183results about How to "Reduced risk of damage" patented technology

A chisel holder changing system having a base element with a chisel holder receiver, into which a chisel holder equipped with a chisel can be inserted, wherein the chisel holder is inserted with a holder shaft into the chisel holder receivers and is maintained therein with the aid of bracing screws. Bracing screws can be screwed into a threaded receiver of the base element and during this are supported under tension in a bracing receiver of the holder shaft of the chisel holder. If in a chisel holder changing system in accordance with this invention the surfaces of the outer screw thread of the bracing screw and / or of the inner screw thread of the threaded receivers of the chisel holder receivers have a metallic layer of zinc and aluminum lamellas and a mineral chromium oxide bonding agent, which is burned in after the application, the screw connections are improved so that larger prestressing forces / tightening torques can be transmitted without damage to the screw connections.

A thermal conduction roller (10) has a tubular roller core (11) with an inside surface; and an electrical insulator coat (16) primarily of zirconia on the inside surface, a heater coat (18) of titania or a titania blend is disposed over the insulator coat (16), and at least two electrical contact assemblies that are disposed inside the roller and electrically connect to the heater coat (18) as the roller (10) is being rotated. One embodiment utilizes an electrical insulator coat (16) in a range of thickness from about ten mils to about twenty mils. A thinner coat may not have sufficient dielectric strength, while a thicker coat decreases thermal conduction. A release material (12) is applied to the outside of the roller (10). Various contact structures according to the present invention are also described in detail, including one especially adapted to connect to a three-phase power supply.

A method is described for producing a glass pane having at least one edge section delimiting the glass pane, for whose production the glass pane has been severed along the edge section with the aid of a severing procedure comprising a thermal energy introduction.The invention of the glass pane is enclosed at least sectionally and preferably along the entire edge section by a sheath immediately after production of the at least one edge section using a severing procedure comprising a thermal energy introduction.

The invention relates to a gripper (1), in particular a Bernoulli gripper for holding two-dimensional components such as silicon-based wafers (2) with a low degree of loading, having a clamping ring (4) connected to a controllable robot arm (3), having a baffle plate (6) which is connected to the clamping ring (4) by means of a funnel-shaped component (5) and has a gripping face (7) which communicates with a flow system (8) which passes through the funnel-shaped component (5) and the baffle plate (6) and by means of which, after an excess pressure has been applied to the Bernoulli gripper (1),a negative pressure is to be produced on the gripping face (7) of the baffle plate (6) in order to attach by suction the wafer (2) to be gripped, having a rubberized bearing surface (9) of a bearingring (10) which is integrated in the gripping face (7) and provides a slip-resistant movement of the wafer (2) attached to the gripping face (7) by suction, and having a sensor (11) for detecting thewafer (2) attached to the gripping face (7) by suction. In order to permit an extremely shock-resistant attachment of the wafer to be gripped on the gripping face of the gripper, the invention provides a damping device (12) which is circumferentially adapted to the gripper (1), the contour of which device, as viewed in the plan view of the gripper (1), protrudes circumferentially above the contourof the latter, and which device forms such a damping resistance for the wafer (2) to be gripped during its suction-induced approach towards the gripping face (7) that the wafer (2) comes to bear in ashock-free manner against the rubberized bearing surface (9) of the bearing ring (10).

The invention relates to an electric machine (1), especially a starter for an internal combustion engine, comprising a commutator (4) and a brush apparatus (2), brushes (3) being arranged on the commutator (4) in such a manner that at least one pair of brushes can rotate off-set from each other, every brush (3) being held in a brush holder (5), every brush holder (5) being fastened to an axial face on a brush plate (6), every brush (3) being alternately switchable in series either with a negative pole or a positive pole by a current conducting device (18, 19) to give a pair of brushes, and the brush plate (6) with connecting leads (24, 25, 26) leading to brushes (3) on the negative pole side and a busbar (10) with connecting leads (21, 22, 23) leading to brushes (3) on the positive pole side forming a respective current conducting device (18, 19). In order to protect the brush apparatus (2) from thermal overloads in an easy manner, at least one current conducting device (18, 19) is designed to have a unit for reducing heat dissipation.

Provided is an oscillation absorber for a structure, particularly a wind power plant, with a pendulum that is attachable to a component of the structure and a damper for dampening the motion of the pendulum, in which the pendulum passes through a containment ring that limits the deflection of the pendulum, wherein the containment ring is attachable to at least one wall of the structure.

The invention relates to a household electrical appliance for preparing food comprising a container (2) receiving a working tool (4) driven to rotate by a motor (6) and a lid (3) which detachably closes the container (2), the container (2) having a sensor element (8) cooperating with a safety device to prevent the motor (6) from operating when the lid (3) is not locked on the container (2), said sensor element (8) being movable between a rest position towards which it is brought by biasing means (81) and an operative position towards which it is moved by an actuating member (32) of the lid (3) when the latter is locked on the container (2), characterized in that the lid (3) comprises a skirt (31) extending over the entire peripheral circumference of the lid (3), the skirt (31) having an inner wall coming opposite an outer wall of the container (2) when the cover closes the container, and in that said actuating member (32) projects from the internal wall of the skirt (31) cover (3).

The roll-up heating (1) for a floor, or wall, comprises an insulating layer (10), a heating element (11) and a cladding (12). The insulating layer (10) is intended for laying on a floor (2) and the heating element (11) extends between the cladding (12) and the insulating layer (10). The cladding (12) is intended to support a floor covering (15) and comprises a force distribution layer (13) for transmitting a force which is exerted on the cladding (12) in a distributed manner to the insulating layer (10). In as far as (a part of) the heating element (11) is at the location or in the vicinity of the exerted force, the load which will be exerted on it will be lower than the original load, due to the force being transmitted in a distributed manner. This lowers the risk of the heating element (11) being damaged.

The invention discloses a device and a method for providing containers with adhesive labels. By using the device, the labels can be extended from the container to the side wall area of the container. The device comprises a circulating positioning unit used for clamping and adjusting a rotating disc and a centring cover of the container; at least one stationary fixed label supplier used for supplying and attaching the first segment of the labels to the upper side of the container; a pressing device used for pressing the second segment of the label to the side wall area waiting to be attached; an elevating device used for lifting the adjusted container controllably before the container arriving at the label supplier. By clamping the container between the rotating disc and the centring cover, and holding the adjusted container, the labels can be supplied from the upper side, and can be applied from top to bottom.

The invention discloses a sleeve compensator special for a thermal production well in petroleum industry. The sleeve compensator is connected in the tubular column of the sleeve of a thick oil thermalproduction well so as to provide effective compensation for the extension of the tubular column of the sleeve of the thermal production well which is caused by steam injection technology or the contraction of the tubular column which is caused by carbon dioxide injection and other measures and prevent the deformation damage of the sleeve caused by the extension or contraction. The sleeve compensator comprises an outer barrel and a central tube, the outer barrel is connected with a boot cap, the central tube is connected with the outer barrel through splines, a locking mechanism is arranged between the outer barrel and the central tube. The sleeve compensator of the invention has stable operation, simple structure, short tool length, low cost and long compensation distance, is applicable to the design of various thermal production well completion technologies, can be placed to any desired place and can not be affected by inclination. The sleeve compensator can ensure that when performing the steam injection of thick oil thermal production well, the completion string can be intact and not be damaged owning to the temperature change; no successive activity is needed to do after the construction and the inner drift diameter of the well is kept the same after well completion, thus providing good conditions for successive activity and construction.

The invention relates to a device for testing the leak-tightness of a case (2) belonging to an electronic timepiece (1) comprising a time base (42) which is used to produce a standard frequency signal and a central processing unit (44) which is used to determine the time from said standard signal. The invention is characterised in that it comprises an electronic sensor (32) which can measure fluctuations in the concentration of an atmospheric gas confined in the case (2). According to the invention, the results of the measurement taken by the electronic sensor (32) are processed by the central processing unit (44) which, if necessary, emits an audible or visible alarm in response to the measurement signal.

An implant has a proximal protrusion that is distinctly non-round even in a worn state, e.g. square in cross section, and may include radial slots for use in threading the implant into the jaw bone. No forces need be applied directly to the protrusion's external surfaces when inserting the slotted implant for subsequent osseointegration.

The invention relates to a junction box for solar panels, with which the heat produced in the protecting diodes, MOSFETs, or other suitable power semiconductors of a solar panel is safely carried off. The electronic components are pressed against the housing (1) or into recesses (3) in the connection box that match the geometry of the components, by means of pressure elements, wherein there is electrical insulation, preferably a thermally conductive silicone rubber, between the housing (1) and the components.

Provided is a hydrofoil (100), in particular a rudder, for water- borne vessels, in particular ships, with a trailing edge (20), in which the negative effects of vortex formation in the direction of flow behind the hydrofoil, and / or of Karman vortex streets, are reduced, a projecting body (30) is arranged at the trailing edge (20) for the purpose of reducing vortex formation.

A weaving machine for producing a woven fabric has a shedding device to form a loom shed of warp material, a weft insertion device for inserting a preferably tape-shaped or band-shaped weft material into the loom shed, a drawing-off device for drawing off the finished fabric in a drawing-off direction, fabric movement device for moving the fabric back and forth in the warp direction to bring the last inserted weft material into contact with the binding point or fabric edge. A shed limiter device limits the opening of the loom shed from above and below the warp, and is movable back and forth in the warp direction. The shed limiter device only loosely bounds the fabric and essentially without actively clamping or pinching or contacting the fabric and / or the last inserted weft material, at least while moving in the direction opposite the drawing-off direction.

The object of the invention is method of cutting out a damaged area from an aircraft fuselage, in particular in order to repair said damaged area, consisting in making at least one cut-out in the fuselage (20) in order to delimit a cut-out area (24) encompassing the damaged area and comprising at least one rounded section, characterized in that it consists in making an opening (34) near said rounded section of the cut-out area (24) with a tool the diameter of which corresponds to that of the desired rounded section.

The present invention relates to methods and suitable devices for the safe establishment and disconnection of a temporary data or signal active connection between a mobile operating device (2), which comprises at least one specially configured safety switching device (38) opposite a safety circuit (16), and the functional controller (10) of a controllable unit. Said methods and devices ensure that the safety switching element (38) can be coupled to and disconnected from the safety circuit (16) during the establishment and disconnection of the temporary active connection and that no operator can unintentionally modify the signal condition of the safety device and the operating state of the controllable unit. In addition, the present invention relates to a method for operating a temporary data or signal active connection between a mobile operating device (2) and a controllable unit, with a secure interconnected data-transmission remote terminal (9).

A procedure for the preparation and cleaning of tools used for manufacturing composite material components includes: a first phase of blowing and sucking a surface resin layer from the tool; a second phase of cleaning all surfaces and notches by laser and suction where the tool (3) on a positioner (4) is held under a laser head; a third phase of applying a releasing agent on the tool (3) by spray, and a fourth phase for drying off this releasing agent by means of the aforementioned laser head (2) through different settings.

The present invention relates to a wheel tensioner (1) for sliding contact line or bearing rope of a trackless device. The wheel is arranged with a stop with an arrester and a holding device used when the sliding contact line or the bearing rope ruptures. Thus, the wheel tensioner comprises a tensioner pulley (2) which is fixed on the trackless bracket or a wall by means of a fixed device (4) and can swing relative to the trackless bracket or the wall vertically; the tensioner pulley is arranged with a braking roller (5) for installing braking belt or braking rope (11). The braking rope is fixed on the fixed device (4) at the upper fixing point (12). The wheel tensioner also comprises a swing arm (3) which supports the tensioner pulley (2) and is supported on the fixed device (4) by means of the swing of a rotary bearing (17). The braking rope (11) is fixed on the swing arm (3) at the lower fixing point (13).

Device for separating the stalks of fruit such as cherries, grouped together in clusters, from one another at their joining point, includes at least one hydraulic circuit including a tank ( 1 ) receiving the fruit to be treated; a centrifugal pump ( 2 ) connected to the tank for sucking up the liquid and the fruit therefrom; and at least one filtration device ( 3 ) receiving the liquid and the fruit discharged by the pump and capable of separating the fruit from the liquid. The tank has a base ( 4 ) which converges downwards as far as a lower outlet orifice ( 5 ) of this tank. The pump includes a housing ( 7 ) and at least one pumping wheel ( 9 ) guided in rotation relative to the housing along an at least substantially vertical axis ( 10 ) of rotation, and the pump has an axial suction inlet ( 11 ) connected below the lower outlet orifice.

A gas generating agent for an inflator is an explosive composition required for expanding an airbag to protect passengers when a car accident occurs. An electrical signal detected by a sensor due to a car crash may cause the ignition and combustion of an igniter, an ignition charge, and a gas generating agent of the inflator in order. Gases and a high-temperature melting compound generated by the combustion of the gas generating agent are cooled and filtered through a filter to expand the airbag. In order for the high-temperature melting compound to be effectively cooled and filtered through the filter, the high-temperature melting compound must be converted into slag. In the present invention, by converting the high-temperature melting compound into the slag by using zeolite [Na4Al4Si4O25H18] or dolomite [CaMg(CO3)2] as a slag forming agent, and allowing an amount of combustion residuals discharged into the interior of the airbag during the operation of the inflator to be equal to or less than 1g, which is a standard value specified in USCAR-24, damage to the airbag can be prevented and passengers can be effectively protected.

The invention belongs to a multi reaction chamber atomic layer deposition apparatus and a method, and belongs to the field of manufacturing equipment of semiconductors and processing technology. The atomic layer deposition apparatus comprises an A reaction chamber and a B reaction chamber, which are connected with a group of vacuum pumps through a transition chamber, the A reaction chamber and the B reaction chamber are reacted, the A reaction chamber and the B reaction chamber are respectively communicated with the reaction chambers and the transition chamber through channel valves, the reaction chambers are connected with a storeroom through a vacuum valve and a baffle of the storeroom, and an air inlet valve is arranged on the upper portion of the storeroom. The deposition method is that wafers of an integrated circuit are transferred back and forth between the A reaction chamber and the B reaction chamber through the channel valves, when transfers to the A reaction chamber, A phase reaction is produced, when transfers to the B reaction chamber, B phase reaction is produced, the A and the B phase reactions are conducted alternatively, and nanometer-thin layers or compound structure materials with thickness which is demanded by the integrated circuit are grown on each atomic layer of the surface of the wafers. The reaction chamber is less smirched, the deposition quality is improved, the reactant sources amount is saved, the process cost is reduced, and the environment hazard degree is lowest.

The invention relates to an impeller for a pump unit, in particular for a waste water pump unit, having two cover plates (2, A) which are spaced apart from one another in the axial direction (X) and are connected to one another by means of at least one connecting element (8), and having at least one blade (12, 14) which is arranged between the two cover plates (2, 4) and extends from an inner diameter of the impeller to an outer diameter of the impeller, wherein the blade (12, 14) has a continuous slot (16) which extends from that edge (22, 24) of the blade (12, 14) which is situated at the inner diameter to that edge (26, 28) of the blade (12, 14) which is situated at the outer diameter, and to a pump unit having an impeller of said type.

A tool assembly, for example a hydraulic or pneumatic hammer assembly, comprises a housing defining a chamber, a reciprocating work tool arranged in the chamber for cyclical movement in a work stroke and a return stroke, and a tool retention member arranged to restrain the work tool at the end of the work stroke. The tool assembly includes a shock absorber arranged to absorb impact from the work tool at the end of a stroke. The shock absorber comprises an annular resilient flange, which may be cantilevered from the tool retention member to absorb impact at the end of the work stroke or may be provided on a bushing arranged to absorb impact at the end of the return stroke. The shock absorbing flange reduces the transmission of shocks into the tool assembly, thereby providing increased life for tool assembly components.

The invention provides a vertical rod fixing piece comprising a fixing sleeve, a fixing rod and a fastening assembly. An inner cavity of the fixing sleeve can be connected with the outer contour of anI-shaped steel cantilever beam in attached and sleeving modes. The fastening assembly is arranged on the fixing sleeve and used for firmly mounting the fixing sleeve on the exterior of the I-shaped steel cantilever beam. The fixing rod is welded to the fixing sleeve and used for inserting and fixing a vertical rod of a scaffold. According to the vertical rod fixing piece, by using the fixing sleeve with the welded fixing rod, the situation that the fixing rod is directly welded to the I-shaped steel cantilever beam is avoided, and the damage hidden danger of the I-shaped steel cantilever beamand the fixing rod in construction operation due to stress concentration is reduced; during mounting and demounting, an I-shaped steel cantilever beam without a welded fixing rod can penetrate through a shear wall independently, the aerial operation procedures are simplified, and the construction risks are reduced; and meanwhile, the collision deformation risk of scaffold parts in the process that the scaffold parts are stored and transported to other sites is also avoided. On the basis of the vertical rod fixing piece, the invention further provides the scaffold.

A gray cast iron brake disk (1) for a motor vehicle has a wear-reducing surface coating (6) applied thermally, for example, by flame spraying. The brake disk also includes an intermediate layer (5) of, for example, nickel. Due to its resilience, the intermediate layer reduces mechanical stress between the surface coating (6) and the brake disk (1).