teeth corresponding to each implant receiving unit is provided in the inner region of the plurality of implant receiving units. It can be provided.

The label strip and the label can be replaced, and the replaceable label strip and the label are provided for the maxilla and the lower jaw, respectively.

Further, on the label band and the label, Arabic numerals of 10, 20, 30, and 40 designating the upper right, upper left, lower left, and lower right, respectively, are indicated, while each tooth may be displayed as a figure.

In addition, the figures representing the teeth on which the implant operation is performed may be displayed in a color different from the color of the label band and the label, respectively, and may be customized to the patient.

Here, the color of the figure indicating the tooth on which the implant operation is performed may designate the diameter of the drill bit and the implant.

Further, the drill bit and the implant having a diameter designated by the color of the figure may include the same color as the color of the corresponding figure.

In addition, an Arabic numeral indicating the length step of the drill bit and the implant may be marked inside the figure indicating the tooth on which the implant operation is performed.

Meanwhile, the plurality of drill receiving units or implant receiving units may be arranged in two rows, an inner row and an outer row.

For example, the plurality of drill receiving portions are arranged in two rows, an inner row and an outer row, one row of the inner row and the outer row is for accommodating the pilot drill bit, and the other row accommodates the main drill bit. It may be to do.

In addition, the plurality of implant receiving portions are arranged in two rows, an inner row and an outer row, one row of the inner row and the outer row is for accommodating the fixture, and the other row is for accommodating the abutment. have.

Further, a concave template receiving portion may be provided in an inner region of the label strip, and at least one or more concave auxiliary receiving portions may be provided in an outer region of the plurality of drill receiving portions arranged in the arch shape.

In addition, a plurality of auxiliary tool receiving portions may be formed below the drill receiving portion arranged in an arch shape. According to an embodiment, the auxiliary tool receiving portion has a driver for placing a fixture, an anchor screw and an anchor driver, a tissue punch, At least one or more auxiliary tools selected from the group consisting of a maxillary sinus elevation tip and an intermediate bushing may be accommodated.

In one embodiment of the present invention, a label including a figure indicating a tooth on which an implant operation is performed is provided in an inner region of the two rows of implant receiving portions arranged in the form of an arch, and the figure is different from the color of the label. It is displayed in different colors to be customized to the patient, and the figure is provided in two rows, an inner row and an outer row, corresponding to the two rows of implant receiving portions, and inside the two rows of figures indicating teeth on which the implant surgery is performed Arabic numerals indicating the length of the fixture and the abutment may be marked, respectively.

In addition, the types of abutments accommodated in the implant receiving portion of one of the inner row and outer row include a general abutment, a healing abutment, and a cover screw, and a healing abutment inside the corresponding figure of the label Alphabetic letters representing the ment and the cover screw may be added next to the Arabic numerals.

In the tray set for preparation for implant surgery of the present invention having the above configuration, a plurality of drill receiving portions and implant receiving portions are arranged in an arch shape that mimics a dental arch, so that the implant operator can use the drill bit and the implant for which tooth. It has an excellent effect in intuitively recognizing whether or not it is, thereby preventing confusion or mistakes occurring during implant surgery, thereby helping a rapid, stable and efficient operation.

In addition, the tray set for preparation for an implant surgery of the present invention provides a tooth to be operated, a corresponding drill bit, and various surgical information related to the implant in a comprehensive manner, thereby making the operation more smooth.

1 is a perspective view showing a tray set for implant surgery preparation according to the present invention.
2 is a perspective view showing a state in which each tray of the tray set for preparation for implant surgery of FIG. 1 is separated.
3 is a perspective view of an instrument tray for implant surgery preparation.
4 is a plan view showing an enlarged view of a plurality of drill receiving portions arranged in the form of a label strip and an arch in the instrument tray of FIG. 3.
Figure 5 is a perspective view of an implant tray for implant surgery preparation.
6 is a plan view showing an enlarged view of a plurality of implant receiving portions arranged in the form of a label and an arch in the implant tray of FIG. 5.

Hereinafter, some embodiments of the present invention will be described in detail through exemplary drawings. In adding reference numerals to elements of each drawing, it should be noted that the same elements are assigned the same numerals as possible even if they are indicated on different drawings. In addition, in describing an embodiment of the present invention, if it is determined that a detailed description of a related known configuration or function obstructs an understanding of the embodiment of the present invention, a detailed description thereof will be omitted.

In addition, in describing the constituent elements of the embodiment of the present invention, terms such as first, second, A, B, (a), (b) may be used. These terms are only used to distinguish the component from other components, and the nature, order, or order of the component is not limited by the term. When a component is described as being "connected", "coupled" or "connected" to another component, that component may be directly connected or connected to that other component, but another component between each component It should be understood that intervening may be indirectly "connected", "coupled" or "connected".

1 is a perspective view showing a tray set 10 for preparing an implant surgery according to the present invention, and FIG. 2 is a view showing a state in which each tray 100 and 400 of the tray set 10 for preparing an implant surgery is separated 3 is a perspective view of the instrument tray 100, FIG. 5 is a view of the implant tray 400, and the present invention will be described in detail with reference to this.

The tray set 10 for preparing an implant surgery according to the present invention has a two-stage structure of an instrument tray 100 and an implant tray 400. As shown in FIG. 1, a cover 600 is covered on the two-tiered tray to protect the contents prepared in the upper tray.

The instrument tray 100 is to prepare an instrument for implant surgery, in particular, a plurality of drill bits 200, and the implant tray 400 refers to a tray for preparing an implant 500 (fixture, abutment). The present invention is a tray used to prepare various surgical instruments and implants required for implant surgery in advance before surgery, and the instrument tray 100 and the implant tray 400 are aligned up and down to be separated from each other (for example, The rod provided at the edge of the lower tray is inserted into the hole of the corresponding upper tray).

Here, the tray set for preparation for implant surgery 10 of the present invention has a structure in which the instrument tray 100 is stacked on the implant tray 400 so that each tray 100 and 400 can be used in turn according to the order of surgery. That is, the instrument tray 100 is suitable for the procedure of making a hole in the gum bone using various surgical instruments prepared in the instrument tray 100, in particular, the drill bit 200, and then implanting the implant 500 in the hole. Is preferably placed on the implant tray 400.

The instrument tray 100 is provided with a plurality of drill accommodating portions 120 arranged in an arch shape simulating a dental arch on the upper surface of the first tray body 110, and the implant tray 400 includes a second tray body 410 ) Is provided with a plurality of implant receiving portions 420 arranged in the shape of an arch similar to the dental arch. The instrument tray 100 and the implant tray 400 have a similar structure. Hereinafter, the instrument tray 100 will be first described in detail, and then the unique structure of the implant tray 400 will be described. It will be apparent that the instrument tray 100 and the implant tray 400 have similar structures with reference to the accompanying drawings.

As shown in Figures 2 to 4, each drill receiving portion 120 of the instrument tray 100 accommodates one drill bit 200, in particular, several drill receiving portions 120 It is characterized by being arranged in a specific shape of a simulated arch shape. Each drill receiving unit 120 is in a relationship corresponding to one tooth, and accordingly, the drill bit 200 mounted on any drill receiving unit 120 is prepared in advance to be used for implant surgery of the corresponding tooth. Is provided to.

Here, the "corresponding tooth" to each drill receiving part 120 does not mean that it corresponds to the actual patient's tooth itself, but needs to be understood as a corresponding tooth from an oral anatomy perspective. That is, if the drill bit 200 is prepared in a position corresponding to the first molar tooth among the plurality of drill receiving portions 120 arranged in the form of a dental arch on the first tray body 110, the prepared drill It should be understood in that sense that the corresponding tooth to which the bit 200 is to be used becomes the first molar.

In the arrangement of the plurality of drill receiving portions 120 in this way, the arch shape that simulates the dental arch has an excellent effect in intuitively recognizing which tooth the corresponding drill bit 200 will be used by a dentist well-versed in dentistry. Because. If a plurality of drill accommodating parts 120 are arranged in a row or grid as in the related art, it may be possible to prepare in advance according to the order of surgery, but as in the present invention, it is possible to provide even correspondence information between the drill bit 200 and the teeth. impossible. In other words, the present invention can perform implant surgery without relying on separate surgical data as long as the drill bit 200 required for the drill receiving part 120 corresponding to the (to the surgical target tooth) of the instrument tray 100 is prepared in advance. You will be able to proceed. Providing such intuitive information improves the efficiency of implant surgery, especially alveolar bone perforation, leading to a reduction in operation time.Also, a dental hygienist or assistant who is an assistant may be mistaken or confused with the surgical instruments (such as drill bits) to be handed to the operator. It effectively suppresses the mistake of causing and transmitting the wrong device.

Here, it should be understood that the instrument tray 100 of the present invention provides the corresponding information between the drill bit 200 and the tooth, including information for distinguishing between a tooth to be operated and a tooth that is not. . That is, if the drill bit 200 is prepared in advance for only some of the plurality of drill receiving portions 120, this provides information that only the corresponding tooth on which the drill bit 200 is prepared needs to be operated and the remaining teeth are not subject to surgery. will be.

As described above, by using the instrument tray 100 of the present invention before the surgery, just by accurately preparing the drill bit 200 of the required specifications for each tooth to be operated according to the surgery plan, when performing the actual implant surgery, the instrument tray 100 Even if the operation is performed as prepared for the operation, accuracy is guaranteed, so it becomes possible to proceed quickly without fear of making a mistake.

The configuration of the instrument tray 100 as described above may be formed in the form of a hole in which the drill bit 200 is inserted and erected according to an embodiment thereof as shown. It is convenient to use that the drill bit 200 is prepared upright in the hole-shaped drill receiving part 120, but in addition to this, the drill bit 200 is erected slightly obliquely, as well as lying on the floor. It will be possible to be stored in the drill receiving portion 120 in the form. It is important to note that the corresponding relationship should be clearly distinguished so as not to cause confusion in which teeth are designated by the drill bits 200 accommodated in each drill receiving portion 120.

In order to correspond with the corresponding tooth and the drill bit 200 from the viewpoint of oral anatomy, the plurality of drill accommodating parts 120 are arranged in a left and right symmetrical shape, and the left and right sides correspond to the number of left and right teeth respectively It is preferable that the drill receiving portions 120 are provided in a corresponding number. Some people do not have wisdom teeth (third molars), and they are not usually subject to implant surgery, so there are 7 drill receiving parts on the left and right sides each (2 incisors, 1 canine, 2 premolars, 2 molars) It would be sufficient if 120 was provided symmetrically.

In addition, in order to more easily recognize which teeth are designated by each of the plurality of drill receiving units 120, the drill receiving units 120 on the left and right are respectively provided with drill receiving units corresponding to incisors, canines, premolars, and molar teeth ( 120) can be configured to form a group. For example, as shown in the accompanying FIG. 3, a group of drill receiving portions 120 corresponding to tooth groups (incisors, canines, premolar teeth, molar teeth) by forming a mark line 126 between the drill receiving portions 120 Can be displayed. In addition, the center mark line 126 may be formed thicker to distinguish the left and right drill accommodating portions 120, and although not shown, a difference in height from the tray body for each group or different colors are used. Various methods such as can be applied.

On the other hand, it provides a more advanced embodiment in which the instrument tray 100 of the present invention can be efficiently used for patient customization. This is an embodiment that further includes a label strip 130 provided customized to a patient, and FIG. 4 is a plan view showing an enlarged view of the label strip 130 and a plurality of drill receiving portions 120 arranged in an arch form.

The label strip 130 is placed in the inner region of the plurality of drill receiving portions 120 arranged in an arch shape, and the label strip 130 has a figure 132 indicating teeth corresponding to each drill receiving portion 120. Seven left and right are printed. Each figure 132 printed on the label strip 130 is radially aligned with the drill receiving portion 120 on the outside, so that the corresponding relationship between them is clearly understood.

The label strip 130 is provided in the form of a sheet that can be replaced.Because it is patient-customized, the label strip 130 is individually prepared for each patient, and each label strip 130 is marked with a patient name or QR code. They can be distinguished from each other. In addition, the label strip 130 is provided for the maxilla and the mandible, respectively, for example, it can be seen immediately that the instrument tray 100 using the label strip 130 for the maxilla is prepared for maxillary surgery. That is, the instrument tray 100 of the present invention is not separately for the maxilla and the mandible, but is distinguished by a label strip 130 tailored to the patient.

The label strip 130 for the maxillary and mandible may be displayed using the most widely used FDI (Federation Dentaire Internationale) system. That is, Arabic numerals 135 of 10, 20, 30, and 40 that designate the upper right, upper left, lower left, and lower right, respectively, are marked on the label strip 130 to determine whether the label strip 130 is for the maxilla or for the mandible. Can distinguish Since the instrument tray 100 of the present invention is provided with drill receiving portions 120 on both left and right sides, the numbers 135 10 and 20 are for the upper jaw, and the numbers 135, 40 and 30 are for the lower jaw ( (Not shown) is displayed on the left and right sides of one label strip 130.

In addition, in the figure 132 displayed on the label strip 130, the figure 132 corresponding to the tooth for which the implant operation is not performed is not displayed or the same color as the label strip 130 is applied to very lower visibility, Other figures 134 may be displayed in a color that is well distinguished from the color of the label strip 130. In other words, since a person's eyes and attention are focused on a color that has a strong brightness that is distinct from the color of the label strip 130 (usually white or light gray), consciousness toward the empty drill receiving unit 120 that is not subject to surgery The effect of suppressing this dispersion can be obtained.

Furthermore, the label strip 130 may be configured to provide additional surgical information other than the correspondence information between the teeth and the drill. That is, an embodiment in which the color of the figure 134 other than the background color of the label strip 130 designates the diameter of the drill bit 200 may be implemented. For example, if the diameter of the drill bit 200 is divided into 6 steps and a specific color (eg, black, yellow, white, red, blue, green) is designated for each step, the shape of the tooth on which the implant operation is performed 134 ) By matching the color to the diameter stage color of the drill bit 200 to be prepared, the label strip 130 can provide information on the diameter of the drill bit 200 for each tooth. In this embodiment, a person preparing for an implant operation only needs to select the drill bit 200 of the corresponding diameter according to the color information of the figure 134, and furthermore, the same color corresponding to the drill bit 200 is used. An embodiment that further reduces the likelihood of making a mistake by providing it is also desirable. That is, implant surgery can be prepared in a simple manner by selecting the drill bit 200 having the same color as the color of the figure 134.

In addition, the label strip 130 may further include surgical information other than the diameter of the drill bit 200. One of them relates to an implant surgery method, and the shape of the figure 134 can be configured to display a pre-designated implant surgery method. For example, a simple perforation operation that only perforates the alveolar bone is circular, the operation to transplant bone is a square reminiscent of the rigidity of the bone, and the operation to fill the bone in the maxillary sinus is a pointed rhombus or triangle, and bone graft and maxillary sinus elevation When surgery is performed in parallel, it is indicated in a hexagonal shape similar to the combined shape of a square and a rhombus. When configured in this way, the implant operator can see the shape of the figure 134 and check the surgical method for the corresponding tooth.

In addition, an Arabic numeral 136 indicating the length of the drill bit 200 may be marked inside the figure 134. Similar to the case of specifying the diameter of the drill bit 200, the length of the drill bit 200 is also prepared by dividing into several steps, and an Arabic numeral 136 corresponding to the step by length of the drill bit 200 is used. By placing the description in the figure 134, it is possible to prepare a drill bit 200 of an appropriate length. For example, if the number 136 "3" is written, the drill bit 200 having a length corresponding to the corresponding number or step can be directly selected. Of course, even if the shape 134 has the same color (ie, the diameter is the same), the lengths of the drill bits 200 may be different.

The present invention provides various embodiments, one of which is an embodiment in which a concave template receiving portion 140 is provided in an inner region of the label strip 130. The template receiving part 140 is provided as a space to temporarily place a template used for precision-guided implant surgery. The template is fixed in the oral cavity along the dental arch of the maxilla or mandible, and a hollow cylindrical bushing for guiding the direction and depth into which the drill bit 200 enters the alveolar bone is embedded. The template receiving portion 140 may be filled with a liquid such as a disinfectant solution for maintaining the cleanliness of the template.

In addition, the plurality of drill accommodating parts 120 may be arranged in two rows of an inner row 122 and an outer row 124. The two rows of drill receiving portions 120 are for when the alveolar bone drilling work is divided into two stages, and the pilot drill bit 210 having a small diameter is used for primary drilling and the main drill bit 220 having a larger diameter is Used for final (finish) drilling. One of the inner row 122 and outer row 124 (eg, inner row) is for accommodating the pilot drill bit 210, and the other row (eg, outer row) is the main drill bit ( 220) can be configured.

In addition, at least one or more concave auxiliary accommodating portions 150 may be provided in an outer region of the plurality of drill accommodating portions 120 arranged in an arch shape, for example, in the left and right upper portions of the drill accommodating portion 120 Each auxiliary receiving portion 150 may be located. The auxiliary accommodating part 150 is provided as a space for storing the used drill bit 200 or other small surgical aids, and may also be filled with a liquid such as a disinfectant solution.

In addition, depending on the embodiment, a plurality of auxiliary tool accommodating portions 160 may be formed under the drill accommodating portions 120 arranged in an arcuate shape. In addition to the drill bit 200, various auxiliary tools may be used for implant surgery. As an example of an auxiliary tool, a screwdriver 300 for placing a fixture to rotate a fixture 510 that is screwed into a hole drilled with a drill bit 200, an anchor screw that is a kind of small screw for fixing the template in the oral cavity ( 310) and an anchor driver 312, a tissue punch 320 for incising a part of the gum into a circular hole, a tip 330 for lifting the maxillary sinus to lift the thin bones and membranes under the maxillary sinus, in the bushing embedded in the template An intermediate bushing 340 that is inserted and used to induce the entry of the pilot drill bit 210 may be mentioned. Here, the fixture placement driver 300 and the maxillary sinus elevation tip 330 may be operated by precision guided surgery using a template.

Next, the implant tray 400 constituting the tray set 10 for preparing an implant surgery of the present invention together with the instrument tray 100 will be described in detail. The implant tray 400 has a similarity with the instrument tray 100 described above in many aspects of its configuration, including the design aspects that make up one set 10. Except for the fact that it is a tray for preparing the implant 500 (fixture, abutment), not an implant surgical instrument, the implant tray 400 is an arch that simulates a dental arch on the upper surface of the second tray body 410 An implant receiving portion 420 corresponding to the incisor, canine, premolar, and molar while a plurality of implant receiving portions 420 arranged in a shape are provided, and the implant receiving portions 420 are arranged in a symmetrical shape corresponding to the number of teeth. ) They form a group, or a label 430 indicating teeth corresponding to each implant receiving unit 420 is provided in the inner region of the implant receiving unit 420. In consideration of this point, hereinafter, the implant tray 400 will be described centering on a configuration different from that of the instrument tray 100, and therefore the description of the implant tray 400 is omitted, the instrument tray 100 It will be sufficient to understand that the content of) applies.

The implant tray 400 is a tray for preparing an implant 500 (fixture, abutment), not an instrument for implant surgery, and is arranged in an arch shape simulating a dental arch on the upper surface of the second tray body 410. An implant 500 is mounted on the plurality of implant receiving portions 420. The plurality of implant receiving portions 420 may be arranged in two rows of an inner row 422 and an outer row 424, and the two rows of implant receiving portions 420 are fixtures 510 constituting one implant 500. ) And the abutment 520, respectively. One of the inner row 422 and outer row 424 of the implant receiving part 420 (eg, outer row) is for accommodating the fixture 510, and the other row (eg, inner row) May be for accommodating the abutment 520.

The implant tray 400 may also include a label 430 in the form of a replaceable sheet that is customized for a patient, and the label 430 is placed in an inner region of a plurality of implant receiving portions 420 arranged in an arch shape, On the label 430, a figure 432 indicating teeth corresponding to the implant receiving part 420 may be printed left and right, and a number 434 identifying which of the upper and lower jaws may be printed may also be printed. have. 6 shows an enlarged view of a label 430 and a plurality of implant receiving portions 420 arranged in an arch form in the implant tray 400.

When the implant receiving portion 420 is arranged in two rows of inner and outer rows 422 and 424, the figure 432 printed on the label 430 in response to this is also two of the inner row 432-1 and the outer row. Each figure (432-1, 432-2) of the inner row and the outer row is provided as a row, and the fixture 510 and the abutment mounted in the implant receiving portion 420 of the inner and outer rows 422 and 424 corresponding thereto It may be configured to include information about the device 520. The color of each figure 432-1 and 432-2 in the inner and outer rows independently provides diameter information of the fixture 510 and the abutment 520, and furthermore, two rows of figures 432-1 and 432 -2) Arabic numerals 435 indicating length steps of the fixture 510 and the abutment 520 may be marked inside, respectively. However, unlike the label strip 130 of the instrument tray 100, the shape of the figure 432 printed on the label 430 of the implant tray 400 does not need to have several forms that designate an implant surgery method. This is because simple perforation, bone graft, maxillary sinus elevation, and implant surgery are distinct when making a hole in the alveolar bone, so information about this is not required when placing the implant 500 after perforating the alveolar bone.

A distinctive configuration of the label 430 for the implant tray 400 is the type of the abutment 520 inside the figure 432-1 corresponding to the implant receiving portion 420 accommodating the abutment 520 It is mentioned that the symbol 436 designating is indicated. If the upper part coupled to the fixture 510 is collectively referred to as an abutment 520, the types of the abutment 520 may include a general abutment, a healing abutment, and a cover screw. Since the specifications of the abutment 520 applied to each tooth may vary depending on whether the gum is incision or non-incision, allowing the operator to confirm the type of the abutment 520 to be applied is a great help in the progress of implant surgery. Will be given. For example, a special symbol is not described for a general abutment, while an alphabet letter 436 "H" is designated for a healing abutment, and an alphabet letter 436 "C" is designated for a cover screw. If it is a method of designating, it is possible to deliver information on the specifications of the three types of abutment 520 to the operator.

In addition, each implant receiving portion 420 corresponding to the incisor, canine, premolar, and molar can be displayed as a group through a radial display line 426 formed between the two rows of implant receiving portions 420, and a label ( A display line 426 formed on the second tray body 410 and an extension line 438 connected between the figures 432-1 and 432-2 arranged in two rows of inner and outer rows on the 430 may be further displayed. This is also for helping to quickly and accurately recognize which teeth of the inner and outer rows of figures 432-1 and 432-2 correspond to radially.

As shown in Figs. 5 and 6, the figure 432 of the label 430 is printed only for the tooth on which the implant operation is performed, and the implant receiving part 420 is arranged in the form of an arch simulating a dental arch. , It is very accurate and convenient to prepare each implant 500 (fixture, abutment) for the corresponding tooth. In addition, since the specification information of the fixture 510 and the abutment 520 is provided through the color of the figure 432 of the label 430, the number 435, and the alphabet letter 436, preparation for implant surgery without mistakes. Can do it.

Here, FIG. 5 shows the implant 500, that is, the fixture 510 and the abutment 520, which are sealed in an ampoule-shaped container to prevent contamination and maintain hydrophilicity, and are mounted on the implant receiving part 420 It shows the form. In addition, although not shown, an ultraviolet lamp (light emitting means such as an LED) that emits ultraviolet rays to maintain and restore hydrophilicity of the fixture 510 and the abutment 520 may be incorporated in the implant tray 400. Most of the implants 500, particularly the fixture 510, are made of a titanium material having excellent biocompatibility and bone fusion. Although the titanium material is easily oxidized in the air, it has a property of restoring hydrophilicity when exposed to ultraviolet rays of a specific wavelength. Hydrophilic restoration by ultraviolet rays is known and widely known in the 1999 paper (Sudies of Surface Wettability Conversion on TiO ₂ Single-Crystal Surfaces, Rong Wang et al., American Chemical Society), and a detailed description thereof will be omitted. .

The above description is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains will be able to make various modifications and variations without departing from the essential characteristics of the present invention. Accordingly, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be interpreted as being included in the scope of the present invention.

10: set of trays for preparation for implant surgery
100: instrument tray 110: first tray body
120: drill receiving portion 122: inner row
124: outer row 126: display line
130: label strip 132: label strip shape
134: color figure 135: upper and lower identification numbers
136: drill length identification number 140: template receiving portion
150: auxiliary receiving portion 160: auxiliary tool receiving portion
200: drill bit 210: pilot drill bit
220: main drill bit 300: screwdriver for fixture placement
310: anchor screw 312: anchor driver
320: tissue punch 330: tip for lifting the maxillary sinus
340: intermediate bushing
400: implant tray 410: second tray body
420: implant receiving portion 422: inner row
424: outer row 426: display line
430: label 432: label shape
432-1: inner row figure 432-2: outer row figure
434: upper/mandibular identification number 435: implant length identification number
436: abutment identification symbol 438: extension line
500: implant 510: fixture
520: abutment 600: cover

Claims (22)

An instrument tray provided with a plurality of drill receiving portions arranged in the shape of an arch simulating a dental arch on the upper surface of the first tray body; And
Including; an implant tray having a plurality of implant receiving portions arranged in the shape of an arch simulating a dental arch on the upper surface of the second tray body,
The instrument tray and the implant tray are aligned up and down so that they are detachably bound to each other,
The plurality of drill receiving portions or implant receiving portions are arranged in two rows, an inner row and an outer row,
In the inner area of the two rows of implant receiving portions arranged in the arch form, a label including a figure indicating a tooth on which an implant operation is performed is provided, and the figure is displayed in a color different from the color of the label to be customized for the patient. It is provided, wherein the figure is a tray set for implant surgery preparation, characterized in that provided in two rows of an inner row and an outer row corresponding to the two rows of implant receiving portions. The method of claim 1,
Tray set for preparation for implant surgery, characterized in that the instrument tray is stacked above the implant tray. The method of claim 1,
The plurality of drill accommodating portions and the implant accommodating portions are each arranged in a left-right symmetrical shape, and each of the left and right sides is provided with the drill receiving portion and the implant receiving portion in a number corresponding to the number of left and right teeth of the maxilla or mandible, respectively. A set of trays for preparation for implant surgery. The method of claim 3,
The left and right drill receiving portion and the implant receiving portion, respectively, the drill receiving portion corresponding to the incisor, canine, premolar, and molars, and the implant receiving portion to form a group of tray set for implant surgery preparation, characterized in that the group. The method of claim 4,
Tray set for implant surgery preparation, characterized in that each drill receiving portion corresponding to the incisor, canine, premolar, and molar teeth and implant receiving portions are displayed as a group through a marking line formed between the drill receiving portion and the implant receiving portion. The method of claim 3,
A tray set for preparation for implant surgery, characterized in that a label strip for displaying teeth corresponding to each drill receiving part is provided in an inner region of the plurality of drill receiving parts. The method of claim 6,
The label strip and the label are replaceable, and the replaceable label strip and the label are provided for the maxilla and the mandible, respectively. The method of claim 7,
On the label band and label, Arabic numerals of 10, 20, 30, and 40 designating each of the upper right, upper left, lower left, and lower right are indicated, while each tooth is displayed in a shape for preparation for implant surgery. Tray set. The method of claim 8,
A tray set for preparation for implant surgery, characterized in that the figures representing the teeth on which the implant surgery is performed are displayed in a color different from the color of the label band and the label, respectively, to be customized to the patient. The method of claim 9,
A tray set for preparation for implant surgery, characterized in that the color of the figure indicating the tooth on which the implant surgery is performed designates a drill bit and a diameter of the implant. The method of claim 10,
A tray set for implant surgery preparation, characterized in that the drill bit and the implant having a diameter designated by the color of the figure include the same color as the color of the corresponding figure. The method of claim 9,
A tray set for preparation for implant surgery, characterized in that the drill bit and Arabic numerals indicating the length of the implant are marked inside the figure indicating the teeth on which the implant surgery is performed. delete The method of claim 1,
The plurality of drill receiving portions are arranged in two rows, an inner row and an outer row, one row of the inner row and the outer row is for accommodating the pilot drill bit, and the other row is for accommodating the main drill bit. Tray set for preparation for implant surgery. The method of claim 1,
The plurality of implant receiving portions are arranged in two rows, an inner row and an outer row, one of the inner row and the outer row is for accommodating the fixture, and the other row is for accommodating the abutment. A set of trays for preparation for implant surgery. The method of claim 6,
A tray set for preparation for implant surgery, characterized in that a concave template receiving portion is provided in the inner region of the label strip. The method of claim 1,
Tray set for preparation for implant surgery, characterized in that at least one or more concave auxiliary receiving portions are provided in an outer region of the plurality of drill receiving portions arranged in the arch shape. The method of claim 1,
A tray set for preparation for implant surgery, characterized in that a plurality of auxiliary tool receiving units are formed below the drill receiving units arranged in an arch shape. The method of claim 18,
In the auxiliary tool receiving portion, at least one or more auxiliary tools selected from the group consisting of a fixture placement driver, an anchor screw and an anchor driver, a tissue punch, a tip for lifting the maxillary sinus, and an intermediate bushing are accommodated. set. delete The method of claim 1,
The tray set for preparation for implant surgery, characterized in that Arabic numerals indicating the length of the fixture and the abutment are marked inside the two rows of figures indicating the teeth on which the implant surgery is performed. The method of claim 21,
The types of abutments accommodated in the implant receiving portion of one of the inner row and outer row include a general abutment, a healing abutment, and a cover screw, and a healing abutment and a cover screw are included in the corresponding figure of the label. A set of trays for implant surgery preparation, characterized in that alphabet letters representing each cover screw are arranged next to the Arabic numerals.

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