TWI848859B - Identification assembly and identification member - Google Patents

Abstract

An identification assembly includes a plate and an identification member. The plate includes a body and a plurality of first positioning structures. The body has an assembling recess and a guiding recess. The assembling recess is connected to the guiding recess, and the first positioning structures are located between the assembling recess and the guiding recess. The identification member includes a base portion, a guiding portion, a plurality of second positioning structures and an identification portion. The base portion is movably disposed in the assembling recess. The guide portion is connected to one side of the base portion, and is movably penetrates the guiding recess. The second positioning structures are connected to the base portion, and are located on a same side as the guiding portion. The second positioning structures can be selectively positioned in the first positioning structures, respectively, such that the base portion can be positioned in the assembling recess via different installation angles. The identification portion is disposed on the other side of the base portion.

Description

Signage and active signage

The present invention relates to a marking component and a movable marking piece, in particular to a marking component and a movable marking piece with a positioning structure.

In order to more effectively promote brand culture and identify their products, manufacturers will add trademark logos to their products to strengthen the connection between the trademark and the product, so that consumers can identify the manufacturer of the product when they see the trademark logo. In this way, it can effectively differentiate from other similar products on the market.

For example, the manufacturer of a host computer will install a trademark logo on the housing of the host computer to enhance the recognition of the product. After purchasing the host computer, the user will adjust the installation angle of the trademark logo according to the placement angle of the host computer, such as laying the host computer flat or standing it upright, to maintain the overall aesthetics of the host computer. Generally speaking, the trademark logo will be provided with a rotating part to adjust the installation angle of the trademark logo by rotating. However, when the installation angle of the current trademark logo is adjusted, an uneven gap will be generated between the trademark logo and the assembly slot of the housing, thereby destroying the overall aesthetics of the host computer. Therefore, how to take into account the rotatable placement of the trademark logo on the housing and how to make the gap between the trademark logo and the assembly slot more uniform to maintain the overall aesthetics of the host is one of the problems that R&D personnel should solve.

The present invention provides a label assembly and a movable label, so as to take into account that the movable label can be rotatably arranged on the carrier and the gap between the movable label and the assembly slot is more uniform, so as to maintain the overall aesthetics of the label assembly.

An identification component disclosed in an embodiment of the present invention includes a carrier and a movable identification component. The carrier includes a carrier and a plurality of first positioning structures. The carrier has an assembly groove and a guide groove. The assembly groove is connected to the guide groove, and these first positioning structures are located between the assembly groove and the guide groove. The movable identification component includes a base, a guide portion, a plurality of second positioning structures and an identification portion. The base is movably disposed in the assembly groove. The guide portion is connected to one side of the base and movably penetrates the guide groove. These second positioning structures are connected to the base and are on the same side as the guide portion. These second positioning structures can be selectively positioned with these first positioning structures, respectively, so that the base can be positioned in the assembly groove through different installation angles. The identification part is located on the other side of the base.

Another embodiment of the present invention discloses a movable identification piece, which is suitable for installation on a carrier including a carrier and a plurality of first positioning structures. The carrier has an assembly groove and a guide groove connected to each other, and these first positioning structures are located between the assembly groove and the guide groove. The movable identification piece includes a base, a guide portion, these second positioning structures and an identification portion. The base is used to be movably arranged in the assembly groove. The guide portion is connected to one side of the base and is used to be movably inserted into the guide groove. These second positioning structures are connected to the base and are on the same side as the guide portion. These second positioning structures are used to selectively position with these first positioning structures, respectively, so that the base can be positioned in the assembly groove through different installation angles. The identification portion is arranged on the other side of the base.

According to the identification assembly and the movable identification piece of the above-mentioned embodiment, when the movable identification piece is installed on the carrier, since the carrier is provided with a plurality of first positioning structures and the movable identification piece is provided with a plurality of second positioning structures, and these second positioning structures are respectively matched with these first positioning structures in concave and convex manner, when the installation angle of the movable identification piece is rotated and adjusted, the uneven gap between the base of the movable identification piece and the assembly groove of the carrier can be reduced. In other words, the base will not be offset in the assembly groove, making the gap between the base and the assembly groove more uniform. In this way, the overall aesthetics of the identification assembly can be improved.

The above description of the content of the present invention and the following description of the implementation method are used to demonstrate and explain the principle of the present invention, and provide a further explanation of the scope of the patent application of the present invention.

10: Identification components

11: Carrier

111: Carrier

1111: First ventilation rack

11111:Guide groove

1112: Second ventilation rack

11121:Assembly slot

112: First positioning structure

1121: Groove wall

12: Movable signs

121: Base

122: Guidance Department

123: Second positioning structure

124: Identification Department

15: Stop structure

151: Stopper

152: Reset piece

A~C: Direction

H: Height

L: Length

R: Angle

Figure 1 is a three-dimensional schematic diagram of the identification assembly according to the embodiment of the present invention.

Figure 2 is a schematic diagram of the exploded view of the identification assembly in Figure 1.

Figure 3 is a schematic cross-sectional view of the identification assembly of Figure 1.

FIG4 is a three-dimensional schematic diagram of the movable identification element of the identification assembly of FIG1 turned forward.

FIG5 is a schematic cross-sectional view of the movable identification element of the identification assembly of FIG1 turned forward.

FIG6 is a three-dimensional schematic diagram of the movable identification element of the identification assembly of FIG1 after rotation.

FIG. 7 is a cross-sectional view of the movable identification element of the identification assembly of FIG. 1 after rotation.

Please refer to Figures 1 to 3. Figure 1 is a three-dimensional schematic diagram of the identification assembly according to the embodiment of the present invention. Figure 2 is a decomposed schematic diagram of the identification assembly of Figure 1. Figure 3 is a cross-sectional schematic diagram of the identification assembly of Figure 1.

The identification assembly 10 of this embodiment includes a carrier 11, a movable identification member 12 and a stop structure 15. The carrier 11 is, for example, a carrier 11 of a host (not shown), and includes a carrier 111 and a plurality of first positioning structures 112.

The carrier 111 includes a first ventilating frame 1111 and a second ventilating frame 1112 for cooling airflow (not shown). The first ventilating frame 1111 has a guide groove 11111. The second ventilating frame 1112 is stacked on the first ventilating frame 1111 and has an assembly groove 11121. The assembly groove 11121 is connected to the guide groove 11111. The first positioning structures 112 are located on the first ventilating frame 1111. The first positioning structures 112 are, for example, positioning grooves and include two groove walls 1121. The angle R of the two groove walls 1121 is, for example, 120 degrees. The first positioning structures 112 are located between the assembly groove 11121 and the guide groove 11111.

The movable identification element 12 is, for example, an element having a manufacturer's trademark, and includes a base 121, a guide portion 122, a plurality of second positioning structures 123, and an identification portion 124. The base 121 is movably disposed in the assembly groove 11121. The guide portion 122 is connected to one side of the base 121 and movably penetrates the guide groove 11111. Specifically, the guide portion 122 can slide and rotate relative to the guide groove 11111.

The second positioning structures 123 are, for example, positioning bumps, and the length L of one side of the second positioning structures 123 connected to the base 121 is, for example, 1.8 mm, and the height H of the second positioning structures 123 is, for example, 0.91 mm. The second positioning structures 123 are matched with the first positioning structures 112 in terms of projection and recess. The second positioning structures 123 are connected to the base 121 and are located on the same side as the guide portion 122. The second positioning structures 123 can be selectively positioned with the first positioning structures 112 through the guidance of the guide portion 122 and the two groove walls 1121, so that the base 121 can be positioned in the assembly groove 11121 at different installation angles. In this way, the movable identification element 12 can be adjusted to a suitable installation angle according to the placement angle of the host to enhance the overall aesthetics of the identification assembly 10.

The identification portion 124 is disposed on the other side of the base 121. That is, the identification portion 124, the guide portion 122, and the second positioning structures 123 are respectively located on two opposite sides of the base 121.

The stopper structure 15 includes a stopper 151 and a reset member 152. The stopper 151 is, for example, a screw and is disposed on the guide portion 122. The stopper 151 and the base 121 are located on opposite sides of the carrier 111, respectively, and are used to limit the movement of the guide portion 122 in the guide groove 11111, and will not allow the guide portion 122 to move out of the guide groove 11111.

The reset member 152 is, for example, a spring and is sleeved on the guide portion 122, and the opposite ends of the reset member 152 respectively abut against the first ventilating frame 1111 and the stopper 151 of the carrier 111, so that when the movable identification member 12 is adjusted to the mounting angle on the carrier 11 and the guide portion 122 slides relative to the guide groove 11111, the reset member 152 will be compressed by the second ventilating frame 1112 and the stopper 151. The reset member 152 is used to further limit the movement of the guide portion 122 in the guide groove 11111, and will not cause the guide portion 122 to move out of the guide groove 11111. In addition, when the adjustment of the mounting angle of the movable identification member 12 on the carrier 11 is completed, the reset member 152 can reset the guide portion 122.

In this embodiment, when the movable identification element 12 is installed on the carrier 11, the carrier 11 is provided with a plurality of first positioning structures 112 and the movable identification element 12 is provided with a plurality of second positioning structures 123, and these second positioning structures 123 are respectively matched with these first positioning structures 112 in a concave-convex manner, so that when the installation angle of the movable identification element 12 is rotated and adjusted, the uneven gap between the base 121 of the movable identification element 12 and the assembly groove 11121 of the carrier 11 can be reduced. In other words, the base 121 will not be offset in the assembly groove 11121, so that the gap between the base 121 and the assembly groove 11121 is more uniform. In this way, the overall aesthetics of the identification assembly 10 can be improved.

In addition, by providing two groove walls 1121 with an angle R of 120 degrees on these first positioning structures 112, when the user wants to adjust the installation angle of the movable identification element 12 on the carrier 11 and rotates and releases the movable identification element 12, these second positioning structures 123 can be automatically positioned on these first positioning structures 112 through the guidance of the two groove walls 1121. In this way, the user can adjust the installation angle of the movable identification element 12 on the carrier 11 more effortlessly.

Furthermore, the installation angle of the movable identification piece 12 on the carrier 11 can be adjusted by rotating it without disassembling and reinstalling the movable identification piece 12. In addition to improving the convenience of installation, it can also prevent the movable identification piece 12 from scratching the carrier 11 during the disassembly and installation process.

In this embodiment, the first positioning structures 112 are positioning grooves, the second positioning structures 123 are positioning bumps, and the second positioning structures 123 are matched with the first positioning structures 112 in terms of concave and convex, but not limited to this. In other embodiments, the first positioning structures may also be positioning bumps, the second positioning structures may also be positioning grooves, and the second positioning structures are matched with the first positioning structures in terms of concave and convex.

Please refer to Figures 4 to 7. Figure 4 is a three-dimensional schematic diagram of the movable identification piece of the identification assembly of Figure 1 turned forward. Figure 5 is a cross-sectional schematic diagram of the movable identification piece of the identification assembly of Figure 1 turned forward. Figure 6 is a three-dimensional schematic diagram of the movable identification piece of the identification assembly of Figure 1 after turning. Figure 7 is a cross-sectional schematic diagram of the movable identification piece of the identification assembly of Figure 1 after turning.

In this embodiment, the movable identification member 12 is installed on the carrier 11. At this time, the base 121 is located in the assembly groove 11121, and the second positioning structures 123 are positioned on the first positioning structures 112. As shown in Figures 4 and 5, when the user wants to adjust the host, for example, from lying on a plane (not shown) to standing on a plane, and adjust the installation angle of the movable identification member 12 at the same time, first, the user lifts the movable identification member 12 along direction A so that the base 121 is separated from the assembly groove 11121. At this time, the guide portion 122 slides relative to the guide groove 11111 along direction A to release the positioning of the second positioning structures 123 from the first positioning structures 112. In addition, the reset member 152 is compressed along the direction A by the second ventilation frame 1112 and the stop member 151 to store elastic force.

As shown in Figures 6 and 7, the user then rotates the movable identification piece 12 along direction B in accordance with the placement angle of the host on the plane. At this time, the guide portion 122 rotates relative to the guide groove 11111 along direction B. Then, the user releases the movable identification piece 12, so that the reset piece 152 releases the elastic force and the guide portion 122 slides relative to the guide groove 11111 along direction C, and drives the movable identification piece 12 to reset along direction C. At this time, these second positioning structures 123 are guided by the two groove walls 1121 and positioned on these first positioning structures 112, so that the base 121 is assembled in the assembly groove 11121. In this way, the installation angle of the movable identification piece 12 on the carrier 11 can be adjusted.

According to the identification assembly and the movable identification piece of the above-mentioned embodiment, when the movable identification piece is installed on the carrier, since the carrier is provided with a plurality of first positioning structures and the movable identification piece is provided with a plurality of second positioning structures, and these second positioning structures are respectively matched with these first positioning structures in concave and convex manner, when the installation angle of the movable identification piece is rotated and adjusted, the uneven gap between the base of the movable identification piece and the assembly groove of the carrier can be reduced. In other words, the base will not be offset in the assembly groove, making the gap between the base and the assembly groove more uniform. In this way, the overall aesthetics of the identification assembly can be improved.

In addition, by providing two groove walls with an angle of 120 degrees on these first positioning structures, when the user wants to adjust the installation angle of the movable identification piece on the carrier and rotates and releases the movable identification piece, these second positioning structures can be automatically positioned on these first positioning structures through the guidance of the two groove walls. In this way, the user can adjust the installation angle of the movable identification piece on the carrier more effortlessly.

Furthermore, the installation angle of the movable sign on the carrier can be adjusted by rotating it without disassembling and reinstalling the movable sign. This not only improves the convenience of installation, but also prevents the movable sign from scratching the carrier during disassembly and installation.

Although the present invention is disclosed as above by the aforementioned embodiments, they are not used to limit the present invention. Anyone familiar with similar techniques can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, the scope of patent protection of the present invention shall be subject to the scope of the patent application attached to this specification.

10: Identification components

11: Carrier

111: Carrier

1111: First ventilation rack

11111:Guide groove

1112: Second ventilation rack

11121:Assembly slot

112: First positioning structure

12: Movable signs

121: Base

122: Guidance Department

123: Second positioning structure

124: Identification Department

15: Stop structure

151: Stopper

152: Reset piece

Claims (5)

A marking assembly comprises: a carrier, comprising a carrier and a plurality of first positioning structures, the carrier comprising a first ventilation frame and a second ventilation frame, the first ventilation frame having a guide slot, the second ventilation frame being stacked on the first ventilation frame and having an assembly slot, the assembly slot being connected to the guide slot, and the first positioning structures being located on the first ventilation frame and between the assembly slot and the guide slot; and a movable marking member, comprising: a base movably arranged on the assembly slot; a guide portion connected to one side of the base and movably penetrated through the guide slot; a plurality of second positioning structures connected to the base and located on the same side as the guide portion, The second positioning structures can be selectively positioned with the first positioning structures, so that the base can be positioned in the assembly groove through different installation angles; an identification portion is arranged on the other side of the base; and a stop structure is arranged on the guide portion and is located on two opposite sides of the carrier with the base, and the stop structure is used to limit the movement of the guide portion in the guide groove; wherein the first positioning structures are positioning protrusions, the second positioning structures are positioning grooves, and the second positioning structures are matched with the first positioning structures in concave and convex manner, so that the base is positioned in the assembly groove, and the first positioning structures include two groove walls, and the angle between the two groove walls is 120 degrees. The identification assembly as described in claim 1, wherein the stop structure includes a stop member, which is disposed at one end of the guide portion and is used to limit the movement of the guide portion in the guide groove. The identification assembly as described in claim 2, wherein the stop structure further includes a reset member, the reset member is sleeved on the guide portion, and the two opposite ends of the reset member respectively abut against the second ventilating frame of the carrier and the stop member, and the reset member is used to limit the movement of the guide portion in the guide groove and reset the guide portion. The identification assembly as described in claim 1, wherein the length of one side of the second positioning structures connected to the base is 1.8 mm. The identification assembly as described in claim 1, wherein the height of the second positioning structures is 0.91 mm.

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