Abstract: A method of manufacturing one of a range of autoinjectors having cartridges (600, 600?, 600?) with different preset fill volumes, the method comprising the steps of: a) providing a front body assembly (100b, 100c, 100c?, 100c?), b) providing a cartridge (600, 600?, 600?) of given fill volume, c) providing a rear body assembly (100a) comprising a spring-driven drive ram assembly (310, 320) configured to drive the piston of a held cartridge (600, 600?, 600?), d) providing a ram spacer member (400, 400?, 400?), the ram spacer member defining a spacing geometry of length dimension (X1?, X1?, X1??, XS?, XS?, XS??, XR?, XR?, XR??) selected according to the fill volume of the cartridge (600, 600?, 600?), and e) assembling a front body assembly (100b, 100c, 100c?, 100c?), the cartridge (600, 600?, 600?), the ram spacer member (400, 400?, 400?) and the rear body assembly (100a) so that the ram spacer member (400, 400?, 400?) is arranged axially between the drive ram assembly (310, 320) of the rear body assembly (100a)

Abstract: A gas burner system comprising a longitudinal burner body defining a longitudinal central cavity, and a ribbon pack configured to be removably installed into the central cavity, the ribbon pack comprising: (i) at least one ribbon positioned between a first vertical wall and a second vertical wall; (ii) a first transverse arm extending horizontally outward from a first longitudinal side of the ribbon pack; (iii) a second transverse arm extending horizontally outward from a second longitudinal side of the ribbon pack, wherein the first and second transverse arms are configured to attach to the longitudinal burner body.

Abstract: A puncture needle cartridge (2) comprises: a columnar lancet body (6) having a puncture needle on the front end side and a puncture instrument mount (5) on the rear end side; a protective cap (13) covering the puncture needle and having a shape extending toward the front end; a skin contact part (10) placed in front of the tip of the puncture needle, having a planar shape perpendicular to the puncture needle, and formed with a through hole to put the protective cap (13) through; an elongate plate-like extension (9) extending from the skin contact part (10) toward the rear end; and an elastic object (8) for coupling the extension (9) to the lancet body (6) and making the tip of the puncture needle be biased to be located in the rear end side behind the skin contact part (10).

Abstract: The invention relates to a safety device for an injection syringe, the injection syringe including a body having an injection needle fitted thereon, the device including a plunger rod including a distal plunger part slidably movable in the body of the syringe, and a proximal triggering part, configured to trigger the displacement of a protection sheath, from an injection position, wherein the needle is uncovered, towards a safety position, wherein the needle is covered by the sheath. The proximal triggering part is able to move relative to the distal plunger part once the distal plunger part is at the distal end of its stroke, to trigger the displacement of the protection sheath.

Abstract: An apparatus for cutting dado cuts in a board includes a first base member that includes an adjustment for surrounding a fence. A pair of rods extend away from the first base member and are attached to a first rail. A second base member includes a pair of spaced apart holes through which each of the pair of rods passes. A locking lever is used to secure the second base member in position relative to the pair of rods. The second base member is mounted over the rods in either of two ways. Each side of the second base member provides an indication as to where and edge of the dado cut will occur in a board. The width of the dado cut is readily adjustable by urging the second member into the desired position and by actuating the locking lever.

Abstract: A wood working machine is described that includes a mounting plate assembly for supporting a cutting tool, the mounting plate assembly including a base plate, first and second spaced apart intermediate plates on the base plate, and first and second guide plate elements pivotally supported on respective first and second intermediate plates, and a cutting tool support plate slidably disposed between the first and second guide plate elements, the guide plate elements including means defined therein for positioning each of the guide plate elements at selected angular intervals with respect to the respective first and second intermediate plates, whereby the cutting tool support plate is slidably movable on the base plate between the guide plate elements at a prescribed angle. The mounting plate assembly may include laser sources providing crossed laser beams for accurately positioning the tool bit of the cutting tool near a work piece, and light sources for illuminating the tool bit.

Abstract: A wood working machine includes a mounting plate assembly for supporting a cutting tool, the assembly including a base plate, first and second intermediate plates on the base plate, and first and second guide plate elements pivotally supported on the intermediate plates, and a cutting tool support plate slidably disposed between the guide plate elements, the guide plate elements being positionable at angular intervals with respect to the intermediate plates, whereby the cutting tool support plate is slidably movable on the base plate between the guide plate elements at a prescribed angle. The mounting plate assembly may include laser sources providing crossed laser beams for positioning the tool bit of the cutting tool near a work piece, and light sources for illuminating the tool bit. A digital sensor may be included for positioning of the work piece.

Abstract: A guiding device for a tenoner includes a mounting member for mounting the guiding device on the tenoner and for releasably engaging with a plurality of guide members. The mounting member includes a recess inset on a lateral side thereof. Each guide member includes an engaging section and a guiding section, and the engaging section is moveably engaged in the recess and is adapted to be fixed at various positions.

Abstract: A jig apparatus for aiding in the formation of a variety of mechanically interconnecting structures or joints in workpieces. The jig apparatus may include a base and a template mounting system for adjustably positioning a template with respect to the base. A securing system for securing a workpiece in a desired position may be included. The jig apparatus may also include a repeatable template positioning system. Additionally, a quick-change template guide system may be used with a router and template for removing material from a workpiece. A router bit positioning system for aiding in establishing a pre-determined bit depth may be included.

Abstract: A jig to make the pin and tail parts of a dovetail joint in first and second workpieces has a frame with front, bottom, and top walls. A plurality of spaced rails form first guide slots in a first section of the frame front and top walls and a plurality of posts form second guide slots in a second section of the front wall. Fasteners on the frame bottom wall clamp the jig to one face of the first workpiece with an end facing the plurality of first guide slots and clamp the jig to one face of the second workpiece with the second plurality of guide slots facing the plurality of second guide slots. The guide slots guide a router cutter bit when in each of the first and second slots to cut into respective first and second workpieces ends to make the joint pin and tail parts.

Abstract: A jig apparatus for aiding in the formation of a variety of mechanically interconnecting structures or joints in workpieces. The jig apparatus may include a base and a template mounting system for adjustably positioning a template with respect to the base. A securing system for securing a workpiece in a desired position may be included. The jig apparatus may also include a repeatable template positioning system. Additionally, a quick-change template guide system may be used with a router and template for removing material from a workpiece. A router bit positioning system for aiding in establishing a pre-determined bit depth may be included.

Abstract: An apparatus for cutting dado cuts in a board includes a first base member that includes an adjustment for surrounding a fence. A pair of rods extend away from the first base member and are attached to a first rail. A second base member includes a pair of spaced apart holes through which each of the pair of rods passes. A locking lever is used to secure the second base member in position relative to the pair of rods. The second base member is mounted over the rods in either of two ways. Each side of the second base member provides an indication as to where and edge of the dado cut will occur in a board. The width of the dado cut is readily adjustable by urging the second member into the desired position and by actuating the locking lever.

Abstract: A kit for forming mortises in door edges and door frames for flush-mounting door hinges, strike plates and latch plates is provided. The kit generally includes a template holder and a plurality of templates mountable to the template holder. The templates provide guides for various size hinges, strike plates or latch plates. The template holder includes an adjustment mechanism for easily adapting the template holder from doors having a first thickness to doors having a second thickness. The adjustment mechanisms include a rotatable cam and knob. The kit may optionally include an alignment schedule providing distances for locating the templates relative to a door end or a frame. Further, the templates may include tab engagement slots for engaging a tape measure.

Abstract: A router template for fabricating a contoured tile from a workpiece is provided. The router template includes a body that defines a cavity in which a nest is formed for retaining a workpiece during a cutting operation. A bearing path is defined within the body that engages a bearing of the router bit to guide the workpiece relative to the router bit. A cutting path is formed within the body to provide clearance within the body for a rotary cutting portion of the router bit. The cutting path and bearing path are aligned with each other and correspond to the desired size and contour of the tile. A method of cutting a contoured tile by following a template is also disclosed.

Abstract: A jig apparatus for aiding in the formation of a variety of mechanically interconnecting structures in workpieces. The jig apparatus may include a base and a template mounting system for adjustably positioning a template with respect to the base. A securing system for securing a workpiece in a desired position may be included. An adjustable workpiece mounting fence may also be included for varying the angular orientation of a workpiece to be shaped with respect to a template. Additionally, a collar guide system for a router for utilization with a template may be implemented with a hand held router being implemented for removing material from a workpiece. A router bit positioning system for aiding in establishing a pre-determined bit depth may be included.

Abstract: A jig apparatus for aiding in the formation of a variety of mechanically interconnecting structures in workpieces. The jig apparatus may include a base and a template mounting system for adjustably positioning a template with respect to the base. A securing system for securing a work piece in a desired position may be included. An adjustable workpiece mounting fence may also be included for varying the angular orientation of a workpiece to be shaped with respect to a template. Additionally, a collar guide system for a router for utilization with a template may be implemented with a hand held router being implemented for removing material from a workpiece. A router bit positioning system for aiding in establishing a pre-determined bit depth may be included.

Abstract: An operation device includes a connecting member mounted on and moved with a working device of a tenoner. A positioning mechanism is mounted on and moved with the connecting member and includes a tube mounted on the connecting member and adapted to be fixed at various positions, an elastic member and a shaft retained in a hollow of the tube. The shaft includes an end extended outside of the tube and a roller mounted on the end and engaged with a guiding member. The elastic member is disposed between the tube and the shaft and selectively depressed such that the elastic member enables the shaft to movably engage with an undulated edge of the guiding member in a quick and accurate manner.

Abstract: A jig apparatus for aiding in the formation of a variety of mechanically interconnecting structures in workpieces. The jig apparatus may include a base and a template mounting system for adjustably positioning a template with respect to the base. A securing system for securing a workpiece in a desired position may be included. An adjustable workpiece mounting fence may also be included for varying the angular orientation of a workpiece to be shaped with respect to a template. Additionally, a collar guide system for a router for utilization with a template may be implemented with a hand held router being implemented for removing material from a workpiece. A router bit positioning system for aiding in establishing a pre-determined bit depth may be included.

Abstract: An apparatus for cutting a precision dado in a board includes a base member. The base member includes an adjustable clamp that surrounds a guide fence and which can move along the length of the fence. The fence is clamped to the board where desired for each dado. The base member includes a central area that is adapted to receive a dado guide bushing which is attached to a router having a router bit. The central area allows limited movement of the bushing and the router bit in the dado guide perpendicular to the fence. This allows the router bit, which is smaller than the width of the dado, to fully cut the dado in two passes. Setup of the dado guide to accommodate the width of a shelf to be inserted in the dado is described as is the precise location of the dado guide with respect to the board.

Abstract: A table with a working surface has a parallel rail on each side of the working surface. A slide assembly includes a shaft with ends and a pair of brackets. Each bracket has a hole. The holes receive the ends of the shaft. The slide assembly includes cylindrical tunnels. The tunnels slidably receive the rails. An operating assembly has primary and secondary arms. Each arm has a free exterior end and an interior portion. The interior portion is coupled to the shaft. A router is secured to, and depends from, the free end of the secondary arm. Control mechanisms include a scribe. The scribe is secured to, and depends from, the free end of the primary arm. Movement of the primary arm and scribe with respect to a template will cause corresponding movement of the secondary arm and router with respect to work pieces to be routed.

Abstract: A semi-automatic mortising machine includes a support base, a support bar, a guide device, a working device, a distance adjusting device, and a dust collection box. Thus, the displacement direction can be controlled in a manual manner during the working process, and the cutting operation is performed in an automatic manner so as to cut the mortises and tenons in the workpiece.

Abstract: A semi-automatic mortising machine includes a support base, a support bar, a guide device, a working device, a distance adjusting device, and a dust collection box. Thus, the displacement direction can be controlled in a manual manner during the working process, and the cutting operation is performed in an automatic manner so as to cut the mortises and tenons in the workpiece.

Abstract: A semi-automatic mortising machine includes a support base, a support bar, a guide device, a working device, a distance adjusting device, and a dust collection box. Thus, the displacement direction can be controlled in a manual manner during the working process, and the cutting operation is performed in an automatic manner, so as to cut the mortises and tenons in the workpiece.

Abstract: A set of plates that interact to control the action of a router to direct it to shape interlocking components in sheet materials. The device is mainly applicable to dovetail joints but it can be applied to lettering and decoration. One of the plates supports the router over the workpiece. A second plate forms a shaped base for the router. Two further plates control the movement of the router plate and hence the router itself on the base plate. Another of the set of plates is indented with depressions that act as a template that controls the position of the cut of the router by means of an attached locating pin that can follow the template. The positioning of the router and the way it attacks the sheet material is unrestrained until checked by the plates. These plates together can form a set of dovetail jigs that cut both through and lapped dovetails using any dovetail cutter.

Abstract: A router jig apparatus for forming dowel which can be used for stair railings, in particular. The router jig apparatus includes a support table having a tabletop and leg members for supporting the tabletop; and also includes a router assembly including a motor being attached to an underside of the tabletop and also including a router bit being actuated by the motor; and further includes a template assembly including a plate being movably disposed upon a top of the tabletop, and also including a work piece support member being disposed upon the plate for supporting a work piece to be routed by the router bit.

Abstract: An apparatus includes a structure supporting a circular blade, a carriage on the structure for linear movement relative to the blade, and a lathe mounted on the carriage, the lathe rotatably supporting a workpiece in proximity to the blade. In one aspect, the support structure is pivotally connected to the carriage to allow pivoting of the lathe between an orientation for engagement of the workpiece with the blade and an orientation in which the workpiece is supported remote from the blade to facilitate operations on the workpiece with a tool implement other than the blade. In another aspect, the support plate is moveable with respect to the carriage in a direction orthogonal to a line parallel with the direction of allowed movement of the carriage relative to the frame, and a pattern plate is mounted to the support plate to control workpiece depth of cut.

Abstract: A machine for use with a table-mounted router to form a wide variety of woodworking joints by manipulating a workpiece to engage the router cutter in predetermined locations, in some instances by reference to a joint element template, and in other instances by reference to predetermined lateral locations, to form joint elements with predetermined shapes and spacing.

Abstract: A jig facilitates the construction of joints in a working piece, and, more particularly, secures the working piece to be cut and allows it to be passed over a fixed router without sacrificing any of the ease of use or quality associated with prior art jigs and templates. The jig also can be secured to a work surface and used with a hand-held router.