DE102018113851A1 - Frame for a drawer - Google Patents

Abstract

A frame (1) for a drawer (4, 5), which has an outer shell (8) and an inner shell (9), wherein the outer shell (8) is displaceably guided relative to the inner shell (9) and wherein the outer shell (8) and the inner shell (9) form a cavity between them, which has one or more functional devices, characterized in that the outer shell (8) in a first position to the inner shell (9) prevents access to the / functional device (s) and these are concealed accordingly, wherein the outer shell (8) and / or inner shell (9) has an opening through which in a Zargenlängsrichtung relative to the first position shifted second position access to the functional devices is made possible.

Description

The invention relates to a frame for a drawer, which has an outer shell and an inner shell, wherein the outer shell is guided displaceably relative to the inner shell and wherein the outer shell and the inner shell form a cavity between them, which has one or more functional devices.

The invention has the object to further develop the generic frame functionally advantageous.

The invention solves this problem by the subject matter of claim 1. It also provides a drawer for a piece of furniture with one or more frames according to one of the claims related thereto.

Thereafter, it is provided that the outer shell in a first position to the inner shell prevents access to the one functional device or at least one of the plurality of functional devices and correspondingly concealed, wherein the outer shell or inner shell has an opening over which in a longitudinal direction -. in the main extension direction of the frame, in particular parallel to a pull-out direction of an associated drawer - in relation to the first position displaced second position access to the at least one or at least one of or u.U. is also possible on several or all of the functional devices. A breakthrough in the sense of this document may in particular be designed as a kind of window or hole, in particular in a flat material made of sheet metal or plastic or as an edge recess in the flat material from which the shells preferably consist. In this way, the outer shell is advantageously structurally simple relative to the inner shell, wherein this connection can easily be released again in order to gain access to the one or more functional devices. In this way, the frame is developed functionally, since a good locking of the shells and also a good accessibility to the one or at least one of the plurality of functional devices is realized.

Preferably, one or more detent element (s) may be arranged in the cavity on the outer shell or the inner shell, which engages in the first or second position in the opening of the inner shell or the outer shell and thereby preferably the respective opening completely or partially close. In this way, the one or more latching elements are advantageously arranged structurally in the interior of the frame, where it is / are not visible to a user.

It can be provided that by releasing a detent position of the respective latching element with a tool or by hand from the outside outside of the frame and the latching and thus the first or second position can be solved in a simple manner, so that a displacement of the outer shell relative to the inner shell becomes possible.

It is preferred that the locking element (s) is / are fixed to the inner shell and that the opening is provided in the outer shell. Because this leads to a particularly advantageous functionality and overall attractive appearance of the frame.

In a preferred embodiment of the invention, the functional device (s) comprise one or more locking device (s), one or more adjusting devices, one or more guide elements. As a result, essential function carriers of a drawer can advantageously be arranged structurally in the interior of the frame, where they are not visible to a user. In any case, one of these functional device (s) is then preferably with a tool in a sliding position of the outer shell relative to the inner shell, in which also the locking element (e) is released from the detent position, easily and safely actuated via the breakthrough.

In a further preferred embodiment variant of the invention, an outer wall section of the outer shell has an upper edge which is bent over at least 90 ° to the inner shell and / or optionally further in particular by 180 ° or is designed as a further separate outer shell to the outer wall section of the outer shell. As a result, the outer shell is advantageously simply stiffened and / or thereby obtains a visually appealing appearance and upper cover.

In a further preferred embodiment of the invention, at the upper edge of the outer shell of the frame, a leg-like guide lug bent downwards by 90 ° is formed. This is structurally simple in conjunction with guide elements that can be mounted on the inner shell, formed a sliding guide.

In a further preferred embodiment of the invention, the upper edge of the outer wall portion of the outer shell of the frame may have an opening. The aperture is preferably for easy accessibility of the alignment device with a tool, such as e.g. a screwdriver. By way of example, the inclination of a wall, e.g. the front panel or a rear wall of the respective frame of the drawer relative to the pullout guide can be adjusted. For this purpose, the tool engages in a shifted position, which corresponds to the second position of the outer shell, in a Drehmomentmitnahmegeometrie the adjusting device, in particular vertically to the drawer bottom arranged spindle, so that adjustment can be made simply and advantageously by turning the screwdriver.

In a further preferred embodiment variant of the invention, the inner shell can form an inner wall section which has an upper edge. As a result, the inner shell is advantageously simply stiffened.

In a further preferred embodiment of the invention, the upper edge of the inner wall portion may be bent outwardly or to the outer shell, so that it forms a support leg in the manner of a traverse. As a result, an assembly plane is structurally simply formed in the cavity of the frame.

In a further preferred embodiment of the invention, the support leg can be used for fastening the one or more latching element (s). As a result, the one or more latching elements are advantageously protected and optically concealed there.

In a further preferred embodiment of the invention, the latching element may be designed according to the principle of a snap-action hook. As a result, a structurally simple as well as quickly and easily assembled and disassembled locking connection is produced in conjunction with the breakthrough.

In a further preferred embodiment of the invention, the snap hook may be formed as a one-sided lever. This is a structurally simple and proven design of the snap hook.

In a further preferred embodiment of the invention, the latching element may have a base portion. The base portion is designed as a kind of slip-on shoe, so that the base portion has a groove-like receptacle for the supporting leg. The groove-like receptacle is formed by an upper leg and a lower leg. As a result, a structurally simple and thus advantageous pre-assembly possibility of the locking element is created by simply pushing the Aufschiebschuhs on the support legs.

In a further preferred embodiment of the invention, the upper leg may have a recess and the lower leg a plurality of angular incisions, from each of which a flap is issued. Furthermore, the lower leg may have a catch hook corresponding to the recess. The latching hook may also have in the mounted state of the latching element another with the latching hook corresponding recess. As a result, a structurally simple and thus advantageous fixing possibility of the locking element is created by simply latching on the Trageschenkel-.

In a further preferred embodiment variant of the invention, a latching section adjoins the upper leg. The latching portion has an upstand on the narrow side of the base portion and is designed as a one-sided lever. This leads to an advantageously simple construction of the locking portion.

In a further preferred embodiment variant of the invention, the latching section can have an upstand on the longitudinal side of the base section. The latching section is designed like a bridge. This leads to an advantageously rigid design of the locking portion and thus to an advantageously secure locking.

In a further preferred embodiment of the invention, the one-sided lever can connect integrally to a block-like middle part. As a result, structurally simple stiffening of the locking element is created.

In a further preferred embodiment of the invention, the latching portion may have a latching nose for engagement in the opening. As a result, the outer shell is advantageously structurally simple relative to the inner shell and / or the breakthrough is securely closed.

In a further preferred embodiment variant of the invention, the latching lug can be pressed or chamfered obliquely at at least two of its edges. This advantageously facilitates a beaking of the locking lug against the opening.

In a further preferred embodiment variant of the invention, the latching lug can be rounded in each case with a radius on at least two of its edges. This advantageously facilitates a beaking of the locking lug against the opening.

In a further preferred embodiment of the invention, the latching portion may have a fold. As a result, a stroke limitation of the latching section is created in a structurally simple manner.

In a further preferred embodiment of the invention, the latching element is produced from a sheet metal or strip semifinished product as a stamped and bent part. As a result, a manufacturing technology is simple and inexpensive to produce, lightweight locking element created.

In another preferred embodiment of the invention, the locking element may be made in one piece from a plastic by an injection molding process. As a result, a manufacturing technology is simple and inexpensive to produce, lightweight locking element created.

In a further preferred embodiment of the invention, the latching element may have a guide groove. The guide groove is formed by a wall portion and a base portion. In the guide groove can engage in the assembled state of the locking element and the frame of the guide tabs of the outer shell. As a result, a further guide element is structurally simply created, so that the sliding guide is advantageously further stiffened.

The invention also advantageously provides a drawer with a rear wall, a drawer bottom, a front panel and one or more frames according to one of the claims related thereto.

Further advantageous embodiments of the invention can be found in the dependent claims.

• 1: eine räumliche Ansicht eines Kastenmöbels mit drei Schubkästen, die sich im geschlossenen Zustand befinden;
• 2: in a) eine räumliche Ansicht von einem der Schubkästen aus 1, mit einer Frontblende und (Seiten-)Zargen, von welchen eine erkennbar ist, in b) eine räumliche Ansicht des Schubkastens aus 2a, bei dem die Frontblende nicht dargestellt ist;
• 3: in a) eine räumliche Ansicht eines Ausschnitts des Schubkastens aus 2b, in dem eine Zarge und eine Rückwand des Schubkastens im geschlossenen Zustand der Zarge dargestellt ist, in b) eine Draufsicht der Darstellung nach 3a;
• 4: in a) eine räumliche Ansicht eines Ausschnitts des Schubkastens aus 2b, in dem die Zarge des Schubkastens im verschobenen Zustand, der Außenschale dargestellt ist, in b) eine Draufsicht der Darstellung nach 4a;
• 5: in a) eine räumliche Ansicht einer Zarge ohne Außenschale im Bereich der Rückwand ohne montiertes Rastelement, in b) die Zarge aus a) mit montiertem Rastelement, in c) die Zarge aus a) mit dem zu montierenden Rastelement sowie Außenschale;
• 6: eine Vorderansicht im Schnitt der montierten Zarge mit montiertem Rastelement;
• 7: in a) eine räumliche Vorderansicht eines Rastelementes; in b) eine räumliche Unteransicht des Rastelementes aus 7a;
• 8: eine räumliche Ansicht einer Ausführungsvariante des Rastelementes;
• 9: eine räumliche Ansicht einer weiteren Ausführungsvariante des Rastelementes.

The invention will be described in more detail with reference to an embodiment with reference to the drawings. Show it:

• 1 a spatial view of a chest of drawers with three drawers, which are in the closed state;
• 2 : in a) a spatial view of one of the drawers 1 , with a front panel and (side) frames, one of which is recognizable, in b) a spatial view of the drawer 2a in which the front panel is not shown;
• 3 : in a) a spatial view of a section of the drawer 2 B , in which a frame and a rear wall of the drawer in the closed state of the frame is shown in b) is a plan view of the illustration 3a ;
• 4 : in a) a spatial view of a section of the drawer 2 B in which the frame of the drawer in the shifted state, the outer shell is shown, in b) is a plan view of the illustration 4a ;
• 5 in a) a spatial view of a frame without outer shell in the rear wall without mounted locking element in b) the frame of a) with mounted locking element, in c) the frame of a) with the locking element to be mounted and outer shell;
• 6 : A front view in section of the mounted frame with mounted locking element;
• 7 in: a) a spatial front view of a latching element; in b) a spatial bottom view of the locking element 7a ;
• 8th a spatial view of a variant of the locking element;
• 9 a spatial view of another embodiment of the locking element.

1 shows as box furniture 2 trained furniture. The box furniture 2 has a furniture body 3 on. In the furniture body 3 Here are - purely by way of example - three drawers 4 . 5 used. The drawers 4 . 5 are in the furniture body 3 slidably guided, leaving each of the drawers 4 . 5 each from the furniture body 3 pulled out in an open position and pushed out of this out into a closed position.

The in 2a and 2 B illustrated drawer 5 has a front panel 6a on, the example here as a relatively high front panel 6a is trained. The drawer 5 also has two side frames - hereinafter also short frames 1 called - as well as a back wall 7 on.

In 2 B it can be seen that the frames 1 preferably each bivalve are constructed. The frame 1 has a kind of elongated housing in the manner of a shell with an outer shell 8th and an inner shell 9 on.

Here is the outer shell 8th on the inner shell 9 held and relative to this displaceable. Preferably, the outer shell 8th limited displaceable on the inner shell 9 held. The inner shell 9 includes with the outer shell 8th each a narrow cavity.

The concept of the inner shell 9 and the outer shell 8th does not mean that they must be built in one piece. The inner shell 9 and the outer shell 8th Rather, they may in turn be composed or formed from a plurality of elements, such as metal strips, so that they interact to form the inner shell and the outer shell 8th . 9 form.

The drawer 5 also has a drawer bottom 10 on. Preferably - but not mandatory - are the outer shell 8th and the inner shell 9 made of sheet metal, in particular made of sheet steel. But they can also be made of other materials. Preferably, the inner shell 9 and the outer shell 8th each in one piece or several pieces of one or more (n) sheets, in particular made of steel, which have been partially deformed transforming and where appropriate recesses and the like. By punching, cutting or the like. Are formed.

It is further preferred if the outer shell 8th and the inner shell 9 form a frame with a relatively small, ie "narrow" width, which is preferably less than 15 mm, in particular narrower than 12 mm. Especially with such narrow frames 1 the invention can be used advantageously.

On or in each of the frames 1 a plurality of functional devices can be arranged. The functional devices are substantially in the cavity between the outer shell 8th and the inner shell 9 arranged. For example, one or more locking devices can be used for these functional devices 24 , one or more adjustment device (s) 25 , one or more guide element (s) 109 and one or more detent element (s) 100 belong (see eg 5a . 5b . 5c ).

To gain access to the functional element (s), in particular to the adjusting device 25 - to realize all or part of the space between the inner shell 9 and the outer shell 8th are arranged, it is advantageous if the inner shell 9 relative to the outer shell 8th displaceable, preferably limited sliding. (For example, see 4a and 4b) ,

In 4a as in 5c is recognizable that the outer shell 8th can be configured in one piece. The outer shell 8th also has an outer wall section 11 on, which is substantially or completely the visible outer wall of the frame 1 formed. To the back wall 7 there is the inner shell 9 here by their width B shorter than the outer shell 8th ,

Preferably, an upper edge 12 this outer wall section 11 initially at 90 ° to the inner shell 9 bent over and / or further by 180 ° -also of the inner shell 9 weg- bent or as another separate outer shell ( 8th' ), be designed for example in the form of a bar. It can also be a bent by 90 ° down leg-like guide lobe 13 at the top 12 the outer shell ( 8,8 ' ) (see 6 ).

In the 3a . 3b . 4a . 4b is shown here is the top edge 12 of the outer wall section 11 the respective frame 1 a breakthrough 14 having. The breakthrough is here as a quadrangular, especially square breakthrough 14 designed. The breakthrough 14 Alternatively, it may also have a different geometry, in particular it may also have a circular geometry -also be designed as a "hole". Furthermore, the breakthrough 14 also at a different position on the outer shell 8th to be appropriate. It is conceivable, for example, a position of the breakthrough 14 in the outer wall section 11 - so in a position perpendicular to the position at the top 12 of the outer wall section 11 ,

The breakthrough 14 serves to actuate the adjusting device 25 with a tool, such as a screwdriver. It is about the adjustment 25 For example, set the inclination of the drawer relative to the pullout guide. For this purpose, the tool engages in a second position of the outer shell 8th in a Drehmomentmitnahmegeometrie the adjusting device 25 so that adjustment can be made simply and favorably by turning the screwdriver (see 4b and 5c ). In a first position of the outer shell 8th (please refer 3a and 3b) is the breakthrough 14 from a catch 101 of the locking element 100 penetrated.

The upper edge 12 here also forms an outer wall section 11 angularly arranged cover strip section 15 out, the outer shell 8th closes at the top. This is the cover strip section 15 preferably at 90 ° relative to the outer wall portion 11 bent over or as a separate strip of a multi-piece outer shell 8th . 8th' educated.

An upper edge 16 of the inner wall section 17 - please refer 5a . 5b . 5c . 6 - is to the outside or to the outer shell 8th bent down so that he has a support leg 18 trains in the manner of a traverse. Between the carrying leg 18 and the inner and outer shell 8th . 9 becomes the upper edge area here a receiving channel 19 educated.

The carrying leg 18 serves here for the attachment of several guide elements (s) 21. These are in the receiving channel 19 arranged there and are advantageously protected and visually obscured. On them slides the outer shell 8th or the guide lobe 13 , They therefore form with the outer shell 8th or the guide lobe 13 a sliding guide (see 5a . 5b . 5c . 6 ). This is advantageous, but not mandatory in the context of the invention.

Preferably, several of the guide elements 21 in a row spaced apart on the support leg 18 the inner shell 9 distributed. The carrying leg 18 and an adjoining wall portion of the inner shell 9 form two of the walls of the receiving channel 19 , Two other walls of this reception channel 19 forms the outer shell 8th out. The receiving channel 19 is thus formed closed all around. The upper guide elements 21 are therefore not visible in their installed position on a drawer from the outside.

The guide elements 21 can in the recording channel 19 fixed, for example, with screws or rivets and / or locking means or the like. Be fixed. Preferred - because simple and straightforward - is a fastening with at least one latching hook 109 or a plurality of latching hook, the / in a recess 110 of the carrying leg 18 engage / intervene (see 6 ).

In 5a is the outer shell 8th the frame 1 not shown. Well recognizable, therefore, is the locking device 24 for the back wall 7 , Well recognizable are also the - here two-guide elements 21 in which the outer shell 8th at the inner dish 9 is guided and so the sliding guide is formed. The guide elements 21 are here on the carrying leg 18 the inner shell 9 attached by a latching connection.

In 5a is also the locking element 100 shown in an unmounted state. The locking element 100 forms the catch nose 101 out. The catch 101 passes through in the assembled state of the locking element 100 in a first position of the outer shell 8th the frame 1 the break through 14 , The locking element ( 100 ) can advantageously be flush with the outer shell ( 8,8 ' ) to lock. This will make the outer shell 8th relative to the inner shell 9 advantageously structurally simple and / or breakthrough 14 locked.

The locking element 100 is designed here on the principle of a snap hook. The snap hook is here designed as a one-sided lever, as in 7a and 7b is shown better recognizable.

The locking element 100 in 7a and 7b has a basic section 102 on, which is executed here as a kind of Aufschiebeschuh. In this respect, the basic section 102 a groove-like recording 103 for the carrying leg 18 on. The groove-like recording 103 is from an upper thigh 104 and a lower leg 105 formed, each of the basic section 102 formed. Due to the groove-like recording, the locking element can be easily and advantageously on the supporting leg 18 the inner shell 9 be deferred.

The upper leg 104 has a recess 106 on. The lower thigh 105 has several-here two angular incisions 107 on each of which a rag 108 is issued. The lower thigh 105 also has one with the recess 106 corresponding catch hook 109 on.

The latching hook 109 passes through in the assembled state of the locking element 100 another with the latching hook 109 corresponding recess 110 in the carrying leg 18 , as well as the recess 106 , Such a secure and simple snap or snap connection is formed by the latching element 100 advantageous simply on the support leg 18 the inner shell 9 can be mounted.

On the upper leg 104 closes a rest section 111 on. The resting section 111 has an upstand 112 on the narrow side of the ground section 102 on. The resting section 111 is here designed as a one-sided lever. The resting section 111 also has the latch 101 on, which is pressed here obliquely at their edges. The chamfers created by the respective contact pressure 113 make it easier to beak the latch 101 while reaching through the breakthrough 14 the outer shell 8th , Furthermore, the latching section 111 another fold 114 on. The fold 114 serves as a stroke stop of the latching section 111 ,

In 8th is a variant of the locking element 100 shown. In order to avoid repetition, only deviations or additions to the locking element will be described below 100 after 7a and 7b described. Notwithstanding the locking element 100 after 7a and 7b has the rest section 111 here an upstand 112 on the longitudinal side of the base section 102 on. The resting section 111 is executed here like a bridge. The resting section 111 also has the latch 101 on, here at two edges is pressed obliquely. The chamfering113 created by the respective contact pressure facilitates beaking of the locking nose 101 while reaching through the breakthrough 14 the outer shell 8th ,

The locking element 100 after 7a and 7b or after 8th is preferably made of a sheet or strip semi-finished product as a stamped and bent part. The material used here is preferably a so-called stainless steel or a rust- and acid-resistant steel. The locking element 100 can also be made of a different material.

In 9 is a further embodiment of the locking element 100 shown. Notwithstanding the variants according to 7a . 7b and 8th is the locking element 100 made in one piece from a plastic, preferably by an injection molding process.

With regard to the geometric features, the locking element follows 100 after 9 essentially according to the execution 7a and 7b , Deviating from this, the locking element 100 after 9 no pick-up shoe on. Rather, the locking element 100 about his basic section 102 and the latching hook 109 on the carrying leg 18 the inner shell 9 attached. The resting section 111 is here also designed as a one-sided lever, which is integrally formed on a block-like central part 115 followed. The resting section 111 forms the catch nose 101 chamfered here on two edges 113 and here at two other edges each with a radius 116 is rounded. Furthermore, the locking element 100 a wall section 117 on, extending lengthwise on the inner shell 9 facing side of the locking element 100 extends. The wall section 117 forms with the base portion a guide groove 118 out. In the guide groove 118 engages in the assembled state of the locking element 100 and the frame 1 the guide lobe 13 the outer shell 8th on.

The in the 7a . 7b . 8th and 9 shown locking elements 100 are merely exemplary. There are therefore also embodiments of the locking element 100 with other geometries, other manufacturing methods and other materials than described here imaginable. Essential is the function of covering and Verrastens with the breakthrough 27 the outer shell 8th ,

LIST OF REFERENCE NUMBERS

frame 1 box furniture 2 furniture body 3 drawer 4 drawer 5 front panel 6a, 6b rear wall 7 outer shell 8th inner shell 9 Drawer base 10 Outer wall section 11 Upper edge (outer shell) 12 guide tabs 13 breakthrough 14 Cover strips section 15 Upper edge (inner shell) 16 Inner wall section 17 supporting leg 18 receiving channel 19 guide element 21 locking 24 adjusting 25 locking element 100 locking lug 101 base portion 102 admission 103 Upper thigh 104 Lower thigh 105 recess 106 incision 107 cloth 108 latch hook 109 recess 110 detent portion 111 backsplash 112 chamfer 113 fold 114 midsection 115 radius 116 wall section 117 guide 118

Claims (15)

Frame (1) for a drawer (4, 5), which has an outer shell (8) and an inner shell (9), wherein the outer shell (8) relative to the inner shell (9) is displaceably guided and wherein the outer shell (8) and the inner shell (9) form a cavity between them, which has one or more functional devices, characterized in that the outer shell (8) in a first position to the inner shell (9) prevents access to the one functional device or at least one of the plurality of functional devices and this obscured, wherein the outer shell (8) and / or inner shell (9) has an opening over which in a Zargenlängsrichtung relative to the first position shifted second position access to the one functional device or at least one of the plurality of functional devices is made possible. Frame (1) to Claim 1 , characterized in that one or more latching element (s) (100) is arranged in the cavity on the outer shell or the inner shell and engages in the first position or second position in the opening, the inner shell or the outer shell / engage and preferably completely or partially close the respective breakthrough. Frame (1) to Claim 1 or 2 , characterized in that the functional device (s) one or more locking device (s) (24), one or more adjusting device (s) (25) and / or one or more guide element (s) (109). Frame (1) to Claim 1 . 2 or 3 , characterized in that the aperture (14) for actuating one or more of the one or more functional device (s), in particular the adjusting device (s) (25), with a tool, wherein the one or more functional device, in particular adjusting device ( en) (25) in a sliding position of the outer shell (8) relative to the inner shell in each case via the opening (14) is accessible / are. Frame (1) according to one of the preceding claims, characterized in that the outer shell (8) has an outer wall portion (11) which substantially or completely forms the visible outer wall of the frame (1) and an upper edge (12), which runs approximately parallel to the drawer bottom. Frame (1) to Claim 5 , characterized in that the upper edge (12) as a further separate outer shell (8 ') to the outer wall portion (11) of the outer shell (8) is formed. Frame (1) to Claim 5 , characterized in that the upper edge (12) is bent back at least by 90 ° to the inner shell (9) and / or optionally further in particular again by 180 °. Frame (1) to Claim 5 to 7 , characterized in that the upper edge (12) of the outer wall portion (11) has the aperture (14). Frame (1) according to one of the preceding claims, characterized in that the inner shell (9) forms an inner wall portion (17) having an upper edge (16) and is bent outwards or to the outer shell (8), so that he forms a support leg (18) in the manner of a cross-beam. Frame (1) according to one of the preceding claims, characterized in that the latching element (100) has a base portion (102) and that the base portion (102) is designed as a slip-on shoe, so that the base portion (102) has a groove-like receptacle (103). for the support leg (18). Frame (1) according to one of the preceding claims, characterized in that the latching element (100) is made of a sheet metal or strip semifinished product as a stamped and bent part. Frame (1) according to one of the preceding claims 2 to 10, characterized in that the latching element (100) is made in one piece from a plastic by an injection molding process. Frame (1) according to one of the preceding claims 11 or 12, characterized in that the latching element (100) has a guide groove (118) for guiding the outer shell (8), Frame (1) to Claim 13 , characterized in that in the guide groove (118) in the assembled state of the latching element (100) and the frame (1) of the guide lugs (13) of the outer shell (8) engages. Drawer (4, 5) with a rear wall (7), a drawer bottom (10), a front panel (6a, 6b) and one or more frames (1) according to one of the preceding claims.

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