Furniture panels with combined corner cushioning

Abstract

The present invention relates to a furniture panel used as a tabletop or a cabinet door, and more specifically, by forming a cut portion by chamfering at a 45° angle on a right-angled panel corner, and forming a triangular corner cushioning means having a plurality of movable blocks made of a soft elastic material embedded therein in the cut portion of the panel corner formed by the chamfering, The present invention relates to a furniture panel combined with a block-movable corner cushioning means, characterized by increasing the efficiency of corner processing of the panel and the productivity of the cushioning means while simultaneously improving mutual assembly, and by the corner cushioning means combined with the furniture panel producing a more efficient and reasonable cushioning effect according to various directions and impact intensities, thereby providing excellent cushioning action for panel corners that cause injury or severe pain to the human body due to collisions during the use of furniture having panels such as top plates or doors.

Description

Technology Field

[0001] The present invention relates to a furniture panel used as a tabletop or a cabinet door, and more specifically, to a furniture panel in which a corner cushioning means is separately provided and formed on the corner portion of the furniture panel exposed to the human body, wherein the corner cushioning means is composed of a plurality of movable blocks capable of effectively cushioning impacts in various directions, so that the movable blocks effectively absorb the impact according to the intensity and direction of the impact acting on the corner of the furniture panel, thereby minimizing injury or pain, and at the same time, the corner cushioning means can be quickly and simply installed on the corner portion of the furniture panel. Background Technology

[0002] Generally, study tables, lecture tables, conference and work tables, etc., are equipped with a flat, rectangular tabletop made of wood, synthetic resin, or metal. In addition, various storage cabinets, etc., have doors that can be opened and closed, with one side hinged to each partitioned space; such doors are also made by bending and forming wood, synthetic resin, or metal.

[0003] Furniture panels, such as table tops or cabinet doors, have a flat, rectangular shape with a certain thickness, and due to this rectangular form, right-angled corners are formed on all four sides. Consequently, if these right-angled corners interfere with or collide with the human body while using furniture such as tables or cabinets, they can potentially cause serious injuries as well as severe pain. As such, there is a growing trend to apply various protective measures to the corners of furniture panels, which are considered defects harmful to the human body.

[0004] In other words, typically, the corners of furniture panels are processed into rounded shapes to reduce injury or pain upon contact or collision. However, due to the rounded shape, in the case of cabinets, there is a problem where an unnecessarily excessive gap or gap occurs between the storage space of the furniture body and the door edge, and in the case of tables, the usable area is reduced by the amount of the rounded processing area, resulting in the disadvantage of having to set and manufacture the size of the tabletop excessively.

[0005] In addition, to prevent this, users purchase and directly attach corner protectors made of soft elastic material to each corner of square furniture panels, thereby reducing injury or pain. However, since the corner protectors attached to right-angled corners are also manufactured in a right-angled shape, they cannot achieve an effect beyond the cushioning properties of the material itself. Furthermore, the double-sided tape used to attach the corner protectors to the furniture panels easily separates or detaches over time or due to strong physical impact, resulting in a problem where a stable attachment state cannot be continuously maintained.

[0006] In recent years, furniture panels equipped with a corner protection function have been registered, such as Registered Patent No. 10-2670014 and Registered Patent No. 10-2670021, in which a collision shock mitigation part is placed in an installation space formed at each corner of the panel body to mitigate the impact caused by external collisions, thereby preventing safety accidents caused by hitting the corners and improving safety of use.

[0007] In addition, there is a registered furniture panel equipped with a corner protection function that improves safety of use by preventing injury caused by collision of corners, such as in Registered Patent No. 10-2676288, in which a shock-absorbing corner portion is forcibly inserted into an insertion groove of a chamfered portion of the panel body to form a corner that mitigates impact caused by collision. The disclosed furniture panel equipped with a corner protection function comprises a panel body in which each corner is chamfered and an insertion groove is formed in the chamfered portion, and a shock-absorbing corner portion that is forcibly inserted into the insertion groove to form a corner that mitigates impact caused by collision in the chamfered portion of the panel body.

[0008] Furthermore, in the case of Registered Patent No. 10-2759568, a furniture panel equipped with a corner protection function is registered, wherein a corner forming member is supported elastically by a mounting cover while positioned in the installation space of the panel body by an elastic tilting connection part, thereby preventing safety accidents caused by hitting the corner and improving safety of use. It is known that having a structure in which the corner forming member is supported elastically by a mounting cover while positioned in the installation space of the panel body by an elastic tilting connection part has the effect of preventing safety accidents caused by hitting the corner and improving safety of use.

[0009] However, existing corner safety members or corner cushioning structures, including the aforementioned prior examples, are composed of complex structures and components that excessively increase the economic value and cost of these furniture panels, making them extremely uneconomical. Furthermore, since most of them consist of fluids made of synthetic resin that are deflected by springs or elastic bands, they fail to provide organic cushioning depending on the direction or intensity of the impact. This makes them inefficient and carries the drawback of potentially causing more serious injuries or pain than wooden furniture panels, depending on the direction or angle of impact.

[0010] In addition, protective members made of soft elastic materials have a significant problem in that their adhesive fixation with furniture panels is significantly reduced, leading to frequent instances where they easily separate from or are torn and damaged. Furthermore, since they are manufactured with a limited level of elasticity utilizing only the characteristics of the material, they may become excessively soft in some cases and fail to respond to strong impacts, or if they are made of a relatively hard material to prepare for large impacts, they fail to perform an effective shock absorption function for small impacts such as light bumps. Consequently, the problem of significantly reduced responsiveness to impact intensity is consistently being pointed out. Prior art literature

[0011] Registered Patent 10-2670014 (Registered May 23, 2024) Registered Patent 10-2670021 (Registered May 23, 2024) Registered Patent 10-2676288 (Registered June 13, 2024) Registered Patent 10-2759568 (Registered January 21, 2025) The problem to be solved

[0012] The present invention improves upon the aforementioned problems by forming a cut portion by chamfering at a 45° angle in a right-angled panel corner, and by combining a triangular corner cushioning means containing a plurality of fluid blocks made of a soft elastic material with the cut portion of the panel corner formed by the chamfer,

[0013] The objective of the present invention is to provide a furniture panel combined with a block-movable corner cushioning means, characterized by increasing the efficiency of corner processing of the panel and the productivity of the cushioning means, while simultaneously improving interassembly capabilities; and since the corner cushioning means combined with the furniture panel produces a more efficient and reasonable cushioning effect depending on various directions and impact intensities, excellent cushioning action is achieved on the panel corners that cause injury or severe pain to the human body due to collisions during the use of furniture having panels such as top plates or doors. means of solving the problem

[0014] The present invention, for achieving the above-mentioned purpose, comprises forming a mounting groove having outwardly inclined surfaces on both sides at a 45° angle from the side cross-section of a furniture panel in a right-angled corner portion of the panel, and forming a separate corner cushioning means in the mounting groove including the inclined surfaces, the mounting means comprising: a lower fixing member fixed to the lower side of the panel; an upper fixing member located on the upper side of the panel and coupled to the lower fixing member; and a movable block elastically inserted between the lower fixing member and the upper fixing member through a spring.

[0015] The lower fixing body of the corner cushioning means is configured such that a support post is provided at the upper center, having a three-way spring mounting groove formed on the outer surface in an outwardly open shape and a vertically penetrating fastening hole formed in the center, a contact rib portion corresponding to the mounting groove portion and inclined surface portion of the panel is formed on one side of the upper part of the lower fixing body with a height equal to the thickness of the panel, and a fixing flange having a plurality of penetrating holes is formed protruding transversely on one side of the lower part of the contact rib portion.

[0016] The upper fixing body of the corner cushioning means is configured with an outer shape identical in planar shape to the outer shape of the lower fixing body, wherein one end of the upper fixing body is in close contact with the upper surface of the panel, and the center of the upper fixing body is configured to have a fastening tube inserted into the upper inner side of the fastening hole of the lower fixing body and a screw groove formed in the center of the fastening tube.

[0017] The movable block of the corner cushioning means is configured such that a spring fitting groove is formed on one side to face the spring seating groove of the lower fixed body, and the outer ends of each movable block are connected to protrude outwardly beyond the outer ends of the lower fixed body and the upper fixed body by means of a resilient spring, the ends of which are respectively inserted and fixed into the spring seating groove of the lower fixed body and the spring fitting groove of the movable block. A separately provided fixing bolt is inserted through a through hole formed in the fixing flange of the lower fixed body to screw-fix the fixing bolt to the bottom surface of the panel, and a separately provided fastening bolt is inserted upward from the lower side of the fastening hole of the lower fixed body to screw-couple the fastening bolt into a screw groove formed in the fastening pipe of the upper fixed body. Effects of the invention

[0018] The present invention simply involves chamfering the corners of a furniture panel to easily attach a cushioning member, thereby increasing processing efficiency for the panel corners and enhancing assembly with the cushioning member. The corner cushioning means, which is individually produced and simply assembled to the panel corners, enables mass production, providing excellent productivity. Furthermore, the attachment and fixation of the cushioning means to the panel corners is very simple, and the mutual assembly structure is very robust, resulting in excellent assembly and stability of use. Additionally, the corner cushioning means attached to the panel corners produces an organic, fluid cushioning action depending on the direction or intensity of impact, contributing to the prevention of human injury and reduction of pain, while its excellent shape recovery ability significantly extends its service life. Brief explanation of the drawing

[0019] FIG. 1 is an enlarged perspective view of a corner portion of a furniture panel of the present invention. FIG. 2 is an exploded perspective view of a corner portion and a cushioning means for a furniture panel of the present invention. FIG. 3 is a partially enlarged exploded perspective view of the corner portion and cushioning means for the furniture panel of the present invention. FIG. 4 is a perspective view of a partially assembled state of a corner portion and a cushioning means coupled to a furniture panel of the present invention. FIG. 5 is a plan view of the combined state of the corner portion and the cushioning means for the furniture panel of the present invention. FIG. 6 is a cross-sectional view of the combination of a corner portion and a cushioning means for a furniture panel of the present invention. FIG. 7 is a separated cross-sectional view of the combined state of the corner portion and the cushioning means for the furniture panel of the present invention. FIG. 8 is an explanatory diagram of the action of the corner portion of the furniture panel of the present invention according to the impact direction. FIG. 9 is an example of the use of the furniture panel of the present invention as a table. FIG. 10 is an example of use for another type of table for the furniture panel of the present invention. FIG. 11 is an example of the use of the furniture panel of the present invention as a door for storage furniture. Specific details for implementing the invention

[0020] Further objects, features, and advantages of the present invention can be more clearly understood from the following detailed description and the accompanying drawings.

[0021] Before providing a detailed description of the present invention, it should be understood that the present invention is capable of various modifications and may have various embodiments, and that the examples described below and illustrated in the drawings are not intended to limit the present invention to specific embodiments, but rather include all modifications, equivalents, and substitutions that fall within the spirit and scope of the present invention.

[0022] Furthermore, when it is stated that one component is "connected" or "connected" to another component, it should be understood that while it may be directly connected or connected to that other component, there may also be other components in between. On the other hand, when it is stated that one component is "directly connected" or "directly connected" to another component, it should be understood that there are no other components in between.

[0023] Furthermore, the terms used in this specification are used merely to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this specification, terms such as "comprising" or "having" are intended to indicate the existence of the features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, and should be understood as not precluding the existence or addition of one or more other features, numbers, steps, actions, components, parts, or combinations thereof.

[0024] Additionally, terms such as "...part," "...unit," and "...module" described in the specification refer to a unit that processes at least one function or operation, and this may be implemented in hardware, software, or a combination of hardware and software.

[0025] Furthermore, in the description referring to the attached drawings, identical components are assigned the same reference numeral regardless of drawing symbols, and redundant descriptions thereof are omitted. In describing the present invention, if it is determined that a detailed description of related prior art could unnecessarily obscure the essence of the present invention, such detailed description is omitted.

[0026] Preferred embodiments of the present invention will be described in detail below with reference to the attached drawings.

[0027] FIG. 1 is an enlarged perspective view of a corner portion of a furniture panel of the present invention, FIG. 2 is an exploded perspective view of a corner portion and a cushioning means of a furniture panel of the present invention, FIG. 3 is a partially enlarged exploded perspective view of a corner portion and a cushioning means of a furniture panel of the present invention, FIG. 4 is a perspective view of a partially assembled state of a corner portion and a cushioning means coupled to a furniture panel of the present invention, FIG. 5 is a plan view of a coupled state of a corner portion and a cushioning means of a furniture panel of the present invention, FIG. 6 is a cross-sectional view of a coupled corner portion and a cushioning means of a furniture panel of the present invention, FIG. 7 is an exploded cross-sectional view of a coupled state of a corner portion and a cushioning means of a furniture panel of the present invention.

[0028] As shown in the example, the furniture panel of the present invention is made by forming a seating groove (101) by a 45° angle chamfer in a right-angled corner portion of a furniture panel (100) used as a table top or a door of a storage cabinet, and forming a triangular corner cushioning means (200) by combining it with the chamfered portion of the panel (100). The 45° angle chamfer and the corner cushioning means (200), which has a shape corresponding to the chamfered portion, can perform a stable cushioning action against the impact of the human body acting on the corner portion of the furniture panel in almost all directions, regardless of the direction of impact.

[0029] At this time, the work location and number of units for the chamfering cutting process for the panel (100) and the joining process of the corner cushioning means (200) can be changed according to the purpose of use of the panel (100). In the case of the panel (100) used as a square table top, the chamfering work and the joining of the corner cushioning means (200) will be performed on the four corner parts on all sides or on two parts on one side facing the user. In the case of the panel (100) used as an opening and closing door for a storage cabinet, the chamfering work and the joining of the corner cushioning means (200) will be performed on the upper and lower ends opposite the hinge joint. The work process and the joining of the corner cushioning means (200) can be freely adjusted according to the characteristics, purpose, location, and direction of the object to which the furniture panel (100) is to be used.

[0030] Thus, the panel of the present invention is formed by precisely cutting a mounting groove (101) having outwardly inclined surfaces (102) (102') on both sides of a right-angled corner portion of a furniture panel (100) at an angle of 45° from the side cross-section of the panel (100), thereby providing a base space where a separate device to absorb shock can be mounted, and at the same time, providing a structure in which the device is embedded inside so as not to protrude excessively to the outside, thereby performing a protective function while maintaining the unique design of the furniture.

[0031] In the space including the mounting groove (101) and the inclined surface (102)(102'), a lower fixing member (210) fixed to the lower side of the panel (100) and an upper fixing member (220) located on the upper side of the panel (100) and coupled with the lower fixing member (210) are arranged, and between the lower fixing member (210) and the upper fixing member (220), a separate corner cushioning means (200) is formed by combining a movable block (230)(230') that is elastically inserted through a spring (240)(240') and responds elastically according to external physical pressure.

[0032] In particular, the lower fixing body (210) of the corner cushioning means (200) is equipped with a support post (211) at the upper center, and on the outer surface of the support post (211), three-way spring mounting grooves (212) (212') are formed in an outwardly open shape to allow the shock absorber to respond more effectively to impacts acting from various directions, such as the left and right sides as well as the front, and a vertical penetrating fastening hole (213) is formed in the center to secure the central axis of the entire device. This three-way structure provides an excellent defense mechanism without blind spots, as the movable block (230) (230') in the corresponding direction immediately responds and disperses the impact regardless of the angle at which the panel collides with a wall or other object.

[0033] In addition, on one side of the upper portion of the lower fixing body (210), a contact rib portion (214) corresponding to the mounting groove portion (101) and inclined surface portion (102) (102') of the panel (100) is formed to have a height equal to the thickness of the panel (100) to achieve a smooth contact state where no step difference occurs between the panel and the device during installation, and on one side of the lower portion of the contact rib portion (214), a fixing flange (215) having a plurality of through holes (216) is formed protruding in the transverse direction to maximize the stability of the connection with the bottom surface of the panel.

[0034] Next, the upper fixing body (220) of the corner cushioning means (200) is configured with an outer shape identical in planar shape to the outer shape of the lower fixing body (210) to provide a visual sense of unity, and one end of the upper fixing body (220) is attached to the upper surface of the panel (100) to support pressure applied from above, and a fastening pipe (221) is formed in the center to be inserted into the upper inner side of the fastening hole (213) of the lower fixing body (210), and a screw groove (222) for fastening with the lower fixing body (213) is formed in the center of the fastening pipe (221).

[0035] Additionally, the movable block (230)(230') of the corner cushioning means (200) has a spring fitting groove (231) formed on one side so as to face the spring mounting groove (212)(212') of the lower fixed body (210), and through a spring spring (240)(240') whose two ends are respectively inserted and fixed into the spring mounting groove (212)(212') of the lower fixed body (210) and the spring fitting groove (231) of the movable block (230)(230'), the outer ends of each movable block (230)(230') are coupled so as to protrude outwardly more than the outer ends of the lower fixed body (210) and the upper fixed body (220), thereby inducing contact with the furniture body first in the event of a collision with an external object.

[0036] At this time, the strong compression and elasticity of the built-in elastic spring (240)(240') absorbs physical impact energy at the moment the fluid block is pushed in, thereby providing an excellent cushioning effect, and immediately after the impact is relieved, the fluid block is immediately returned to its original protruding position through excellent shape restoration, thus maintaining unchanging protective performance even against repeated external impacts.

[0037] Thus, when examining the final assembly process of the corner cushioning means (200), a separately provided fixing bolt (301) is inserted into the through hole (216) formed in the fixing flange (215) of the lower fixing body (210) so that the fixing bolt (301) is screw-fixed to the bottom surface of the panel (100), and after arranging a plurality of movable blocks (230) (230') around the support post (211) on the lower fixing body (210), and after inserting and fixing each elastic spring (240) (240') between the support post (211) and the movable block (230) (230'), the upper fixing body (220) is placed downward, and then a separately provided fastening bolt (302) is inserted upward from the lower side of the fastening hole (213) of the lower fixing body (210) to form in the fastening pipe (221) of the upper fixing body (220). By assembling the fastening bolt (302) so that it is screwed into the screw groove (222), a panel (100) having a corner cushioning means (200) can be completed. This fastening structure provides a robust bonding force by strongly compressing and fixing the panel (100) from the top and bottom, so that the corner cushioning means (200) does not detach even under external impact, and consequently achieves a multi-purpose effect of preventing damage to the corners of the panel (100) and preventing human accidents.

[0038] In addition, an upward guide (217) corresponding to exactly half the thickness of the panel (100) is formed protruding upward at both ends of the fixing flange (215) of the lower fixing body (210), and a downward guide (223) corresponding to half the thickness of the panel (100) is formed protruding downward at both ends of one side of the upper fixing body (220), thereby completing a three-dimensional guide structure that simultaneously wraps around the side cross-section of the panel (100) from above and below.

[0039] These upward guides (217) and downward guides (223) are precisely attached to the ends of both sides of the panel (100), playing a pivotal role in physically blocking minute horizontal movement or twisting phenomena that may occur with bolt fastening alone. In particular, as the upper and lower guides are attached by dividing the thickness of the panel, they provide a guideline effect that automatically guides the accurate assembly position of the upper and lower fixing bodies during the mounting process. Furthermore, even if a strong lateral impact is applied during use, the entire cushioning device is fundamentally prevented from being pushed out or rotating and detached from the panel (100), thereby dramatically improving the structural rigidity of the device.

[0040] As a result, this anti-flow configuration helps the cushioning system maintain an optimal alignment state at all times, thereby facilitating the smooth extension and contraction of the springs (240) (240') without interference, and provides a decisive effect of maximizing cushioning efficiency by maintaining the initial fixation precision of the device even in a long-term, repetitive impact environment.

[0041] Furthermore, by forming vertical spring-holding protrusions (218) protruding from the inner surfaces of both sides of the spring-holding grooves (212) (212') formed in the support posts (211) of the lower fixed body (210), and forming vertical spring-holding protrusions (232) protruding from the inner surfaces of both sides of the spring-fitting grooves (231) of the movable blocks (230) (230') facing therefrom, an internal restraint structure is provided in which the elastic springs (240) (240') can be seated without detachment.

[0042] These spring-holding protrusions (218) and spring-holding protrusions (232) serve as fixed points that physically hold each end coil of the spring (240)(240'), thereby ensuring that the spring is not merely mounted inside the spring mounting groove (212)(212') and spring insertion groove (231), but is instead firmly inserted and restrained in the correct position. This has the effect of fundamentally preventing the spring from popping out of the groove or twisting even during strong external impacts or repeated contraction of the movable block (230)(230').

[0043] In particular, as each end of the spring is securely held by the protrusion structure, it helps to fully transmit the elastic energy of the spring (240)(240') in the forward direction to the flow block (230)(230'), and prevents the alignment of the spring from becoming unstable even in a long-term usage environment, thereby maximizing mechanical durability and providing technical advantages that more stably and accurately control the recovery performance of the flow block returning to its original position after shock absorption.

[0044] Therefore, unlike conventional methods that rely on the elastic force of the cushioning material itself regardless of impact intensity or rely on the simple mechanical cushioning action of the cushioning material, as illustrated in FIG. 8, the fluid block (230) (230') located in the direction of impact performs a cushioning action by moving inward while compressing the elastic spring (240) (240'), so that the pain caused by the reaction force of the cushioning means to the human body can be significantly reduced. Furthermore, by the elastic spring (240) (240') which provides organic elastic force according to the impact intensity, a more effective cushioning action is performed at each stage of impact, and the pain applied to the human body in the form of a reaction can be reduced to an incomparable degree compared to conventional methods.

[0045] Accordingly, the panel (100) having the corner cushioning means (200) of the present invention may be used as a table top equipped with a lower frame body having a vertical column-shaped support angle as shown in FIG. 9, or as a table top equipped with lower support bodies spaced apart from each other as shown in FIG. 10, and if necessary, may be used as an opening and closing door for various lockers or storage boxes as shown in FIG. 11.

[0046] In addition, it can be used as a panel for various types of kitchens, living rooms, or living room furniture, and can prevent or significantly reduce pain or injury upon contact with the human body without compromising the aesthetic appearance of the furniture.

[0047] As such, the furniture panel of the present invention has excellent assembly productivity because a corner cushioning means (200) made of a soft elastic material can be simply attached to the corner in the required direction. The corner cushioning means (200) has excellent effects in significantly reducing physical impact caused by collisions with the human body or objects acting in various directions and sizes, by reducing the impact size or stages, thereby significantly reducing injury or pain to the human body or damage to objects. Furthermore, it is more rational because it can be naturally attached without compromising the external aesthetics or design characteristics of the furniture panel (100) itself.

[0048] The embodiments described in this specification and the configurations illustrated in the drawings are merely the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention; therefore, it should be understood that there may be various equivalents and modifications that can replace them. Explanation of the symbols

[0049] 100 : Panel 101 : Mounting home 102,102' : Inclined surface 200 : Corner cushioning means 210 : Lower fixing body 211 : Support post 212,212' : Spring mounting groove 213 : Fastening hole 214 : Close-fitting rib 215 : Fixed flange 216 : Penetrating Hole 217 : Upward Guide 218 : Spring-type projection 220 : Upper fixed body 221 : Fastening pipe body 222 : Screw groove 223 : Downward guide 230,230' : Floating block 231 : Spring insertion groove 232 : Spring catch projection 240,240' : Resilient spring 301: Fixing bolt 302: Fastening bolt

Claims

Claim 1 In the right-angled corner portion of the furniture panel (100), a mounting groove (101) having outwardly inclined surfaces (102) (102') on both sides is formed by cutting at an angle of 45° from the side cross-section of the panel (100), and in the mounting groove (101) including the inclined surfaces (102) (102'), a lower fixing member (210) fixed to the lower side of the panel (100); and an upper fixing member (220) located on the upper side of the panel (100) and coupled with the lower fixing member (210); A separate corner cushioning means (200) is formed by combining a movable block (230) (230') that is elastically inserted between the lower fixed body (210) and the upper fixed body (220) through a spring (240) (240'), wherein the lower fixed body (210) of the corner cushioning means (200) is; A support post (211) is provided at the upper center, having a three-way spring mounting groove (212)(212') formed on the outer surface in an outwardly open shape and a vertical through-hole (213) formed in the center, and a contact rib portion (214) corresponding to the mounting groove portion (101) and inclined surface portion (102)(102') of the panel (100) is formed on one side of the upper part of the lower fixing body (210) with a height equal to the thickness of the panel (100), and a fixing flange (215) having a plurality of through-holes (216) is formed protruding in the lateral direction on one side of the lower part of the contact rib portion (214), and the upper fixing body (220) of the corner cushioning means (200) is configured as follows: The upper fixing body (220) is configured with an outer shape identical to the outer shape of the lower fixing body (210) in a planar manner, and one end portion of the upper fixing body (220) is attached in close contact with the upper surface of the panel (100), and the upper fixing body (220) is configured with a fastening pipe (221) inserted into the upper inner side of the fastening hole (213) of the lower fixing body (210) and a screw groove (222) formed in the center of the fastening pipe (221), and the movable block (230) (230') of the corner cushioning means (200) is;A spring fitting groove (231) is formed on one side so as to face each other with the spring mounting groove (212)(212') of the lower fixed body (210), and the outer ends of each movable block (230)(230') are connected so as to protrude outwardly more than the outer ends of the lower fixed body (210) and the upper fixed body (220) by means of a spring spring (240)(240') whose two ends are respectively inserted and fixed into the spring mounting groove (212)(212') of the lower fixed body (210) and the spring fitting groove (231) of the movable block (230)(230'), and a separately provided fixing bolt (301) is inserted into the through hole (216) formed in the fixing flange (215) of the lower fixed body (210) so that the fixing bolt (301) is screw-fixed to the bottom surface of the panel (100). A furniture panel combined with a block-moving corner cushioning means, characterized by being configured such that a separately provided fastening bolt (302) is inserted upward from the lower side of the fastening hole (213) of the lower fixing body (210) and the fastening bolt (302) is screw-coupled into the screw groove (222) formed in the fastening pipe (221) of the upper fixing body (220). Claim 2 A furniture panel combined with a block-moving corner cushioning means, characterized in that, in claim 1, an upward guide (217) corresponding to half the thickness of the panel (100) is formed protrudingly at both ends of the fixing flange (215) of the lower fixing body (210), and a downward guide (223) corresponding to half the thickness of the panel (100) is formed protrudingly at both ends of one side of the upper fixing body (220), so that the lower fixing body (210) and the upper fixing body (220) are prevented from moving away from the panel (100) by means of the upward guide (217) and the downward guide (223) which are in close contact with both ends of the panel (100). Claim 3 A furniture panel combined with a block movable corner cushioning means, characterized in that, in claim 1, vertical spring support projections (218) are formed protrudingly on the inner surfaces of both sides of the spring mounting groove (212)(212') formed in the support post (211) of the lower fixed body (210), and vertical spring catch projections (232) are formed protrudingly on the inner surfaces of both sides of the spring fitting groove (231) of the movable block (230)(230'), so that each end of the elastic spring (240)(240') is inserted and restrained in the spring mounting groove (212)(212') and the spring fitting groove (231) respectively by the spring support projections (218) and the spring catch projections (232).

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