JP5365168B2 - Vehicle seat with shock absorber - Google Patents

Description

  The present invention relates to a vehicle seat with a shock absorber having a shock absorber that is suspended on a seat frame and can elastically support a pad.

A vehicle seat mounted on a vehicle such as an automobile generally has a rectangular seat frame, a pad attached to the seat frame, and a shock absorber suspended from the seat frame on the back side of the pad. When the pad is elastically deformed, the buffer body elastically supports the pad, thereby mitigating an impact that can be transmitted to a person seated on the seat. The shock absorber has, for example, a plurality of wires whose both ends are hooked on the seat frame, and a resin member attached to the wires (see Patent Document 1). The resin member covers the wire and prevents the wire and the seat frame from coming into direct contact with each other, and prevents the generation of abnormal noise caused by the direct contact.
JP 2007-313045 A

  However, the resin member may be easily broken depending on the shape of the resin member. For example, the wire has a plurality of wire bent portions, and the plurality of wire bent portions are encapsulated by a resin member. The reason for including a plurality of wire bent portions with one resin member is that the resin member is generally molded with one liner from the viewpoint of easy molding (see Patent Document 1). However, when the resin member shrinks due to heat, the resin member is pulled between the plurality of wire bent portions, and the resin member is broken by the tensile force, which may cause a problem in durability of the resin member. Then, this invention makes it a subject to provide the vehicle seat with a buffer body which has a highly durable resin member.

  In order to solve the above-mentioned problems, the present invention is a vehicle seat having a configuration as described in each claim. According to the first aspect of the present invention, the shock absorber has a wire with which both end portions are hooked on the seat frame. One end of the wire is hooked on the plate-like plate member of the seat frame, and the wire has a plurality of wire bent portions that bend on the plate member. The wire is provided with a resin member that includes one wire bent portion on the plate member and does not continuously include a plurality of wire bent portions. An exposed portion where the wire is not covered with the resin member is formed between the plurality of wire bent portions.

  Therefore, since the wire bending portion is included in the resin member, it is possible to prevent the wire and the plate member from being in direct contact with the resin member. Thereby, generation | occurrence | production of the noise which may arise between these can be prevented. Moreover, a resin member does not include a some wire bending part continuously. Therefore, even if the resin member contracts due to heat, the force applied to the resin member is reduced. For example, when the resin member includes a plurality of continuous wire bent portions and the resin member is thermally contracted, the resin member is pulled between the wire bent portions. However, according to the configuration of the present invention, the tensile force is not generated in the resin member. Therefore, there is little possibility that the resin member will break, and the durability of the resin member is increased.

Furthermore , according to the invention described in claim 1 , the buffer body has at least a pair of wires arranged in parallel. The resin member has a pair of inclusions that enclose a part of each wire. Each inclusion includes one of the wire bent portions and does not continuously include a plurality of wire bent portions. Between the pair of inclusions, a connecting portion that connects them is provided. Therefore, the resin member suppresses the movement of the proximity / separation between the pair of wires by connecting the pair of wires. Thereby, in addition to the function of preventing abnormal noise, the resin member also has a function of stabilizing the buffer performance of the buffer body.

According to invention of Claim 2 , the buffer body has the 1st and 2nd wire arranged in parallel. The first and second wires are a longitudinally extending portion that extends in a direction between both ends hooked on the seat frame, and a laterally extending portion that extends in a lateral direction substantially orthogonal to the longitudinally extending portion. And the long extension part and the short extension part are connected by the wire bending part. The resin member has a pair of inclusions that enclose each part of the first and second wires. Each inner body includes a long inner part including the corresponding long extension part of the first and second wires, and a short inner part including the corresponding short extension part of the first and second wires. Have. A connecting portion that connects the longitudinal inner packet portions is provided between the longitudinal inner packet portions of the pair of inner bodies at positions avoiding the wire bent portions.

  Therefore, the resin member connects the first and second wires, thereby suppressing the movement of the proximity and separation between the first and second wires. Thereby, in addition to the function of preventing abnormal noise, the resin member also has a function of stabilizing the buffer performance of the buffer body. The resin member also has a pair of inclusions that enclose corresponding portions of the first and second wires. Therefore, the resin member can receive the force between the first and second wires with a good balance. Moreover, the connection part is provided in the position which avoided the wire bending part located between the long inner packet part and the short inner packet part which are easy to receive force. This avoids stress concentration and improves the durability of the resin member.

  An embodiment of the present invention will be described with reference to FIGS. As shown in FIG. 1, the seat 20 is a seat that is mounted on a vehicle such as a vehicle, and includes a seat cushion 20a and a seat back 20b that is connected to the seat cushion 20a so as to be adjustable in angle. The seat cushion 20 a and the seat back 20 b each have a seat frame 23, a pad 21 attached to the seat frame 23, and a skin 22 that covers the surface of the pad 21. The pad 21 is formed from a foamed resin such as urethane foam.

  The seat frame 23 of the seat cushion 20a has a rectangular shape as shown in FIG. A plate-like side frame 26 is provided. The buffer member 1 disposed on the back side (lower side) of the pad 21 is cross-linked to the plate member 24 and the bar 25.

  As shown in FIG. 1, the shock absorber 1 is disposed on the back surface of the pad 21 and elastically supports the pad 21 when the pad 21 is elastically deformed. Thereby, the buffer body 1 reduces the impact that can be transmitted to the person seated on the seat 20. As shown in FIGS. 2 and 3, the buffer body 1 integrally includes a metal spring body 1 a having elasticity and a plurality of resin members 4 to 11. The spring body 1 a has a pair of wires 2 arranged side by side and a connection wire 3 that connects between one end portions of the wires 2 in a single shape.

  The wire 2 includes a longitudinally extending portion 2a extending in the longitudinal direction (vertical direction in FIG. 3) and a laterally extending portion extending in the lateral direction (right and left direction in FIG. 3) substantially orthogonal to the longitudinally extending portion 2a. A plurality of protruding portions 2b are alternately provided. Between the long extension part 2a and the short extension part 2b, the wire bending part 2c which connects these is provided. A hook 2 d that is hooked on the bar 25 is formed at one end of the wire 2. The hook 2d extends upward in an arc shape. Between the pair of hooks 2d, a connection wire 3 for connecting them extends in the short direction.

  The resin members 4 to 11 are made of a resin material such as polypropylene, preferably a resin material such as polyacetal having high creep resistance. The resin members 4 to 11 are molded integrally with the spring body 1a by setting the spring body 1a in a mold and performing injection molding (see FIGS. 2 and 3). The resin member 10 is provided in the foremost short extending portion 2 b of the wire 2. As shown in FIG. 5, the resin member 10 includes a pair of support portions 10 a and 10 b that enclose both ends of the short extension portion 2 b and an attachment portion 10 c that encloses a central portion of the short extension portion 2 b. ing. The attachment portion 10c is hooked from the front by a claw 24a cut and raised by the plate member 24 of the seat frame 23.

  As shown in FIG. 6, the pair of support portions 10a and 10b are disposed on the left and right sides of the claw 24a. Accordingly, the movement of the wire 2 in the left-right direction with respect to the plate member 24 is restricted by the support portions 10a and 10b. The support portions 10a and 10b have a diameter larger than that of the attachment portion 10c and are higher than the height of the claw 24a. Therefore, the pads 21 are prevented from coming into contact with the claws 24a by the support portions 10a and 10b. As a result, the pad 21 can be prevented from being damaged by the claw 24a by the support portions 10a and 10b.

  As shown in FIG. 2, the resin member 11 includes a hook 2 d at the rear end of the wire 2. The resin member 11 is hooked on the bar 25 of the seat frame 23 together with the hook 2d from below. Thereby, the resin member 11 prevents the metal wire 2 and the bar 25 from coming into direct contact, and prevents the generation of abnormal noise that may occur due to these contacts.

  As shown in FIGS. 3 and 7, the resin members 4 and 5 are provided in the front portion of the wire 2. The resin member 4 integrally includes a pair of inner bodies 4e attached to each wire 2 and a connecting portion 4d that connects the pair of inner bodies 4e. The inner body 4e has a cylindrical shape, and includes a long inner packet part 4a that encloses the second long extension part 2a from the front, and a short inner packet part that encloses the second short extension part 2b from the front. 4b. A bent inner portion 4c that encloses the wire bent portion 2c is formed between the long inner portion 4a and the short inner portion 4b. The resin member 4 includes one wire bent portion 2c in each wire 2 and does not continuously include a plurality of wire bent portions 2c. The connecting part 4d connects the pair of long inner packet parts 4a at positions avoiding the bent inner packet part 4c.

  As shown in FIG. 7, the resin member 5 integrally includes a pair of inner bodies 5 e that includes a part of each wire 2 and a connecting portion 5 d that connects the pair of inner bodies 5 e. The inner body 5e has a cylindrical shape, and includes a long inner packet part 5a that encloses the first long extension part 2a from the front and a short inner packet part that encloses the second short extension part 2b from the front. 5b. A bent inner portion 5c that encloses the wire bent portion 2c is formed between the long inner portion 5a and the short inner portion 5b. The resin member 5 includes one wire bent portion 2c in each wire 2 and does not continuously include a plurality of wire bent portions 2c. The connecting portion 5d connects the pair of long inner inclusion portions 4a at a position avoiding the bent inner inclusion portion 5c.

  As shown in FIGS. 3 and 7, the resin members 4 and 5 are placed on the plate member 24 together with the wires 2. Therefore, the resin members 4 and 5 prevent the wire 2 and the plate member 24 from being in direct contact and prevent abnormal noise generated by the contact. The resin members 4 and 5 have connecting portions 4d and 5d that connect the pair of wires 2 together. Accordingly, the pair of wires 2 are connected by the resin members 4 and 5. Between the resin members 4 and 5, the exposed part 2e which exposes a part of the wire 2 between the wire bending parts 2c is formed. Therefore, when the resin members 4 and 5 are injection-molded, the portion corresponding to the wire 2 exposed by the exposed portion 2e can be held by the wire fixing pin.

  As shown in FIGS. 2 and 3, the resin members 6 and 7 have a thin plate shape and are provided across the four wires 2. The resin member 6 extends in the left-right direction at the front side portion of the shock absorber 1. On the other hand, the resin member 7 extends in the left-right direction at the rear side portion of the buffer body 1. As shown in FIGS. 8 and 9, the resin member 6 includes an attachment portion 6 a that is attached to the wire 2, a first portion 6 b that extends on a plane connecting the wire 2, a recess portion 6 c, and a hook 6 f. Yes.

  The attaching part 6a encloses the wire 2 as shown in FIGS. The recessed portion 6 c is recessed downward in the middle of the first part 6 b and at both the left and right positions of the resin member 6. The hollow portion 6c has a pair of bent portions 6d and 6e that are bent in a direction (downward) away from the pad 21 from the first portion 6b. The inclination angle of the bent portion 6e with respect to the first portion 6b is smaller than the inclination angle of the bent portion 6d and is gentle. A wide portion 6b1 of the first part 6b is formed at a position adjacent to the gentle bent portion 6e. The wide part 6b1 is wider than the other part of the first part 6b, a notch 6b2 is formed at the center, and the wide part 6b1 is annular.

  The wide part 6b1 is provided with a hook 6f as shown in FIGS. The hook 6f extends in a cantilever shape from one end on the center side of the shock absorber 1 of the notch 6b2 toward the outside. The hook 6f has a main body portion 6f1 extending obliquely downward from the first portion 6b, a retaining portion 6f2 projecting upward from the distal end of the main body portion 6f1, and a receiving portion 6f3 curved downward from the distal end of the retaining portion 6f2. doing. In the vicinity of the receiving portion 6f3, a bent portion 6e extending at a gentle angle is positioned substantially parallel to the receiving portion 6f3.

  As shown in FIG. 9, the electric wiring member 13 is hooked on the hook 6f. In this method, first, the electric wiring member 13 is moved from the gentle bent portion 6e side to the receiving portion 6f3. As a result, the hook 6f is elastically deformed, and the electric wiring member 13 is inserted into the main body portion 6f1. The electrical wiring member 13 is prevented from coming off from the main body portion 6f1 by the retaining portion 6f2 due to the elastic return of the hook 6f. A reinforcing portion 6f4 that thickens the hook 6f in the thickness direction is formed between the base end portion of the hook 6f and the main body portion 6f1. Thereby, the strength of the hook 6f is increased.

  As shown in FIGS. 10 and 11, the resin member 7 includes a plurality of attachment portions 7 a attached to the wire 2, a plurality of first portions 7 b extending on a plane connecting the wires 2, and a plurality of through holes. It has a second part 7c. The attachment portion 7 a contains the wire 2. The second part 7c extends at a position farther from the pad 21 than the first part 7b. Between the 1st part 7b and the 2nd part 7c, the connection part 7h which connects these is provided. Between the first part 7b and the connecting part 7h, a bent part 7d that bends downward from the first part 7b is provided, and between the second part 7c and the connecting part 7h, bent from the second part 7c upward. A bent portion 7e is provided.

  As shown in FIGS. 10 and 11, the second part 7c is wider than the first part 7b. The second portion 7c is provided with an annular mounting portion 7f having a through hole. A clip 12 is attached to the attachment portion 7f, and the clip 12 integrally includes a head portion 12a and a leg portion 12b. The head portion 12a is inserted into the through hole of the mounting portion 7f and is elastically attached to the mounting portion 7f. The leg part 12b has a latching claw to which the electric wiring member 13 is latched. The head 12 a of the clip 12 is installed between the pad 21 disposed above the resin member 7 and the second portion 7 c. Therefore, the head 12 a is disposed at a position that does not interfere with the pad 21.

  As shown in FIGS. 10 and 11, ribs 7g are formed on the outer peripheral edge of the second portion 7c. The rib 7g is substantially the same height as the first part 7b and does not interfere with the pad 21. Therefore, the rigidity of the resin member 7 is increased by the ribs 7g, so that when the user is seated on the seat, the pad 21 can be sufficiently prevented from dropping significantly by the resin member 7.

  The resin member 8 has a thin plate shape as shown in FIGS. 2 and 3 and is provided across the two wires 2 at the center. As shown in FIGS. 12 and 13, the resin member 8 has an attachment portion 8 a to be attached to the wire 2, a pair of first portions 8 b, and a second portion 8 c provided between the pair of first portions 8 b. Yes. The attachment portion 8 a includes the wire 2. The first part 8 b extends on a plane connecting the wires 2. The second part 8c extends at a position farther from the pad 21 than the first part 8b. Between the 1st part 8b and the 2nd part 8c, the connection part 8h which connects these is provided. Between the first part 8b and the connecting part 8h, a bent part 8d that is bent downward from the first part 8b is provided. Between the second part 8c and the connecting part 8h, a bent part 8e that is bent upward from the second part 8c is provided.

  As shown in FIGS. 12 and 13, the second portion 8 c has an extending portion 8 c 1 that extends rearward. A mounting portion 8f including a pair of ribs 8f1 is formed in the extending portion 8c1. A sensor (pressure sensor) 14 is mounted on the mounting portion 8f, and the sensor 14 is installed between the pad 21 disposed above the resin member 8 and the second portion 8c. Therefore, the sensor 14 is disposed at a position that does not interfere with the pad 21. The sensor 14 can detect the seating of the user by receiving pressure from the pad 21 when the user is seated on the seat.

  As shown in FIGS. 8 to 13, the resin members 6 to 8 have bent portions 6 d to 8 d and 6 e to 8 e. Accordingly, when the resin members 6 to 8 are contracted by heat or the like, the resin members 6 to 8 are elastically deformed around the bent portions 6d to 8d and 6e to 8e, and the length in the direction between the wires 2 changes. Therefore, the internal stress of the resin members 6 to 8 can be dispersed by elastic deformation of the resin members 6 to 8. Thus, the stress concentration on the attachment portions 6a to 8a of the resin members 6 to 8 attached to the wire 2 is alleviated, and whitening of the attachment portions 6a to 8a can be prevented. As a result, the durability of the resin members 6 to 8 is improved.

  As shown in FIGS. 2 and 3, the resin member 9 is provided on both the left and right sides of the buffer body 1 and at the front and rear center positions. The resin member 9 is recessed downward and has a mounting portion 9a having a through hole in which a clip is mounted. As shown in FIG. 4, the mounting portions 6a and 9a of the resin members 6 and 9 have front surfaces 6a1 and 9a1 and rear surfaces 6a2 and 9a2 which are inclined. The front surfaces 6a1, 9a1 and the rear surfaces 6a2, 9a2 are inclined downward and rearward. Therefore, when the user sits on the seat cushion 20a, the pad 21 receives a front-lower force F by the user's thigh, and the rear surfaces 6a2, 9a2 of the mounting portions 6a, 9a are inclined in a direction facing the force F. ing. Therefore, the pad 21 is not easily broken by the attachment portions 6a and 9a.

  As described above, the buffer body 1 has the wire 2 as shown in FIG. One end of the wire 2 is hooked on the plate-like plate member 24 of the seat frame 23, and the wire 2 has a plurality of wire bent portions 2 c that bend on the plate member 24. The wire 2 is provided with resin members 4 and 5 that include one wire bent portion 2c on the plate member 24 and do not continuously include a plurality of wire bent portions 2c. An exposed portion 2e where the wire 2 is not covered with the resin members 4 and 5 is formed between the plurality of wire bent portions 2c.

  Therefore, since the wire bending part 2c is enclosed by the resin members 4 and 5, it can be prevented that the wire 2 and the plate member 24 are directly contacted by the resin members 4 and 5. Thereby, generation | occurrence | production of the noise which may arise between these can be prevented. Further, the resin members 4 and 5 do not continuously include the plurality of wire bent portions 2c. Therefore, even if the resin members 4 and 5 contract due to heat, the force applied to the resin members 4 and 5 becomes small. For example, when the resin member includes a plurality of continuous wire bent portions and the resin member is thermally contracted, the resin member is pulled between the wire bent portions. However, according to this configuration, the tensile force is not generated in the resin members 4 and 5. Therefore, the possibility that the resin members 4 and 5 are broken is small, and the durability of the resin members 4 and 5 is increased.

  Moreover, the buffer body 1 has at least a pair of wires 2 arranged side by side as shown in FIG. The resin members 4 and 5 have a pair of inclusion bodies 4 e and 5 e that enclose a part of each wire 2. Each of the inclusion bodies 4e and 5e includes one of the wire bent portions 2c and does not continuously include a plurality of wire bent portions 2c. Between the pair of inclusion bodies 4e and 5e, connecting portions 4d and 5d for connecting them are provided. Therefore, the resin members 4 and 5 connect the pair of wires 2 to suppress the approaching / separating movement between the pair of wires 2. Thereby, in addition to the function of preventing abnormal noise, the resin members 4 and 5 also have a function of stabilizing the buffer performance of the buffer body 1.

  As shown in FIG. 7, the wire 2 has a plurality of long extending portions 2a and short extending portions 2b alternately, and the long extending portions 2a and the short extending portions 2b are connected by a wire bent portion 2c. ing. The resin members 4 and 5 have a pair of inclusion bodies 4e and 5e. Each of the inclusions 4e and 5e includes longitudinal inclusions 4a and 5a that enclose the corresponding longitudinal extension portions 2a of the adjacent first and second wires 2, and corresponding short stretches of the first and second wires. It has short internal packet parts 4b and 5b that contain the protruding part 2b. Connecting portions 4d and 5d are provided between the longitudinal inner packet portions 4a and 5a of the pair of inner bodies 4e and 5e so as to connect the longitudinal inner packet portions 4a and 5a at positions avoiding the wire bent portion 2c.

  Therefore, the resin members 4 and 5 have a pair of inclusion bodies 4e and 5e that enclose corresponding portions of the first and second wires 2. Therefore, the resin members 4 and 5 can receive the force between the first and second wires 2 with a good balance. The connecting portions 4d and 5d are provided at positions avoiding the wire bent portions 2c located between the long inner packet portions 4a and 5a and the shorter inner packet portions 4b and 5b, which are easily subjected to force. Thereby, stress concentration is avoided and the durability of the resin members 4 and 5 is improved.

(Other embodiments)
The present invention is not limited to the above-described embodiment, and may be the following form.
(1) The shock absorber 1 of the above embodiment is provided on the back surface (lower surface) of the pad 21 of the seat cushion 20a. However, the buffer 1 may be provided on the back surface of the pad 21 of the seat back 20b.
(2) The resin members 4 and 5 of the above embodiment integrally have a pair of inner bodies 4e and 5e and connecting portions 4d and 5d that connect the pair of inner bodies 4e and 5e. However, the resin member may have a form having only one inclusion body 4e, 5e.
(3) The wire bending portion 2c of the above embodiment connects the long extension portion 2a and the short extension portion 2b at substantially right angles. However, the wire bent portion may be connected to the long extension portion 2a and the short extension portion 2b at other angles or connected in a curved manner such as an arc shape.
(4) The inclusion bodies 4e and 5e of the resin members 4 and 5 of the above embodiment are cylindrical and completely enclose the entire circumference of the wire 2. However, the form in which the inclusion body does not completely enclose the wire but has a slit or a through hole in part and substantially encloses the wire may be employed.
(5) The connecting portions 4d and 5d of the resin members 4 and 5 of the above embodiment connect the pair of long inner inclusion portions 4a and 5a at positions avoiding the bent inner inclusion portions 4c and 5c. However, the connection portion may be configured to connect the pair of inclusions at other positions.

It is a partial cross section perspective view of a vehicle seat. It is a perspective view of a buffer. It is a top view of a buffer and a seat frame. It is a left view of a buffer and a seat frame. It is a partial expansion perspective view of a buffer and a seat frame which shows a mode that a buffer is latched to a seat frame. It is a partial expansion perspective view of a buffer and a seat frame. It is a partial enlarged top view of a buffer and a plate member. It is a partially expanded top view of a resin member and a pair of wires. It is the IX-IX sectional view taken on the line of FIG. It is a partially expanded top view of another resin member and a pair of wires. It is the XI-XI sectional view taken on the line of FIG. It is a partially expanded top view of another resin member and a pair of wires. FIG. 13 is a cross-sectional view taken along line XIII-XIII in FIG. 12.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Buffer 1a ... Spring body 2 ... Wire 2a ... Long extension part 2b ... Short extension part 2c ... Wire bending part 2d ... Hook 2e ... Exposed part 3 ... Connection wires 4-11 ... Resin members 4a, 5a ... Long internal inclusions 4b, 5b ... Short internal inclusions 4c, 5c ... Bending inclusions 4d, 5d ... Connection parts 4e, 5e ... Inclusion bodies 6a-9a ... Mounting parts 6b-8b ... First parts 6d-8d, 6e-8e ... Bending part 6f ... Hooks 7c, 8c ... Second part 7f, 8f, 9a ... Mounting part 7g ... Ribs 7h, 8h ... Connecting part 12 ... Clip 12a ... Head 13 ... Electrical wiring member 14 ... Sensor 20 ... Seat 20a ... Seat cushion 20b ... Seat back 21 ... Pad 23 ... Seat frame 24 ... Plate member 24a ... Claw 25 ... Bar 26 ... Side frame

Claims (2)

A vehicle seat with a shock absorber having a shock absorber that is suspended on a seat frame and can elastically support the pad,
The shock absorber has a wire whose both ends are hooked on the seat frame,
The wire has a plurality of wire bent portions that are hooked at one end to the plate-like plate member of the seat frame and bent on the plate member,
The wire includes a resin member that includes one wire bent portion on the plate member and does not continuously include a plurality of the wire bent portions,
Between the plurality of wire bent portions, an exposed portion where the wire is not covered by the resin member is formed ,
The buffer body has at least a pair of the wires arranged side by side,
The resin member has a pair of inclusions containing a part of each wire.
Each of the inclusion bodies includes one of the wire bent portions and does not continuously include the plurality of wire bent portions,
Between the pair of inclusions, a connecting portion for connecting them is provided,
The vehicle with a shock absorber , wherein the resin member connects the pair of wires arranged in parallel by the connecting portion, and does not include the exposed portion and does not connect both ends of the exposed portion. Sheet. The vehicle seat with a shock absorber according to claim 1 ,
The shock absorber has first and second wires arranged side by side,
The first and second wires include a longitudinally extending portion that extends in a direction between both ends hooked on the seat frame, and a laterally extending that extends in a lateral direction substantially orthogonal to the longitudinally extending portion. Having a plurality of alternately extending portions, the long extending portion and the short extending portion are connected by a wire bending portion,
The resin member has a pair of inclusions that enclose each part of the first and second wires,
Each of the inclusions includes a longitudinal inner part that encloses the corresponding long extension part of the first and second wires, and a corresponding short extension part of the first and second wires. Has a short internal part,
A vehicle seat with a shock absorber, characterized in that a connecting portion is provided between the longitudinal inclusions of the pair of inclusions to connect the longitudinal inclusions at a position avoiding the wire bending portion.

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