[0001] The present invention relates to a cap used for male connectors and female connectors
and to a connector having such a cap.
[0002] FIGS. 16 and 17 show a connector 100 disclosed in Japanese Unexamined Utility Model
Publication No. 7-32868. This connector 100 is a male connector for accommodating
male terminal fittings (not shown) therein and is provided at its front part with
a hood 101 for surrounding tabs of the male terminal fittings. A dust preventing cap
102 is provided at a front opening of the hood 101.
[0003] As described above, the prior art male connector 100 is normally provided with the
hood 101, which makes the male connector 100 larger in vertical and transverse directions.
Depending upon a place where the male connector 100 is used, the male connector 100
may be forced to be smaller by omitting the hood 101. In the case of a module connector
to be accommodated in a block connector, it needs not have a hood after being accommodated
in a main housing if a main connector is provided with a hood.
[0004] However, in the male connector having the hood 101 omitted in order to solve the
above problem, tabs of male terminal fittings are exposed from the front surface of
the connector without being surrounded. Thus, the tabs may be deformed or broken if
the male connector is left unconnected with a mating female connector.
[0005] In view of the above problem, an object of the present invention is to provide a
hood-less (or receptacle-less) type connector capable of preventing fitting projecting
portions, in particular tabs from being deformed and/or broken and to provide a cap
for that purpose. Another object of the present invention is to provide a connector
having a simple construction in the case that it is a module connector of a block
connector.
[0006] This object is solved according to the invention by a cap according to claim 1 and
by a connector according to claim 6. Preferred embodiments of the invention are subject
of the dependent claims.
[0007] According to the invention, there is provided a cap (or connector cap) for a connector
comprising a connector housing and terminal fittings which are at least partially
inserted or insertable into cavities formed in the connector housing such that fitting
projecting portions provided at the leading ends thereof substantially project from
the front end surface of the connector housing without being surrounded (or hoodless
or receptacleless), comprising:
a cap main body for substantially surrounding a projection space of the tabs,
a cap engaging portion provided on the cap main body so as to be engageable with the
connector housing, and
a detection opening formed in the front surface of the cap main body so as to permit
the insertion of a detection probe.
[0008] According to a preferred embodiment of the invention, the terminal fitting is a male
terminal fitting and the fitting projecting portions are tabs. According to a preferred
embodiment, there is provided a cap (male connector cap) for a male connector (hoodless
or receptacleless male connector) comprising a connector housing and male terminal
fittings which are inserted into cavities formed in the connector housing such that
tabs provided at the leading ends thereof project from the front end surface of the
connector housing without being surrounded, comprising:
a cap main body for surrounding a projection space of the tabs,
a cap engaging portion provided on the cap main body so as to be engageable with the
connector housing, and
a detection opening formed in the front surface of the cap main body so as to permit
the insertion of a detection probe.
[0009] Accordingly, the tabs projecting from the front end surface of the connector housing
without being surrounded are protected by the cap. Accordingly, the deformation and
breakage of the tabs can be prevented even if the male connector is left unconnected
with its mating connector. Further, since the detection opening is formed in the front
surface of the cap main body, the cap needs not be detached from the connector housing
when the detection probe is brought into contact with the male terminal fittings for
an electrical connection check.
[0010] Further preferably, the connector comprises at least one retainer which is mounted
in a side wall portion of the connector housing such that it can be pushed from a
standby position to a locking position, and locks the male terminal fittings when
reaching the locking position, and the cap main body comprises a retainer protecting
rib which projects in vicinity of the retainer in the standby position to prevent
the retainer from (inadvertently) shifting to the locking position.
[0011] Accordingly, the retainer protecting rib projecting in vicinity of the retainer prevents
the retainer from inadvertently shifting from the standby position to the locking
position.
[0012] Further preferably, the connector comprises at least one retainer which is mounted
in a side wall portion of the connector housing such that it can be pushed from a
standby position to a locking position, and locks the (male) terminal fittings when
reaching the locking position, and the cap main body comprises a retainer protecting
portion for substantially covering the retainer in the standby position, thereby preventing
the retainer from shifting to the locking position.
[0013] Accordingly, the retainer protecting portion covering the retainer prevents the retainer
from inadvertently shifting from the standby position to the locking position.
[0014] Most preferably, the cap comprises connecting portions interconnecting a plurality
of caps being integrally or unitarily formed or produced, wherein the connecting portions
preferably comprise perforations for separating adjacent caps from each other.
[0015] According to the invention, there is further provided a connector (or hoodless or
receptacleless connector), comprising:
a connector housing,
terminal fittings which are at least partially inserted or insertable into cavities
formed in the connector housing so that fitting projecting portions provided at the
leading ends thereof project from the front end surface of the connector housing without
being surrounded (or hoodless or receptacleless), and
a removable cap, in particular according to the invention, wherein the cap comprises:
a cap main body for substantially surrounding a projection space of the fitting projecting
portions, and
a cap engaging portion provided on the cap main body so as to be detachably engageable
with a housing side engaging portion provided on the connector housing.
[0016] According to a preferred embodiment of the invention, there is provided a male connector
(hoodless or receptacleless male connector), comprising:
a connector housing,
male terminal fittings which are inserted into cavities formed in the connector housing
so that tabs provided at the leading ends thereof project from the front end surface
of the connector housing without being surrounded,
a cap main body for surrounding a projection space of the tabs, and
a cap engaging portion provided on the cap main body so as to be detachably engageable
with a housing side engaging portion provided on the connector housing.
[0017] Accordingly, the detachably assembled cap prevents the deformation and breakage of
the tabs if the male connector having no hood is left unconnected with its mating
connector. Further, by providing no hood, the male connector can be made smaller by
the hood.
[0018] Preferably, a plurality of male connectors form a main connector by being accommodated
in a main housing, and the housing side engaging portion acts also as an engaging
portion for engaging the main housing and the male connector with each other.
[0019] Accordingly, the housing side engaging portion provided on the connector housing
can be engaged with both the cap and the main housing. Thus, the male connector needs
not have two engaging portions and is, therefore, allowed to have a simpler construction.
[0020] Further preferably, the cap substantially covers the entire connector from its front
end to its rear end.
[0021] Most preferably, the connector is a male connector, the terminal fitting is a male
terminal fitting and the fitting projecting portions are tabs.
[0022] According to a further aspect of the invention, there is provided a method for forming
a plurality of caps, wherein the caps are unitarily or integrally formed, preferably
by vacuum-forming, wherein the caps are interconnected along connecting portions being
preferably provided with perforations, wherein a necessary number of caps is separated
along the connecting portions, preferably along the perforations thereof.
[0023] These and other objects, features and advantages of the present invention will become
more apparent upon a reading of the following detailed description and accompanying
drawings in which:
FIG. 1 is a side view of a connector housing according to a first embodiment,
FIG. 2 is a side view in section of the connector housing,
FIG. 3 is a perspective view of a cap,
FIG. 4 is a side view of the connector housing assembled with the cap when retainers
are in their standby positions,
FIG. 5 is a side view in section of the connector housing assembled with the cap and
having male terminal fittings mounted therein when the retainers in their standby
positions,
FIG. 6 is a front view of the connector housing assembled with the cap and having
the male terminal fittings mounted therein,
FIG. 7 is a plan view of the connector housing assembled with the cap and having the
male terminal fittings mounted therein,
FIG. 8 is a side view in section of the male connector when the retainers are pushed
to their locking positions,
FIG. 9 is a side view in section of the male connector when the cap is detached therefrom,
FIG. 10 is a side view in section of a main housing,
FIG. 11 is a side view in section of a main connector when the male connector is accommodated
in the main housing,
FIG. 12 is a plan view of the main connector,
FIG. 13 is a perspective view of an assembly of caps according to a second embodiment,
FIG. 14 is a perspective view of the male connector before the cap is assembled with
the connector housing with the retainers in their standby positions,
FIG. 15 is a side view in section of the connector housing assembled with the cap
and having the male terminal fittings mounted therein,
FIG. 16 is a perspective view of a prior art connector, and
FIG. 17 is a perspective view of the prior art connector when a dust preventing cap
is assembled.
〈First Embodiment〉
[0024] Next, a first embodiment of the invention is described in detail with reference to
FIGS. 1 to 12.
[0025] FIG. 1 is a side view of a connector housing 1 of a male connector 17. The male connector
17 is a so-called module connector. As described later, a main housing 20 capable
of accommodating a plurality of male connectors 17 is provided, and a main connector
21 is assembled by mounting the male connectors 17 in the main housing 20.
[0026] The male connector 17 is provided with a connector housing 1 and male terminal fittings
2 substantially accommodated or accommodatable in the connector housing 1. A tab 5
connectable with a mating female terminal fitting (not shown) extends at a front part
of each male terminal fitting 2 (see particularly FIG. 5).
[0027] The connector housing 1 is so made e.g. of a synthetic resin as to have a substantially
parallelepipedic shape and is connectable with a mating female connector housing (not
shown) while substantially accommodating the male terminal fittings 2 therein. In
the connector housing 1 are provided cavities 4 for at least partially accommodating
the male terminal fittings 2 (see FIG. 2). The cavities 4 penetrate the connector
housing 1 along forward and backward directions; and openings left at the rear side
of the connector housing 1 serve as terminal insertion openings 4A through which the
male terminal fittings 2 are inserted or insertable. Further, openings left at the
front side of the connector housing 1 serve as tab insertion openings 4B through which
the tabs 5 of the male terminal fittings 2 are inserted. A front end surface 18 of
the connector housing 1 is substantially in alignment with the positions of the tab
insertion openings 4B. Thus, when the male terminal fittings 2 are mounted in the
connector housing 1, the tabs 5 are exposed from the front end surface 18 of the connector
housing 1 substantially without being surrounded. Further, a locking portion 6, which
is elastically deformable in a lateral direction, e.g. upward and downward, projects
from a part of a wall surface defining each cavity 4 so as to be engageable with the
male terminal fining 2.
[0028] At the lateral or left and right side walls of the connector housing 1, a pair of
housing side engaging portions 10 project preferably backward (as seen in a mating
direction MD (FIG. 7) of the male connector 17 with the cap 3). The housing side engaging
portions 10 are elastically deformable inward and are engageable with cap side engaging
portions 11 provided in the cap 3 to be described later.
[0029] In the middle of upper and lower walls 19 of the connector housing 1 are formed retainer
mounting openings 7 which communicate with the cavities 4. A retainer 8 is mounted
in each retainer mounting opening 7. The retainers 8 are integrally or unitarily formed
with the connector housing 1 via hinges 9, and are rotatable or pivotable about the
hinges 9. Further, a terminal engaging portion 8A projects from a surface of each
retainer 8, which surface faces inward of the connector housing 1. The retainer 8
has two insertion positions where its depth of insertion into the retainer mount openings
7 differs. One insertion position where the retainer 8 is lightly inserted is a standby
position where the insertion of the male terminal fittings 2 into the cavities 4 is
permitted. Another insertion position where the retainer 8 is pushed deeper than in
the standby position is a locking position. The outer surfaces of the retainers 8
are substantially in flush with the outer wall surfaces of the connector housing 1
when the retainers 8 reach their locking positions, whereas they project from the
outer wall surfaces of the connector housing 1 when the retainers 8 are in the standby
positions.
[0030] FIG. 3 shows the cap 3. This cap 3 is integrally or unitarily made e.g. of a synthetic
resin and is provided with a hollow cap main body 12 from its front part to its middle
part and the cap side engaging portion 11 which is provided behind the cap main body
12 to engage the cap 3 with the connector housing 1.
[0031] The cap main body 12 has substantially the same outer dimensions as the connector
housing 1 and is longer than the length of the tabs projecting from the front end
surface 18 of the connector housing 1. When the cap 3 is mounted on the connector
housing 1, the cap main body 12 substantially surrounds a projection space where the
tabs 5 project. Further, a detection opening 13 is open in the front end surface of
the cap main body 12. With the cap 3 and the connector housing 1 assembled with each
other, the detection opening 13 permits the insertion of a detection probe 14 for
an electrical conduction check when the male terminal fittings 2 are mounted in the
cavities 4. A pair of grips 15 project from the left and right side wall surfaces
of the cap main body 12. The cap 3 and the connector housing 1 can be smoothly assembled
and detached by manoeuvring the grips 15.
[0032] The cap side engaging portion 11 is formed at a rear end of the cap main body 12
and is comprised of a substantially tubular portion 11A for substantially covering
a front end portion of the connector housing 1 and elastic pieces 11B extending backward
from the left and right side walls of the tubular portion 11A. The tubular portion
11A is formed slightly larger than the cap main body 12, and the connector housing
1 is insertable thereinto. The elastic pieces 11B are elastically deformable sideways.
At the leading end of each elastic piece 11B, a claw 11C projects inward. The connector
housing 1 and the cap 3 are substantially engaged by the engagement of the claws 11C
and the housing side engaging portions 10 of the connector housing 1.
[0033] Retainer protecting ribs 16 project at rear end portions of the tubular portion 11A
covering the upper and lower parts of the connector housing 1. The vertical projecting
length of the retainer protecting ribs 16 is so set as to be equal to or slightly
longer than the projecting length of the retainers 8 in the standby position from
the connector housing 1 when the cap 3 is mounted on the connector 1 (see FIG. 5).
[0034] Next, how the thus constructed male connector 17 and cap 3 are assembled and detached
is described.
[0035] The retainers 8 of the connector housing 1 are rotated or pivoted about the hinges
9 to the respective standby positions in the retainer mounting openings 7.
[0036] Next, the cap 3 is mounted on the front portion of the connector housing 1. When
the front portion of the connector housing 1 is fitted into the tubular portion 11A
of the cap 3, the elastic pieces 11B are slightly elastically deformed outward and
the claws 11C are engaged with the housing side engaging portions 10 after moving
over them (It should be noted that the engagement of the claws 11C and the housing
side engaging portions 10 is shown in FIG. 7). In this state, the cap side engaging
portion 11 and the housing side engaging portions 10 are engaged to hold the connector
housing 1 and the cap 3 locked. Further, at this time, the retainer protecting ribs
16 of the cap 3 project in vicinity of or adjacent to the retainers 8. This prevents
the retainers 8 from inadvertently shifting from the standby positions to the locking
positions.
[0037] Subsequently, the male terminal fittings 2 are inserted into the cavities 4 of the
connector housing 1. When the male terminal fittings 2 are pushed to their proper
insertion positions, the locking portions 6 engage the male terminal fittings 2, thereby
partly locking the male terminal fittings 2 in the cavities 4 (see FIG. 5). At this
time, the tabs 5 projecting from the front end surface 18 of the connector housing
1 without being surrounded are substantially protected by the cap 3. Accordingly,
the deformation and breakage of the tabs 5 can be prevented even when the male connector
17 is left unconnected with a mating connector.
[0038] Subsequently, when the retainers 8 are pushed from the standby positions to the locking
positions, the terminal engaging portions 8A of the retainers 8 engage the male terminal
fittings 2, thereby fully locking the male terminal fittings 2 in the cavities 4 (see
FIG. 8). In this state, the detection probe 14 can be substantially inserted through
the detection opening 13 formed in the front surface of the cap main body 12 when
an electrical conduction check for the male terminal fittings 2 is performed. Thus,
the electrical conduction check can be efficiently performed without making it necessary
to detach the cap 3 from the male connector 17.
[0039] If the male connector 17 having no hood or receptacle (hood-less or receptacle-less
connector) is left unconnected with its mating connector, the deformation and breakage
of the tabs 5 are prevented by the cap 3 detachably assembled. Further, by omitting
the hood, the male connector 17 can be made smaller by the hood.
[0040] If necessary, the male connector 17 can be assembled into the main housing 20 after
the cap 3 is detached therefrom (see FIG. 9).
[0041] Next, the assembling of the male connectors 17 into the main housing 20 is described
with reference to FIGS. 10 to 12.
[0042] The main housing 20 is integrally made e.g. of a synthetic resin and can accommodate
a plurality of male connectors 17 therein, As shown in FIGS. 10-12, a plurality of
connector accommodating chambers 22 in which the male connectors 17 are mountable
are provided in the main housing 20. The connector accommodating chambers 22 penetrate
the main housing 20 along forward and backward directions (a connecting direction
of the main connector 21 with an unillustrated mating connector is assumed to be a
forward direction). A hood or receptacle 23 capable of at least partially accommodating
the mating connector is formed at a front part of the main housing 20. When the male
connectors 17 are mounted in the main housing 20, the hood 23 substantially surrounds
the tabs 5.
[0043] On one of the inner wall surfaces defining each connector accommodating chamber 22
which faces the housing side engaging portions 10 of the male connector 17 are provided
connector engaging portions 24. These connector engaging portions 24 are engageable
with the housing side engaging portions 10 and hold the male connector 17 so as not
to come out of the main housing 20.
[0044] Each male connector 17 is mounted in the main housing 21 as follows. First, the male
connector 17 is inserted into the corresponding connector accommodating chamber 22
from front. When the engaging portions 10, 24 are brought into contact with each other,
the housing side engaging portions 10 are elastically deformed inward. When the male
connector 17 is further pushed into the connector accommodating chamber 22, the housing
side engaging portions 10 restore their original shapes after moving over the connector
engaging portions 24, with the result that the engaging portions 10, 24 are substantially
engaged with each other (see FIGS. 11 and 12). In this way, the assembling of the
main connector 21 is completed.
[0045] As described above, in this embodiment, the housing side engaging portions 10 provided
on the male connector housing 17 are engageable with the engaging portions 11, 24
of the cap 3 and the main housing 20. Thus, the male connector 17 needs not have two
kinds of engaging portions and, therefore, is allowed to have a simpler construction.
〈Second Embodiment〉
[0046] Next, a second embodiment of the invention is described with reference to FIGS. 13
to 15. The second embodiment differs from the first embodiment only in the shape of
a cap 30. Accordingly, no description is given on the same or similar construction
as the first embodiment by identifying it by the same or similar reference numerals.
[0047] FIG. 13 shows a plurality of caps 30 which are formed while being interconnected
with each other. Such an assembly of the caps 30 is formed by, e.g. vacuum forming.
Perforations 31 are formed in connecting portions of the respective caps 30. Depending
on a necessary number of the caps 30, the caps 30 can be cut off along the perforations
31.
[0048] Each cap 30 is comprised of a cap main body 32 for substantially surrounding a projection
space of the tabs 5 at a front side of the male connector 17 and a retainer protecting
portion 33 provided at a rear part of the cap main body 32.
[0049] The inner configuration of the cap main body 32 is slightly larger than the outer
configuration of the outer diameter of the connector housing 1, so that the cap 30
can be so assembled as to cover the outer wall surfaces of the connector housing 1.
Further, contact portions 34 project from inner wall surfaces of the cap main body
32. The front end of the connector housing 1 is positioned in the cap 30 by the front
end surface 18 of the connector housing 1 coming into contact with the contact portions
34 (see FIG. 15). A length between the contact portions 34 and the front end of the
cap main body 32 is substantially longer than a projecting length of the tabs 5 from
the front end surface 18 of the connector housing 1. Further, the front end surface
of the cap main body 32 is formed with a detection opening 35 for permitting the insertion
of the detection probe 14.
[0050] The retainer protecting portion 33 has upper, lower, left and right walls and substantially
covers the retainers 8 in the assembled state of the cap 30. The position of the retainer
protecting portion 33 is before the retainers 8 in their standby positions when the
cap 30 is assembled with the male connector 17. The left and right side wall surfaces
of the retainer protecting portion 33 extend along the left and right surfaces of
the cap main body 32, whereas the upper and lower wall surfaces thereof are located
above and below the cap main body 32. A distance between the upper and lower inner
wall surfaces of the retainer protecting portion 33 and the upper and lower outer
wall surfaces of the cap main body 32 is slightly longer than a projecting distance
of the retainers 8 in their standby positions. Further, the rear end of the retainer
protecting portion 33 is located slightly behind the rear end position of the male
connector 17 when the cap 30 is assembled with the male connector 17 (see FIG. 15).
[0051] Though unillustrated, claws or connector engaging portions project on the inner wall
surfaces of the retainer protecting portion 33 in positions corresponding to the housing
side engaging portions 10 of the connector housing 1, and are adapted to engage the
connector housing 1 and the cap 30 with each other.
[0052] The same action and effects as the first embodiment can be obtained by the second
embodiment constructed as above.
[0053] Further, in this embodiment, the retainers 8 in the standby positions are prevented
from shifting to the locking positions by being covered by the retainer protecting
portions 33 when the cap 30 is assembled with the connector housing 1. Thus, as compared
with the retainer protecting ribs 16 of the first embodiment, the retainer shift preventing
function is further improved.
[0054] In addition, since the cap 30 substantially covers the entire male connector 17 from
its front end to its rear end, it has a function of protecting the entire male connector
17.
[0055] Further, a plurality of caps 30 are integrally formed and interconnected via the
perforations 31. Thus, a necessary number of caps 30 can be cut off to be used. Furthermore,
since a batch of caps 30 are integrally formed, a production cost is lower as compared
to a case where the caps 30 are individually formed.
[0056] The present invention is not limited to the foregoing embodiments. For example, the
following embodiments are also embraced by the scope of the present invention as defined
in the claims.
(1) Although the male connectors of the foregoing embodiments are module connectors,
the present invention is also applicable to usual male connectors.
(2) According to the invention, the retainer protecting rib or the retainer protecting
portion may not be provided on the cap.
LIST OF REFERENCE NUMERALS
[0057]
- 1
- Connector Housing
- 2
- (Male) Terminal Fitting
- 3, 30
- Cap (Cap for Male Connector)
- 4
- Cavity
- 5
- Tab (Fitting Projecting Portions)
- 8
- Retainer
- 10
- Housing Side Engaging Portion
- 11
- Cap Side Engaging Portion
- 12, 32
- Cap Main Body
- 13, 35
- Detection Opening
- 14
- Detection Probe
- 16
- Retainer Protecting Rib
- 17
- (Male) Connector
- 20
- Main Housing
- 21
- Main Connector
- 33
- Retainer Protecting Portion
1. A cap (3; 30) for a connector (17) comprising a connector housing (1) and terminal
fittings (2) which are at least partially inserted or insertable into cavities (4)
formed in the connector housing (1) such that fitting projecting portions (5) provided
at the leading ends thereof project from the front end surface (18) of the connector
housing (1) without being surrounded, comprising:
a cap main body (12; 32) for substantially surrounding a projection space of the fitting
projecting portions (5),
a cap engaging portion (11) provided on the cap main body (12; 32) so as to be engageable
with the connector housing (1), and
a detection opening (13; 35) formed in the front surface of the cap main body (12;
32) so as to permit the insertion of a detection probe (14).
2. A cap according to claim 1, wherein the terminal fitting (2) is a male terminal fining
(2) and the fining projecting portions (5) are tabs.
3. A cap according to one or more of the preceding claims, wherein the connector (17)
comprises at least one retainer (8) which is mounted in a side wall portion of the
connector housing (1) such that it can be pushed from a standby position (FIG. 2;
5) to a locking position (FIG. 8), and locks the terminal fittings (2) when reaching
the locking position (FIG. 8), and wherein the cap main body (12) comprises a retainer
protecting rib (16) which projects in vicinity of the retainer (8) in the standby
position (FIG. 5) to prevent the retainer (8) from shifting to the locking position
(FIG. 8).
4. A cap according to claim 1 or 2, wherein the connector (17) comprises at least one
retainer (8) which is mounted in a side wall portion of the connector housing (1)
such that it can be pushed from a standby position (FIG. 15) to a locking position
(FIG. 8), and locks the terminal fittings (2) when reaching the locking position (FIG.
8), and wherein the cap main body (32) comprises a retainer protecting portion (33)
for substantially covering the retainer (8) in the standby position (FIG. 15), thereby
preventing the retainer (8) from shifting to the locking position.
5. A cap according to one or more of the preceding claims, comprising connecting portions
interconnecting a plurality of caps (30) being integrally or unitarily formed, wherein
the connecting portions preferably comprise perforations (31) for separating adjacent
caps (30) from each other.
6. A connector, comprising:
a connector housing (1),
terminal fittings (2) which are at least partially inserted or insertable into cavities
(4) formed in the connector housing (1) so that fitting projecting portions (5) provided
at the leading ends thereof project from the front end surface (18) of the connector
housing (1) without being surrounded, and
a removable cap (3; 30), in particular according to one or more of the preceding claims,
wherein the cap (3; 30) comprises:
a cap main body (12; 32) for substantially surrounding a projection space of the fitting
projecting portions (5), and
a cap engaging portion (11) provided on the cap main body (12; 32) so as to be detachably
engageable with a housing side engaging portion (10) provided on the connector housing
(1).
7. A connector according to claim 6, wherein a plurality of connectors (17) form a main
connector (21) by being accommodated in a main housing (22), and wherein the housing
side engaging portion (10) acts also as an engaging portion for engaging the main
housing (22) and the connector (17) with each other.
8. A connector according to claim 6 or 7, wherein the cap (30) substantially covers the
entire connector (17) from its front end to its rear end.
9. A connector according to one or more of the preceding claims 6 to 8, wherein the connector
is a male connector (21; 17), the terminal fitting (2) is a male terminal fitting
(2) and the fining projecting portions (5) are tabs (5).