Pharmaceutical production facility comprising a measuring device
The invention relates to a pharmaceutical production facility ( 10 ) comprising a measuring device ( 30, 32 ) for monitoring a seal of capsules ( 20 ). The capsules have a capsule shell which is made of a first shell part and a second shell part, said shell parts being provided with a sealing liquid in a sealing region, wherein the measuring device comprises an infrared camera ( 34 ) or a camera with an infrared filter, and the measuring device detects the temperature or a change in the temperature of the sealing region and/or capsule sections adjoining the sealing region.
1 . A pharmaceutical production facility ( 10 ) having a measuring device ( 30 , 32 ) for monitoring sealing of capsules ( 20 ), wherein the capsules ( 20 ) have a capsule shell ( 42 ), which is formed by a first shell part ( 44 ) and a second shell part ( 46 ), wherein the shell parts ( 44 , 46 ) are provided in a sealing area ( 24 ) with a sealing liquid ( 22 ), wherein the measuring device ( 10 ) comprises an infrared camera ( 34 ) or a camera having an infrared filter, wherein the measuring device ( 30 , 32 ) detects a temperature or a temperature change of the sealing area ( 24 ) and/or of capsule sections adjacent to the sealing area ( 24 ).
2 . The pharmaceutical production facility ( 10 ) as claimed in claim 1 , wherein the pharmaceutical production facility ( 10 ) comprises an evaluation unit ( 38 , 40 ), wherein the evaluation unit ( 38 , 40 ) is configured to automatically evaluate the temperatures and/or temperature changes detected by the measuring device ( 30 , 32 ).
3 . The pharmaceutical production facility ( 10 ) as claimed in claim 2 , wherein the pharmaceutical production facility ( 10 ) comprises a sealing device ( 16 ) for sealing the capsules ( 20 ) and a control unit ( 26 ), which specifies method parameters for a duration and/or amount and/or position of application of the sealing liquid ( 22 ) to a capsule ( 20 ).
4 . The pharmaceutical production facility ( 10 ) as claimed in claim 3 , wherein the control unit ( 26 ) communicates with the evaluation unit ( 38 , 40 ).
5 . The pharmaceutical production facility ( 10 ) as claimed in claim 4 , wherein the measuring device ( 30 ) is arranged above the sealing device ( 16 ) with respect to a direction of gravity ( 28 ).
6 . The pharmaceutical production facility ( 10 ) as claimed in claim 3 , wherein the measuring device ( 30 ) is arranged above the sealing device ( 16 ) with respect to a direction of gravity ( 28 ).
7 . The pharmaceutical production facility ( 10 ) as claimed in claim 1 , wherein the pharmaceutical production facility ( 10 ) comprises a drying line ( 18 ), along which the capsules ( 20 ) are transported during drying of the sealing liquid ( 22 ).
8 . The pharmaceutical production facility ( 10 ) as claimed in claim 1 , wherein a plurality of measuring devices ( 30 , 32 ) arranged spatially offset in relation to one another is provided, wherein the measuring devices ( 30 , 32 ) each have an infrared camera ( 34 ) or a camera having an infrared filter.
9 . The pharmaceutical production facility ( 10 ) as claimed in claim 1 , wherein the pharmaceutical production facility ( 10 ) comprises a sealing device ( 16 ) for sealing the capsules ( 20 ) and a control unit ( 26 ), which specifies method parameters for a duration and/or amount and/or position of application of the sealing liquid ( 22 ) to a capsule ( 20 ).
10 . A method for monitoring sealing of capsules ( 20 ), wherein the capsules ( 20 ) have a capsule shell ( 42 ), which is formed by a first shell part ( 44 ) and a second shell part ( 46 ), wherein the shell parts ( 44 , 46 ) will be provided or are provided in a sealing area ( 24 ) with a sealing liquid ( 22 ), the method comprising:
a) detecting a temperature or a temperature change of the sealing area ( 24 ) and/or of capsule sections adjacent to the sealing area ( 24 ), and
b) evaluating the temperature or the temperature change.
11 . The method as claimed in claim 10 , wherein a detection according to step a) takes place during an application of sealing liquid ( 22 ) in the sealing area ( 24 ) and/or after the application of sealing liquid ( 22 ) in the sealing area ( 24 ).
12 . The method as claimed in claim 10 , wherein method parameters on a duration and/or amount and/or position of application of the sealing liquid ( 22 ) to a capsule ( 20 ) are adapted as a function of the temperature or temperature change detected according to step a).
13 . The method as claimed in claim 11 , wherein method parameters on a duration and/or amount and/or position of application of the sealing liquid ( 22 ) to a capsule ( 20 ) are adapted as a function of the temperature or temperature change detected according to step a).