COMPONENT HOLDER

Abstract: A connecting hole (12) is provided at one end of holder units (1) oriented in a direction of connection of the holder units, and at the other end a connecting protrusion (14) is provided which fits into the connecting hole and projects in a direction perpendicular to the direction of connection for engagement. The connecting protrusion is constructed by a pair of engagement pieces (15) disposed in parallel spaced relation in a direction perpendicular to the direction of connection and deformable toward each other. Locking protrusions (16) are provided at a front end outer surfaces of the engagement pieces, which are adapted to engage peripheral edges of longitudinally opposite ends of the connecting hole for preventing dislocation. At one end of the holder unit in the direction of connection of the holder units there is provided a connection positioning hole (23) and at the other end there are provided a connection positioning portion (71, 72) having a connecting protrusion (21) which fits into the connection positioning hole.

Description: Technical Field The present invention relates to a component holder assembly constructed by a plurality of component holder units connected together for storing various kinds of components, such as electronic components, optical components, and mechanical components, and more particularly to an improvement to a connector device for connecting component holder units of the component holder assembly. Background Art Hitherto, a holder tape formed with many storage recesses spaced at predetermined intervals has been used as a component holder assembly for holding a multiplicity of components and mounting the holder assembly as an assembly of components on a component supply device, and in such a way that after components having been stored in the recesses, the upper side of the holder tape is covered with a cover tape for restraining popping up of components. However, with such a component holder, it is necessary that for the purpose of storing components, the holder must be covered with the cover tape and that for the purpose of feeding components, the cover tape must be peeled off and, in turn, taken up. This necessitates a complex component feeder device, and the peeled-off cover tape is disposed of as a throw-away waste, resulting in higher cost or the like. Therefore, in order to solve such an issue, the applicant previously proposed a component holder assembly 121 as shown in Fig. 4, the assembly comprising a multiplicity of component holder units 122 (only two shown in the drawing) connected together. The component holder unit 122 has a component holding portion 123 formed in a central portion thereof, with feed holes 124 formed at a predetermined pitch on opposite sides in the direction of connecting. At opposite sides of the holding portion 123 there are provided engagement pieces 125 which are respectively connected by a pair of link pieces 126 at both sides integrally to side walls opposed to each other in the direction of connection of holder units 122, the engagement pieces 125 being adapted to be movable between a projected position and a retracted position in relation to a top opening of the holding portion 123. At the projected position, the engagement pieces 125 engage the upper surface of a component stored in the holding portion 123 to prevent popping up of the component, and at the retracted position, the engagement pieces 125 permit the component to be inserted into the holding portion 123 and held therein, or to be released therefrom. At one end edge of the holder unit 122 oriented in the direction of connecting, there are provided a pair of protrusions 133 formed with an elongate connecting hole 134 in suitably spaced relation in a direction perpendicular to the direction of connection of the holder assembly 121. At the other end edge of the holder unit 122 oriented in the direction of connecting, engagement protrusions 132 adapted to fit into the connecting holes 134 are provided at positions corresponding to the connecting holes 134. The engagement protrusion 132 has, at one side, a locking pawl 115 projecting therefrom. At the inner side of the locking pawl 115 there is formed a recessed portion 116 wider than the width of the pawl 115 such that both ends of the locking pawl 115 and side end walls of the recessed portion 116 are connected by thin connecting walls to enable the locking pawl 115 to be retracted into the recessed portion 116 by a suitable external force and to securely return to its original state. However, with the construction of above described connector device, after the locking pawl 115 fits into the connecting hole 134, a gap exists between the locking pawl 115 and the inner wall of the connecting hole 134, which causes a play in the connection of the holder units 122 in a direction perpendicular to the direction of connection, and therefore, the component holder assembly 121 cannot secure its straightness. As such, even when component holder units 122 are positioned by a component holder assembly feeding device, units other than the so positioned units cannot be positioned in place. As a result, in bringing drive sprockets of the holder assembly feeding device into engagement with feed holes, the sprocket cannot engage some feed holes and this may possibly cause some deviation in holder assembly advance, rattling of holder assembly, and some error in holder assembly feed amount. Furthermore, European patent application 0 570 128 being the closest prior art document from which the present invention starts, discloses a linked container for transporting precision devices. This known device has a series of recesses for receiving the devices, and a row of small portions at regular intervals along its lateral sides and engageable with driving lugs of a stepping driver. The container is composed of a row of repeating plastic units of the same dimension in the longitudinal direction, each unit defines one recess and has transverse sides. Each of junctions between these sides is a hinge which allows the adjacent sides to rotate relative to and in parallel with each other, due to a distance from the junction to the closest aperture on one unit is the same as said to the closest aperture on the next unit. A further known component holder assembly is disclosed in the laid-open Japanese patent application 08 032283 A. Therefore, it is an object of the present invention to provide a component holder assembly which makes it possible to easily connect holder units and provides for high precision connection. Disclosure Of Invention In order to accomplish the above mentioned object, the present invention is constructed as follows. According to a first aspect of the present invention, there is provided a component holder assembly constructed by a plurality of component holder units connected together for holding components, the component holder assembly comprising: a first connector portion and a first connection positioning portion having a connection positioning hole, at one end of each of the component holder units oriented in the direction of connection; and at the other end of each of the component holder units oriented in the direction of connection, a second connector portion adapted to be connected to the first connector portion of the following component holder unit and a second connection positioning portion having a connection positioning projection adapted to be connected to the connection positioning hole of the first connection positioning portion of the following component holder without any play wherein at least two first connector portions are provided at the one end of each of the holder units oriented in the direction of connection so that the first connection positioning portion is disposed between the two first connector portions, and wherein at least two second connector portions are provided at the other end of each of the holder units oriented in the direction of connection so that the second connection positioning portion is disposed between the two second connector portions. According to a second aspect of the present invention, there is provided a component holder assembly as set forth in the first aspect, wherein the first connector portion is disposed in a vicinity of one side of the one end of each of the holder units oriented in the direction of connection, wherein the first connection positioning portion is disposed in a vicinity of the other side thereof, wherein the second connector portion is disposed in a vicinity of one side of the other end of each of the holder units oriented in the direction of connection and wherein the second connection positioning portion is disposed in a vicinity of the other side of the other end. According to a third aspect of the invention, there is provided a component holder assembly as set forth in the first or second aspects, wherein the first connector portion has a connecting hole extending through the holder unit in a direction, perpendicular to the direction of connection, of entry and removal of the components relative to the component holder unit, and wherein the second connector portion has a connecting protrusion extending in the direction, perpendicular to the direction of connection, of the entry and the removal of the components relative to the component holder unit which is adapted to fit into the connecting hole and project therefrom for engagement in a direction perpendicular to the direction of connection, the connecting protrusion comprising a pair of engagement pieces arranged in parallel spaced relation in a direction perpendicular to the direction of connection and elastically deformable toward each other, the pair of engagement pieces having, at front end outer side thereof, locking projections engageable with peripheral edges of longitudinally oriented ends of the connecting hole for dislocation or coming-off purposes. According to a fourth aspect of the present invention, there is provided a component holder assembly as set forth in any one of the first to thirds aspects, wherein the first connection positioning portion has a circular hole extending through the component holder unit in a direction, perpendicular to the direction of connection, of entry and removal of the components relative to the component holder unit, and wherein the second connection positioning portion has a cylindrical pin extending in the direction, perpendicular to the direction of connection, of the entry and removal of the components relative to the component holder unit, and adapted to be connected to the circular hole without any play. According to a fifth aspect of the present invention, there is provided a component holder assembly as set forth in the fourth aspect, wherein the cylindrical pin has an axially larger length than the connecting protrusion of the second connector portion, whereby, when the plurality of component holder units are connected together, the cylindrical pin of the second connection positioning portion begins to closely fit into the circular hole of the first connection positioning portion before the respective connecting protrusions of the second connector portion of one of the component holder units are fitted into the corresponding connecting holes of the first connector portion of the following component holder unit. According to a sixth aspect of the present invention, there is provided a component holder assembly as set forth in any one of the first to fifth aspect, wherein a portion of the component holder unit where the second connector portion is caused to project from the component holder unit and a portion of the component holder unit where the second connection positioning portion is caused to project from the component holder unit have notches respectively so that the second connector portion and the second connection positioning portion are similarly deformable relative to the component holder unit, so that, when a plurality of aforesaid component holder units are connected together so that the second connector portion and the second connection positioning portion are deformed relative to the component holder unit in the same manner as aforesaid, whereby the component holder units can be taken up in a tape-like form. Brief Description Of Drawings These and other aspects and features of the present invention will become clear from the following description taken in conjunction with the preferred embodiments thereof with reference to the accompanying drawings, in which: Fig. 1A is a plan view of a holder unit in a component holder assembly according to one embodiment of the present invention; Fig. 1B is a vertical sectional view showing the condition of a connection retainer portion in the embodiment just before the connection of a connecting hole and a connecting protrusion; Fig. 1C is a vertical sectional view showing the condition of the connection retainer portion in the embodiment with the connecting hole and the connecting protrusion connected together; Fig. 1D is a vertical sectional view showing the condition of the connection positioning portion in the embodiment just before the connection of a connecting hole and a connecting protrusion; Fig. 1E is a vertical sectional view showing the condition of the connection positioning portion in the embodiment with the connecting hole and the connecting protrusion connected together; Fig. 2A is a front view of the connecting protrusion of the connection retainer portion in the component holder assembly of the embodiment; Fig. 2B is a side view of the connecting protrusion in the embodiment; Fig. 2C is a bottom plan view of the connecting protrusion in Fig. 2B; Fig. 3A is a plan view of the connecting hole in the connection retainer portion of the component holder assembly according to the embodiment; Fig. 3B is a front view of the connecting hole in the embodiment; Fig. 4 is an outline view in perspective of a conventional component holder assembly; Fig. 5 is a perspective view of an apparatus for fabricating the component holder assembly of the embodiment; Fig. 6 is a perspective view showing operation of connecting holder units of the embodiment; and Fig. 7 is a sectional view showing operation of connecting the holder units of the embodiment. Best Mode for Carrying Out the Invention Before the description of the present invention proceeds, it is to be noted that like parts are designated by like reference numerals throughout the accompanying drawings. A component holder assembly according to one embodiment of the present invention will now be described with reference to Figs. 1 to 3. Numeral 1 designates a holder unit such that a multiplicity of holder units 1 connected together constitute a component holder assembly, each holder unit 1 having a retainer portion 2 for storing and holding therein components including, for example, electronic components, such as QFP (Quad Flat Package), so that a tape-form assembly of components is formed. The holder unit 1 is comprised of an injection molded product of resin material such as polypropylene or polyethylene, and has a planar shape of substantially rectangular configuration which is longer in a direction perpendicular to the direction of connection, with a flat recessed portion formed at the central portion thereof to define the retainer portion 2. At both sides of the holder unit 1 there are formed feed holes 3 arranged at a specified pitch in the direction of connection of the holder units. At both sides of the retainer portion 2 there are provided engagement pieces 4 movable between projected positions and retracted positions in relation to an opening of the upper surface of the retainer portion 2. The engagement pieces 4, at their projected positions (a projected condition similar to that in the case of engagement pieces 125 of a holder unit 122 as seen at the front side in Fig. 4), can engage the top of a component stored in the retainer portion 2 to prevent the popping out of the component and, at their retracted positions (a retracted position similar to that in the case of the engagement pieces 125 of the holder unit 122 as seen at the back side in Fig. 4), can cause a component to be inserted into and stored in the retainer portion 2 or to be removed therefrom. The engagement piece 4 is integrally connected at the opposite sides thereof by a pair of link pieces 6 to two support walls 5 provided in opposed relation in the direction of connection of the holder units 1. Each of the link pieces 6 has a length slightly larger than one half of a length subtracting the width of engagement piece 4 from the distance between the two support walls 5, 5, and each of connector portions provided between the link piece 6 and both of the support wall 5 and the engagement piece 4 is pivotally movable by a self hinge formed in a thin wall portion so that the engagement piece 4 is kept stable at two positions, namely, the projected position and the retracted position, and is movable between the two positions by a biasing force larger than a given level. At one end of each holder unit 1 in the direction of connection there are disposed at least two first connector portions 81, and a first connection positioning portion 71 having a connection positioning hole 23 is disposed between the first connector portions 81. Whilst, at the other end of each holder unit 1 in the direction of connection there are disposed at least two second connector portions 82, and a second connection positioning portion 72 having a second connection positioning protrusion 21 adapted to closely fit into the connection positioning hole 23 is provided between the second connector portions 82. In particular, at one end of the holder unit 1 as viewed in the direction of connection of the holder units 1 there are provided a pair of protrusions 11 in suitably spaced relation which are formed with an elongate connection hole 12 extending through the component holder unit 1 in the direction of receipt and removal of components relative to the component holder unit which is perpendicular to the direction of the holder unit connection and which is elongated in a direction perpendicular to the extending through direction and the connection direction. This pair of protrusions 11 functions as one example of the first connector portions 81. Intermediate the pair of protrusions 11 there is provided a projection 22 formed with a circular connection positioning hole 23. This projection 22 functions as one example of a first connection positioning portion 71. In Fig. 1A, the projection 22 is positioned centrally between the pair of protrusions 11; but this does not limit the position of the projection 22. At the other end of the holder unit 1 in the direction of connection, there are provided connecting band portions 13 adaptable to fit into the connecting holes 12, the band portion 13 extending in the direction of receipt and removal of components in relation to the component holder unit 1 which is perpendicular to the direction of connection of the holder unit 1 and having a connecting projection 14 elongated in a direction perpendicular to the direction of the band portion extension and to the direction of connection. The connecting band portion 13 functions as one example of the second connector portion 82. Intermediate the pair of connectors 13 there is provided a connection positioning band portion 20 formed with a connection positioning pin 21 comprised of a solid cylindrical pin adaptable to closely fit into the connection positioning hole 23. The connection positioning band portion 20 functions as one example of the second connection positioning portion 72. In Fig. 1A, the connection band portion 20 is positioned centrally between the pair of protrusions 14; but this does not limit the position of the connection band portion 20. The portion of the component holder unit where each second connector portion 82 is to be projected from the component holder unit 1, and the portion of the component holder unit where the second connection positioning portion 72 is to be projected from the component holder unit 1 respectively have notches 100, 101 so that each of the second connector portions 82 and the second connection positioning portion 72 are equally deformable relative to the component holder unit 1, and so that by connecting a plurality of component holder units 1 to enable each second connector portion 82 and the second positioning portion 72 to be equally deformed relative to the component holder unit 1 as already mentioned, the component holder units 1 can be taken up in a tape-like form. As Figs. 2A - 2C show in detail, the connecting protrusions 14 are arranged in spaced parallel relation in a direction perpendicular to the direction of connection and each have a pair of engagement pieces 15 elastically deformable toward each other or approaching each other; and at outer sides of front ends of the pair of engagement pieces 15 there are provided locking protrusions 16 for engagement with engagement surfaces 17 formed on undersides of peripheral edges at longitudinally spaced opposite ends of the connecting holes 12 for preventing dislocation or coming-off. The locking protrusion 16 is configured to have an approximately triangular shape such that its outer side 16a is inclined to flare from the distal end toward the proximal end of the engagement piece 15. The connecting hole 12, as shown in Figs. 1B, 1C, and 3A, 3B in detail, is formed at sides 12a of longitudinally spaced both ends thereof with a guide surface 18 which extends toward and outward of the opposite side of the direction of insertion of the connecting protrusion 14. The guide surface 18 may be constructed by an inclined plane surface as shown in the figures, or may be constructed by an upwardly raised curved surface in the figure. The engagement piece 15 has chamfered portions 19 at both edges of the front end thereof in the direction of connection, so as to facilitate the fitting operation. In the foregoing arrangement, for the purpose of connecting the holder units 1 to each other, as Fig. 1B shows, right above the connecting holes 12 and the connection positioning hole 23 at one end edge of one holder unit 1 of the units 1 are positioned the connector protrusions 14 and the positioning pin 21 at the other end edge of the other holder unit 1 of the units 1 respectively, and then, the connecting protrusions 14 and the positioning pin 21 are lowered, together with the other holder unit 1, as shown by the arrow a, whereupon the inclined outer surfaces 16a of the locking protrusions 16 of the one pair of engagement pieces 15 are contacted with the guide surfaces 18 of both sides of the connecting hole 12, whereby the one pair of engagement pieces 15 are elastically deformed inwardly as shown by the arrows b and then, the connecting protrusion 14 fits into the connecting hole 12; and the positioning pin 21 fits into the connection positioning hole 23 earlier than the fitting operation. In this fitting operation, the earlier fitting of the positioning pin 21 than the fitting of the connection protrusions 14 provides an advantage that the positioning of the component holder units 1 to each other can be facilitated. However, the fitting of the positioning pin 21 and the fitting of the connecting protrusions 14 may be carried out simultaneously. Conversely, the fitting of the connecting protrusions 14 may be carried out earlier than that of the positioning pin 21. When the connecting protrusion 14 is completely fitted into the connecting hole 12, the locking protrusions 16 pass through the connecting hole 12 and the engagement pieces 15 return to their home positions; and as shown in Fig. 1C, the locking protrusions 16 engage the engagement surfaces 12 on the undersides of the peripheral edges at the longitudinally opposite ends of the connecting hole 12, whereby dislocation of the connecting protrusion 14 can be prevented and the holder units 1 are connected together. Gaps 2h between the engagement pieces 15 and the connection hole 12 which have occurred due to hysteresis of the engagement piece 15 may cause a play in a direction perpendicular to the direction of connection, but since the positioning pin 21 fits into the connection positioning hole 23, any possible play in that direction is restricted and the accuracy of connection can be thus secured. Whilst, the locking protrusions 16 and the engagement surfaces 17 are engaged in a direction perpendicular to the direction of connection, sand this provides for a connection with high connection strength. Whilst, when necessity occurs for releasing the connection of the holder units 1, the front end portions of the engagement pieces 15 are pulled so as to come closer to each other as shown by the arrows c in Fig. 1, and pushed up as shown by the arrow d. By so doing, the engagement pieces 15 are elastically deformed and thus, the engagement between the locking protrusions 16 and the engagement surfaces 17 is released. Thus, the connecting protrusions 14 can be pulled out from the connecting holes 12, and the positioning pin 21 can also be easily pulled out from the connection positioning hole 23, so that connection can be comparatively easily released. In the above description, for ease of understanding, the connecting protrusions 14 and the positioning pin are caused to descend toward and fit in the connecting holes 12 and the connection positioning hole 23 during the connecting operation. In actual fabrication process, however, as shown in Fig. 5, the holder unit 1 molded by a molder 45, as the molded holder unit 1 is sucked by a suction member 44, is transferred by a transfer member 46 onto a connector portion 47 on which a previously molded holder unit 1 is placed, and after the engagement pieces 15 and the positioning pin 21 are fitted in the connecting holes 12 and the connection positioning hole 23 to connect the holder units to each other, the component holders 1 connected to sprockets 48 connected to a drive motor for feeding the component holder assembly are caused to progress by one holder unit. For this purpose, it may be better to arrange that, as shown in Figs. 6 and 7, the connecting holes 12 and the connection positioning hole 23 are fitted from above onto the connecting protrusions 14 and the positioning pin 21 of the component holder unit 1 sucked by the suction member 44 of the transfer member 46, through the guidance of a support member 51 and presser members 50 for supporting the component holder unit 1, because the connecting protrusion 14 and the positioning pin 21 are supported on a placement surface, which facilitates the connecting operation, and which can perform molding and sequential connection of the holder unit 1, and production with good mass productivity. The positioning pin 21 is comprised of a substantially solid cylindrical pin, and this positioning pin 21 is adapted to closely fit in the circular connection positioning hole 23. This enables positioning with good accuracy in the direction of connection of the component holder units 1 and in the direction, perpendicular to the direction of connection, of receipt and removal of the components 1 relative to the component holder unit 1. However, the construction of the positioning pin 21 is not limited to the foregoing, but may be comprised of a rectangular parallelepiped shape which enables positioning at least in two directions with high accuracy. According to the component holder assembly of the above described embodiment, as may be clear from the foregoing description, the positioning pin 21 of the second positioning portion 72 is disposed intermediate the connecting protrusions 14 of the one pair of second connector portions 82; and the connection positioning hole 23 of the first connection positioning portion 71 in which the positioning pin 21 fits for close engagement therewith is disposed intermediate the connecting holes 12 of the first connector portions into which the one pair of connecting protrusions 14 fit for engagement. Therefore, at the ends of the component holder unit 1 in the direction of connection and intermediate the connecting operation of the two sets of connector portions, i.e., the first connector portions 81 and the second connector portions 82, the positioning operation is carried out by the first positioning portion 71 and the second positioning portion 72 simultaneously with the connecting operation. By so doing it is possible to inhibit, at the connecting portions, any play in the direction of connection of the component holder units 1 and in the direction perpendicular to the direction, perpendicular to the direction of the connection, of the receipt and the removal of the components. Thus, the positioning of the component holder units 1 to each other can be performed with high accuracy in the two directions and this makes it possible to readily connect the component holder units to each other and to obtain a highly accurate state of connection. Each of the first connector portions 81 has the connecting hole 12 penetrating the holder unit 1 in the direction, perpendicular to the direction of connection, of the receipt and the removal of the components relative to the component holder unit 1, and each of the second connector portions 82 has the connecting protrusion 14 extending in the direction, perpendicular to the direction of connection, of the receipt and the removal of the components relative to the component holder unit 1 and adapted to fit in the connecting hole 12 and protrude in the direction perpendicular to the direction of connection to engage the connecting hole 12. Each of the connecting protrusions 14 comprises the pair of engagement pieces 15 disposed in parallel spaced relation in the direction perpendicular to the direction of connection and elastically deformable toward each other. At the outer side of the front ends of the pair of engagement pieces 15 there are provided the locking protrusions 16 engageable with the peripheral edges of the longitudinally opposite ends of the connecting hole 12 for preventing dislocation. Thus, by elastically deforming the pair of engagement pieces 15 to come nearer to each other so as to allow the connecting protrusion 14 to fit into the connecting hole 12, it is possible to obtain a highly rigid connection. In addition, by the positioning pin 21 being closely fitted into the connection positioning hole 23 at the one end of the holder unit 1 in the direction of connection, it is possible to inhibit any play at the other holder unit 1 in the direction of connection and in the direction perpendicular to the direction of the receipt and the removal of components and thus to obtain a highly accurate state of connection. Although the present invention has been fully described in connection with the preferred embodiments thereof with reference to the accompanying drawings, it is to be noted that various changes and modifications are apparent to those skilled in the art. Such changes and modifications are to be understood as included within the scope of the present invention as defined by the appended claims unless they depart therefrom.

Claims: A component holder assembly constituted by a plurality of component holder units (1) connected together for holding components, the component holder assembly comprising: a first connector portion (81) and a first connection positioning portion (71) having a connection positioning hole (23), at one end of each of the component holder units (1) oriented in the direction of connection; and at the other end of each of the component holder units (1) oriented in the direction of connection, a second connector portion (82) adapted to be connected to the first connector portion (81) of the following component holder unit (1) and a second connection positioning portion (72) having a connection positioning projection (21) adapted to be connected to the connection positioning hole (23) of the first connection positioning portion (71) of the following component holder (1) without any play characterized in that at least two first connector portions (81) are provided at the one end of each of the holder units (1) oriented in the direction of connection so that the first connection positioning portion (71) is disposed between the two first connector portions (81), and that at least two second connector portions (82) are provided at the other end of each of the holder units (1) oriented in the direction of connection so that the second connection positioning portion (72) is disposed between the two second connector portions (82). A component holder assembly as set forth in claim 1, wherein the first and the second first connector portions (81) are disposed in a vicinity of both sides of the one end of each of the holder units (1) oriented in the direction of connection, wherein the first and the second second connector portions (82) are disposed in a vicinity of both sides of the other end of the holder unit (1) and wherein the arrangement of the first and the second first connector portions (81) as well as the first and the second second connector portions (82) is considered in a plan view of a holder unit (1). A component holder assembly as set forth in any one of claims 1 or 2, wherein the first connector portion (81) has a connecting hole (12) extending through the holder unit (1) in a direction, perpendicular to the direction of connection, of entry and removal of the components relative to the component holder unit (1); and wherein the second connector portion (82) has a connecting protrusion (14) extending in the direction, perpendicular to the direction of connection, of the entry and the removal of the components relative to the component holder unit (1) which is adapted to fit into the connecting hole (12) and project therefrom for engagement in a direction perpendicular to the direction of connection, the connecting protrusion (14) comprising a pair of engagement pieces (15) arranged in parallel spaced relation in a direction perpendicular to the direction of connection and elastically deformable toward each other, the pair of engagement pieces (15) having, at front end outer sides thereof, locking projections (16) engageable with peripheral edges of longitudinally oriented ends of the connecting hole (12) for coming-off purposes. A component holder assembly as set forth in any one of claims 1 to 3, wherein the first connection positioning portion (71) has a circular hole (23) extending through the component holder unit (1) in a direction, perpendicular to the direction of connection, of entry and removal of the components relative to the component holder unit (1); and wherein the second connection positioning portion (72) has a cylindrical pin (21) extending in the direction, perpendicular to the direction of connection, of the entry and the removal of the components relative to the component holder unit (1), and adapted to be connected to the circular hole (23) without any play. A component holder assembly as set forth in claim 4, wherein the cylindrical pin (21) has an axially larger length than the connecting protrusion (14) of the second connector portion (82), whereby, when the plurality of component holder units (1) are connected together, the cylindrical pin (21) of the second connection positioning portion (72) begins to closely fit into the circular hole (23) of the first connection positioning portion (71) before the respective connecting protrusions (14) of the second connector portion (82) of one of the component holder units (1) are fitted into the corresponding connecting holes (12) of the first connector portion (71) of the following component holder unit (1). A component holder assembly as set forth in any one of claims 1 to 5, wherein a portion of the component holder unit (1) where the second connector portion (82) is caused to project from the component holder unit (1), and a portion of the component holder unit (1) where the second connection positioning portion (72) is caused to project from the component holder unit (1), have notches (100, 101), respectively, so that the second connector portion (82) and the second connection positioning portion (72) are similarly deformable relative to the component holder unit (1), so that, when a plurality of aforesaid component holder units are connected together, the second connector portion (82) and the second connection positioning portion (72) are deformed relative to the component holder unit (1) in the same manner as aforesaid, whereby the component holder units (1) can be taken up in a tape-like form.

Inventors: HIKITA OSAMU, KOSUGI SATOSHI, MIYAZAKI MASAMITSU, HIKITA, OSAMU, KOSUGI, SATOSHI, MIYAZAKI, MASAMITSU
Applicants: MATSUSHITA ELECTRIC IND CO LTD, MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
Application year: 1997
Main classification: B65D85
IPC codes: H05K13