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A router including a base for supporting the router on a work piece surface, a motor housing supported by the base, and a motor supported by the housing and operable to drive a tool element. The router also includes a hand grip attachable to one of the base and the housing. The hand grip may be cont

A router including a base for supporting the router on a work piece surface, a motor housing supported by the base, and a motor supported by the housing and operable to drive a tool element. The router also includes a hand grip attachable to one of the base and the housing. The hand grip may be contoured to fit a hand of an operator and may be at least partially formed of an elastomeric material. The router may also include a fixing assembly for fixing the housing in a position relative to the base, the fixing assembly including a clamping member for applying a clamping force to the housing to fix the housing in a position relative to the base, and an actuator for moving the clamping member. The router may also include an adjustment mechanism for adjusting the position of the housing relative to the base, the adjustment mechanism including a coarse adjustment assembly for making relatively large changes in the position of the housing, and a fine adjustment assembly for making relatively small changes to the position of the housing. The adjustment mechanism may be operated when the router is supported in an inverted position below a work table. A router case having a removable molded base plate may be provided to support the router on a surface.

대표청구항 ▼

A router including a base for supporting the router on a work piece surface, a motor housing supported by the base, and a motor supported by the housing and operable to drive a tool element. The router also includes a hand grip attachable to one of the base and the housing. The hand grip may be cont

A router including a base for supporting the router on a work piece surface, a motor housing supported by the base, and a motor supported by the housing and operable to drive a tool element. The router also includes a hand grip attachable to one of the base and the housing. The hand grip may be contoured to fit a hand of an operator and may be at least partially formed of an elastomeric material. The router may also include a fixing assembly for fixing the housing in a position relative to the base, the fixing assembly including a clamping member for applying a clamping force to the housing to fix the housing in a position relative to the base, and an actuator for moving the clamping member. The router may also include an adjustment mechanism for adjusting the position of the housing relative to the base, the adjustment mechanism including a coarse adjustment assembly for making relatively large changes in the position of the housing, and a fine adjustment assembly for making relatively small changes to the position of the housing. The adjustment mechanism may be operated when the router is supported in an inverted position below a work table. A router case having a removable molded base plate may be provided to support the router on a surface. m a standby mode by a switching signal;providing a subsequent display for selecting a gaseous anesthetic and one of selecting and confirming the selection of either a new, second gaseous anesthetic, or selection of the first gaseous anesthetic used previously;performing a concentration measurement with the measuring constants stored for the first gaseous anesthetic, in the case of the selection of the first gaseous anesthetic;triggering an alarm in the case of the selection of said new second gaseous anesthetic and displaying the fact that a gaseous anesthetic mixture was selected is displayed and one of: acknowledging the alarm wherein the concentration measurement takes place with the measuring constants stored for the new second gaseous anesthetic; or correcting the selection and selecting a third gaseous anesthetic and subsequently performing the concentration measurement with the measuring constants stored for said third gaseous anesthetic.3. A monitoring process in accordance with claim 2, wherein the gaseous anesthetics are selected from the group comprising the gases halothane, enflurane, isoflurane, desflurane, and servoflurane.4. A monitoring process in accordance with claim 3, wherein the gaseous anesthetics are selected on the gaseous anesthetic monitor by means of a rotatable acknowledge switch or by means of contact-sensitive display screen segments.5. A monitoring process in accordance with claim 4, wherein the concentration of the gaseous anesthetics is measured according to an infrared optical or piezoelectric measurement process.6. A monitoring process in accordance with claim 3, wherein the gaseous anesthetic metering device has one or more filling devices specific of gaseous anesthetics.7. A monitoring process in accordance with claim 2, wherein the gaseous anesthetics are selected on the gaseous anesthetic monitor by means of a rotatable acknowledge switch or by means of contact-sensitive display screen segments.8. A monitoring process in accordance with claim 7, wherein the gaseous anesthetic metering device has one or more filling devices specific of gaseous anesthetics.9. A monitoring process in accordance with claim 3, wherein the concentration of the gaseous anesthetics is measured according to an infrared optical or piezoelectric measurement process.10. A monitoring process in accordance with claim 2, wherein the gaseous anesthetic metering device has one or more filling devices specific of gaseous anesthetics.11. A monitoring process in accordance with claim 10, wherein the concentration of the gaseous anesthetics is measured according to an infrared optical or piezoelectric measurement process.12. A monitoring process in accordance with claim 2, wherein the concentration of the gaseous anesthetics is measured according to an infrared optical or piezoelectric measurement process.13. A monitoring process in accordance with claim 4, wherein the gaseous anesthetic metering device has one or more filling devices specific of gaseous anesthetics.14. A method in accordance with claim 2, wherein:said acknowledging is performed by a human operator intervening with said gaseous anesthetic monitor.15. A monitoring process for metering different gaseous anesthetics with a gaseous anesthetic monitor for determining the concentration of only one gaseous anesthetic with an associated gaseous anesthetic metering device, the process comprising the steps of: using the aesthetic monitor with a first gas;receiving an activation signal from an operator for the aesthetic monitor;querying the operator to select a gas for continued operation of the monitor;receiving an answer from the operator indicating a selected gas;comparing said selected gas to said first gas;triggering an alarm if said selected gas is different than said first gas and displ