Annex 4 Sample Clauses

Annex 4. Variations in the general decision making process

Annex 4. The information described herein is as of the Computation Date and, except as otherwise indicated below, pertains to the Relevant Period.

Annex 4. The corrections given in Table 4.8 take account of the fact that the protection ratio is a function of the frequency difference between the interfering signal and the wanted telelvision signal. To account for this effect, the effective radiated power, in dBW, shall be reduced by this correction before the coordination distance is determined. A value of 0 dB shall be used when the corrected effective radiated power, in dBW, is negative. Linear interpolation shall be used for effective radiated powers, in dBW, differing from those given in the tables and also for effective antenna heights (m) other than those in Tables 4.1 to 4.3. Antenna heights of 10 m or 1800 m, respectively, shall be used when the actual height is below the former or above the latter value. For mixed paths the coordination distance, DM, shall be the sum of the pertinent fractions of the coordination distances, Di, applicable to every type of propagation path involved. where DM = ∑ di Di i T (i = L, SC, SW ) dT is the total path length from the transmitter to the nearest point on the border of the country concerned; di is the total length of those parts of the path which are over land, over cold sea, over warm sea as the case may be. Coordination distances, DL, in km, for propagation paths over land Effective antenna height (m) Effective radiated power 10 37.5 75 150 300 600 1200 1800 dBW W Coordination distances (km) 55 300k 660 660 670 690 710 740 780 810 50 100k 600 600 620 630 650 680 720 760 45 30k 550 550 560 580 600 630 670 700 40 10k 500 500 510 520 540 570 610 650 35 3k 440 440 450 470 490 520 560 590 30 1k 390 390 400 410 430 460 500 530 25 300 330 330 340 360 370 410 450 480 20 100 280 280 290 300 320 360 390 430 15 30 200 230 240 250 270 300 340 380 10 10 110 170 190 200 220 260 300 330 5 3 60 130 150 160 180 210 260 280 0 1 45 90 110 120 140 170 220 240 Annex 4 – 60 – Coordination distances, DSC, in km, for propagation paths over cold sea Effective antenna height (m) Effective radiated power 10 37.5 75 150 300 600 1200 1800 dBW W Coordination distances (km) 55 300k 1160 1160 1190 1220 1240 1250 1270 1300 50 100k 990 990 1000 1040 1050 1070 1130 1160 45 30k 860 860 870 890 910 940 980 1010 40 10k 750 750 760 780 800 840 870 910 35 3k 640 640 660 680 700 730 780 810 30 1k 560 560 580 590 610 640 700 720 25 300 480 480 500 510 530 570 610 640 20 100 410 410 430 440 470 500 540 570 15 30 350 350 370 380 400 440 480 510 10 10 300 300 310 320 350 380 420 450 5 3 230 240 260 270 290...

Annex 4. 8.1 contains, as of the Signing Date, a complete and correct list of collective bargaining and material agreements with unions, workers’ councils and similar organisations by which the Company, as of the Signing Date, is bound.

Annex 4. 1 contains the Statements and Guaranties that the Sellers make to the Buyer (hereinafter referred to as “Statements and Guaranties”) in connection with the Companies of the Matchmind Group, their business, operations and assets. The Sellers hereby state that the foregoing statements and guaranties are true, accurate and complete, without omitting any fact or circumstance that may alter, restrict or condition their contents and scope.

Annex 4. 9 contains a complete and correct list of all insurance policies of the Company and/or for the benefit of the Company. To the Seller’s Knowledge, the Company has not received written notice from any third party that the insurance policies listed in Annex 4.9 are not valid and in full force or that any premiums due under the above policies have not been duly paid up to the Signing Date. To the Seller’s Knowledge, there are no circumstances due to which any such policy may be voidable.

Annex 4. 5.1-1 sets forth the nominal value of each of the Partners’ Loan Claims and Shareholders’ Loan Claims with respect to, each of the Company and DYNA GmbH as of the date of this Agreement except for losses occurred since Calculation Date. Annex 4.5.1-2 sets forth the nominal value of each intercompany loan between any of the DYNA Group Companies as of Calculation Date.

Annex 4. JEM-FIPDes Curriculum JEM-FIPDes Consortium Committee JEM-FIPDes Executive team JEM-FIPDes financial and administrative handbook Annex 5. JEM-FIPDes Student Contract Annex 6. JEM-FIPDes Quality Assurance procedure Annex 7. Translation of national marks Annex 8. FIPDes Alumni association Annex 9. JEM-FIPDES Associated partners Description of the JEM-FIPDes Curriculum The Joint European Master FIPDes is scheduled over two academic years and will result in the accumulation of 120 ECTS credits. The overall structure of the FIPDes course is shown in the following figure: The aim of the first study year (Master 1 or M1) is to provide a thorough and broad introduction to both food science & technology and innovation management, so as to assure mastery of core-knowledge in these fields. Mandatory mobility is a fundamental aspect of FIPDes approach and is applicable to all students. Students will attend the first semester of M1 at AgroParisTech (Paris, France) and the second at DIT (Dublin, Ireland). A strong point of integration among partners and students is the compulsory introduction module, which will be organized at the beginning of the first semester at AgroParisTech (France) to present the teaching staff from all Consortium operating partners and give students practical tips for their stay. Introductory lectures on the main challenges of food innovation will be given by the teaching staff of Consortium operating partners and by guest lecturers from the professional sector. A seminar on food culture will be given to introduce European food culture, society and R&D issues. In addition to the compulsory core courses, students will choose two elective modules among a list of available units from the national AgroParisTech programmes. This degree of freedom will make it possible for students to develop specific skills in line with their professional project. During the first year of study (M1) students participate in a junior project. Teams of students are in charge of managing a practical R&D project related to innovation with the assistance of a professional and then develop a prototype within a module in DIT. They build their project progressively thank to the different knowledge and skills acquired in both universities. This joint module strongly structures the first year. The complementary fields covered by DIT and AgroParisTech modules will make it possible to achieve the junior project goals with success, another added value of mobility. The second study ...

Annex 4. 11.12 contains a list of all shop agreements that originally were concluded with Dynamit Nobel GmbH Explosivstoff- und Systemtechnik and that are still in force within the Company or DYNA GmbH due to the transfer of employees from Dynamit

Annex 4. 8.3 contains a complete and correct list of any pension arrangements or other post retirement benefit schemes, participation in profit or sales or other bonus payments and all similar arrangements in each individual case or the aggregate of all cases resulting in any payment by the Company to any employee of more than EUR 10,000.00 per year.