The tool includes an upper tool and a lower tool.
The tool may be a joining tool, a cutting tool, a coating tool or a spraying tool.
The second tool can be the first tool or another tool of a same type as the first tool.
The invention concerns a tool with a tool carrier which can be mounted in a fixture on a machine tool.
A cutter plate is mounted on the tool carrier.
A percussion tool usable as part of a single tool impact device or a multi-tool impact device.
A tool assembly in which a tool is releasably mounted on a tool holder.
The present invention provides a clamping tool that comprises a holder, a connector and a tool.
The invention relates to a tool holder device for holding in position and driving a cutting tool on a machine tool.
A tool assembly is provided that includes an actuatable tool such as a valve or a setting tool.
A nucleus removal device may include a cannula, an access tool, a maceration tool, and an evacuation tool.
The system and method enable direct transfer of materials from a first tool to a second tool or transfer of materials from a first tool to a temporary storage location when a second tool is unavailable.
The invention relates to a hand-held power tool (12), in particular to a screwing device (10), comprising a control device (32) for controlling and/or regulating the tool movement of a tool holder (30) and/or of a tool.
The invention relates to a machine tool, in particular a hand-held machine tool, which has a tool-accommodating device which can be moved, in particular in oscillating fashion, about a drive axis, in order to retain a tool device on the machine tool.
A coupling device between a modular tool system, for example the receiver of the base of a tool, and a machine-tool, for example a spindle (4).
The locking assembly (2) includes a locking stud (10) having a locking cavity (12) and an aperture (14) for receiving the locking stud (10).
In the at least two locking arms (32-34), at least one (32) is a left-handed locking arm and at least one (34) is a right-handed locking arm.
The locking groove (14) and the locking element (8) have operative locking surfaces (10, 11).
The holes are constructed to receive either a non-locking, locking, or variable angle locking bone screw.
The locking unit (100) includes a longitudinal locking portion (102) and a radial locking portion (104).
The system also comprises locking means (1) associated with a timer clock (11) and with locking activation means (12), activated locking signalling means (13) being linked to said locking means.
The impeller locking device comprises locking holes (401) formed on an impeller coupling disk (1), and locking pins (5) which are matched with the locking holes (401).
The silencer-blocking assay described here complements current enhancer-blocking and position-effect blocking assays.
A spring (32) urges the sleeve towards its protecting position and a blocking member (23) projects forwardly from the support (14) and is movable between non-blocking and blocking positions.
The arm defines a first locking shoulder (30) and rotatably supports a sector plate, which defines a second locking shoulder having a lock recess.
The invention further concerns padlocks with sealing arrangements and blocking elements axially displaceable between non-blocking and blocking positions.
The electron blocking layer includes a first electron blocking layer and an interrupted diffusion layer on the first electron blocking layer.
This distinguishes silencer-blocking activity by cHS4 from its enhancer-blocking activity.
The blocking means comprises etched layers composed together to a blocking layer.
When the closing head (20) is engaged the sensing member (12) carries out an axial movement which releases the lock so that the radial spring-loading can move the blocking member (11) into its blocked position.
The clamping device further comprises a clamping lever (32) for manually activating the clamping device.
Disclosed are a clamping unit and a hydraulic control shaft that is embodied therewith.
The second end of the clamping inductor (LR2) is connected to the middle point of the clamping diode (D3, D4) to form a clamping circuit.
The clamp further has two clamping members which are compressible to an assembly position.
An activation unit is provided that acts on the clamping spring in order to open the clamping unit.
Each mailbox comprises an incoming mailbox and an outgoing mailbox.
The box comprises an upper box body and a lower box body.
To obtain the black box from a black box server, the DRM system requests such black box from such black box server.
A telescopic collection box comprises a lower box body (1), a middle box body (2) and an upper box body (3) that are nested in turn.
The bag in box assembly includes a first carton component and a second carton component, wherein the first carton component is inserted into the second carton component.
The oligonucleotides can inhibit the CAT box, the TATA box or the linker domain between the CAT and TATA box or any combination of the these three.
A gearbox adaptor (2) which can be combined with a standard vehicle gearbox to convert a standard gearbox to a sequential gearbox.
Further, a can including such a can end, and a method for opening and reclosing such a can are described, as well as a method for producing such a can.
The reducer (20) comprises a box (45), a reduction gear, a bearing and an output shaft (36), wherein the box can be divided into a lower box (50) and an upper box (51).
The outer housing consists of an upper canister (2) and a canister base (4) removably attached thereto.
A combination case includes the first and second cases combined together, each also usabie as a stand-alone case.
A leakproof mould box includes an upper box (1) and a lower box (2).
A plastic wrap box comprises a box body (1) and a box cover (3).
The invention relates to a method for controlling the gear changes of a motor vehicle gear box (1) which consists of a continuously variable first gear box range (2) and a second stepped gear box range (3) and is configured as an automatic gear box.
The controller box assembly comprises a rail structure (114) mounted within the backbox and a controller box movably mounted relative to the rail structure to open and close the controller box.
Full access to all items contained in the upper box (30) or the lower box (40) is attainable by removing only the cover (20) of the upper box (30) or of the lower box (30), respectively.
The cutting tool holder retention system includes a cutting tool holder having a holder engagement surface and a support block having a tool holder bore into which the cutting tool holder is inserted.
The case comprises a fastener for fixating the case in the assembled case body position.
The work surface is enclosed within the case when the case is in a closed position, exposed when the case is in an open position, and adapted tor supporting a work piece thereupon.
The invention relates to a gear shifting device (118) for connecting components of a gearbox (102) that rotate at different speeds to at least one auxiliary unit.
The shifter shaft (12) performs shifting, for example in a transmission having a plurality of gear speeds, by moving between various shifted positions between the various gear speeds of the transmission.
The squelch has a squelch input, an enable input, and a squelch output where the squelch input is coupled to the IPD output and the squelch enable is coupled to the FD output.
The head assembly further comprises a mid latch body separating the upper latch assembly from the lower latch body and removably coupling the upper latch body to the lower latch body.
A biasing element (23) biases the latch member (17) into one of the latching and non-latching positions.
The positioning latch-portion is provided with a concave latch-portion and a convex latch-portion configured to be elastically displaced to be engaged in or disengaged from the concave latch-portion.
The second securing section has a second latching means that is capable of latching the attachment member as well as the base member and has the latching direction and the latching plane different from the first latching means.
The latch link end of the pivot link and the pivot end of the latch link are pivotally connected through a latch pin.
A magnetic element (43) is provided for moving the latch member (17) into the other of the latching and non-latching positions.
The detent edge of the detent (23) is spring-loaded and is pressed against the ratchets of the first ratchet wheel (22).
The lockdown ring (20) fixes the lockdown sleeve (40) to a wellhead in response to a lockdown piston (22).
The call challenge rules may include challenging a calling party when an incoming call falls within a call challenge time window of the local time of the called party.
The latch protrusion and latch recess are self-latching upon insertion of the tongu into the receiver.
The present locking device is provided with a first locking piece, a second locking piece, and a pin shaft (2).
The indication assembly (100) comprises a locking member (130) which is movable with respect to the indication members (110, 120) between a locking position and a non- locking position.
The mid latch body is removably coupled to the upper latch body and the lower latch body.
Lock-up agreements: the parties involved; and indication of the period of the lock up.
Locking is effected by additional tightening of the lock nut.
A hinge (19) is operatively attached to the first side of the first and second backing members (13, 14) for permitting the second backing member (14) to pivot with respect the first backing member (13).
Said fastening base comprises an opening for receiving a connecting piece of the electric device, and a locking pivoted lever which fixes the connecting piece in the receiving opening and can be swiveled into a locking position and an open position.
The track and hold circuit has a tracking state and a holding state.
The locking element has a locking surface which acts in conjunction with a valve seat (18).
A latch device (45) is provided which is biased to a latching position.
A magnetic lock actuator (38) selectively places the lock mechanism in a locked condition or an unlocked condition.
The latch member (17) when in the latching position is engaged with a strike (42).
Band (66) and locking fingers (68) form a latching unit (64).
Moving the handles extends the latching portions into the latching receptacles.
The locking mechanism may also include a locking element for locking the stabilization device (106).
Each blockade is associated with a parameter which determines activation of the blockade.
The latch finger comprises a locking section, such as a locking cam (8).
The locking members may be elongate linear locking members or discrete legs.
The suture lock includes a locking cylinder and a retaining sleeve.
The locking system includes one or more locking mechanisms.
The bioabsorbable band further comprises a locking mechanism with a locking member (2).
The wheels use a novel anti-lock braking system having a simple structure, a low cost, and excellent anti-lock braking that replaces the traditional anti-lock braking system.
A method for manufacturing a molding die (40) provided with a fixed die (41), which is a first die, and a movable die (42), which is a second die.
A die (30) for a rotary die cutting machine (10).
The method includes adjusting the weight-on-bit/torque-on-bit sensor bias of a drill bit.
Utility functions (56) are provided including a data access manager (32), a forecasting engine (58), a graphics utility (60) and a population engine (62).
A quick coupler (10) includes mounting structure for mounting the coupler to a machine, and for mounting the coupler to an implement.
The invention relates to a device for guiding a linearly displaceable tool (4), whereby the tool (4) is optionally arranged inside a tool holder (8).
The invention relates to a machine tool for machining borings with a large axial length and to a boring tool which is particularly suitable for a machine tool of this type.
The method comprises rotating the finishing tool, such as a grinding tool, and bringing the tool and the tooth flank into contact.
An underreamer drill bit assembly including a pilot bit (82) and extendable underreamer arms (88) operatively connected to the pilot bit (82).
The second tool defines a hole therethrough such that the hole (82) provides fluid contact between the second tool cavity and a point exterior to the second tool.
A bit holder (1) which can be used for both bits (30), a mono-head bit (30a) and a double-head bit (30b).
A hammering tool support part (26) and a hammering tool (18) detachable from the support part (26) are fitted to the lower part of the body (2).
A toolholder assembly (10) for releasably holding a toolholder (16) at a selected radial location within the toolholder assembly.
The motor is configured to rotatably drive the tool shaft unit and tool shaft unit is configured to support and rotatably drive the tool bit.
Some logging tool assembly embodiments include a resistivity tool and an augmented neutron porosity tool.
The tool insert is received in a tool holder connected to the tool drive shaft (23, 323, 623), particularly releasably connected to the power tool.
A guide for the tool mount may be pivotably mounted to a frame so that a rake angle of a tool supported by the tool mount may be varied.
Apparatuses and methods for adjusting weight-on-bit/torque-on-bit sensor bias in a drill bit.
The system comprises a server, an energy modeling tool, a data logging tool and a fleet management tool.
The invention also relates to a tool arrangement having at least one of said compensating shims (30a-c) and to a machine tool comprising said type of tool arrangement.
The tool is useful as blanking die or tool, deep-drawing die or tool, or bending die or tool.
A browser having a resident shopping cart tool, a resident product comparison tool and/or a resident wish list tool is disclosed.
The forming tool assembly has an upper tool assembly and a lower tool assembly that cooperate to shape the cooking element from an annular cutout.
The invention also relates to a toolholder (2) for a hand-held machine tool, especially for a hammer drill, for the aforementioned insertion tool (4).
A corresponding bit holder (2) is presented as well as a system comprising such cutting bit (1) and bit holder (2).
The present invention relates to a tool for banding mechanical components.
A hand-held machine tool has an integrated tool or a tool holder (2) to receive a tool.
The hand machine tool according to the invention has an integrated tool or a tool holder 2 to receive a tool 4.
The method and system is used as a teaching tool, a reference tool, a diagnostic tool for medical professionals and for an information tool for medical patients.
The clutch device comprises a clutch boss (3), a clutch carrier (4), a centrifugal clutch part (5), and a clutch housing (6).
The inner clutch member includes a clutch surface.
A coupling arrangement (1) is configured with a coupling housing (5) comprising a coupling device.
The clutch mechanism comprises a drive side clutch body (133), a driven side clutch body (135), and an auxiliary clutch body (137).
A clutch assist system for a vehicle having a mechanical clutch system comprising a clutch pedal, a clutch arm, and a cable extending between the clutch pedal and the clutch arm.
A shifting mechanism has a shift fork (102).
The preset clutch torque is composed of a pilot clutch torque M and a clutch torque Msr, which is dependent on slip.
A clutch device comprises two clutch mechanisms having clutch drums therein.
The modulating clutch assembly (50) includes an electrical clutch operator (54) and a plurality of clutch plates (80).
A clutch device has two clutch mechanisms each having a clutch drum in its inside.
At least one of the first and second clutch disc assemblies (12, 22) has a plurality of clutch discs.
The clutch assembly is mounted in a housing which forms a clutch chamber for the clutch device.
In the preferred embodiment, the sheave clutch surface and the hub clutch surface cooperate to define an open clutch cavity (40) for the clutch member.
The clutch plate carriers form with outer clutch plates (13) and inner clutch plates (14) the multi-plate clutch (16) that acts as a locking clutch for the differential gear.
The friction clutch assembly includes a clutch pack including a first clutch member operatively coupled to the input member and a second clutch member operatively coupled to the output member.
A cone clutch friction member is moved from a clutch engaged position to a clutch disengaged position in response to the translatable clutch piston moving between the piston neutral and activated positions.
A clutch actuator (10) has a prime mover (23, 25) to move a clutch actuating member (11) between clutch fully released and clutch fully engaged positions.
Said clutch control device is provided with an engine, an automatic transmission, and a clutch device and has a clutch actuator, a slave cylinder, and a clutch-engagement-holding control unit.
In the preferred embodiment, the sheave clutch surface and the hub clutch surface cooperate to substantially define an open clutch cavity (40).
Said clutch (1) presents one clutching member on the robot side and one clutching member on the tool side (2).
Both clutching members can be connected.
The torque transfer mechanism includes a clutch actuator assembly for generating and applying a clutch engagement force on the clutch assembly.
The second clutch plate (212) is matched with the first clutch plate (211) when the second clutch (212) rotates in a predetermined direction.
The diameter of the pulley (24) is independent of the diameters of the clutch rotor (26), the clutch armature (28), and the clutch coil (30).
A clutch spring biases the cone clutch friction member into the clutch engaged position with a clutch engagement force.
The clutch unit is constructed from a lever-side clutch section (11) and a brake-side clutch section (12).
The torque transfer mechanism includes a power-operated face gear clutch actuator for generating and applying a clutch engagement force on the clutch assembly.
The centrifugal clutch part (5) is disposed on the outer peripheral side of the clutch boss (3) and radially movably supported on the clutch carrier (4).
One of the radially outer and inner surfaces is engageable with a clutch engagement surface on one of the clutch input member and the clutch output member.
The clutch (56) is a dog clutch having first clutch claws (561a) and second clutch claws (562a) engaging with the first clutch claws (561a).
In addition, a clutch pot (40) is provided in order to accommodate the clutch device, wherein the counter plate is inserted into the clutch pot.
Said clutch body has a clutch disk (1) and a conical ring (5).
The clutch is operated by the driver by means of a clutch pedal.
The clutch assembly includes a clutch body 12 having a plurality of pockets 22 in a surface thereof.
The invention also relates to a clutch lining obtained using said method and a clutch disc fitted with one such lining.
The invention relates to a clutch actuation device and to methods for determining clutch parameters.
A clutch arrangement for a power tool having a multi-speed transmission (16), the clutch arrangement includes a clutch member (700) and a follower member (724).
The invention relates to a clutch release bearing (1) for a clutch operator (2).
The invention relates to a clutch release bearing (4) of a clutch operator (1), comprising a bearing ring (5) that is rigidly fixed to a housing (2) and a continuous bearing ring (10), with anti-friction bearings (17) located therebetween.
The alternator is driven by the internal combustion engine and is integrated inside the clutch housing, around the clutch device.
A clutch drum assembly comprising a clutch drum (21) and a drive means.
The clutch mechanism further comprises an actuator (27, 28) associated with a clutch member.
The check valve is installed in the clutch piston.
The clutch piston is positioned on the bottom of the clutch drum.
The clutch sensor is connected to the computer to indicate whether the clutch pedal is depressed.
A clutch apparatus includes a clutch pack having a plurality of friction disks.
Preferably the clutch mechanism (10) is a Bendix type clutch mechanism.
The driven plates (72) are splined to a clutch drum (6).
The first rotary clutch portion has an interior clutch surface (76).
The clutch arrangement comprises a clutch housing (6) with a formed sheet-metal part.
An electrical generator includes a bell housing and a flywheel disposed in the bell housing.
The mechanism also has a clutch collar that is connected to the shift fork.
In said two-stage clutch, the clutch cover can be rigidly connected to the clutch basket.
The clutch carrier is arranged for driving engagement with a plurality of clutch plates.
The second clutch input is mounted back to front with respect to the first clutch input.
The invention relates to a clutch hub.
Disclosed is a clutch-brake motor, which is miniaturized and controls power by using a wedge-connected clutch brake.
The clutch actuator is controlled in such a way that a variation between the clutch torque and the contact torque is reduced.
The case has a case lid (6) and a case bottom part (8).
Identification code (if applicable) Address
The transmission is especially configured as an automatic transmission (15) and reduction is achieved by opening a clutch (18) in the automatic transmission (15).
The invention relates to a power shiftable two-speed gear in the form of a planet gear (3).
Food packaging has a base tray and a second tray which nests in the base tray.
That will save more fuel, extend the engine life, reduce noise and environment pollution, especially when there are large varieties in vehicle loading, and big differences in road heeling from up or down.
The upper case part (12) and the lower case part (10) are coupled to each other so that the case is opened through a one-touch operation.
The invention relates to a drive support (20) for bearing a drive (12) in a motor vehicle, in particular a final drive (12).
The invention also relates to this box, to the methods of manufacturing the pallet and the box, and to devices for manufacturing the box.
The original digital image is generated based on the first reverse S box, the second reverse S box and the reverse P box.
The invention relates to a gear box comprising a main gearbox (2) arranged in a housing (30) and a downstream range-change gearbox (32) having power distribution on two countershafts (12, 14).
The hollow upper box (112) is connected to a solid lower box (118) having air intake holes therethrough to the hollow interior of the upper box.
The multiple gearbox (1) is made up of a synchronised gearbox (2) and a powershift gearbox (2).
The invention relates to an electromechanically actuatable vehicle gearbox (31, 14), such as an automatic manual transmission gearbox (31) or a distributor gearbox (14).
A roller box assembly includes a roller box and a bedding product contained in the roller box.
The utility may be incorporated into a standard outlet box or may plug into a standard outlet box.
A switchable clutch (34) is disposed between the change speed gearbox (14) and/or the first differential gearbox (16) and the transfer case (24).
A packaging box is provided with a box and a buffer part that protects articles contained in the box from shocks.
A toolbox is provided with a box body (11) which stores tools, and a cover (12) which covers the opening (11K) of the box body (11).
The delivery box (100) has at least one interior transport box receptacle (122) where a transport box (200) containing goods is placed on delivery.
The fission structure type junction box is provided with a main junction box (1) and a slave junction box (2).
The ticket box of the issuing unit and the ticket box of the ticket collection unit are used as a common ticket box.
The distributor gearbox is a planet gear (30) and the input shaft may be directly coupled to the ring gear of the planet gear.
Disclosed is a packing box for fragile panels, an apparatus for manufacturing the bottom of said packing box, and a method of manufacturing said packing box.
The gearbox further comprises a detachable sub-box body (3) disposed on the box body (1).
Disclosed is a flexible plastic packaging box (100), comprising a box cover (20) and a box body (10) with one open end.
A solar stewing and baking box comprises a function box (I) and a control box (II) connected in sequence.
The backup power device including a panel, a first switch box, a second switch box, and a switch box plug.
The invention relates to a gearbox (1) comprising a transfer gearbox (2) and a housing (3) in which said transfer gearbox (2) is mounted.
Disclosed is a pet excrement box, comprising an outer box (1) and an inner tray (2) able to be extracted from the outer box.
A junction box 1 includes a box body 2, an upper cover, and a side cover 5.
The box assembly (15) comprises a box (2), a box lid (3), a wire guiding piece (8), and a wire guiding body (9).
Coldbox and coldbox equipment not specified by 2.A.1.
'Coldbox' and 'coldbox' equipment not specified by 2.A.1.
'Coldbox' and 'coldbox' equipment not specified by 2.A.1.
A box door (99) seals the articles into the box.
Type of transmission: non-automatic gearbox/automatic gearbox: …
The box structure includes four sides so as to form the shape of a box having open ends.
The intermediate transmission is preferably embodied as a dog-clutch transmission.
This inner gift box (10) is inserted into an outer mailing box (26).
The rotor has at least one box holder assembly for holding a box.
geochemistry (dissolution rates, mineralisation rates
The average velocities determine target velocities.
The invention relates to an automatic multi-speed vehicle gearbox.
The control shaft (24) is coupled to at least one gear shift fork disposed in the gearbox and to a gear shift lever for manual selection of a gear in the gearbox.
The aim of the invention is to enable the exact determination of the rotational speed and rotational speed ratios for and between the individual disks, even for the maximum rotational speeds and working speeds.
A shifter assembly for a vehicle that includes a shift lever connected to a shifter and in communication with the vehicle and a transmission.
A transmission provided with shift blocks for controlling shifts between gears is used to change gears automatically.
Further, when a load is applied from the shift lever (52) to the shift lever guide (26), the rotation of the shift lever guide (26) is locked by the shift lever plate (12).
It connects to the gearlever and eliminates gearbox wear/damage whilst also providing the fastest gearshifts currently available in the Quickshifter marketplace.
It is provided that the gear mechanism is configured as a manually or automatically shiftable gear mechanism for torque conversion with at least two gears, in particular as a power gear mechanism.
The gears that are selectable within one shift gate (5) are associated with different shift packs.
According to the inventive gear shifting method, the gears are shifted with closed main clutch in order to reduce wear and allow for rapid gear shifts.
The invention relates to a gearbox range for a multi-step gearbox with increasing coupling torque, comprising main variables of gearboxes.
In an automatic gearbox, a row of switching elements which are, for example, in the shape of gearbox forks, are actuated.
The hydrostatic transmission (3) and the downstream manual transmission (4) are activated to change the gear stage (10, 11) of the downstream transmission (4).
A shifter assembly includes a detent track and a shift lever for selecting one of a plurality of gears.
Step (S5) initiates the gear change according to the gear change request if a determination is made to permit the gear change.
The invention concerns a method of monitoring the gear-shift process in an automatic transmission.
The transmission has eight forward speeds and two reverse speeds and is highly flexible.
The invention deals with an eccentric gearbox with selectable. large speed ratio.
The motor has two speeds.
high-speed investigation tests
range of speeds of a vehicle
Application in measurement of speeds of objects.
Rolling stock designed for higher speeds shall still be stable when running on lines designed for lower speeds.
multi-speed drive means a fan motor that can be operated at three or more fixed speeds plus zero (off
A shift lever assembly (10), including a base member (14), and a shift lever (12).
The invention relates to a gear shifting method for use in an automated manual transmission having a dog clutch.
The winding configurations may be wye for lower speeds and delta for higher speeds.
A two speed gear box includes a wheel hub that is rotatably supported by a spindle.
These high drop rates permit higher writing speeds and enhanced printer resolution.
Several gear shift control programs are stored in the electronic control device and are accessed at normal operating temperatures according to an evaluation counter that is provided with characteristic related to driving activity.
The invention relates to a gearshift lever (1) for an automatic gearbox of a motor vehicle.
Each of these shifting systems utilize a totally sealed, inclined linear shifting path.
Malfunctions of system (10) are identified by comparing actual rates with rates characteristic of normal operations.
Pressures and rates of flow are adjusted so that the rates of evaporation and of condensation are substantially equal.