Holding apparatus for supporting and connecting an industrial mobile device
View Patent ↗Holding apparatus for supporting and connecting an industrial mobile device has a flat body, a pair of oppositely located parallel sides, and an industrial-type connector plug. The holding apparatus is connectable to a suspension assembly having a holding unit with a support block that has a hollow interior. A connector socket is arranged at a side of the support block to receive the connector plug, and the socket has a shaped profile that provides electrical connection and both holds and fixes the industrial connector plug and the device. The bottom of a flat holding frame is connected to a rear side of the support block and has a height corresponding to the distance between the two holding sides of the device. The holding frame has an upper side from which a fixing nest extends out, the holding frame designed such that a resilient pressure acts on the device.
1. A holding apparatus ( 1 ) for supporting and connecting an industrial mobile device ( 30 ), wherein the mobile device ( 30 ) has a flat body, a pair of oppositely located parallel sides ( 32 , 35 ), and an industrial-type connector plug ( 36 ) at one side of the pair of oppositely located parallel sides, the holding apparatus comprising:
a holding unit ( 2 ) configured to releasably attach to the one side of the pair of oppositely located parallel sides ( 32 , 35 ), the holding unit ( 2 ) comprising a friction hinge ( 4 ) having a hinge body and a support block ( 3 ) directly connected to the friction hinge ( 4 ) and connectable to the mobile device ( 30 ), wherein the friction hinge ( 4 ) is connected to a suspension assembly ( 7 , 7 ′), and the support block ( 3 ) has a rectangular shape and comprises a hollow interior, and
a connector socket ( 22 ) is arranged on a side of the support block ( 3 ) opposite to a side of the support block connected to the friction hinge ( 4 ) and configured to receive the industrial-type connector plug ( 36 ) when the mobile device ( 30 ) is in a held and fitted position in the holding unit, the connector socket configured to hold and fix the mobile device to the holding unit when receiving the industrial-type connector plug, and
a bottom of a flat holding frame ( 5 ) is connected along a rear side of the support block ( 3 ) lying normal to the side of the support block where the connector socket ( 22 ) is arranged, the flat holding frame ( 5 ) having a height that corresponds to a distance between the pair of two holding sides ( 32 , 35 ) of the mobile device ( 30 ), the holding frame ( 5 ) has an upper side from which a fixing nest ( 6 ) extends out in a direction normal to a plane of the holding frame ( 5 ) that has a size along this normal direction that corresponds to a thickness of the upper side ( 32 ) of the mobile device ( 30 ), and a short, downwardly extending rim ( 15 ) is arranged at an outer end of the fixing nest ( 6 ), wherein a height and material of said holding frame ( 5 ) is designed so that the fixing nest ( 6 ) acts with a resilient pressure on the mobile device ( 30 ) when the industrial-type connector plug is received in the connector socket, the mobile device ( 30 ) being securable in the holding frame ( 5 ) under the effect of the resilient pressure by and between the connector socket and the fixing nest.
2. The holding apparatus as claimed in claim 1 , wherein connection of the friction hinge ( 4 ) is provided by spaced ribs ( 20 ) extending out from a bottom of the friction hinge towards the support block ( 3 ) and lugs ( 19 ) extending out from a bottom of the support block ( 3 ) and inserted into spaces of the spaced ribs ( 20 ), the connection of the friction hinge provided as well by bearing shafts ( 9 , 10 ) interconnecting the ribs ( 20 ) and the lugs ( 19 ), the connector socket ( 22 ) is arranged at an opposite upper side of the support block ( 3 ) from where the lugs ( 19 ) extend out, and at two sides of the upper surface of the connector socket ( 22 ) upwardly directed edges ( 24 a , 24 b ) are provided and between the edges ( 24 a , 24 b ) outwardly swelling sections are arranged, and between the edges ( 24 a , 24 b ) at least a further section ( 26 a , 26 b ) is arranged that has an upper surface extending parallel with the upper side and the section ( 26 a , 26 b ) swells out more than the other sections beside it, and a profile of the upper part of the connector socket ( 22 ) is complementary to a profile of a bottom of the industrial connector plug ( 36 ) of the device ( 30 ), and at least at one side of the support block ( 3 ) a multi-pole industrial connector ( 11 , 12 ) is arranged having contacts coupled to circuit components and/or wires arranged in the hollow interior of the support block ( 3 ) and to the contacts of said socket ( 22 ).
3. The holding apparatus as claimed in claim 1 , wherein, in the interior of the hollow support block ( 3 ), a pair of column supports ( 23 ) is arranged, both having a central bore, and the connector socket ( 22 ) is attached to the support block ( 3 ) by means of threaded bolts led through the central bore of each column support of the pair of column supports.
4. The holding apparatus as claimed in claim 1 , wherein respective industrial connectors ( 11 , 12 ) are mounted to both lateral ends of the support block ( 3 ).
5. The holding apparatus as claimed in claim 1 , wherein an opening is provided at an upper part of the holding frame ( 5 ), and at two sides of the opening respective narrow branches ( 13 , 14 ) are provided having upper ends coupled to respective sides of the fixing nest ( 6 ).
6. The holding apparatus as claimed in claim 1 , wherein, from both sides of the hinge body of the friction hinge ( 4 ), respective triplets of spaced ribs ( 20 ) are extending out in upward direction towards the support block ( 3 ), and in spaces between the ribs of the respective triplets of spaced ribs ( 20 ) respective lugs ( 19 ) are arranged extending out from the support block ( 3 ) in downward direction towards the friction hinge ( 4 ), and at both sides of the hinge body respective bearing shafts ( 9 , 10 ) are inserted and led through bores provided in the respective triplets of spaced ribs ( 20 ) and lugs ( 19 ) to press the ribs of the respective triplets of spaced ribs ( 20 ) and lugs ( 19 ) together with a predetermined force.
7. The holding apparatus as claimed in claim 1 , wherein, at an upper part of the socket ( 22 ) on the support block ( 3 ), two upwardly extending spaced sections ( 26 a , 26 b ) are provided, and the mobile device ( 30 ) to be held by the holding apparatus ( 1 ) has the industrial-type connector plug ( 36 ) that has a form-fitting complementary shape with respect to a shape of the socket ( 22 ) and has nests opposite to spaced sections ( 26 a , 26 b ), and contacts ( 27 ) of the socket ( 22 ) are electrically connectable with contacts of the industrial-type connector plug ( 36 ) only after said complementary sections have been at least partially inserted into each other.
8. The holding apparatus as claimed in claim 1 , wherein, in the hollow interior of the support block ( 3 ), the electrical components are mounted on a printed circuit board ( 29 ) fixed in the hollow interior.
9. The holding apparatus as claimed in claim 1 , wherein the suspension assembly ( 7 ) comprises a plurality of spaced holding tongues ( 8 ) that are insertable into respective pouches of a MOLLE type gear, wherein the plurality of spaced holding tongues ( 8 ) are arranged symmetrically with respect to the holding unit ( 2 ).
10. The holding apparatus as claimed in claim 1 , wherein the suspension assembly ( 7 ′) comprises a plurality of spaced holding tongues ( 8 ′) that are insertable into respective pouches of a MOLLE type gear, wherein the plurality of spaced holding tongues ( 8 ′) are arranged asymmetrically with respect to the holding unit ( 2 ) at one side thereof, and from the other side of the holding unit ( 2 ) a connection tab ( 16 ) extends out for enabling use of further holding tongues.