1460730164-042d3fce-2296-4e28-afbe-ebe3da9f6326

1. A method for managing VPN profiles external to a VPN client installed on an endpoint device, the method comprising:
monitoring a security compliance status of the endpoint device with at least one security policy stored on the endpoint device;
copying, in response to detecting a change in the security compliance status, at least one archived VPN profile from an encrypted datastore to a storage location accessible to the VPN client, wherein the at least one archived VPN profile comprises first connection information; and
configuring the VPN client to connect to a network using the first connection information in the at least one archived VPN profile.
2. The method of claim 1 further comprising: establishing a first VPN connection with a computer over the network using the VPN client to provide access to a first portion of a secure network.
3. The method of claim 2 further comprising:
detecting a change in the security compliance status of the endpoint device; and
disconnecting the first VPN connection in response to detecting the change in the security compliance status.
4. The method of claim 3 further comprising:
displaying an indication to a user of the endpoint device that the security compliance status of the endpoint device has changed.
5. The method of claim 4, wherein detecting a change in the security compliance status of the endpoint device comprises detecting that the endpoint device is non-compliant with the at least one security policy.
6. The method of claim 5 further comprising:
deleting the at least one archived VPN profile at the storage location accessible to the VPN client;
copying at least one restricted profile from the VPN profiles in the encrypted datastore to the storage location accessible to the VPN client, wherein the at least one restricted profile comprises second connection information; and
configuring the VPN client to connect to the network using the second connection information in the at least one restricted profile.
7. The method of claim 6, further comprising:
establishing a second VPN connection with the computer over the network using the VPN client to provide access to a second portion of the secure network; and
receiving information from the computer to modify at least one application on the endpoint device.
8. The method of claim 4, wherein detecting a change in the security compliance status of the endpoint device comprises detecting that the endpoint device is compliant with the at least one security policy, the method further comprising displaying an indication of the security compliance status to a user of the endpoint device.
9. The method of claim 8, further comprising:
deleting the at least one archived VPN profile at the storage location accessible to the VPN client;
copying at least one regular profile from the VPN profiles in the encrypted datastore to the storage location accessible to the VPN client, wherein the at least one regular profile comprises third connection information;
configuring the VPN client to connect to the network using the third connection information in the at least one regular profile; and
establishing a second VPN connection over the network using the VPN client.
10. A computer-readable medium encoded with a series of instructions that when executed by a endpoint device perform a method of updating VPN profiles stored on an endpoint device, the method comprising:
transmitting a profile update request from a security agent on the endpoint device to a profile server, the profile update request comprising authentication information including at least one set of security credentials;
receiving, in response to the profile update request, a VPN profile file comprising a plurality of VPN profiles;
parsing the VPN profile file to extract the plurality of VPN profiles; and
storing the plurality of VPN profiles in an encrypted datastore on the endpoint device.
11. The computer-readable medium of claim 10, wherein the VPN profile file is an XML file, and parsing the VPN profile file comprises parsing the XML file.
12. The computer-readable medium of claim 10, further comprising:
monitoring a security compliance status of the endpoint device with at least one security policy stored on the endpoint device;
copying, in response to detecting a change in the security compliance status, at least one of the plurality of VPN profiles from the encrypted datastore to a storage location accessible to the VPN client, wherein the at least one of the plurality of VPN profiles comprises connection information; and
configuring the VPN client to connect to a network using the connection information.
13. The computer-readable medium of claim 12, further comprising: establishing a VPN connection with a computer over the network using the VPN client.
14. A method for providing an updated VPN profile file from a profile server to an endpoint device, the method comprising:
receiving a profile update request from a security agent on the endpoint device, the profile update request comprising authentication information including at least one set of security credentials;
searching the profile server for the updated VPN profile file based at least in part on the authentication information; and
transmitting, if found, the updated VPN profile file to the client on the endpoint device.
15. The method of claim 14, wherein the profile server is an authenticated file server, the method further comprising:
transmitting an error message to the security agent if the profile server determines that the authentication information is not valid.
16. The method of claim 14, wherein the VPN profile file is an XML file comprising a plurality of VPN profiles.
17. The method of claim 14, wherein the updated profile file comprises at least one new VPN profile.
18. An apparatus for monitoring a compliance of a endpoint device with at least one security policy, the endpoint device comprising:
a VPN client configured to establish a secure connection with a computer via a network;
an encrypted datastore for storing archived VPN profiles, wherein at least one of the archived VPN profiles comprises connection information used by the VPN client to establish the secure connection; and
a security agent for monitoring the compliance of the endpoint device with the at least one security policy, wherein the security agent copies at least one VPN profile from the archived VPN profiles in the encrypted datastore to a storage location accessible to the VPN client, wherein the at least one VPN profile is copied based at least in part on the compliance of the endpoint device with the at least one security policy.
19. The apparatus of claim 18, wherein the archived VPN profiles comprises at least one regular profile, the at least one regular profile permitting the VPN client to establish an unrestricted VPN connection to the computer over the network, and at least one restricted profile, the at least one restricted profile permitting the VPN client to establish a restricted connection to the computer over the network.
20. The apparatus of claim 19, wherein the security agent is configured to copy the at least one regular profile from the encrypted datastore to the storage location accessible to the VPN client when the endpoint device is in compliance with the at least one security policy.
21. The apparatus of claim 19, wherein the security agent is configured to copy the at least one restricted profile from the encrypted datastore to the storage location accessible to the VPN client when the end user device is not in compliance with the at least one security policy.
22. The apparatus of claim 18, wherein the security agent comprises a copy facility for copying the at least one VPN profile from the archived VPN profiles in the encrypted datastore to a storage location accessible to the VPN client.
23. The apparatus of claim 18, wherein the security agent comprises an update facility for transmitting a profile update request to a profile server, wherein the profile update request comprises authentication information including at least one set of security credentials.

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. A business form, comprising:
a paper carrier sheet having an upper surface and a lower surface,
a barrier layer on an area of said upper surface of said paper carrier sheet,
a silicone coating extending over said barrier layer, and
a label assembly comprising a label ply and a pressure sensitive adhesive coating, said label assembly secured to said silicone coating and to said upper surface of said carrier sheet by said pressure sensitive adhesive, said label ply having a cut therethrough to define a label portion and a lip portion, said label portion being secured only to said silicone coating and said lip portion being secured to both said silicone coating and said upper surface of said carrier sheet.
2. The business form of claim 1, in which said label ply defines a straight die cut therethrough, separating said lip portion from said label portion.
3. The business form of claim 2, in which said label ply comprises a ply of printable material whereby said label ply may be printed with a laser printer.
4. The business form of claim 2, in which said straight die cut is adjacent the edge of said area on said upper surface of said paper carrier sheet having a barrier layer thereon.
5. The business form of claim 2, in which said barrier layer is arranged in a rectangular area on said upper surface of said paper carrier sheet.
6. The business form of claim 5, in which said silicone coating covers said barrier layer and extends beyond said barrier layer on said paper carrier sheet, said silicone coating being arranged in a rectangular area.
7. The business form of claim 6, in which said label assembly extends beyond said silicone coating along one edge, and is secured to said upper surface of said carrier sheet by said pressure sensitive adhesive.
8. The business form of claim 6, in which said label assembly is releasably held to said silicone coating and permanently secured to said paper carrier sheet.
9. A business form, comprising:
a carrier sheet having an upper surface and a lower surface,
a release coating on a portion of said upper surface of said carrier sheet, and
a label assembly comprising a label ply and a pressure sensitive adhesive coating, said label assembly secured to said release coating and to said upper surface of said carrier sheet by said pressure sensitive adhesive, said label ply having a cut therethrough to define a label portion and a lip portion, said label portion being secured only to said release coating and said lip portion being secured to both said release coating and said upper surface of said carrier sheet.
10. The business form of claim 9, in which said release coating comprises a barrier layer on said carrier sheet, and a silicone coating extending over said barrier layer.
11. A method of making a business form having a paper carrier sheet and a label secured thereto, comprising the steps of:
providing a paper carrier sheet having an upper surface and a lower surface,
coating an area of said upper surface of said paper carrier sheet with a barrier layer,
applying a coating of silicone material over said barrier layer,
curing said silicone material,
providing a label assembly having a label ply and a pressure sensitive adhesive coating,
securing said label assembly to said silicone coating and to said upper surface of said carrier sheet by said pressure sensitive adhesive, and
cutting said label ply to define a label portion and a lip portion, with the cut arranged such that said label portion is secured only to said silicone coating and said lip portion is secured to both said silicone coating and said upper surface of said carrier sheet.
12. The method of making a business form having a paper carrier sheet and a label secured thereto according to claim 11, in which the step of cutting said label ply to define a label portion and a lip portion comprises the step of die cutting said label ply.
13. The method of making a business form having a paper carrier sheet and a label secured thereto according to claim 12, in which the step of die cutting said label ply comprises the step of die cutting said label ply along a straight line adjacent the edge of said coating of silicone material.
14. The method of making a business form having a paper carrier sheet and a label secured thereto according to claim 11, further comprising the step of printing said label by feeding said business form through a laser printer with the direction of movement of said business form being such that lip portion is the closest part of said label assembly to the leading edge of the business form.
15. The method of making a business form having a paper carrier sheet and a label secured thereto according to claim 11, further comprising the step of printing said upper surface of said paper carrier sheet and printing said label by feeding said business form through a laser printer with the direction of movement of said business form being such that lip portion is the closest part of said label assembly to the leading edge of the business form.
16. A method of making a business form having a carrier sheet and a label secured thereto, comprising the steps of:
providing a carrier sheet having an upper surface and a lower surface,
coating a portion of said upper surface of said carrier sheet with a release coating
providing a label assembly having a label ply and a pressure sensitive adhesive coating,
securing said label assembly to said release coating and to said upper surface of said carrier sheet by said pressure sensitive adhesive, and
cutting said label ply to define a label portion and a lip portion, with the cut arranged such that said label portion is secured only to said release coating and said lip portion is secured to both said release coating and said upper surface of said carrier sheet.
17. The method of making a business form having a carrier sheet and a label secured thereto according to claim 16, in which the step of cutting said label ply to define a label portion and a lip portion comprises the step of die cutting said label ply.
18. The method of making a business form having a carrier sheet and a label secured thereto according to claim 16, in which the step of die cutting said label ply comprises the step of die cutting said label ply along a straight line adjacent the edge of said release coating.
19. The method of making a business form having a carrier sheet and a label secured thereto according to claim 16, further comprising the step of printing said label by feeding said business form through a laser printer with the direction of movement of said business form being such that lip portion is the closest part of said label assembly to the leading edge of the business form.
20. The method of making a business form having a carrier sheet and a label secured thereto according to claim 16, further comprising the step of printing said upper surface of said carrier sheet and printing said label by feeding said business form through a laser printer with the direction of movement of said business form being such that lip portion is the closest part of said label assembly to the leading edge of the business form.

1460730156-cd333cb1-ed64-4eb9-8871-dd63643b1e81

1. A gas sensor, comprising:
a cylindrical sensor element;
a connection terminal extending axially of the sensor element and brought into contact with an outer surface of the sensor element; and
a separator located rear of the sensor element and having a through hole in which a rear end side of the connection terminal is inserted,
wherein the connection terminal has:
a cylindrical outer fitting portion formed on a front end side of the connection terminal and fitted onto the sensor element;
an extension portion extending rearward from the outer fitting portion and inserted in the through hole of the separator; and
a pulling prevention portion adapted to prevent the extension portion from further pulling in the through hole by contact with a front end surface of the separator.
2. The gas sensor according to claim 1, wherein the extension portion is formed to protrude inwardly from an axially intermediate point of the outer fitting portion; and wherein the pulling prevention portion is formed on a rear end part of the outer fitting portion at a position adjacent to the extension portion so as to prevent the extension portion from further pulling in the through hole by contact with the front end surface of the separator.
3. The gas sensor according to claim 1, wherein the pulling prevention portion is formed on a rear end part of the outer fitting portion at a position adjacent to the extension portion so as to protrude outwardly from the outer fitting portion and prevent the extension portion from further pulling in the through hole by contact with the front end surface of the separator.
4. The gas sensor according to claim 1, wherein the pulling prevention portion is formed on the extension portion so as to protrude outwardly from the extension portion and prevent the extension portion from further pulling in the through hole by contact with the front end surface of the separator.
5. The gas sensor according to claim 1, wherein the extension portion protrudes in a direction inclined inwardly with respect to an axial direction of the outer fitting portion.
6. The gas sensor according to claim 1, wherein the extension portion includes a bottom part extending in an axial direction of the outer fitting portion and another part extending from the bottom part in a direction inclined inwardly with respect to the axial direction.
7. The gas sensor according to claim 1, wherein a position at which the extension portion protrudes inwardly from the outer fitting portion is located rear of an axially center position of the outer fitting portion.
8. The gas sensor according to claim 1, wherein cuts are formed axially in a rear end side of the outer fitting portion on circumferentially opposite sides of the extension portion.

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. A belt type continuously variable transmission, comprising:
an input side pulley which includes an input side pulley shaft to which a driving force from a drive source is transmitted, an input side movable sheave that slides on the input side pulley shaft in an axial direction of the input side pulley shaft, and an input side fixed sheave that faces the input side movable sheave in the axial direction such that an input side groove is formed between the input side fixed sheave and the input side movable sheave;
an output side pulley which includes an output side pulley shaft that is provided in parallel with the input side pulley shaft, an output side movable sheave that slides on the output side pulley shaft in an axial direction of the output side pulley shaft, and an output side fixed sheave that faces the output side movable sheave in the axial direction such that an output side groove is formed between the output side fixed sheave and the output side movable sheave;
a belt which is looped over the input side groove and the output side groove;
a planetary gear set which transmits the driving force transmitted from the output side pulley to a differential gear unit that is provided so as to be coaxial with the output side pulley shaft; and
a damper device which is provided between the output side pulley and the planetary gear set,
wherein the planetary gear set includes an input shaft to which the driving force transmitted from the output side pulley is transmitted, and which is slidable on an axis of the output side pulley shaft in the axial direction of the output side pulley shaft, and the damper device is provided between the output side pulley shaft and the input shaft, and wherein the damper device is a damper oil chamber whose volume changes as the input shaft slides on the axis of the output side pulley shaft in the axial direction of the output side pulley shaft.
2. The belt type continuously variable transmission according to claim 1, wherein
the damper device is provided between the output side pulley shaft and the input shaft, and an intermediate member forms a part of the damper device.
3. The belt type continuously variable transmission according to claim 1, wherein
the planetary gear set is formed of multiple helical gears meshed with each other.
4. The belt type continuously variable transmission according to claim 1, wherein
the damper oil chamber is a space formed by a protruding portion that is formed at an end portion of the output side pulley shaft and that protrudes outward in a radial direction of the output side pulley shaft, and a protruding portion that is formed at an end portion of the input shaft to which the driving force from the damper device is transmitted and that protrudes outward in a radial direction of the input shaft.
5. The belt type continuously variable transmission according to claim 4, wherein
the input shaft is a hollow shaft, a sun gear is formed on the input shaft at an end portion on a side of the planetary gear set, and the sun gear is meshed with pinions of the planetary gear set.
6. The belt type continuously variable transmission according to claim 4, wherein
a hydraulic fluid pressure supplied, through the output side pulley shaft, to an output side oil chamber that is formed by a back surface of the output side movable sheave, which is on an opposite side of another surface of the output side movable sheave, the other surface facing the output side fixed sheave, and an output side partition fixed to the output side pulley shaft is equal to a hydraulic fluid pressure supplied to the damper oil chamber through the output side pulley shaft.
7. The belt type continuously variable transmission according to claim 4, wherein
a spline portion is formed in each of the protruding portion of the output side pulley shaft and the protruding portion of the input shaft, and the protruding portions are in splined engagement, whereby the output side pulley shaft and the input shaft are slidable with respect to each other in the axial direction.
8. The belt type continuously variable transmission according to claim 7, wherein
sealing means is provided at a slide portion at which the protruding portion of the output side pulley shaft and the protruding portion of the input shaft slide with respect to each other.
9. The belt type continuously variable transmission according to claim 1, wherein
the damper oil chamber is formed by a protruding portion that is formed at an end portion of the output side pulley shaft and that protrudes outward in a radial direction of the output side pulley shaft, a protruding portion that is formed at an end portion of the input shaft and that protrudes outward in a radial direction of the input shaft, and the intermediate member.
10. The belt type continuously variable transmission according to claim 9, wherein
the input shaft is a hollow shaft, a sun gear is formed on the input shaft at an end portion on a side of the planetary gear set, and the sun gear is meshed with pinions of the planetary gear set.
11. The belt type continuously variable transmission according to claim 9, wherein
a hydraulic fluid pressure is supplied, through the damper oil chamber, to an output side oil chamber that is formed by a back surface of the output side movable sheave, which is on an opposite side of another surface of the output side movable sheave, the other surface facing the output side fixed sheave, and a surface of the intermediate member, which faces the output side movable sheave.
12. The belt type continuously variable transmission according to claim 9, wherein
a spline portion is formed in each of a protruding portion of the intermediate member and the protruding portion of the input shaft, and the protruding portions are in splined engagement, whereby the intermediate member and the input shaft are slidable with respect to each other in the axial direction.
13. The belt type continuously variable transmission according to claim 12, wherein
sealing means is provided at a slide portion at which the protruding portion of the intermediate member and the protruding portion of the input shaft slide with respect to each other.
14. The belt type continuously variable transmission according to claim 1, wherein
the planetary gear set includes a sun gear, pinions meshed with the sun gear, a carrier which rotatably supports the pinions, and a ring gear which is fixed to a case; the sun gear is formed at an end portion of an input shaft that is a hollow shaft to which a driving force from the damper device is transmitted; the carrier is formed integrally with a differential case of the differential gear unit; and one of two output shafts of the differential gear unit penetrates an axis of the hollow input shaft.
15. The belt type continuously variable transmission according to claim 14, wherein
the input side pulley shaft is coupled with a forwardreverse changing mechanism which changes a direction of rotation input in the belt type continuously variable transmission between a normal rotational direction and a reverse rotational direction, and the forwardreverse changing mechanism is coupled with a torque converter.
16. The belt type continuously variable transmission according to claim 15, wherein
the driving force from the drive source is transmitted to the differential gear unit via the toque converter, the forwardreverse changing mechanism, the input side pulley and the output side pulley of the belt type continuously variable transmission, and the planetary gear set.
17. A belt type continuously variable transmission, comprising:
an input side pulley which includes an input side pulley shaft to which a driving force from a drive source is transmitted, an input side movable sheave that slides on the input side pulley shaft in an axial direction of the input side pulley shaft, and an input side fixed sheave that faces the input side movable sheave in the axial direction such that an input side groove is formed between the input side fixed sheave and the input side movable sheave;
an output side pulley which includes an output side pulley shaft that is provided in parallel with the input side pulley shaft, an output side movable sheave that slides on the output side pulley shaft in an axial direction of the output side pulley shaft, and an output side fixed sheave that faces the output side movable sheave in the axial direction such that an output side groove is formed between the output side fixed sheave and the output side movable sheave;
a belt which is looped over the input side groove and the output side groove;
a planetary gear set which transmits the driving force transmitted from the output side pulley to a differential gear unit that is provided so as to be coaxial with the output side pulley shaft; and
damper means provided between the output side pulley and the planetary gear set,
wherein the planetary gear set includes an input shaft to which the driving force transmitted from the output side pulley is transmitted, and which is slidable on an axis of the output side pulley shaft in the axial direction of the output side pulley shaft, and the damper means is provided between the output side pulley shaft and the input shaft, and wherein the damper means is a damper oil chamber whose volume changes as the input shaft slides on the axis of the output side pulley shaft in the axial direction of the output side pulley shaft.