PROBE WITH DORSAL CONNECTIVITY
A probe which has a housing defining a receptacle, an ultrasound transceiver which emits from one aspect of the housing, a cable exiting from an opposing aspect of the housing, wherein the transceiver and cable are interconnected with a connective structure.
1 ) A sensor assembly comprising:
(a) a housing having a first aspect and a second aspect, said housing defining a receptacle, said receptacle extending through said housing;
(b) an ultrasound transceiver positioned to emit from said first aspect of said housing;
(c) an arc of electrically conductive material extending around said receptacle from said ultrasound transceiver to said second aspect of said housing;
(d) an electrically conductive material extending away from said second aspect of said housing; and
(e) wherein said electrically conductive material is interconnected electrically with said transceiver by being interconnected electrically with a part of said arc.
2 ) The sensor assembly of claim 1 wherein said transceiver is located on said housing so as to be positioned beneath the pulp of a finger when said sensor assembly is mounted on a finger.
3 ) The sensor assembly of claim 1 wherein said arc comprises flex circuit.
4 ) The sensor assembly of claim 1 wherein said arc comprises ribbon cable.
5 ) The sensor assembly of claim 1 wherein said arc resides inside said housing.
6 ) The sensor assembly of claim 1 wherein said transceiver comprises piezoelectric material.
7 ) The sensor assembly of claim 1 wherein said transceiver comprises a CMUT sensor.
8 ) The sensor assembly of claim 1 wherein said transceiver is a linear array.
9 ) The sensor assembly of claim 1 wherein said transceiver is a phased array.
10 ) A finger mountable sensor assembly comprising:
(a) a finger mountable housing having a palmar aspect and a dorsal aspect and including a finger receptacle;
(b) an ultrasound transceiver located on said palmar aspect of said housing;
(c) at least one arc of electrically conductive material interconnected electrically with said ultrasound transceiver, said at least one arc extending around said finger receptacle within said housing to the dorsal aspect of said housing, thereby adapted to encircle a medial section of a user's finger located within said finger receptacle;
(d) an electrically conductive material extending away from the dorsal aspect of said housing; and
(e) wherein said electrically conductive material is interconnected electrically with said transceiver by being interconnected electrically with said arc.
11 ) The sensor assembly of claim 10 wherein said arc comprises flex circuit.
12 ) The sensor assembly of claim 10 wherein said arc comprises ribbon cable.
13 ) The sensor assembly of claim 10 wherein said arc resides inside said housing.
14 ) The sensor assembly of claim 10 wherein said transceiver comprises piezoelectric material.
15 ) The sensor assembly of claim 10 wherein said transceiver comprises a CMUT sensor.
16 ) The sensor assembly of claim 10 wherein said transceiver is a linear array.
17 ) The sensor assembly of claim 10 wherein said transceiver is a phased array.
18 ) A sensor assembly operable to be removably mounted to a finger, said finger having a pulp and having a dorsal aspect and a palmar aspect, and said sensor assembly having a dorsal aspect and an opposing palmar aspect and comprising:
(a) a housing adapted to be removably attachable to said finger;
(b) a connective structure of electrically conductive material disposed at least partially within said housing such that when said assembly is mounted to said finger, said connective structure at least partially encircles said finger;
(c) an ultrasound transceiver adapted to be removably attachable to said digital pulp and being in electrical communication with said connective structure; and
(d) an electrically conductive material disposed partially within said housing such that when said assembly is mounted to said finger, said electrically conductive material extends along said dorsal region of said finger and is in electrical communication with said ultrasound receiver via said connective structure.
19 ) The sensor assembly of claim 18 wherein said connective structure comprises an arc of flex circuit.
20 ) The sensor assembly of claim 18 wherein said connective structure comprises an arc of ribbon cable.
21 ) The sensor assembly of claim 18 wherein said transceiver comprises piezoelectric material.
22 ) The sensor assembly of claim 18 wherein said transceiver comprises a CMUT sensor.
23 ) The sensor assembly of claim 18 wherein said transceiver is a linear array.
24 ) The sensor assembly of claim 18 wherein said transceiver is a phased array.