子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 161 | BELT CONVEYER | US13858239 | 2013-04-08 | US20130277180A1 | 2013-10-24 | Yasuo TERANISHI; Michiharu ETA; Takahide FUJII; Naotoshi INAYAMA |
| Provided is a belt conveyor (1), comprising: an endless belt (2) for conveying an article (5) loaded thereon in a conveying direction (B); and rotating wheels (3, 4) for stretching the endless belt (2) therearound, wherein the endless belt (2) comprises: a plurality of plate glasses (2a) arrayed apart from each other along the conveying direction (B); and a coupling member (2b) for coupling the plurality of plate glasses (2a) to each other, and wherein the coupling member (2b) has stretchability higher than stretchability of each of the plurality of plate glasses (2a). | ||||||
| 162 | NOVEL COMPOUNDS AND THEIR EFFECTS ON FEEDING BEHAVIOUR | US13575133 | 2011-01-27 | US20130023464A1 | 2013-01-24 | Stephen Robert Bloom |
| Peptide analogues of PYY, compositions comprising said analogues and methods of using said analogues for the treatment and prevention of metabolic disorders, for example disorders of energy metabolism such as diabetes and obesity, and for a reduction in appetite, reduction in food intake or reduction of calorie intake in a subject. | ||||||
| 163 | Glass sheet processing/handling machine | US12898859 | 2010-10-06 | US20110084633A1 | 2011-04-14 | Enrico Garino; Marco Guarguagli |
| In a glass sheet processing/handling machine, at least one electric motor for powering a respective movable member is powered by a drive having a direct power device connected to an industrial electric power mains; and a rechargeable power device alternative to the direct power device and having a storage block for storing energy produced by the electric motor when decelerating the relative movable member. | ||||||
| 164 | Method Of Dynamic Transporting Of Object With Flow Of Carrying Medium | US10581653 | 2004-11-26 | US20080089747A1 | 2008-04-17 | Arkadi Relin |
| In a method of the energy-saving dynamic transporting of object with a flow of a carrying medium, action are applied to the carrying medium which are created in an action element during a process of conversion of an energy supplied to it, so that the flow of a carrying medium created thereby acts on the object for performing a process of its transporting in a given direction, and a modulation of a value of the action is performed in the action element sq. that the, flow of the carrying medium which is dynamically created moves with a given dynamic periodically changing sign-alternating acceleration during the process of transporting of the object. | ||||||
| 165 | System with stationary and mobile functional devices | US11225983 | 2005-09-14 | US20060060446A1 | 2006-03-23 | Gerhard Springmann |
| The invention relates to a system with stationary and mobile functional devices. In one embodiment the system comprises a buffer store for the intermediate storage of load carriers having a plurality of parking places for the load carriers. The parking places are formed, for example, as chain conveyers and arranged beside one another in one or more rows. The parking places can be served by a distribution carriage moved along a row of conveyors. The distribution carriage has a transfer device, adapted to transfer a load carrier to a parking place or picked up from the latter. The stationary conveyors each have their own electric drive, it being possible for the electrical power for driving a conveyor to be fed in under individual control by the distribution carriage in each case, when the latter has reached a transfer position to the respective stationary conveyor. For this purpose, corresponding bus bars can be provided in the region of the parking places and feed contacts corresponding thereto with the effect of sliding contacts can be provided on the distribution carriage. However, non-contact transmission of electrical drive power and control signals between the distribution carriage and the stationary conveyors is also possible. | ||||||
| 166 | Belt conveyor | US11185989 | 2005-07-21 | US20060016669A1 | 2006-01-26 | Katsuji Bando |
| In a belt conveyor, when an input lever is rotated in a fixed direction, an input shaft is rotated and a fourth gear fixed on the input shaft is rotated integrally in the same direction. Then, second and third gears are rotated in fixed directions and a first gear and a drive shaft are rotated in fixed directions. Thereby, a spiral spring connected to the drive shaft is wound up stronger little by little so as to store an elastic energy. If a rotating angle in the given direction comes to about 150 degrees, an end of a toothless portion of the fourth gear arrives a meshing part with the third gear so as to disengage from the third gear. Thus, a rotary shaft and the drive shaft are respectively rotated in reverse directions to the give directions by the releasing energy of the spiral spring. Consequently, the drive roller is rotated in a counterclockwise direction so as to drive a conveyor belt in a given direction. | ||||||
| 167 | Carton orientation system | US11080564 | 2005-03-16 | US20050279052A1 | 2005-12-22 | Andre Tremblay |
| There is provided a system for re-orienting erected cartons having an opening through which primary containers, such as bottles or cans, in a “unit” are to be inserted. The erected cartons are adapted to rotate to make the opening accessible to bottle loading equipment only in a manner which ensures that the geometry of the opening is not deformed from that of the originally erected carton. | ||||||
| 168 | Inductive energy transfer system | US09807936 | 2001-11-15 | US06571933B1 | 2003-06-03 | Ole Gortz; Uffe Lykkegaard; Benny Larsen; Aksel Kloster; Knud Erik Glud; Henrik Duch Simonsen |
| An inductive energy transfer system supplies energy from a stationary primary rail to a number of movable secondary rails each connected to a movable unit. The system is particularly suited for conveyor units of a sorter system, each unit having an article support, the energy provided from the energy transfer system being used primarily for discharging articles from the article-support. The primary rail as well as the secondary rails are provided with legs so that the legs in an operational position are overlapping so as to reduce the losses caused by the air gap between the primary rail and the secondary rails. The movable units are each equipped with an electrical battery for smoothing the load from the movable unit on the primary side of the transfer system. | ||||||
| 169 | Combined material conveyor and electrical power generating system | US958990 | 1997-10-28 | US5970712A | 1999-10-26 | Allan Patrick Stein |
| A combined material conveyor and electrical generation system is disclosed. The invention may be used to provide electrical energy to a remote location through which the material conveyor passes and/or harness energy which would normally be dissipated in braking a material conveyor. One or more electrical generators is driven by the motion of a belt in a material conveyor. Electrical power generated by the generator is delivered to an external power output. The invention can capture the potential energy of particulate matter which is transported on a material conveyor, particularly through a net elevation drop. Electricity produced may be used immediately or stored in a battery system for future use. | ||||||
| 170 | Drive assemblies for mining apparatus | US29502172 | 1972-10-04 | US3805631A | 1974-04-23 | KERKLIES B |
| A drive assembly with a toothed member carried on a shaft and adapted to drive the chains of a scraper chain conveyor. The shaft is mounted for rotation between side walls of a frame and the shaft is composed of portions which progressively decrease in diameter from one side wall to the other. The shaft has a portion adjacent the one side wall which has its exterior forming a drum surface. A further drum component is located on the shaft adjacent the other side wall with the toothed member disposed between the drum surfaces. A detachable blind bearing unit is located in an aperture in the other side wall for receiving the shaft. The drum component and the toothed member are splined onto the shaft so as to be withdrawable from the other side wall after removal of the bearing unit. The one side wall is apertured to permit the output shaft of drive means to be coupled to the shaft of the assembly.
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| 171 | Spreader conveyor | US28430172 | 1972-08-28 | US3804228A | 1974-04-16 | FELSTEHAUSEN E |
| A spreader conveyor is shown connected to a meat patty machine for receiving patties individually and distributing them across the width of a discharge conveyor such as a freezer conveyor, with the spreader conveyor being operated by a variable speed drive from a patty machine shaft. The spreader conveyor has a rigid frame with an endless wire conveyor belt trained around the ends of the frame. The entire frame and conveyor are reciprocated in a manner which does not require take up of an extra loop in the flexible conveyor belt. This is accomplished by advancing both conveyor reaches in the frame by upper and lower sprockets moving in the same direction whereas the conveyor frame is rapidly retracted to deposit patties onto the discharge belt by reversing the lower sprocket and driving it at a higher speed than the upper sprocket, which runs continuously in the advance direction. Thus the upper reach of the conveyor continues to be driven in its original direction whereas the conveyor frame and the delivery end of the belt are retracted, thereby dropping a row of patties onto the discharge belt.
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| 172 | Linear motor conveyor | US3788447D | 1972-07-03 | US3788447A | 1974-01-29 | STEPHANOFF L |
| A linear motor conveyor has an endless guide support in which stators of linear motors are housed. Conveyor segments are pivotally linked together in an endless loop for articulating movement, either horizontally or vertically, or both, along the endless path defined by the guide support. The conveyor segments, which have an armature portion extending through slots in the guide support, are retained in the guide support in every orientation of the conveyor by laterally extending portions including a load bearing portion. The conveyor is propelled along the guide track by virtue of the electromagnetically coupling of the linear motor stators with the armature portions of the conveyor segment loop.
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| 173 | Endless-chain conveyor,particularly for transporting independent cars | US3749025D | 1971-10-26 | US3749025A | 1973-07-31 | GIRAUD F |
| An endless-chain conveyor for use on a track at least one section of which is provided with longitudinally aligned, fixed inductors of an electric, linear-induction motor, the conveyor having a plurality of longitudinally spaced platforms supportable on longitudinal support and guide rails at opposite sides of the inductors, adjacent platforms being pivotally connected to one another by links for pivotal movement about vertically spaced axes. An armature is connected to each platform and has a lower, planar surface which is adapted to extend parallel and slightly above the upper, horizontal faces of the fixed inductors. Guide shoes yieldably connected to the platforms engage the guide rails. The armatures may comprise rigid frames, preferably of non-magnetic, conductive material, having downwardly opening recesses in which are held bodies of magnetic substance, which bodies may be magnetic particles bound by an electrically nonconducting adhesive, and transverse conductors embedded in the bodies.
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| 174 | Linear induction motor armatures | US3739203D | 1971-11-12 | US3739203A | 1973-06-12 | JOUG R; RAGOUT B |
| This invention relates to electrical armatures and according to the invention an armature, constituting a transport or conveying member adapted to be driven by the inductors of linear motors, is in the form of a squirrel cage made up of two flexible longitudinal members interconnected by transverse members. These transverse members are spaced apart by a distance of up to but not exceeding half the motor pole pitch and support members extend over the entire length of the armature and are less extensible than it. Finally, the armature and the support members are embedded in a flexible material such as natural or synthetic rubber or a synthetic plastics substitute therefor.
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| 175 | Tower furnace collecting mechanism | US3733173D | 1971-12-22 | US3733173A | 1973-05-15 | CSAPO M; WALDMAN N; MICHO W |
| There is disclosed an endless conveyor belt for moving hot material from under a tower furnace, with the drive from the belt having provisions to compensate for changes in the length and the width of the belt due to expansion and contraction.
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| 176 | Device in belt conveyors | US3729089D | 1971-04-06 | US3729089A | 1973-04-24 | KERTTULA I; JAATINEN P |
| A device in belt conveyors intended to increase the friction between a conveyor belt and the traction roll about which the belt is entrained. Over the conveyor belt there is fitted a pressure chamber, which is open in the direction facing the belt and which presses the belt against the roll.
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| 177 | Failsafe decelerating system | US3701414D | 1971-04-06 | US3701414A | 1972-10-31 | MAYER GERALD C; VAKA GREGORY A; ZUCKERMANN RAYMOND S; JARMAN ALONZO B |
| The comparison of fluid flows or electrical signals is utilized to decelerate a system (e.g., a conveyor) by regulating the fluid pressure in a brake assembly. A time decay reference signal which is related to the speed of a control motor, conveyor or other reference source is compared with a similar signal related to the speed of a controlled conveyor. The comparison of these two signals is employed to control the application of the brake in the controlled conveyor system so that the controlled conveyor will decelerate in a predetermined manner. Once the controlled conveyor is stopped, any rearward or forward movement of the controlled conveyor generates a signal which actuates the brake to again decelerate the controlled conveyor. The drive assembly of the controlled conveyor has a flywheel to insure that the minimum stopping time of the controlled conveyor from its normal operating speed exceeds a predetermined time.
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| 178 | Conveyors | US3693549D | 1970-11-09 | US3693549A | 1972-09-26 | CUENOUD GERARD; ADDOUTTE ROLAND |
| A conveyor for passengers and/or freight, formed from a plurality of platforms, the conveyor having high speed and low speed sections joined by variable speed sections. The variation in speed is obtained by relative lateral sliding of the platforms, and the platforms are driven in the variable speed sections by linear motors and speed control is imposed on the exit from the variable speed zones, of which the following is a specification.
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| 179 | Conveyors | US3616978D | 1968-07-18 | US3616978A | 1971-11-02 | HASLAM JAMES F |
| A conveyor has a linear motor for accelerating or decelerating objects by magnetic induction as the objects travel over rollers. The rollers are adapted to the shape of the objects and the motor may extend around the path of the objects. Control means actuated by the objects control the energization of the motor.
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| 180 | Shaft-mounted reduction drive mechanism | US3600977D | 1970-04-10 | US3600977A | 1971-08-24 | BOGIE NELSON H |
| A drive mechanism including a frame suspended upon a driven roller shaft, and a two-stage reduction assembly and drive motor mounted on the frame. The first reduction stage comprises a worm wheel and a worm driven by the motor, and the second reduction stage comprises a planetary gear assembly coupled to the worm wheel and the roller shaft.
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