초록 ▼

System for determining the properties of tissue parts of a living organism, comprising an optoelectronic measuring device (10) and an attachment device (20) which is opaque to light and surrounds a measuring window (28) through which determinations are carried out. The device (20) has one or several

System for determining the properties of tissue parts of a living organism, comprising an optoelectronic measuring device (10) and an attachment device (20) which is opaque to light and surrounds a measuring window (28) through which determinations are carried out. The device (20) has one or several components (26) for reproducibly attaching the measuring device (10) in a direction toward a first surface of the tissue. Other subject matters of the invention are an attachment device (20) and a method for determining the properties of tissue parts with the aid of the claimed system.

대표청구항 ▼

[ It is claimed:] [6.] A system for determining properties of a biological matrix, said system comprising:an optoelectronic measurement means for performing optoelectronic measurements of a biological matrix, said optoelectronic measurement means comprising a first engagement element on a first side

[ It is claimed:] [6.] A system for determining properties of a biological matrix, said system comprising:an optoelectronic measurement means for performing optoelectronic measurements of a biological matrix, said optoelectronic measurement means comprising a first engagement element on a first side thereof, and a second engagement element on a second side thereof;receiving means for removably receiving the optoelectronic measurement means, said receiving means comprising a receiving housing for receiving the optoelectronic measurement means therein, and a measurement window allowing the optoelectronic measurement means to access a first surface of the biological matrix, said receiving means including a third engagement element corresponding to the first engagement element of the optoelectronic measurement means, and a fourth engagement element corresponding to the second engagement element of the optoelectronic measurement means,wherein said receiving means and said optoelectronic measurement means are configured to be tiltingly engaged whereby said first engagement element and said third engagement element are engaged with each other, and said second engagement element and said fourth engagement element are then contacted to each other, thereby ensuring secure engagement between the optoelectronic measurement means and the receiving means.