Method and Apparatus for Winding Webbed Material with Mandrel Position Control

A method and apparatus for winding a moving web upon a mandrel is disclosed. A moving web with a leading edge is conveyed towards a mandrel. The mandrel is adapted to allow the moving web to adhere to the mandrel at a specific circumferential location on the mandrel. To enable control of the location of the mandrel, the mandrel further includes a reference input to identify the specific circumferential location. A position sensor is used to determine the position of the reference input. The position of the specific circumferential location of the mandrel is controlled with a position drive control that controls the rotational speed of the mandrel. The position drive control sets the rotational speed of the mandrel to allow transfer of the leading edge of the moving web near the specific circumferential location.

Driveline disconnect device

In at least some implementations, a disconnect assembly for a driveline component, such as a power transfer unit, may include an input shaft, a disconnect shaft selectively rotated by the input shaft and an output shaft coupled to the disconnect shaft. A first gear is coupled to the disconnect shaft and a second gear is coupled to the output shaft and to the first gear so that the output shaft rotates when the disconnect shaft rotates. A connection feature is movable between an engaged position in which the input shaft and disconnect shaft are coupled and a disengaged position in which the input shaft rotates relative to the disconnect shaft. The connection feature includes a first part carried by the gear for rotation therewith and a second part movable relative to the first part and carried by the input shaft for rotation with the input shaft.

COMPUTED TOMOGRAPHY MEDICAL IMAGING STROKE MODEL

Systems and techniques for generating and/or employing a computed tomography (CT) medical imaging stroke model are presented. In one example, a system employs a convolutional neural network to generate learned medical imaging stroke data regarding a brain anatomical region based on CT data associated with the brain anatomical region and diffusion-weighted imaging (DWI) data associated with one or more segmentation masks for the brain anatomical region. The system also detects presence or absence of a medical stroke condition in a CT image based on the learned medical imaging stroke data. 1. A system , comprising:a memory that stores computer executable components; and a machine learning component that employs a convolutional neural network to generate learned medical imaging stroke data regarding a brain anatomical region based on computed tomography (CT) data associated with the brain anatomical region and diffusion-weighted imaging (DWI) data associated with one or more segmentation masks for the brain anatomical region; and', 'a medical diagnosis component that detects presence or absence of a medical stroke condition in a CT image based on the learned medical imaging stroke data., 'a processor that executes computer executable components stored in the memory, wherein the computer executable components comprise2. The system of claim 1 , wherein the machine learning component transforms the one or more segmentation masks associated with the DWI data to match an orientation of the CT data.3. The system of claim 2 , wherein the machine learning component provides the CT data and a transformed version of the one or more segmentation masks to the convolutional neural network.4. The system of claim 1 , wherein the medical diagnosis component detects presence or absence of an ischemic stroke condition associated with the CT image based on the learned medical imaging stroke data.5. The system of claim 1 , wherein the medical diagnosis component generates a contour mask ...

Winder Registration and Inspection System

Registration and inspection systems and methods for use on a winder are disclosed. The systems and methods include scanning a region proximate a winding module with one or more sensors to determine a product defect. The product defect is then associated with a winding process parameter, such as percent roll build information or the identity of the particular sensor to first detect the defect. The winding process parameter is used to classify the defect into one or more defect profiles. The defect profiles can be based at least in part on segmenting the roll build of a web onto a winding module into a plurality of inspection windows and segmenting a plurality of sensors into a plurality of inspection sensor segments. 125-. (canceled)26. A system for monitoring defects suitable for use in connection with a winder producing a rolled product from a web , the winder comprising a web transport apparatus for conveying a web and a plurality of independent winding modules onto which the web is rolled to form the rolled product during a winding process , each of the plurality of independent winding modules defining a cross direction generally perpendicular to the direction the web is conveyed by the web transport apparatus , the system comprising:a plurality of first sensors associated with at least one of the plurality of independent winding modules, the first sensors positioned to scan across a width of the web transport apparatus at a location downstream of the winding module, each the plurality of first sensors configured to detect a defect during the winding process;a second sensor associated with at least one of the plurality of independent winding modules, the second sensor positioned to scan across the cross-direction of the winding module at a location proximate the winding module, the second sensor configured to detect a defect during the winding process;a controller coupled to the plurality of first sensors and the second sensor for each independent winding module. ...

Coreless tissue rolls

Coreless rolls of tissue, such as rolls of bath tissue or paper towels, are produced by winding tissue logs on a mandrel having retractable pins. During winding, the pins extend and penetrate the first several windings of the log as it is initially wound, which prevents slippage. After the winding is complete, the pins retract to allow the tissue log to slide off of the mandrel for subsequent slitting into individual product rolls and packaging. The penetration of the pins into the first several windings of the log tends to mechanically entangle and structurally unify those windings to create a “soft core”. At the same time, the properties of the tissue sheets within the soft core are the same as the other sheets within the roll and are therefore usable by the consumer.

Short Strain Cutoff Device

A web break apparatus is disclosed for cutting and severing a web. The web break apparatus includes a first rotating device that rotates generally at the same speed as a moving web. Positioned on the circumference of the first rotating device is a web engaging device and a straining element. When a web break is desired, the web engaging device and straining element are brought into contact with the web. The web engaging device engages the web, while the straining element causes a web break. The web break apparatus may be used in any suitable winding system. For instance, the winding system may be for winding a web to produce rolled products. 1. An apparatus for breaking a moving web comprising:a first rotating device in operative association with a drive device, the drive device for rotating the first rotating device adjacent to a moving web, the first rotating device including a circumference that is configured to move in the same direction as a moving web;a web engaging device being positioned to momentarily engage a moving web;a straining element located along the circumference of the first rotating device, the straining element having a contact surface that is configured to move at a speed greater or less than the speed of a moving web; andwherein, hi order to break a moving web, the web engaging device momentarily engages a moving web while the contact surface of the straining element contacts the web at a speed differential that creates strain and breaks a moving web.2. An apparatus as defined in claim 1 , wherein claim 1 , during a web break claim 1 , the speed of the contact surface of the straining element is from about 10% to about 300% faster or slower than the speed of the moving web.3. An apparatus as defined in claim 1 , wherein claim 1 , during a web break claim 1 , the speed of the contact surface of the straining element is from about 25% to about 50% faster or slower than the speed of the moving web.4. An apparatus as defined in claim 1 , wherein ...

DRIVELINE DISCONNECT DEVICE

In at least some implementations, a disconnect assembly for a driveline component, such as a power transfer unit, may include an input shaft, a disconnect shaft selectively rotated by the input shaft and an output shaft coupled to the disconnect shaft. A first gear is coupled to the disconnect shaft and a second gear is coupled to the output shaft and to the first gear so that the output shaft rotates when the disconnect shaft rotates. A connection feature is movable between an engaged position in which the input shaft and disconnect shaft are coupled and a disengaged position in which the input shaft rotates relative to the disconnect shaft. The connection feature includes a first part carried by the gear for rotation therewith and a second part movable relative to the first part and carried by the input shaft for rotation with the input shaft. 1. A disconnect assembly for a driveline component , comprising:an input shaft rotated about an axis;a disconnect shaft selectively rotated by the input shaft;a first gear coupled to the disconnect shaft for rotation with the disconnect shaft;an output shaft;a second gear coupled to the output shaft and to the first gear so that the output shaft rotates when the disconnect shaft rotates; anda connection feature that is movable between an engaged position in which the input shaft and disconnect shaft are coupled for co-rotation and a disengaged position in which the input shaft rotates relative to the disconnect shaft, the connection feature including a first part carried by the gear for rotation with the gear and a second part movable relative to the first part and carried by the input shaft for rotation with the input shaft.2. The disconnect assembly of wherein the first part of the connection feature includes dog teeth formed in the first gear and the second part of the connection feature includes a collar with mating dog teeth providing a dog clutch that couples the input shaft and disconnect shaft.3. The disconnect ...

Recoil Reduction Stock

A recoil reduction stock. The device includes a shock absorber having a first end, a second end, and a spring channel extending therethrough. A coil spring is disposed within the spring channel. A spacer abuts the second end of the shock absorber, and the first end of the shock absorber contacts a rear edge of a firearm stock body. A lag stud is inserted through the spacer and the shock absorber, wherein a tip of the lag stud is configured to engage the firearm stock body, such that the spring is compressed between a rear edge of the firearm stock body and the spacer. A butt plate is affixed to the spacer, wherein the butt plate includes a hollow interior volume in which a head portion of the lag stud is disposed. The compressed shock absorber is adapted to resist expansion and absorb recoil energy when the firearm is fired. 1. A recoil reduction stock , comprising:a shock absorber comprising a first end, a second end, and a spring channel extending through the first and second ends;a coil spring disposed within the spring channel;a spacer abutting the second end of the shock absorber;a lag stud inserted through the spacer and the shock absorber, wherein a tip of the lag stud is configured to engage a main stock body of a firearm, such that the spring is compressed between a rear edge of the main stock body and the spacer;a butt plate comprising a hollow interior volume in which a head portion of the lag stud is disposed;wherein the shock absorber is adapted to expand and absorb recoil energy when the firearm is fired.2. The recoil reduction stock of claim 1 , wherein the lag stud is inserted through a lag stud channel of the shock absorber claim 1 , wherein the lag stud channel is disposed adjacent the spring channel.3. The recoil reduction stock of claim 1 , wherein the lag stud is inserted through the spring channel of the shock absorber claim 1 , such that the coil spring encircles the lag stud.4. The recoil reduction stock of claim 1 , wherein the lag stud head ...

Device for supporting garment hangers within an automotive vehicle

The present invention device for supporting garment hangers within an automotive vehicle comprises an enclosed loop having a peripheral surface, an inside surface and a pair of substantially vertical faces with a horizontally accessible aperture extending therethrough. A hook portion of each garment hanger is retained and supported by the inside surface of the loop. Furthermore, an upper portion of the loop has a hook member formed within the peripheral surface thereof. The loop is pivotably attached to an aesthetically pleasing bezel such that the loop can be pivoted from a stowed position parallel with the bezel to a functional vertically planar position projecting inward from the bezel. Moreover, a lamp may be incorporated within the bezel behind the stowed loop such that a lens, mounted to the bezel, has a shape congruent with the inside surface of the loop and fits centrally therein.

Automotive interior trim assembly and pad insertion

A trim assembly comprises a substrate member including a moveable panel integrally formed in the substrate and moveable between an open and closed position. A flexible skin overlies at least a portion of the substrate member and is integrally coupled to the substrate. The substrate and flexible skin are configured to define a cavity having an opening. The cavity opening is accessible when the moveable panel is in the open position. A resilient foam pad is positioned within the cavity to provide a soft feel to the trim assembly. The foam pad is inserted into the cavity using a tool that pulls a vacuum and compresses the foam pad. The foam pad is inserted into the cavity and the vacuum is released thereby expanding the foam pad to fill the cavity. The tool is removed and the moveable panel is moved to and secured in the closed position.

Sunvisor attachment for vehicles and method for making the same

The present invention provides for an improved sunvisor attachment, and to a two shot molding method for making the same, having a reduced number of parts and that is adapted to be coupled to a sunvisor for use as a sunvisor assembly in a vehicle. To this end, the sunvisor attachment includes a body and a cover with each including at least one integrally formed connecting member being pivotally coupled together so that the cover may be opened and closed to uncover and cover a mirror and/or light.

Automotive storage compartment and method for making the same

An automotive storage compartment comprises a compartment body defining a cavity and having an opening for accessing the cavity. The compartment body includes at least one connecting member integrally formed therein. The storage compartment further includes a cover having at least one connecting member integrally formed therein, the cover connecting member cooperating with the compartment body connecting member to moveably couple the cover to the compartment body. A two-shot molding process may be used to form the storage compartment, with the compartment body and body connecting member being formed in the first shot and the cover and cover connecting member being formed in the second shot so that the cover is pivotally coupled to the compartment body.

Automotive ashtray and method for making the same

The present invention provides for an improved automotive ashtray, and to a two shot molding method for making the same, having a reduced number of parts and that is adapted to be coupled to a substrate of an interior trim assembly, e.g. a door panel, in a vehicle. To this end, the ashtray includes a compartment body and a cover with each including at least one integrally formed connecting member being pivotally coupled together so that the cover may be moved between an open and a closed position for accessing a cavity within the body.

Automotive interior trim assembly and pad insertion

A trim assembly comprises a substrate member including a moveable panel integrally formed in the substrate and moveable between an open and closed position. A flexible skin overlies at least a portion of the substrate member and is integrally coupled to the substrate. The substrate and flexible skin are configured to define a cavity having an opening. The cavity opening is accessible when the moveable panel is in the open position. A resilient foam pad is positioned within the cavity to provide a soft feel to the trim assembly. The foam pad is inserted into the cavity using a tool that pulls a vacuum and compresses the foam pad. The foam pad is inserted into the cavity and the vacuum is released thereby expanding the foam pad to fill the cavity. The tool is removed and the moveable panel is moved to and secured in the closed position.

Sunvisor attachment for vehicles and method for making the same

The present invention provides for an improved sunvisor attachment, and to a two shot molding method for making the same, having a reduced number of parts and that is adapted to be coupled to a sunvisor for use as a sunvisor assembly in a vehicle. To this end, the sunvisor attachment includes a body and a cover with each including at least one integrally formed connecting member being pivotally coupled together so that the cover may be opened and closed to uncover and cover a mirror and/or light.

Automotive interior trim assembly and pad insertion

A trim assembly comprises a substrate member including a moveable panel integrally formed in the substrate and moveable between an open and closed position. A flexible skin overlies at least a portion of the substrate member and is integrally coupled to the substrate. The substrate and flexible skin are configured to define a cavity having an opening. The cavity opening is accessible when the moveable panel is in the open position. A resilient foam pad is positioned within the cavity to provide a soft feel to the trim assembly. The foam pad is inserted into the cavity using a tool that pulls a vacuum and compresses the foam pad. The foam pad is inserted into the cavity and the vacuum is released thereby expanding the foam pad to fill the cavity. The tool is removed and the moveable panel is moved to and secured in the closed position.

Slidable device for supporting garments within a vehicle

A slidable support device for garments for use in a vehicle includes a support, a hook, and a locking mechanism. The support is coupled to the vehicle. The support includes two longitudinally extending grooves that are spaced from one another. The hook includes two longitudinally extending contact surfaces that are spaced from one another. The hook contact surfaces are shaped to mate with the support grooves in a sliding engagement. Upon engagement of the hook with the support, the hook slides relative to the support. The locking mechanism releasably retains the hook at various longitudinal positions along the support.

Saw device with two rotating saw blades

Rotating electrical machine

The present invention relates to a rotating electrical machine (1) in the form of a generator or motor, having a stator (4) which is arranged in a housing (2) and a rotor (10) which is mounted such that it can rotate about a rotation axis (8) via a shaft (6). The housing (2) has a peripheral wall (12) and two end walls (14, 16) which are situated axially opposite one another and are in the form of bearing flanges with rotary mounts (18) for the shaft (6). Two cooling fan impellers (20, 22) are connected to the shaft (6), specifically firstly, within the housing (2), an inner cooling fan impeller (20) which generates an inner cooling air circuit (A) within the housing (2) when it rotates, and secondly, outside the housing (2), an outer cooling fan impeller (22) which generates a cooling air flow (B) which flows over the housing (2) when it rotates. The first end wall (14) which is arranged on the side of the outer cooling fan impeller (22) is formed with a high degree of thermal conductivity of at least (formula I), and has, on its outer face which faces the outer cooling fan impeller (22), an outer cooling rib geometry (28) and also, on its opposite inner face, an inner cooling rib geometry (30).

Trim panel having a narrow transition radius and apparatus and method of manufacture

In at least certain embodiments, the present invention relates to a trim panel and an apparatus and method of making the same. In at least one embodiment, the trim panel comprises a first portion and a second portion with a transition portion extending therebetween with the first portion and the second portion having curved portions having radii of less than 5 mm.

Winder registration and inspection system

Short strain cutoff device

A web break apparatus is disclosed for cutting and severing a web. The web break apparatus includes a first rotating device that rotates generally at the same speed as a moving web. Positioned on the circumference of the first rotating device is a web engaging device and a straining element. When a web break is desired, the web engaging device and straining element are brought into contact with the web. The web engaging device engages the web, while the straining element causes a web break. The web break apparatus may be used in any suitable winding system. For instance, the winding system may be for winding a web to produce rolled products.

Clamp component for pressing high performance components to a cooling surface

Driveline disconnect device

In at least some implementations, a disconnect assembly for a driveline component, such as a power transfer unit, may include an input shaft, a disconnect shaft selectively rotated by the input shaft and an output shaft coupled to the disconnect shaft. A first gear is coupled to the disconnect shaft and a second gear is coupled to the output shaft and to the first gear so that the output shaft rotates when the disconnect shaft rotates. A connection feature is movable between an engaged position in which the input shaft and disconnect shaft are coupled and a disengaged position in which the input shaft rotates relative to the disconnect shaft. The connection feature includes a first part carried by the gear for rotation therewith and a second part movable relative to the first part and carried by the input shaft for rotation with the input shaft.

Driveline disconnect device

In at least some implementations, a disconnect assembly for a driveline component, such as a power transfer unit, may include an input shaft, a disconnect shaft selectively rotated by the input shaft and an output shaft coupled to the disconnect shaft. A first gear is coupled to the disconnect shaft and a second gear is coupled to the output shaft and to the first gear so that the output shaft rotates when the disconnect shaft rotates. A connection feature is movable between an engaged position in which the input shaft and disconnect shaft are coupled and a disengaged position in which the input shaft rotates relative to the disconnect shaft. The connection feature includes a first part carried by the gear for rotation therewith and a second part movable relative to the first part and carried by the input shaft for rotation with the input shaft.

Cargo compartment cover and item support assembly

A motor vehicle compartment cover and item support assembly (20) is provided for use in a motor vehicle (10) having a cargo compartment (5). A selectively deployable cover (30) is attached at its trailing edge portion (32) to a cover support member (40) and at least one item support member (50) is secured to the leading edge portion (34) of the cover (30). The item support member may comprise a storage tray (60), a container receptacle (70), a retainer hook (80), or any combination or plurality of such support items. A handle (90) may be provided, advantageously mounted to or formed integral with the item support member, to facilitate deployment of the cover. Attachment members (54, 56) may be provided, advantageously mounted to or formed integral with the item support member, to facilitate attachment of the leading edge portion of the cover, when deployed, to the vehicle.

Apparatus for molding a trim panel assembly having a narrow transition radius

In at least certain embodiments, the present invention relates to a trim panel and an apparatus and method of making the same. In at least one embodiment, the trim panel comprises a first portion and a second portion with a transition portion extending therebetween with the first portion and the second portion having curved portions having radii of less than 5 mm.

Slidable device for supporting garments within a vehicle

A slidable support device (22) for garments for use in a vehicle includes a support (24), a hook (24, 40), and a locking mechanism (27). The support (24) is coupled to the vehicle. The support includes two longitudinally extending grooves (28) that are spaced from one another. The hook (26) includes two longitudinally extending contact surfaces (38, 42) that are spaced from one another. The hook contact surfaces are shaped to mate with the support grooves in a sliding engagement. Upon engagement of the hook (26) with the support (24), the hook slides relative to the support. The locking mechanism (27) releasably retains the hook (26) at various longitudinal positions along the support (24).

Rotating electrical machine

Die vorliegende Erfindung betrifft eine rotierende elektrische Maschine (1) als Generator oder Motor, mit einem in einem Gehäuse (2) angeordneten Stator (4) und einem über eine Welle (6) um eine Rotationsachse (8) drehbar gelagerten Rotor (10). Das Gehäuse (2) weist eine Umfangswandung (12) und zwei axial gegenüberliegende, als Lagerflansche mit Drehlagern (18) für die Welle (6) ausgebildete Stirnwandungen (14, 16) auf. Mit der Welle (6) sind zwei Kühllüfterräder (20, 22) verbunden, und zwar einerseits innerhalb des Gehäuses (2) ein inneres, bei Rotation innerhalb des Gehäuses (2) einen inneren Kühlluftkreislauf (A) erzeugendes Kühllüfterrad (20) und andererseits außerhalb des Gehäuses (2) ein äußeres, bei Rotation eine das Gehäuse (2) überströmende äußere Kühlluftströmung (B) erzeugendes Kühllüfterrad (22). Die auf der Seite des äußeren Kühllüfterrades (22) angeordnete erste Stirnwandung (14) ist mit einer hohen Wärmeleitfähigkeit von mindestens ausgebildet, und sie weist auf ihrer dem äußeren Kühllüfterrad (22) zugewandten Außenseite eine äußere Kühlrippengeometrie (28) sowie auf ihrer gegenüberliegenden Innenseite eine innere Kühlrippengeometrie (30) auf.

Winder registration and inspection system

Recessed accessory hook for an automobile

A stowable accessory hook for an automobile is supported in a surrounding wall structure having an opening defined by a peripheral rim. The distal tips of the hooks are recessed behind the peripheral rim of the surrounding wall structure to protect against inadvertent snagging and abrasions. The hooks are configured such that the distal tips are recessed, at least when not in use. In one embodiment the tip extends into a surrounding cup to be recessed. In another embodiment, a pair of sockets are formed behind the surrounding wall to rotatably receive a pair of pintles extending from a concave cup disposed in the opening in the surrounding wall structure. The cup is manually rotated about a horizontal pivot axis between stowed and operative positions. In the stoved position the tips are recessed. Either single or multiple cantilever hooks extend from the cup for securing plastic grocery and merchandise sacks, garment hangers, or the like. The cup may have a back wall which geometrically conforms to the opening in the surrounding wall structure to close the opening when the cup is in the stowed position. The back wall includes a finger catch offset laterally from the pivot axis to facilitate manipulation between the stowed and operative positions. When multiple hooks are used, they can either extend substantially parallel to one another for retaining plastic grocery and merchandise sacks, or in the alternative extend in opposing directions for securing garment hangers.

Computed tomography medical imaging stroke model

Systems and techniques for generating and/or employing a computed tomography (CT) medical imaging stroke model are presented. In one example, a system employs a convolutional neural network to generate learned medical imaging stroke data regarding a brain anatomical region based on CT data associated with the brain anatomical region and diffusion-weighted imaging (DWI) data associated with one or more segmentation masks for the brain anatomical region. The system also detects presence or absence of a medical stroke condition in a CT image based on the learned medical imaging stroke data.

Armrest having armrest bun and method of manufacture

An armrest bun. The armrest bun inserts within an armrest to provide cushioning. The armrest bun includes a support substrate and a poured foam layer. The bun inserting within a cavity of the armrest. The foam layer shaped to match the armrest cavity to limit dead-spots. The bun can be manufactured by position a support substrate in a pouring tool. Foam is poured into a cavity of the pouring tool. The poured foam solidifies to bond to the support substrate. The bun can then be inserted into the armrest.

Height adjustable armrest assembly

A height adjustable armrest assembly for use with a vehicle may include a support member adapted for connection to a vehicle body. A linkage may be supported by the support member and an armrest member may be supported by the linkage. The linkage may be configured to move the armrest member between a lowered position and a raised position such that the angular orientation between the support member and the armrest member when the armrest member is in the raised position is substantially the same as when the armrest member is in the lowered position.

Klemmbauteil zum andrücken von leistungs- bauelementen an einer kühlfläche

Metodo y equipo para bobinar material en lamina continua con un mandril de control de posicion.

Se describen un método y un equipo para bobinar un papel continúo en movimiento sobre un mandril. Se transporta un papel continúo en movimiento con un borde delantero hacia un mandril. El mandril está adaptado para permitir que el elemento laminar continuo en movimiento se adhiera al mandril en una ubicación específica circunferencial en el mandril. Para permitir el control de la ubicación del mandril, el mandril además incluye una entrada de referencia para identificar la ubicación específica circunferencial. Se utiliza un sensor de posición para determinar la posición de la entrada de referencia. La posición de la ubicación específica circunferencial del mandril es controlada con un control motriz de posiciones que controla la velocidad de rotación del mandril. El control motriz de posiciones establece la velocidad de rotación del mandril para permitir la transferencia del borde delantero del elemento laminar continuo en movimiento cerca de la ubicación específica circunferencial.

método e equipamento para enrolar material em folha contínua com controle de posicionamento do mandril

MÉTODO E EQUIPAMENTO PARA ENROLAR MATERIAL EM FOLHA CONTÍNUA COM CONTROLE DE POSICIONAMENTO DO MANDRIL. A descrição de um método e equipamento para enrolar uma folha contínua sobre um mandril. Uma folha contínua com uma borda de ataque é guiada até um mandril. O mandril é adaptado para permitir que a folha contínua em movimento adira ao mandril em um local específico da circunferência do mandril. Para ativar o controle de localização do mandril, ele contém ainda uma entrada de referência para identificar o local específico na circunferência. Um sensor de posicionamento é empregado para determinar a posição da entrada de referência. A posição do local específico sobre a circunferência do mandril é controlada por meio de um controle de acionamento de posição, que comanda a velocidade de rotação do mandril. O controle do posicionamento define a velocidade da rotação do mandril, para permitir a transferência da borda de ataque da folha em movimento próximo do local específico sobre a circunferência.

método e equipamento para enrolar material em folha contínua com controle de posicionamento do mandril

resumo método e equipamento para enrolar material em folha contínua com controle de posicionamento do mandril a descrição de um método e equipamento para enrolar uma folha contínua sobre um mandril. uma folha contínua com uma borda de ataque é guiada até um mandril. o mandril é adaptado para permitir que a folha contínua em movimento adira ao mandril em um local específico da circunferência do mandril. para ativar o controle de localização do mandril, ele contém ainda uma entrada de referência para identificar o local específico na circunferência. um sensor de posicionamento é empregado para determinar a posição da entrada de referência. a posição do local específico sobre a circunferência do mandril é controlada por meio de um controle de acionamento de posição, que comanda a velocidade de rotação do mandril. o controle do posicionamento define a velocidade da rotação do mandril, para permitir a transferência da borda de ataque da folha em movimento próximo do local específico sobre a circunferência. 1/1

Method and apparatus for winding webbed material with mandrel position control

A method and apparatus for winding a moving web upon a mandrel is disclosed. A moving web with a leading edge is conveyed towards a mandrel. The mandrel is adapted to allow the moving web to adhere to the mandrel at a specific circumferential location on the mandrel. To enable control of the location of the mandrel, the mandrel further includes a reference input to identify the specific circumferential location. A position sensor is used to determine the position of the reference input. The position of the specific circumferential location of the mandrel is controlled with a position drive control that controls the rotational speed of the mandrel. The position drive control sets the rotational speed of the mandrel to allow transfer of the leading edge of the moving web near the specific circumferential location.

método e equipamento para enrolar uma folha contínua em movimento sobre um mandril

método e equipamento para enrolar material em folha contínua com controle de posicionamento do mandril. a descrição de um método e equipamento para enrolar uma folha contínua sobre um mandril. uma folha contínua com uma borda de ataque é guiada até um mandril. o mandril é adaptado para permitir que a folha contínua em movimento adira ao mandril em um local específico da circunferência do mandril. para ativar o controle de localização do mandril, ele contém ainda uma entrada de referência para identificar o local específico na circunferência. um sensor de posicionamento é empregado para determinar a posição da entrada de referência. a posição do local específico sobre a circunferência do mandril é controlada por meio de um controle de acionamento de posição, que comanda a velocidade de rotação do mandril. o controle do posicionamento define a velocidade da rotação do mandril, para permitir a transferência da borda de ataque da folha em movimento próximo do local específico sobre a circunferência.

Método y equipo para bobinar material en lámina contínua con un mandril de control de posición.

Se describen un método y un equipo para bobinar un papel continúo en movimiento sobre un mandril. Se transporta un papel continúo en movimiento con un borde delantero hacia un mandril. El mandril está adaptado para permitir que el elemento laminar continuo en movimiento se adhiera al mandril en una ubicación específica circunferencial en el mandril. Para permitir el control de la ubicación del mandril, el mandril además incluye una entrada de referencia para identificar la ubicación específica circunferencial. Se utiliza un sensor de posición para determinar la posición de la entrada de referencia. La posición de la ubicación específica circunferencial del mandril es controlada con un control motriz de posiciones que controla la velocidad de rotación del mandril. El control motriz de posiciones establece la velocidad de rotación del mandril para permitir la transferencia del borde delantero del elemento laminar continuo en movimiento cerca de la ubicación específica circunferencial.

Manufacturing trim panels using two shot moulding or a mould and a separate tool

Einrichtung zum kuehlen eines gekapselten motorverdichters, insbesondere kleinkaeltemaschine

Carcasa de motor termoprotegida con cubierta metalica y placa de plastico.

PARA ELABORAR UNA CARCASA DE MOTOR ECONOMICA CON ALTA CONDUCTIVIDAD TERMICA, SON CONOCIDAS ALEACIONES DE COMPONENTES INDIVIDUALES DE METAL Y DE PLASTICO. EL OBJETIVO DE LA INVENCION ES CREAR UNA CARCASA DE MOTOR PARTICULARMENTE ECONOMICA CON UNA CONDUCTIVIDAD TERMICA MUY ALTA. EN PRINCIPIO, LA INVENCION CONSISTE EN EL ENLACE DE ELEMENTOS (5,6) DE DISIPACION DE CALOR METALICOS A LA CARCASA (1) METALICA, EFECTUANDOSE ENTONCES EL MOLDEO DE INYECCION DEL FORRO (10,11) PLASTICO. DESARROLLOS VENTAJOSOS RELATIVOS AL INCREMENTO EN LA RESISTENCIA DE LA CARCASA Y EN LOS COMPONENTES (25,27,41) PLASTICOS ADICIONALES SE ELABORAN DURANTE EL PROCESO DE MOLDEO DE INYECCION.

Reflektor für flach gebaute Bestrahlungsgeräte

Schmutz- und wassersammler fur kraftfahrzeuge.

Rotating electrical machine

A rotating electric machine ( 1 ) having a stator ( 4 ) in a housing ( 2 ) and a rotor ( 10 ) supported by a shaft ( 6 ). The housing ( 2 ) circumferential wall ( 12 ) and first and second axially opposing end walls ( 14, 16 ) support bearing flanges with bearings ( 18 ) for the shaft ( 6 ). Two cooling fan impellers ( 20, 22 ) are connected to the shaft ( 6 ). An inner cooling fan impeller ( 20 ) positioned inside the housing ( 2 ) generates an inner cooling air circuit (A) inside the housing ( 2 ). An outer cooling fan impeller ( 22 ) provided outside the housing ( 2 ), generates an outer cooling air flow (B). The first end wall ( 14 ) is formed with a thermal conductivity of at least a specified value and has an outer cooling rib geometry ( 28 ) on its outer side facing the outer cooling fan impeller ( 22 ), and an inner cooling rib geometry ( 30 ) on its opposing inner side.

Winder registration and inspection system

Registration and inspection systems and methods for use on a winder are disclosed. The systems and methods include scanning a region proximate a winding module with one or more sensors to determine a product defect. The product defect is then associated with a winding process parameter, such as percent roll build information or the identity of the particular sensor to first detect the defect. The winding process parameter is used to classify the defect into one or more defect profiles. The defect profiles can be based at least in part on segmenting the roll build of a web onto a winding module into a plurality of inspection windows and segmenting a plurality of sensors into a plurality of inspection sensor segments.