JP7382784B2 - remote controller for toilet - Google Patents

Description

The present disclosure relates to a toilet remote controller.

As a remote control device for remotely controlling the functional parts of a toilet device, there is one disclosed in Patent Document 1. This remote control device includes a remote control main body that wirelessly transmits an operation signal to a functional section, and a holder for holding the remote control main body. The holder has a box shape with an open top and is fixed to the wall of the toilet room. When operating the remote control body, the remote control body is removed from the holder, and after operation, the remote control body is inserted into the holder.

Japanese Patent Application Publication No. 2011-084867

Since the holder is exposed when the remote control main body is inserted into the holder, even if the design of the remote control main body is improved, the presence of the holder will spoil the aesthetics of the toilet room.

The present disclosure has been made in view of the above-mentioned conventional situation, and the problem to be solved is to avoid deterioration in aesthetic appearance.

A remote controller for a toilet according to the present disclosure includes a remote control main body that transmits an operation signal to a toilet device, and an adapter that has a ferromagnetic material and can be attached to the remote control main body, and the outer surface of the remote control main body has a , a functional section is provided, and the adapter has an opening that exposes the functional section when the adapter is attached to the remote control main body.

A perspective view showing the installed state of the remote control of Embodiment 1. Perspective view of remote control Perspective view of the adapter removed from the remote control body Perspective view of the adapter attached to the remote control body Exploded perspective view of the adapter Plane sectional view of the remote control attached to the wall Perspective view of the remote control body removed from the holder

<Embodiment 1>
Hereinafter, a toilet remote controller 10 having a built-in magnet adapter 30 according to a first embodiment of the present disclosure will be described with reference to FIGS. 1 to 7. In the following description, the toilet remote controller 10 having the built-in magnet adapter 30 will be abbreviated as the remote controller 10. In the following description, regarding the vertical direction, the directions appearing in FIGS. 1 to 5 and 7 are directly defined as upward and downward.

The remote control 10 of the first embodiment is for remotely controlling the toilet device 50. As shown in FIG. 1, the toilet device 50 is installed in the toilet room R. The toilet device 50 includes a toilet main body 51, a toilet seat 52, a toilet lid 53, and a water supply section 54. The toilet main body 51 has a toilet bowl portion (not shown), a drainage channel (not shown), and the like. The toilet seat 52 is attached to the top surface of the toilet main body 51. The toilet lid 53 opens and closes an opening on the top surface of the toilet main body 51. The water supply unit 54 supplies flush water to the toilet main body 51.

The remote control 10 includes a remote control main body 11 and an adapter 30. As shown in FIG. 6, by attaching the adapter 30 to the remote control main body 11, the remote control 10 can be attached to the attachment surface 59 of the attachment member 55 having the ferromagnetic plate 57 provided in the toilet room R. Specifically, the mounting member 55 includes a base material 56 that constitutes the wall W of the toilet room R, a ferromagnetic plate 57 having ferromagnetism, and wallpaper 58. A ferromagnetic plate 57 is fixed on the surface of the base material 56. The surfaces of the base material 56 and the ferromagnetic plate 57 are covered with wallpaper 58.

Since the wallpaper 58 is a thin sheet material, the surface of the wallpaper 58 functions as a mounting surface 59. When the magnet approaches the mounting surface 59, a magnetic attraction force is generated between the magnet and the ferromagnetic plate 57. The remote control 10 is attached to the mounting surface 59 using this magnetic attraction force. As the ferromagnetic plate 57, a soft magnetic material such as a steel plate or an iron plate that generates a magnetic attraction force with a magnet may be used, or a permanent magnet as a hard magnetic material that becomes a source of a magnetic field may be used. It's okay.

The remote control main body 11 wirelessly transmits operation signals to functional devices provided in the toilet device 50. The remote control main body 11 has a thick plate-like substantially rectangular shape. A first operating section 13 is provided on the surface 12 of the remote control main body 11 for performing relatively frequent operations. Remote operations performed on functional devices using the first operating unit 13 include toilet bowl cleaning (large and small), private part cleaning, opening and closing of the toilet seat 52, opening and closing of the toilet lid 53, hot air drying, adjustment of cleaning strength, and nozzle cleaning. There are position adjustments, various temperature adjustments, etc. The first operation section 13 has a plurality of operation switches 14 for performing each of the above operations. When the operator touches a desired operation switch 14 with a finger, an electrostatic sensor detects the touch, and an operation signal corresponding to the operation switch 14 touched by the finger is transmitted to the functional device.

When the remote control main body 11 is oriented in such a direction that the vertical dimension is larger than the horizontal dimension, that is, in a vertically elongated direction, the first operating section 13 can be operated by holding the remote control main body 11 with one hand. A three-axis sensor (not shown) is built into the remote control main body 11 to detect the three-dimensional orientation of the remote control main body 11. As a result, when the remote control main body 11 is in the portrait orientation, an operation signal based on the operation of the operation switch 14 is transmitted. When the remote control main body 11 is oriented so that the left and right dimensions are larger than the up and down dimensions, that is, in a landscape orientation, no operation signal is transmitted based on the operation of the operation switches 14 other than the stop switch.

A recess 16 is formed in the remote control main body 11. The recess 16 is formed by shallowly recessing the back surface 15 of the remote control main body 11 on the side opposite to the front surface 12 . The back surface 15 of the remote control main body 11 is a surface that faces the mounting surface 59 when the remote control 10 is attached to the mounting surface 59. The recess 16 has a rectangular shape in which the vertical dimension is larger than the horizontal dimension. The length of the recess 16 in the vertical direction is larger than half the length of the remote control main body 11 in the vertical direction. The width dimension of the recessed portion 16 in the left-right direction is larger than half the width dimension of the remote control main body 11 in the left-right direction. The recessed portion 16 is formed in an area of approximately more than half of the upper portion of the remote control main body 11. The inner circumferential surface of the recess 16 is composed of an upper inner surface 17, a lower inner surface 18, and both left and right inner surfaces 19. The inner circumferential surface of the recess 16 is inclined so as to expand from the inner surface 20 of the recess 16 toward the opening edge of the recess 16 .

The inner surface 20 of the recess 16 is a plane parallel to the mounting surface 59 when the remote control 10 is attached to the mounting surface 59. A second operating section 21 as a functional section and a display section 23 as a functional section are provided on the inner surface 20 of the recess 16. The second operation part 21 is arranged in an upper region of the inner surface 20 of the recessed part 16. The display section 23 is arranged in a lower region of the inner surface 20 of the recessed section 16 . The second operation section 21 has a plurality of function switches 22 for performing operations that are used less frequently than the first operation section 13. Setting operations performed using the function switch 22 include turning on and off the power of the remote control main body 11, turning on and off power saving, automatic cleaning, etc., and setting the time. As the function switch 22, a press switch that is activated by a press operation is used. The display unit 23 displays the setting status of the function switch 22 and the like.

When operating the second operating section 21, it is necessary to press the function switch 22, so the remote control main body 11 is held in a landscape orientation and held with both hands. At this time, even if your finger unintentionally touches the operation switch 14 of the first operation section 13, no operation signal is sent from the first operation section 13 when the remote control main body 11 is in landscape orientation. The functional equipment of the device 50 will not malfunction.

The remote control main body 11 includes two pairs of remote control side magnets 24 built therein. The two pairs of remote control side magnets 24 are arranged within the formation range of the recessed portion 16 when the back surface 15 is viewed directly. The upper pair of remote control side magnets 24 are arranged at both left and right ends of the intermediate portion of the recess 16 in the vertical direction. The lower pair of remote control side magnets 24 are arranged at both left and right end portions of the lower end of the recessed portion 16 . In other words, the four remote control side magnets 24 are arranged one each near the four corners of the display section 23. The remote control side magnet 24 is for attaching the remote control main body 11 to a holder 60, which will be described later.

As shown in FIG. 5, the adapter 30 includes an adapter main body 31, a pair of left and right adapter-side magnets 42, a pair of double-sided magnetic tape 43, and a double-sided adapter tape 44. The adapter main body 31 is made of synthetic resin and has a rectangular plate shape that is sized to match the recess 16 as a whole. The adapter 30 can be attached to the remote control main body 11 while being accommodated in the recess 16. When the adapter 30 is attached to the remote control body 11, the outer surface 32 of the adapter body 31 is exposed on the back surface 15 of the remote control body 11. The outer circumferential surface of the adapter main body 31 has a shape matching the inner circumferential surface of the recess 16, that is, it is inclined so as to expand from the inner surface 33 side of the adapter main body 31 toward the outer surface 32 side.

The adapter body 31 is formed with an operation opening 34 and a display opening 35 that penetrate from the outer surface 32 to the inner surface 33 of the adapter body 31. The operation opening 34 is arranged in the upper end region of the adapter body 31. The operation opening 34 has a rectangular shape with approximately the same vertical and horizontal dimensions. The operation opening 34 is open over a range corresponding to all of the plurality of function switches 22 constituting the second operation section 21 . The upper edge 36 of the operation opening 34 of the adapter main body 31 is elongated in the left-right direction. The left and right side edges 37 of the operation opening 34 of the adapter body 31 are elongated in the vertical direction.

The display opening 35 is arranged in the lower end region of the adapter body 31. The display opening 35 has a vertically long rectangular shape with a vertical dimension larger than a horizontal dimension. The display opening 35 is open over a range corresponding to the entire display section 23 . The upper edge 38 of the display opening 35 of the adapter main body 31 is elongated in the left-right direction. The lower edge 39 of the display opening 35 of the adapter body 31 is also elongated in the left-right direction.

A vertically rectangular portion of the adapter body 31 that sandwiches the display opening 35 from both left and right sides functions as a magnet holding portion 40 for attaching an adapter-side magnet 42. A pair of symmetrical storage chambers 41 are formed in the pair of magnet holding parts 40 . The pair of storage chambers 41 are formed by shallowly recessing the inner surfaces of the left and right magnet holding portions 40 . The pair of storage chambers 41 have a vertically long and narrow shape, and are arranged so as to sandwich the display opening 35 from both left and right sides.

A pair of upper and lower ribs 48 are formed on the outer surface 32 of the adapter body 31. The rib 48 extends long and narrow in the left-right direction along the upper and lower edges of the adapter body 31. The upper rib 48 is arranged along the upper edge 36 of the operation opening 34. The lower rib 48 is arranged along the lower edge 39 of the display opening 35. The rib 48 slightly protrudes from the outer surface 32 of the adapter body 31.

The adapter side magnet 42 is a separate part from the adapter main body 31. The adapter side magnet 42 has a vertically elongated rectangular shape in which the vertical dimension is larger than the horizontal dimension, like the housing chamber 41, and is housed in the housing chamber 41. The adapter side magnet 42 is integrated with the adapter main body 31 while being held within the storage chamber 41 by a double-sided magnetic tape 43. Therefore, the adapter 30 is a member that includes an adapter-side magnet 42 as a ferromagnetic material. The adapter-side magnet 42 is a permanent magnet among ferromagnetic materials that has characteristics as a hard magnetic material that becomes a source of a magnetic field. As the adapter side magnet 42, an alnico magnet, a neodymium magnet, a ferrite magnet, a samarium cobalt magnet, etc. can be used.

The double-sided adapter tape 44 is a sheet-like member that functions as an adhesive member for fixing the adapter 30 to the remote control main body 11. The double-sided adapter tape 44 is a member in which a gel-like adhesive material is applied to both the front and back surfaces of a sheet-like base material. The outer circumferential shape of the double-sided adapter tape 44 is the same as the outer circumferential shape of the inner surface 33 of the adapter main body 31. The double-sided adapter tape 44 has a window-shaped notch 45 that penetrates between the front and back surfaces of the double-sided adapter tape 44 . The cutout portion 45 has an operation cutout region 46 cut out to correspond to the operation opening 34 and a display cutout region 47 cut out to correspond to the display opening 35 . Since the operation notch area 46 and the display notch area 47 are in communication, the notch portion 45 has only one notch area.

The double-sided adapter tape 44 is integrated with the adapter body 31 by adhering one adhesive surface to the inner surface 33 of the adapter body 31. When the double-sided adapter tape 44 is adhered to the adapter main body 31, the notch 45 corresponds to the operation opening 34 and the display opening 35, so the double-sided adapter tape 44 is attached to the operation opening 34 and the display opening 35. It does not protrude into the opening area of the portion 35.

The double-sided adapter tape 44 is also adhered to the exposed surfaces of the adapter side magnets 42 housed in both the left and right housing chambers 41. Thereby, the inside of the storage chamber 41 is sealed liquid-tightly by the double-sided adapter tape 44. The outer circumferential edge of the double-sided adapter tape 44 is in close contact with the outer circumferential edge of the inner surface 33 of the adapter body 31 continuously over the entire circumference. By adhering the double-sided adapter tape 44 to the adapter main body 31, assembly of the adapter 30 including the adapter side magnet 42 is completed.

Whether or not it is necessary to attach the adapter 30 to the remote control main body 11 is determined depending on the manner in which the remote control 10 is used. In the first embodiment, the mounting surface 59 of the toilet room R has ferromagnetism due to the ferromagnetic plate 57. When the remote control 10 is directly attached to or removed from the mounting surface 59, the adapter 30 containing the adapter-side magnet 42 is attached to the remote control main body 11, and the remote control main body 11 and the adapter 30 are integrated. The remote controller 10 having such a configuration can be attached to the mounting surface 59 by magnetic attraction between the adapter side magnet 42 and the ferromagnetic plate 57. The remote control 10 attached to the mounting surface 59 can be removed from the mounting surface 59 while remaining integrated with the adapter 30 and the remote control main body 10.

When attaching the adapter 30 to the remote control body 11, the release paper covering the outer surface of the double-sided adapter tape 44 is peeled off, and the adapter 30 is accommodated in the recess 16. At this time, since the outer circumferential surface of the adapter body 31 and the inner circumferential surface of the recess 16 are tapered, the adapter 30 can be guided into the recess 16 to a predetermined position by these inclinations. When the adapter 30 is housed in the predetermined position of the recess 16, the double-sided adapter tape 44 is adhered to the inner surface 20 of the recess 16, thereby integrating the adapter 30 and the remote control main body 11. With the above steps, the assembly of the remote control 10 containing the adapter side magnet 42 is completed.

When the adapter 30 is attached to the remote control main body 11, the outer surface 32 of the adapter main body 31 is exposed to the outside of the remote control 10 at the back surface 15 of the remote control main body 11. The outer peripheral edge of the outer surface 32 of the adapter main body 31 is arranged flush with and adjacent to the outer peripheral edge of the recess 16 on the back surface 15 of the remote control main body 11. Therefore, there is no large level difference between the back surface 15 of the remote control 10 and the outer surface 32 of the adapter 30. Therefore, when the hand holding the remote control 10 touches the back surface 15 of the remote control 10 and the outer surface 32 of the adapter 30, the user does not feel any discomfort and can obtain a good tactile sensation.

In the operation opening 34 of the adapter 30, all the function switches 22 of the second operation section 21 are exposed. In the display opening 35 of the adapter 30, the entire display area of the display section 23 is exposed. Therefore, the second operating section 21 can be operated without any trouble, just as when the adapter 30 is not attached to the remote control main body 11. The operation opening 34 and the display opening 35 both have opening edges connected over the entire circumference. Therefore, the second operation section 21 and the display section 23 are partitioned by a window-shaped operation opening 34 and a display opening 35 that are independent from each other.

The gap between the outer circumferential edge of the adapter 30 and the outer circumferential edge of the inner surface 20 of the recess 16 is sealed in a liquid-tight manner over the entire circumference by the double-sided adapter tape 44. Therefore, even if moisture adheres to the back surface 15 of the remote control main body 11, the moisture will pass through the gap between the adapter 30 and the rear surface 20 and enter the operating opening 34 and the display opening located in the center of the recess 16. There is no possibility that the liquid will penetrate into the portion 35.

The remote control 10 can be held at any position within the area of the mounting surface 59 where the ferromagnetic plate 57 is arranged. When attaching the remote control 10 to the mounting surface 59, the back surface 15 of the remote control main body 11, that is, the outer surface 32 of the adapter 30, may be opposed to the mounting surface 59, and the remote control 10 may be brought close to the mounting surface 59. As the remote control 10 approaches the mounting surface 59, the magnetic attraction between the adapter side magnet 42 and the ferromagnetic plate 57 increases, so that the remote control 10 is attracted to the mounting surface 59.

When the remote control 10 is held on the mounting surface 59, the ribs 48 protruding from the outer surface 32 of the adapter 30 directly contact the mounting surface 59, as shown in FIG. The outer surface 32 of the adapter 30 does not directly contact the mounting surface 59. Therefore, even if there is a protrusion on the mounting surface 59 due to unevenness, the back surface 15 of the remote control main body 11 or the outer surface 32 of the adapter 30 will not be damaged by the protrusion.

When removing the remote control 10 from the mounting surface 59, the remote control 10 can be removed from the mounting surface 59 by simply grasping the remote control 10 and pulling it in a direction away from the mounting surface 59. As for the mounting direction, it can be held in any direction, such as portrait orientation, landscape orientation, or diagonal orientation. When the remote control 10 is held on the mounting surface 59, the surface 12 of the remote control main body 11 is exposed on the mounting surface 59. Therefore, it is possible to operate the first operating section 13 while the remote control 10 is held on the mounting surface 59.

If the mounting surface 59 does not have ferromagnetism, the remote control 10 of the first embodiment can be held on the mounting surface 59 without using the adapter 30. In this case, the holder 60 is fixed to the mounting surface 59 in advance. The holder 60 can be fixed to the mounting surface 59 with bolts (not shown) or the like. The holder 60 has a size and shape that fit into the recess 16 of the remote control main body 11. As shown in FIG. 7, four holder-side magnets 61 are built inside the holder 60. As shown in FIG. The four holder side magnets 61 are arranged at positions corresponding to the four remote control side magnets 24 on the remote control main body 11.

When holding the remote control main body 11 on the mounting surface 59, the recess 16 of the remote control main body 11 is fitted into the holder 60. When the holder 60 is fitted into the recess 16, the remote control main body 11 is held in the fitted state with the holder 60 due to the magnetic attraction between the four remote control side magnets 24 and the four holder side magnets 61. If the holder 60 is fixed so that the remote control main body 11 is oriented vertically, the first operation section 13 can be operated while the remote control main body 11 is held on the mounting surface 59. In this way, the remote control 10 of this embodiment can be used without the adapter 30 attached to the remote control main body 11. In this case, the adapter 30 is not used, and the remote control main body 11 is used alone.

The remote control 10 of this embodiment includes a remote control main body 11 and an adapter 30 manufactured as a separate member from the remote control main body 11. The remote control main body 11 transmits operation signals to the functional devices of the toilet device 50 by operating the first operation section 13 and the second operation section 21. The adapter 30 has a built-in adapter-side magnet 42 as a ferromagnetic material, and can be attached to the remote control main body 11.

The adapter-side magnet 42, which is a ferromagnetic material, can generate a magnetic attraction force with the magnet or with a ferromagnetic material other than the magnet. Therefore, if the adapter 30 containing the adapter-side magnet 42 is attached to the remote control body 11, the remote control body 11 can be attached to the mounting surface 59 of the ferromagnetic mounting member 55 via the adapter 30. be. By using the adapter 30, there is no need to form a protrusion shape such as a box shape on the mounting surface 59 for holding the remote control main body 11. Therefore, even when the remote control main body 11 is removed, the aesthetic appearance of the mounting surface 59 is not impaired.

The ferromagnetic material built into the adapter 30 is an adapter-side magnet 42 made of a permanent magnet. Since the adapter-side magnet 42 having magnetic poles is a source of a magnetic field, it also generates magnetic attractive force with ferromagnetic materials other than magnets, such as steel plates and iron plates. Therefore, the range of selection of the ferromagnetic material constituting the mounting member 55 is expanded.

A recess 16 is formed in the remote control main body 11, and an adapter 30 is accommodated within the recess 16. According to this configuration, when the adapter 30 is attached to the remote control body 11, the adapter 30 does not protrude significantly from the remote control body 11. Therefore, the design of the toilet remote controller 10 as a whole is not impaired.

A first operating section 13, a second operating section 21, and a display section 23 as functional sections are provided on the outer surface of the remote control main body 11. The adapter 30 has an operation opening 34 and a display opening 35 formed therein. When the adapter 30 is attached to the remote control main body 11, the operation opening 34 exposes the second operation section 21, and the display opening 35 exposes the display section 23. According to this configuration, even when the adapter 30 is attached to the remote control main body 11, the functions of the second operation section 21 and the display section 23 are not impaired.

The adapter 30 is fixed to the remote control main body 11 via a double-sided adapter tape 44 serving as an adhesive member. By using the double-sided adapter tape 44, there is no need to form a mechanical hook shape in the attachment portion between the remote control main body 11 and the adapter 30. Therefore, the manufacturing cost of the remote control main body 11 and the adapter 30 can be reduced.

The gap between the adapter 30 and the remote control main body 11 is sealed liquid-tightly over the entire outer peripheral edge of the adapter 30 with double-sided adapter tape 44. According to this configuration, there is no possibility that moisture adhering to the outer surface of the remote control main body 11 will infiltrate into the inside of the adapter 30 through the gap with the outer peripheral edge of the adapter 30.

A housing chamber 41 for housing the adapter-side magnet 42 is formed on the inner surface 33 of the adapter body 31, that is, on the surface of the adapter 30 facing the remote control body 11. The storage chamber 41 is closed in a liquid-tight manner by a double-sided adapter tape 44. According to this configuration, it is possible to prevent water from entering the accommodation chamber 41 and prevent the adapter side magnet 42 from getting wet.

<Other embodiments>
The present disclosure is not limited to the embodiments described above and illustrated in the drawings, and, for example, the following embodiments are also included within the technical scope of the present disclosure.
The adapter may be a single piece made only of ferromagnetic material, such as a magnetic sheet.
The ferromagnetic material of the adapter may be a soft magnetic material that does not have a magnetic pole and does not become a source of a magnetic field. In this case, a permanent magnet, which is a hard magnetic material, may be provided on the mounting member side.
The adapter may not be exposed on the outer surface of the remote control main body, but may be attached while being housed inside the remote control main body.
The adapter may be attached to a part of the remote control body other than the recess.
The functional part may be arranged in a different part from the recessed part.
The adhesive member is not limited to double-sided tape, but may be one in which a gel-like adhesive that hardens over time is applied to the remote control body or the adapter body.
The adapter body and the magnet may be integrated by a mechanical hook shape without using double-sided tape, or the magnet may be embedded in the adapter body by insert molding.
The adapter may be held attached to the remote control body by a mechanical hook formed on at least one of the remote control body and the adapter.
The accommodation chamber of the adapter may be closed in a liquid-tight manner by a member other than the double-sided adapter tape.
The accommodation chamber may not be closed in a liquid-tight manner by the double-sided adapter tape, but may be left open.
The gap between the outer peripheral edge of the adapter and the remote control body may be sealed in a liquid-tight manner using a member other than the double-sided adapter tape.
The mounting member may be any material as long as it contains a ferromagnetic material (soft magnetic material or hard magnetic material). Specifically, the surface of a ferromagnetic material (for example, a steel plate, an iron plate, a magnet sheet) may be used as the mounting surface.
The mounting surface is not limited to the wall surface of the toilet room, but may be set on a cabinet or shelf board provided in the toilet room, a door at the entrance of the toilet room, etc.
The opening for exposing the functional part to the outside of the adapter is not limited to a window-like one with the opening edge connected all the way around, but also a notch with a part of the opening edge open to the outer periphery of the adapter. It may be a form.
When the boundary between the outer surface of the remote control main body and the outer surface of the adapter exists on the side surface of the remote control main body, it is preferable that there is no step between the outer surface of the remote control main body and the outer surface of the adapter.

10...Remote control (toilet remote controller) 11...Remote control body 16...Recessed part 22...Second operation part (functional part) 23...Display part (functional part) 30...Adapter 34...Operation opening (opening) 35...Display opening (opening) 41...accommodation chamber 42...adapter side magnet (ferromagnetic material, magnet) 44...double-sided tape for adapter (adhesive member) 50...toilet device

Claims (5)

a remote control body that sends operation signals to the toilet device;
an adapter that has a ferromagnetic material and can be attached to the remote control body ,
A functional section is provided on the outer surface of the remote control main body,
A remote controller for a toilet, wherein the adapter has an opening that exposes the functional section when the adapter is attached to the remote control main body. The toilet remote controller according to claim 1, wherein the ferromagnetic material is a magnet. A recess is formed in the remote control main body,
The remote controller for a toilet according to any one of claims 1 and 2, wherein the adapter is housed in the recess. The toilet remote controller according to any one of claims 1 to 3, wherein the adapter is bonded to the remote control main body via an adhesive member . The toilet remote controller according to any one of claims 1 to 4, wherein a gap between the outer peripheral edge of the adapter and the remote control body is sealed over the entire outer peripheral edge of the adapter. .

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