Czech Metrology Institute  
Okružní 31, 638 00 Brno  
 
1. ------IND- 2018 0332 CZ - EN- ------ 20180803 --- --- PROJET 
Executive summary for the EC (not part of this legislation)  
Instruments and systems measuring the flow volume of liquids other than water – stationary 
measuring systems except for dispensers, are placed on the market and put into use in the Czech 
Republic in accordance with Directive  2014/32/EU (the Measuring Instruments Directive – MID). 
Once they have been put into use, th ey become subject to national metrological regulation – 
verification at specified intervals. This notified legislation only applies to the verification of 
measuring instruments that have already been put into use. It does not concern placing them on the 
market or putting them into use.  
The requirements imposed on these measuring instruments when in use are fully compatible with 
the MID and are also based on OIML Recommendation 117.  
(End of executive summary.)  
 
Contact person: Mgr. Tomáš 
Hendrych  
Phone: +420  545 555 414 
 
 
PUBLIC DECREE  
 
As the authority with substantive and territorial jurisdiction in the matter of laying down metrological 
and technical requirements for legally controlled measuring instruments and stipulating the testing 
methods for type approval and verification of legally controlled measuring instruments pursuant to 
§ 14(1) of Act No  505/1990, on metrology, as amended (hereinafter referred to as the ‘Metrology 
Act’), and in accordance with the provisions of §  172 et seq. of Act No  500/20 04, the Administrative 
Procedure Code (hereinafter referred to as the ‘APC’), on 22  July 2016, the Czech Metrology Institute 
(hereinafter referred to as the ‘CMI’) commenced ex officio proceedings pursuant to §  46 APC, and, 
on the basis of supporting docum ents, issues the following:  
 
 
I. 
DRAFT GENERAL MEASUR E 
number: 0111 -OOP -C066 -16 
 General Measure No 0111 -OOP -C066 -16 
 
2 laying down the metrological and technical requirements for legally controlled measuring 
instruments, including testing methods for type approval and verification of the follo wing legally 
controlled measuring instruments:  
‘measuring instruments and systems for measuring the flow of liquids other than water – 
stationary measuring systems except for dispensers’  
 
This general measure lays down the metrological and technical requirements for systems measuring 
the flow volume of liquids other than water – stationary measuring systems except for dispensers, to 
be applied when verifying these instruments after they have been placed on the market or put into use. 
The requirements follow from the requirements of special legislation.  
The verification of stationary measuring systems other than dispensers shall be subject to metrological 
requirements applicable at the time they were put into circulation.  
1 Basic definitions  
For the purposes of this general measure, terms and definitions pursuant to VIM and VIML,2) special 
legislation1), and the terms and definitions below shall apply:  
1.1 
system for measuring the flow volume of liquids other than water or liquefied gases – 
measuring systems on a pipeline (hereinafter referred to as ‘measuring system’)  
an assembly of devices for determining and recording the quantity (mass or volume, or volume under 
specified conditions, or volume of ethanol under specified conditions) of a given liqui d other than 
water by measuring the necessary quantities when it is flowing through a fully charged conduit  
NOTE  The measuring systems under this regulation include all measuring instruments other than dispensers for 
fuels, LPG and CNG and the measuring sy stems on tanks.  
2 Metrological requirements  
The metrological requirements are based on the requirements of special legislation1) and the 
requirements of Recommendation OIML 117 -13). 
The verification of the measuring instruments shall be subject to metrolog ical requirements applicable 
at the time they were put into circulation.  
                                                      
1) Government Regulation No  120/2016 on conformity assessment of measuring instruments when made 
available on the market (hereinafter referred to as the ‘Government Regulation on Measuring Instruments’). 
The regulation transposed into Czech legislation Directive  2014/32 /EU of the European Parliament and of 
the Council of 26  February  2014 on the harmonisation of the laws of the Member States relating to the 
making available on the market of measuring instruments  
2) TNI 01 0115 International Vocabulary of Metrology – Basic  and General Concepts and Associated Terms 
(VIM) and International Vocabulary of Legal Metrology (VIML) are part of the technical harmonisation 
compendium ‘Terminology in the field of metrology’, which is publicly available at www.unmz.cz  
3) OIML R 117 -1 ‘Dynamic measuring systems for liquids other than water. Part  1: Metrological and technical 
requirements’ – publicly available at www.oiml.org  General Measure No 0111 -OOP -C066 -16 
 
3 2.1 Rated operating conditions  
2.1.1 Ambient temperature range  
Every component of the measuring system shall operate properly over a range of ambient temperatures 
specified by the manufacturer as the operating temperature range where:  
 the minimum temperature shall be +5  °C or −10  °C or −25  °C or −40  °C, and  
 the maximum temperature shall be +30  °C or +40  °C or +55  °C or +70  °C or +85  °C. 
2.1.2 Flow rate range  
The flow rate range of t he measuring system between minimum flow rate Qmin and maximum flow rate 
Qmax shall be specified by the manufacturer. This flow rate range shall be within the flow rate range of 
each element of the measuring system.  
The ratio of Qmax : Qmin flow rates of a  measuring system on a pipeline and a measuring system for 
loading ships may be specified for all liquids according to the conditions of use.  
The minimum required flow rate ratio Qmax : Qmin of a measuring system for cryogenic liquids shall be 
5 : 1. 
The minimum required flow rate ratio Qmax : Qmin for other measuring systems specified in Table  1 
shall be 4  : 1. 
2.1.3 Measured liquid  
The measured liquid shall be specified either by specifying the name or type of the liquid for liquids 
whose physical pr operties are identified and generally known, or directly by providing the ranges of 
the relevant physical properties with which these liquids are supplied by manufacturers, such as 
density range or viscosity range. In addition, the temperature and pressure  ranges of the measured 
liquids and, where appropriate, Reynolds numbers shall be specified.  
2.1.4 Minimum measured quantity ( mmq ) 
The minimum quantity of liquid measured by the measuring system shall be expressed as the smallest 
scale interval in the form  1 × 10n, 2 × 10n or 5 × 10n units of measurement of volume or mass, where n 
is a positive or negative whole number, or zero.  
The minimum measured quantity of a measuring system shall not be less than the largest of 
the minimum measured quantities of any o f its parts.  
2.2 Accuracy of measuring systems  
The measuring system shall meet the requirements for maximum permissible errors over the entire 
flow rate measurement range specified by the manufacturer.  
2.2.1 Accuracy class of measuring systems  
Measuring sy stems shall be classified in accuracy classes given by the maximum permissible error 
according to Table  1. 
The manufacturer may specify higher accuracy for a certain type of measuring system.  
Table  1 – Accuracy classes  
Accuracy class  Types of measuring sys tems  
0.3 Measuring systems on pipeline  
0.5 All measuring systems, if not stated otherwise elsewhere in this table, in particular:  
 measuring systems for (un)loading ships;  General Measure No 0111 -OOP -C066 -16 
 
4  measuring systems for milk;  
 measuring systems for refuelling aircraft.  
1.0 Measuring systems for liquefied gases under pressure measured at a temperature equal to 
or above -10 °C. 
Measuring systems normally in class 0.3 or 0.5 but used for liquids:  
 whose temperature is less than −10  °C or greater than +50  °C; 
 whose dynamic viscos ity is higher than 1  000 mPa·s;  
 whose maximum volumetric flow rate is not higher than 20  L/h. 
1.5 Measuring systems for liquefied carbon dioxide.  
Measuring systems for liquefied gases under pressure measured at a temperature below 
−10 °C (except for cryogenic liquids).  
2.5 Measuring systems for cryogenic liquids (temperature below −153  °C). 
2.2.2 Maximum permissible errors  
Maximum permissible errors for volumes of two litres or more are given in Table  2. 
Table  2 – Maximum permissible errors for V ≥ 2 litres  
Accuracy class  Maximum permissible errors  
0.3 0.5 1.0 1.5 2.5 
Measuring systems (A) (entire 
system)  0.3 % 0.5 % 1.0 % 1.5 % 2.5 % 
Meters (B) (flow meter)  0.2 % 0.3 % 0.6 % 1.0 % 1.5 % 
Maximum permissible errors for volumes of less than two litres are given in Table  3. 
Table 3  – Maximum permissible errors for V < 2  litres  
Measured volume  V MPE  
V < 0.1 L 4× the value in Table  2, applied to 0.1  L 
0.1 L ≤ V < 0.2 L 4× the value in Table  2 
0.2 L ≤ V < 0.4 L 2× the value in Table  2, applied to 0.4 L 
0.4 L ≤ V < 1 L 2× the value in Table  2 
1 L ≤ V < 2 L the value in Table  2, applied to 2  L 
Regardless of the measured quantity, the maximum permissible error shall be the larger of the 
following two values:  
a) the absolute value of the maximum permissible error specified in Table  2 or Table  3; 
b) the absolute value of the maximum permissible error for the minimum measured quantity Emin. 
The following conditions apply for minimum measured quantities greater than or equal to two litres:  
Condition  1:  Emin shall fulfil the condition: Emin ≥ 2R, where R is the smallest scale interval of the 
indication device.  General Measure No 0111 -OOP -C066 -16 
 
5 Condition  2:  Emin is given by the formula: Emin = (2 mmq )  (A/100), where mmq  is the smallest 
measured quantity and A is the numerical value for  measuring systems (A) in Table  2. 
For minimum measured quantities of less than two litres, the above -mentioned condition  1 applies and 
Emin is twice the value specified in Table  3 for measuring systems (A) from Table  2. 
The measuring system shall not expl oit the maximum permissible error or systematically favour any 
party.  
2.2.3 Converted indication  
In the case of a converted indication, the maximum permissible error for measuring systems (A) in 
Table  2 shall apply.  
2.2.4 Conversion devices  
Maximum permiss ible errors on converted indications caused by a conversion device shall equal to 
(A − B), A and B being the values specified in Table  2. 
Parts of conversion devices that can be tested separately:  
a) Calculator: Maximum permissible errors on indications of the characteristic quantities of the 
liquid applicable to calculation, positive or negative, are equal to one tenth of the maximum 
permissible error for measuring systems (A) in Table  2. 
b) Associated measuring instruments shall have an accuracy at least as g ood as the values in 
Table  4. 
Table 4  – Maximum permissible errors of associated measuring instruments  
MPE on measurements  Accuracy class of the measuring system  
0.3 0.5 1.0 1.5 2.5 
Temperature  ±0.3 °C ±0.5 °C ±1 °C 
Pressure   less than 1  MPa:  ±50 kPa 
 from 1 to  4 MPa:  ±5 % 
 greater than  4 MPa:  ±200  kPa 
Density  ±1 kg/m3 ±2 kg/m3 ±5 kg/m3 
NOTE  These values apply to the indication of the characteristic quantities of the liquid displayed by the 
conversion device.  
 
c) Accuracy for calculating function: The maximum permissible error for the calculation of each 
characteristic quantity of the liquid, positive or negative, is equal to two fifths of the value 
under (b).  
3 Technical requirements  
The technical requirements are based on the requirements of the Gover nment Regulation on 
Measuring Instruments and the requirements of Recommendation OIML  R 1173). 
Verification of the measuring instruments shall be subject to technical requirements applicable at the 
time they were put into circulation.  General Measure No 0111 -OOP -C066 -16 
 
6 3.1 Design of the mea suring system  
The measuring system shall always consist of the following components:  
a) flow rate or flow volume meter (flow meter ); 
b) a transfer point;  
c) a hydraulic circuit with particular characteristics ensuring proper functioning of the measuring 
system.  
Where required for correct operation of the measuring system, appropriate components shall be used 
as part of the system, for example:  
d) a gas elimination device;  
e) a filter;  
f) a pump;  
g) a differential valve;  
h) correction devices.  
The measuring system may be provide d with other ancillary and additional devices.  
If several flow meters intended for separate measuring operations share common elements (for 
example, the calculator, filter, gas elimination device, liquid quantity conversion device etc.), each 
flow meter is  considered to form, with the common elements, a separate measuring system.  
3.2 Indicating device  
The measuring system shall be equipped with an indicating device giving the flow quantity of the 
liquid at metering conditions.  
Volume shall be indicated in units of volume appropriate for the measuring range, e.g. in m3, dm3 
(litres), cm3 or millilitres. Mass shall be indicated in kg, g or t.  
Where influence quantities are measured, temperature shall be displayed in °C or K, density in kg/m3 
and pressure in b ar or Pa (kPa, MPa).  
If the measuring system is fitted with a conversion device to convert the measured flow quantity of the 
liquid to the given reference conditions, it shall also be fitted with a device for displaying this 
converted quantity.  
One indicat ing device may be used for several measuring systems provided that it is impossible to use 
any two measuring systems simultaneously and it is clear for which measuring system the indication is 
displayed.  
3.3 Gas elimination device  
The possible occurrence o f undissolved air or gases in the measured liquid upstream of the flow meter 
shall be minimised, in particular by suitable hydraulic circuit arrangement, including a pump and 
pressure conditions, or by using a gas elimination device for liquids with a dyna mic viscosity of less 
than 20  mPa·at 20  °C, which is suitable for the given conditions of measurement.  
The effect of undissolved air or gases on the measurement result shall not exceed:  
a) 1 % of the measured quantity for milk, beer and other potable liquids that tend to foam and for 
liquids with a viscosity exceeding 1  mPa·s at 20  °C, or  
b) 0.5 % of the measured quantity for other liquids.  
However, it is not necessary for this effect to be less than 1  % of the minimum measured quantity.  General Measure No 0111 -OOP -C066 -16 
 
7 3.4 Protection against un authorised tampering  
The necessary number of spaces shall be provided on the measuring system for the placement of 
official marks and the main official mark allowing easy placement of the marks and visual inspection 
without the need for disassembly.  
The me asuring system shall be designed so that the measuring, indicating, conversion or other devices 
of the measuring system cannot be tampered with in any manner that could affect the accuracy of 
measurement without visible damage to the official mark.  
4 Marki ng 
All information on the label of the measuring system shall be indelible, irremovable and legible 
throughout the duration of its use.  
4.1 Markings  
Each measuring system shall bear at least the following information on a special label:  
a) the manufacturer’s name or trade mark and contact mail address;  
b) identification of the type of the measuring system;  
c) the serial number and year of manufacture;  
d) minimum flow rate Qmin and maximum flow rate Qmax; 
e) the minimum and maximum operating pressures;  
f) the minimum measured  quantity ( mmq ); 
g) the name or type of measured liquid, or, if applicable, the range of relevant characteristics;  
h) the minimum and maximum temperature of the measured liquid;  
i) the minimum and maximum ambient temperature (if applicable, specified for different parts of 
the measuring system);  
j) the mechanical and electromagnetic class of the ambient environment (if applicable, specified 
for different parts of the measuring system);  
k) the nominal voltage of the AC power supply and the limit voltage of the DC power sup ply; 
l) accuracy class;  
m) the type -approval certificate or conformity marking number;  
n) identification of the positions of individual dispensation points.  
This label shall be firmly affixed to the measuring system in a visible location and sealed.  
It shall not be  possible to remove the label without damaging the seal.  
4.2 Marking of metrologically relevant components  
The following information shall be provided (e.g. in the form of another label) on each separate 
metrologically relevant component of the measuring s ystem, such as the flow meter, measurement 
transducers, the calculator, the gas elimination device, or indication and conversion devices:  
o) serial number;  
p) the manufacturer’s name or trade mark;  
q) the type -approval certificate or conformity marking number;  
r) other relevant characteristics for the particular device type.  General Measure No 0111 -OOP -C066 -16 
 
8 5 Type approval of the measuring instrument  
The measuring systems shall be placed on the market and put into use in accordance with other 
legislation1), therefore, they are not subject to type approval.  
6 Initial verification  
These measuring instruments shall be placed on the market and put into use after conformity 
assessment in accordance with other legislation1). Initial verification is not relevant for these 
measuring instruments.  
7 Subsequent verification  
7.1 In general  
The verification of a measuring system may be carried out in a single stage or multiple stages. If the 
final verification of a complete measuring system is preceded by one or more stages, the test results 
from the pre ceding stages shall be taken into account during the final stage.  
The verification of a measuring system may be carried out in a single stage if the entire measuring 
system has been manufactured by one manufacturer and if it can be transported without dism antling 
and tested under the intended conditions of use, or the verification can be carried out completely at the 
place of installation.  
In all other cases, the verification shall be conducted in two stages:  
I. The first stage concerns only measuring instr uments used as components or, if applicable, 
associated ancillary devices of the measuring system. Tests of the first stage may be carried 
out with different liquids than those which the system is intended to measure. Tests of the first 
stage may be carrie d out on a test bench.  
II.  The second stage shall be carried out at the place of installation and at actual working 
conditions with the intended liquid of use.  
Regardless of the number and place of the stages and regardless of the means of the test, it sh all be 
possible to conclude that the measuring system installed at the site of use complies with all the 
requirements applied under the specified working conditions.  
Verification with a liquid other than the liquid the system is intended to measure may be carried out 
only under the condition that the measuring instrument’s type -approval or conformity assessment 
documentation so allows. Measuring systems for milk and other beverages or liquid food products 
may be tested with water.  
The final stage of subsequ ent verification shall consist of the following actions and tests:  
a) visual inspection;  
b) functional test of the gas elimination device, if practicable;  
c) accuracy test;  
d) test of ancillary and additional devices.  
7.2 Test equipment  
The error of measurement of the test equipment used to carry out accuracy tests shall be less than 1/3 of 
the maximum permissible error referred to in Article  2.2.2.  General Measure No 0111 -OOP -C066 -16 
 
9 7.3 Visual inspection  
The purpose of visual inspection of the measuring system shall be to  check that:  
a) the measuring system submitted for verification and its components conform to the approved 
type or the design of the measuring instrument for which conformity was declared in the context 
of placing it on the market, and attention shall be paid  to checking the markings referred to in 
Chapter  4; 
b) the measuring system and its components, including rubber hoses or connected pipe -work, are 
not mechanically damaged or do not exhibit signs of corrosion;  
c) the content and implementation of markings and in scriptions correspond to the information and 
requirements specified in the type -approval certificate for the measuring instrument.  
If the measuring instrument fails to meet the visual inspection requirements, no further tests are 
performed.  
7.4 Functional test of the gas elimination device  
As far as possible or practicable, the proper functioning of the gas elimination device shall be tested; it 
is not necessary to verify compliance with maximum permissible errors applicable to this device.  
7.5 Accuracy test 
7.5.1 Flow meter accuracy test in the case of two -stage verification  
The accuracy test of a flow meter shall be carried out using either the volumetric method, by 
transferring the specified quantity of the liquid into a standard capacity measure, or t he mass method, 
by transferring the specified quantity of the liquid into a measure on standard scales, or using a 
reference flow meter at the specified flow rate.  
The test shall be conducted at least at the following flow rates:  
 Qmin, 
 (0.20 –0.25) Qmax, 
 (0.8–1)Qmax, 
Depending on the type of the measuring system, other flow rates may be specified.  
In order for the flow meter to pass the accuracy test, the quantity indicated for each flow rate shall not 
exceed the maximum permissible error referred to in Artic le 2.2.2.  
If all actual errors of the measuring instrument are only positive or only negative, at least one of them 
shall be less than half the maximum permissible error (MPE).  
7.5.2 Measuring system accuracy test in the case of one -stage verification  
The accuracy test of a measuring system shall be carried out using either the volumetric method, by 
transferring the specified quantity of the liquid into a standard capacity measure, or the mass method, 
by transferring the specified quantity of the liquid int o a measure on standard scales, or using a 
reference flow meter at the specified flow rate.  
The test shall be conducted at least at the characteristic flow rate within the flow rate range of the 
measuring system. Depending on the type of the measuring system, other flow rates may be specified.  
The test shall be repeated at least 2× for each flow rate.  
In order for the measuring system to pass the accuracy test, the average quantity indicated for each 
flow rate shall not exceed the maximum permissible er ror referred to in Article  2.2.2.  General Measure No 0111 -OOP -C066 -16 
 
10 If all actual errors of the measuring instrument are only positive or only negative, at least one of them 
shall be less than half the maximum permissible error (MPE) if the accuracy test is carried out for at 
least three f low rates.  
7.6 Tests of ancillary and additional devices  
Proper functioning of ancillary and additional devices shall be checked if the measuring system is 
provided with them. The relevant test shall only be carried out once; tests of ancillary and additional 
devices may be combined with the accuracy test.  
7.6.1 Printer test  
Indications provided by the printing device shall be compared with indications for the same 
measurement on the indicating device.  
The difference between these indications shall n ot be more than one scale interval of the indicating 
device.  
7.6.2 Test of the attached temperature measuring device  
During the test, the deviation of the attached temperature measuring device at three temperatures is 
determined: Tmin, 15 °C and Tmax. 
The difference between temperature Ti (°C) indicated on the dispenser and temperature Tn (°C) 
indicated by the standard temperature measuring device is determined.  
The identified deviations of the attached temperature measuring device shall not exceed the maxi mum 
permissible error given in Table  4. 
7.6.3 Conversion device test  
During the test, conversion device accuracy shall be determined at the actual temperature of the test 
liquid.  
The relative deviation of the indicated volume at base temperature Ebv shall not exceed the maximum 
permissible error referred to in Article  2.2.4.  
8 Measuring instrument examination  
When examining measuring instruments pursuant to §  11a of the Metrology Act at the request of a 
person who may be affected by incorrect measure ment, the procedure under Chapter  7 shall be 
followed, except for the last sentence of Article  7.3. The maximum permissible error applied shall be 
double the maximum permissible errors referred to in Chapter  2. 
9 Notified standards  
For the purposes of spec ifying the metrological and technical requirements for measuring instruments 
and specifying the testing methods for verification stemming from this general measure, the CMI shall 
notify the Czech technical standards, other technical standards or technical documents of international 
or foreign organisations, or other technical documents containing more detailed technical requirements 
(hereinafter referred to as ‘notified standards’). The CMI shall publish a list of these notified standards 
attached to the re levant measures, together with the general measure, in a manner accessible to the 
public (at www.cmi.cz ). 
Compliance with notified standards or parts thereof shall be considered, to the extent and under the 
conditions laid down in this general measure, as compliance with those requirements laid down in this 
measure to which these standards or parts thereof apply.  General Measure No 0111 -OOP -C066 -16 
 
11 Compliance with notified standards is one way of demonstrating compliance with the requirements. 
These requi rements may also be met by using another technical solution guaranteeing an equivalent or 
higher level of protection of legitimate interests.  
 
II. 
GROUNDS  
The CMI has issued this general measure laying down metrological and technical requirements for 
legally controlled measuring instruments and tests for verification of legally controlled measuring 
instruments – ‘measuring instruments and systems for measuring the flow of liquids other than water – 
stationary measuring systems except for dispensers’, i n accordance with §  14(1)(j) of the Metrology 
Act to implement §  9(1) and (9) and §  11a of the Metrology Act.  
Implementing Decree of the Ministry of Industry and Trade No  345/2002 specifying measuring 
instruments for mandatory verification and measuring in struments subject to type approval, as 
amended, classifies the measuring instruments in question under items 1.3.11 i, l, m, 1.3.12 and 1.3.13 
in the annex entitled ‘List of the types of legally controlled measuring instruments’:  
1.3.11 Elements of measuri ng instruments and systems for measuring the flow volume of liquids  
i) calculator units for liquids other than water or liquefied gases,  
l) flow volume sensors for liquids other than water or liquefied gases,  
m) flow volume sensors for liquefied gases,  
1.3.12 Measuring instruments and systems for measuring the flow volume of liquids other than water 
or liquefied gases,  
1.3.13 Measuring instruments and systems for measuring the flow volume of liquefied gases.  
 
This legislation ( general measure) will be notified in accordance with Directive  (EU)  2015/1535 of the 
European Parliament and of the Council of 9  September  2015 laying down a procedure for the 
provision of information in the field of technical regulations and of rules on Information Society 
servic es. 
 
III. 
I N S T R U C T I O N S  
In accordance with §  172(l) APC, in conjunction with §  39(l) APC, the CMI has stipulated a time limit 
for comments of 30  days as of the date of posting the draft on the official notice board. Comments 
submitted after this time limit will not be considered.  
The persons concerned are hereby invited to comment on this draft general measure. With a view to 
§ 172(4) APC, the comments shall be submitted in writing.  
According to §  174(l) APC, in conjunction with §  37(l) APC, it must be clear ly stated who is making 
the comments, which general measure the comments concern, how the draft contradicts legislation or 
how the general measure is inaccurate and must contain the signature of the person making the 
comments.  
The supporting documents for this draft general measure may be consulted at the Czech Metrology 
Institute, Legal Metrology Department, Okružní 31, 638 00 Brno, after making arrangements by 
telephone.  
This general measure shall be posted for 15  days.  General Measure No 0111 -OOP -C066 -16 
 
12  
 
 
 
 
 ...…………………………..............  
RNDr. Pavel Klenovský  
Director -General  
 
Person responsible for accuracy: Mgr. Tomáš Hendrych  
 
Posted on:  
Signature of the authorised person confirming posting:  ....................................................  
 
Removed on:  
Signature of the authorised person confirming removal:  ....................................................