Merge Sample Clauses

Merge. If you write the left and right parts of a character too far apart, they might be recognized as two characters. You can click the first incorrect character and use the Merge to unite them into one character.

Merge. If you write the left and right parts of a character too far apart, they might be recognized as two characters. You can use the merge function to unite them into one character. 1. Write『棟樑』. 2. If『木』and『東』are written too far away from each other, you may wrongly get three characters『木東樑』. 3. Move the pen/mouse over the first character 『 木 』 and wait for a couple of second for the Flotation Menu to show up. Click the Merge button, to combine『木』(wood) and『東』(east) together as『棟』(beam).

Merge. The Borrower will not, nor will it permit any Subsidiary to, merge or consolidate with or into any other Person, except that a Subsidiary may merge into the Borrower or a Wholly-

Merge. By using this option, you can merge the multiple objects or images placed on the canvas.

Merge consolidate, reincorporate or otherwise alter or modify its corporate name, principal place of business, jurisdiction of incorporation and organization, its structure, corporate good standing status or existence, or enter into or engage in any business other than businesses engaged in by the Company on the date hereof and similar or related businesses or businesses incidental thereto; provided, however, that on thirty (30) days prior notice to CITBC, the Company may, without obtaining the consent of CITBC, alter or modify its corporate name or principal place of business;

Merge. When some strokes of one word are written far away from each other, they may be recog- nized as several words. You can use the Merge command to combine them into one word. 1. Write two words『棟樑』though Free Writing mode. The result would display on your screen. 2. If 『 木 』 and 『 東 』 is written far away from each other, you may get 『 木 東 樑 』 as your result. 3. Hover your cursor on the first word『木 』for a moment, the toolbar pops up. 4. Click the button to merge『木』and 『東』into『棟』.

Merge consolidate or otherwise alter or modify its corporate name, principal place of business, structure, status or existence, or enter into or engage in any operation or activity materially different from that presently being conducted by the Company;

Merge. When some strokes of one word are written far away from each other, they may be recognized as several words. You can use merge function to combined them into one word. 1. Handwrite two words『棟樑』 by free writing. The result would be sent in the caret. 2. If『木』and『東』is written far away from each other, you may wrongly get three words of result 『木東樑』. 3. Move the cursor on the first word 『木』for a while to pop up the function tool bar. 4. Click button to merge『木』 and『東』into『棟』.

Merge or consolidate with or into any Person, EXCEPT (a) mergers and consolidations of a Subsidiary of Borrower into Borrower or a Wholly-Owned Subsidiary or of Subsidiaries with each other and (b) a merger or consolidation of a Person into Borrower or with or into a Wholly-Owned Subsidiary of Borrower which constitutes an Acquisition permitted by Section 6.5; PROVIDED that (i) Borrower or a Wholly-Owned Subsidiary is the surviving entity, (ii) no Change in Control results therefrom, (iii) no Default or Event of Default then exists or would result therefrom and (iv) Borrower and each of the Subsidiary Guarantors execute such amendments to the Loan Documents as Lender may reasonably determine are appropriate as a result of such merger.

Merge. We first look at the communication cost. GDH scales linearly with the number of added members, while BD and STR are more efficient with a constant number of rounds. Although a merge in TGDH takes multiple rounds, it depends on the number of merging groups, which is usually small. Since BD and TGDH have 2n and 2k messages (at most) respectively, STR is the most communication-efficient for handling merge events. Examining computation requirements, BD has the lowest cost with only three exponentiations. TGDH scales logarithmically with the group size. It is more efficient than STR and GDH which scale linearly with both the group size and the number of new members. Partition: Both GDH and STR protocols are bandwidth efficient: only one round consisting of one message. BD is less efficient with two rounds of n messages each. Partition is the most expensive operation in TGDH requiring a number of rounds bounded by tree height. Computation-wise it is difficult to compare BD with other protocols because of its hidden cost. TGDH requires a logarithmic number of exponentiations. GDH and STR scale linearly with the group size.