1. A battery pack comprising:
a battery cell having a first terminal and a second terminal disposed on a first end of the battery cell;
a core pack assembly adjacent the first end of the battery cell, wherein the core pack assembly includes,
a support member attached to the first end of the battery cell and having a first terminal aperture and a second terminal aperture, wherein the support member includes a plurality of hooks and a shoulder,
a protection circuit module (PCM) adjacent the support member and electrically coupled to the first terminal,
a positive temperature coefficient (PTC) component adjacent the support member and electrically coupled to the second terminal,
a first L-shaped contact having a first horizontal surface contact area that is perpendicular to a first vertical surface contact area, wherein the first horizontal surface contact area abuts the support member shoulder, the first L-shaped contact electrically coupled to the first terminal via the protection circuit module, the protection circuit module configured to disconnect the first terminal from the L-shaped contact upon a disconnect event,
a second L-shaped contact having a second horizontal contact area that is perpendicular to a second vertical surface contact area, wherein the second horizontal surface contact area abuts the support member shoulder, the second L-shaped contact electrically coupled to the second terminal via the PTC;
a top cover secured to the core pack assembly by the support member hooks, wherein the top cover encloses the support member, the PCM, the PTC, the first L-shaped contact, and the second L-shaped contact, the first vertical surface contact area and the second vertical surface contact area are exposed through corresponding apertures in the top cover; and
a label including a body section and first, second, third and fourth flap sections, at least one of the flap sections securing the top cover to the battery cell.
2. The battery pack of claim 1, wherein the body section attaches to a bottom surface of the battery cell, the first flap section attaches over the top cover and a top surface of the battery cell, the second flap section attached to a first side surface of the battery cell, the third flap section attached to a second side surface of the battery cell, the fourth flap section attaches over a bottom cover attached to a second end of the battery cell.
3. The battery pack of claim 2, wherein a cutout area of the first flap section exposes the first and second L-shaped contacts.
4. The battery pack of claim 2, wherein the first flap section overlaps a portion of each of the second, third, and fourth flap sections.
5. The battery pack of claim 1, further comprising a third L-shaped contact connected to a third terminal of the battery cell, wherein the first, second and third L-shaped contacts are adjacent to each other on the first end of the battery cell, wherein a first width dimension of the first L-shaped contact is greater than a second width dimension of the second L-shaped contact, and a third width dimension of the third L-shaped contact is greater than the second width dimension of the second L-shaped contact.
6. The battery pack of claim 5, wherein first, second and third L-shaped contacts are configured to receive a first connector having a first pitch spacing associated with first connector pins and a second connector having a second pitch spacing associated with second connector pins, the first pitch spacing greater than the second pitch spacing.
7. A method of assembling a core pack adjacent to a battery cell having a first terminal and a second terminal disposed on a first end of the battery cell, the method comprising:
attaching a support member to the first end of the battery cell, wherein the support member has a first terminal aperture and a second terminal aperture, wherein the support member includes a plurality of hooks and a shoulder;
coupling a protection circuit module (PCM) to the first terminal, wherein the PCM is adjacent to the support member;
coupling a positive temperature coefficient (PTC) to the second terminal, wherein the PTC is adjacent to the support member;
connecting a first L-shaped contact having a first horizontal surface contact area that is perpendicular to a first vertical surface contact area, wherein the first horizontal surface contact area abuts the support member shoulder, the first L-shaped contact electrically coupled to the first terminal via the PCM that is configured to disconnect the first terminal from the L-shaped contact upon a disconnect event;
connecting a second L-shaped contact having a second horizontal contact area that is perpendicular to a second vertical surface contact area, wherein the second horizontal surface contact area abuts the support member shoulder, the second L-shaped contact electrically coupled to the second terminal via the PTC;
securing a core pack assembly that includes the support member, the PCM, the PTC, the first L-shaped contact, and the second L-shaped contact with a top cover that encloses the core assembly, the first vertical surface contact area and the second vertical surface contact are exposed through corresponding apertures in the top cover; and
securing the top cover to the battery cell with a label, the label including a body section and first, second, third and fourth flap sections.
8. The method of claim 7, further comprising:
attaching the body section to a bottom surface of the battery cell;
attaching the first flap section over the top cover and a top surface of the battery cell;
attaching the second flap section to a first side surface of the battery cell;
attaching the third flap section to a second side surface of the battery cell;
attaching a bottom cover to a second end of the battery cell;
attaching the fourth flap section over a bottom cover and the second end of the battery cell.
9. The method of claim 8, wherein a cutout area of the first flap section exposes the first and second L-shaped contacts.
10. The method of claim 8, wherein the first flap section overlaps a portion of each of the second, third, and fourth flap sections.
11. The method of claim 7, further comprising connecting a third L-shaped contact to a third terminal of the battery cell, wherein the first, second and third L-shaped contacts are adjacent to each other on the first end of the battery cell, wherein a first width dimension of the first L-shaped contact is greater than a second width dimension of the second L-shaped contact, and a third width dimension of the third L-shaped contact is greater than the second width dimension of the second L-shaped contact.
12. The method of claim 11, wherein first, second and third L-shaped contacts are configured to receive a first connector having a first pitch spacing associated with first connector pins and a second connector having a second pitch spacing associated with second connector pins, the first pitch spacing greater than the second pitch spacing.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. An apparatus for reproducing information from an information recording medium, the information recording medium comprising,
a data area configured to store said audiovideo data included in one or more video objects, one of said video objects including one or more video object units; and
a management area separate from said data area and configured to store said control information,
wherein said control information includes movie AV file information having movie video object information corresponding to one of said video objects,
said movie AV file information includes M_AVFI general information and one or more movie VOBI search pointers,
said movie video object information includes time map information containing VOBU entry information,
said VOBU entry information includes playback time information of one of said video object units,
said movie video object information includes movie video object general information containing temporary erase information of one of said video objects,
one of said video objects is configured to be set at a temporarily erased state, said temporarily erased state indicated by said temporary erase information,
a video object corresponding to said temporarily erased state results from a division of an original video object including said audiovideo data,
a start position of said division is set as time information,
said control information includes program chain information having cell information corresponding to a cell,
said cell information includes cell general information and one or more pieces of cell entry point information corresponding to cell entry points of said cell,
said cell general information includes information of a type of said cell, movie VOBI search pointer numeral information corresponding to one of said video objects of said cell, information describing a number of said cell entry point information, information describing a presentation start time of said cell, and information describing a presentation end time of said cell, and
one piece of said cell entry point information includes type information of one of said cell entry points and information of a presentation time for one of said cell entry points,
said apparatus comprising:
a first reproducer configured to reproduce said control information from the management area; and
a second reproducer configured to reproduce said audiovideo data from the data area.
2. A method for recording information on an information recording medium, the information recording medium comprising,
a data area configured to store said audiovideo data included in one or more video objects, one of said video objects including one or more video object units; and
a management area separate from said data area and configured to store said control information,
wherein said control information includes movie AV file information having movie video object information corresponding to one of said video objects,
said movie AV file information includes M_AVFI general information and one or more movie VOBI search pointers,
said movie video object information includes time map information containing VOBU entry information,
said VOBU entry information includes playback time information of one of said video object units,
said movie video object information includes movie video object general information containing temporary erase information of one of said video objects,
one of said video objects is configured to be set at a temporarily erased state, said temporarily erased state indicated by said temporary erase information,
a video object corresponding to said temporarily erased state results from a division of an original video object including said audiovideo data,
a start position of said division is set as time information,
said control information includes program chain information having cell information corresponding to a cell,
said cell information includes cell general information and one or more pieces of cell entry point information corresponding to cell entry points of said cell,
said cell general information includes information of a type of said cell, movie VOBI search pointer numeral information corresponding to one of said video objects of said cell, information describing a number of said cell entry point information, information describing a presentation start time of said cell, and information describing a presentation end time of said cell, and
one piece of said cell entry point information includes type information of one of said cell entry points and information of a presentation time for one of said cell entry points,
said method comprising:
recording said audiovideo data on the data area; and
recording said control information on the management area.
3. A method for reproducing information from an information recording medium, the information recording medium comprising,
a data area configured to store said audiovideo data included in one or more video objects, one of said video objects including one or more video object units; and
a management area separate from said data area and configured to store said control information,
wherein said control information includes movie AV file information having movie video object information corresponding to one of said video objects,
said movie AV file information includes M_AVFI general information and one or more movie VOBI search pointers,
said movie video object information includes time map information containing VOBU entry information,
said VOBU entry information includes playback time information of one of said video object units,
said movie video object information includes movie video object general information containing temporary erase information of one of said video objects,
one of said video objects is configured to be set at a temporarily erased state, said temporarily erased state indicated by said temporary erase information,
a video object corresponding to said temporarily erased state results from a division of an original video object including said audiovideo data,
a start position of said division is set as time information,
said control information includes program chain information having cell information corresponding to a cell,
said cell information includes cell general information and one or more pieces of cell entry point information corresponding to cell entry points of said cell,
said cell general information includes information of a type of said cell, movie VOBI search pointer numeral information corresponding to one of said video objects of said cell, information describing a number of said cell entry point information, information describing a presentation start time of said cell, and information describing a presentation end time of said cell, and
one piece of said cell entry point information includes type information of one of said cell entry points and information of a presentation time for one of said cell entry points,
said method comprising:
reproducing said control information from the management area; and
reproducing said audiovideo data from the data area.