60 results about "Guidance channel" patented technology

An implant for bridging a gap in a severed spinal cord or nerve and for promoting nerve regeneration has a matrix comprising a biocompatible, biodegradable, polymeric material. The matrix has a proximal end for connection to a first end of severed spinal cord and a distal end for connection to a second end of severed spinal cord. The matrix includes internal guidance channels extending between the proximal end and the distal end to facilitate rejoining of the first end and the second end of the severed spinal cord. A bioactive agent may be dispersed in the matrix, or disposed in the channels, or included within microspheres in the channels. The channels may be arranged such that guidance channels correspond to spinal cord tracts. Alternatively, guidance channels may be spaced apart at the proximal end of the matrix and converge inward toward the axis of the matrix at the distal end.

Provided is a drilling tool that includes a tubular body defining a longitudinal axial cavity extending therethrough. The tubular body also defines at least one radial guidance channel extending radially from the axial cavity through the tubular body. A cutter element is disposed in the at least one radial guidance channel and includes an internal surface inclined at an angle to a longitudinal axis of the tubular body. The drilling tool also includes a wedge element having an external surface configured to engage the internal surface of the cutter element and to direct the cutter element from a retracted position to an extended position as the wedge element moves from a first position to a second position.

A flush glass system module includes a header molding that is mounted to a vehicle door frame and extends along an upper edge of a window opening. A belt molding is mounted to the door frame and extends along a lower edge of the window opening. A hidden appliqué extends between the header molding and the belt molding. The hidden appliqué is extruded and includes a guidance channel having a pair of sealing lips. The guidance channel is adapted for receiving and guiding a window between raised and lowered positions. A slider is mounted to an inner surface of the window and is received in the guidance channel. The sealing lips sealingly engage with the slider as the window moves between the lowered and raised positions. The hidden appliqué is disposed entirely on the inner surface side of the window when the window is in the raised position.

Provided is a drilling tool that includes a tubular body defining a longitudinal axial cavity extending therethrough. The tubular body also defines at least one radial guidance channel extending radially from the axial cavity through the tubular body. A cutter element is disposed in the at least one radial guidance channel and includes an internal surface inclined at an angle to a longitudinal axis of the tubular body. The drilling tool also includes a wedge element having an external surface configured to engage the internal surface of the cutter element and to direct the cutter element from a retracted position to an extended position as the wedge element moves from a first position to a second position.

A coupling structure for coupling optical radiation, i.e., light, between an optical fibre and an optical device, e.g., a laser diode or a photodiode. The coupling structure has an optical through-via which guides the optical radiation to or from the optical fibre. Light exiting the fibre travels through a guidance channel so it remains substantially confined to a narrow optical path that mimics the fibre core. Conversely, light enters the fibre after having traveled through the guidance channel. The guidance channel has a first core region, the “channel core”, having first refractive index surrounded by a second region, the “channel cladding” having a second refractive index smaller than the first refractive index. The coupling structure, including the guidance channel, is preferably made of semiconductor-based material, more preferably of silicon-based material. The guidance channel is preferably silicon oxide. The coupling structure further has a fibre drive-in element, which facilitates insertion and alignment of the optical fibre to the guidance channel.

Cable terminal for end-face connection of the conductors of a preferably multicore cable. The cable terminal includes a plug part provided with contact elements, a core holding and guiding part, and a cable receiver. The core holding and guiding part includes core guidance channels, and the plug part and the and the cable receiver can be connected to one another. In the assembled state, the core holding and guiding part is located between the plug part and the cable receiver. Alignment of the individual cores to the contact elements of the plug part is accomplished by the core holding and guiding part which includes a first section of soft material, and a second section of hard material. In the first section, core guidance channels is provided while in the second section, a positioning aid is formed for exact alignment of the conductors to the contact elements.

The invention relates to a workstation of a textile machine for creating cross-wound spools, comprising a thread receiving mechanism disposed within an unwinding region of a feeding spool, thread monitoring and treatment mechanisms mounted within a thread passageway region and a winding device for creating a cross-wound spool. According to the invention, the workstation (1) has a thread guidance channel (6) that encloses a thread passageway, is composed of multiple portions and has receptacle housings (18, 21) or receiving portions (31, 32, 33) for various thread monitoring and treatment mechanisms. The thread guidance channel (6) is extended between a feeding spool (2) at an unwinding position (AS) and a winding device (4) and can be locally applied with negative pressure according to the need, so that the negative pressure flow is present in the thread guidance channel (6) and the flow direction can be determined as desired.

The invention discloses a location information-based evacuation guidance information pushing urgent evacuation method and system thereof. The urgent evacuation method comprises the following steps: arranging a plurality of information source detectors, performing unique coding on each information source detector, issuing urgent emergency information to crowds in monitoring regions according to the acquired detecting information comprising location information corresponding to codes; pushing evacuation guidance information to crowds in different monitoring regions; re-adjusting and sending if finding that an evacuation guidance channel has a jam trend; continuously paying close attention to long-term retention people monitored in the monitoring regions, and sending evacuation guidance information; and detecting a site to be evacuated and rescuing people needing to be rescued in the site to be evacuated. According to the urgent evacuation method, the information source equipment is detected through distributing an information source detector, monitoring of people in the site to be evacuated, pushing of location information-based real-time evacuation guidance information, feedback of the information and updating of the evacuation guidance information can be realized.

A target tissue volume is accessed with a cannular instrument, the tip surface of which supports a precursor electrode assemblage which is electrosurgically excitable. The instrument tip initially is inserted through an incision made in the skin of a patient utilizing a pair of retractor components, the tips of which are located at a proper depth for positioning the precursor electrodes of the recovery instrument. The retractor components also are configured to define a guidance channel for receiving the tip of the recovery instrument. By stabilizing the instrument when the precursor electrodes are adjacent the tips of the retractor components and then slidably removing the retractor apparatus along the surface of the instrument, the tissue is “set” to assure proper precursor electrode positioning. The precursor electrodes are configured to exhibit an equivalent diameter having a value of at least about 90% of the diameter of the recovery instrument and are spaced forwardly of the tip surface of the instrument a distance for enhancing instrument maneuvering.

A coupling structure for coupling optical radiation, i.e., light, between an optical fibre and an optical device, e.g., a laser diode or a photodiode. The coupling structure has an optical through-via which guides the optical radiation to or from the optical fibre. Light exiting the fibre travels through a guidance channel so it remains substantially confined to a narrow optical path that mimics the fibre core. Conversely, light enters the fibre after having traveled through the guidance channel. The guidance channel has a first core region, the “channel core”, having first refractive index surrounded by a second region, the “channel cladding” having a second refractive index smaller than the first refractive index. The coupling structure, including the guidance channel, is preferably made of semiconductor-based material, more preferably of silicon-based material. The guidance channel is preferably silicon oxide. The coupling structure further has a fibre drive-in element, which facilitates insertion and alignment of the optical fibre to the guidance channel.

A nerve guidance conduit includes one or more guidance channels formed as porous polymeric structures. The guidance channels are within an outer tubular structure that includes randomly-oriented nanofibers. The guidance channels may have electrospun nanofibers on their inner and outer surfaces in a parallel alignment with the guidance channels. Such aligned nanofibers may also be present on the inner surface of the outer tubular structure. The outer surfaces of the guidance channels and the inner surface of the tubular structure define additional guidance channels. Such a nerve guidance conduit provides augmented surface areas for providing directional guidance and enhancing peripheral nerve regeneration. The structure also has the mechanical and nutrient transport requirements required over long regeneration periods.

The invention relates to a punching tool for taking a biological sample from a filter using punching, the punching tool comprising a punch and a die provided with a punching channel for conveying the sample from the upper surface of the die towards the lower end of the die that includes a guidance means of the sample comprising a guidance channel arranged as an extension of the punching channel for receiving the sample from the punching channel, the diameter of the guidance channel is 1,02 to 2× the diameter of the punch and is greater than the diameter of the punching channel, and at the connecting point with the punching channel the guidance channel forms a shoulder and broadens towards the free end of the guidance means. In order to reduce the number of mistakes when taking samples, while the structure of the punching tool still remains simple at the end of the guidance means that faces towards the punching channel of the die, the diameter of the guidance channel is constant at a portion of the length thereof and the walls of the shoulder are placed at an angle from 170 to 300 degrees in relation to one another.

A nerve guidance conduit includes one or more guidance channels formed as porous polymeric structures. The guidance channels are within an outer tubular structure that includes randomly-oriented nanofibers. The guidance channels may have electrospun nanofibers on their inner and outer surfaces in a parallel alignment with the guidance channels. Such aligned nanofibers may also be present on the inner surface of the outer tubular structure. The outer surfaces of the guidance channels and the inner surface of the tubular structure define additional guidance channels. Such a nerve guidance conduit provides augmented surface areas for providing directional guidance and enhancing peripheral nerve regeneration. The structure also has the mechanical and nutrient transport requirements required over long regeneration periods.

The invention relates to an annular water flow type machine for cleaning fruits and vegetables, comprising a washing bucket and a washing basket, wherein a gap is formed between the washing basket and the washing bucket, an outer cover and an inner cover are arranged on an upper opening of the washing bucket, and a gland strip is arranged between the contact surface of the outer cover and the washing bucket; and water retaining ribs for the inner cover are arranged on the inner surface of the inner cover, a water guidance channel is arranged on the outer surface of the inner cover and is communicated with a limber hole and the washing bucket, and spilling water in the joint part of the inner cover and the washing bucket flows back into the washing bucket by the water guidance channel and the limber hole. The inner cover is covered by the outer cover, the pressure of spilling water of risen rinse water current in the joint part of the inner cover and the washing bucket is greatly reduced, the spilling water can be easily and effectively sealed by the outer cover gland strip between the outer cover and the washing bucket and is caused to flow back into the washing bucket, the upper opening of the washing bucket is reliably sealed, and the production cost of the outer cover gland strip bearing less pressure and the requirement on the machining precision of the contact surfaces of the outer cover, the washing bucket and the outer cover gland strip are low; and the leak-proofness of the upper opening of the washing bucket is improved, the upper opening of the washing bucket is protected against leakage, and the production cost is reduced.

The invention discloses an image sensor pixel structure for preventing image diffusion and a manufacture method thereof. The image sensor pixel structure at least comprises a photodiode placed in a semiconductor base body, a shallow slot isolation region arranged on one side of the photodiode, two shallow slot isolation regions arranged on the other side of the photodiode, and a transistor drain terminal active region arranged between the two shallow slot isolation regions on the other side of the photodiode and connected with a power source, wherein a deep P-shaped well region is arranged on the shallow slot isolation region arranged the one side of the photodiode, and an N-shaped well region and a deep P-shaped well region are sequentially arranged on the transistor drain terminal active region and enable an overflow electric charge current guidance channel to exist among the transistor drain terminal active region and two portions of the photodiode, which are respectively adjacent to two sides of the transistor drain terminal active region. The image sensor pixel structure for preventing the image diffusion and the manufacture method thereof can prevent collected images from diffusing, and simultaneously eliminate the problem that colors of peripheral pixels of strong light images are distorted.

A nerve guidance conduit includes a spiral structured porous sheet decorated with channels on its surface and electrospun nanofibers in a parallel alignment with the channels and an outer tubular structure including randomly-oriented nanofibers. Such a structure provides augmented surface areas for providing directional guidance and augmented surfaces for enhancing and peripheral nerve regeneration. The structure also has the mechanical and nutrient transport requirements required over long regeneration periods. To prepare a nerve guidance conduit, porous polymer sheet is prepared by a solvent casting method while using a template of thin rods to form parallel channels on a surface of the sheet. Aligned nanofibers are deposited on the sheet parallel to the channels. The polymer sheet is then wound to form a spiral structure. A dense layer of randomly-oriented nanofibers may be deposited on the outside of the spiral.

A nerve guidance conduit includes one or more guidance channels formed as porous polymeric structures. The guidance channels are within an outer tubular structure that includes randomly-oriented nanofibers. The guidance channels may have electrospun nanofibers on their inner and outer surfaces in a parallel alignment with the guidance channels. Such aligned nanofibers may also be present on the inner surface of the outer tubular structure. The outer surfaces of the guidance channels and the inner surface of the tubular structure define additional guidance channels. Such a nerve guidance conduit provides augmented surface areas for providing directional guidance and enhancing peripheral nerve regeneration. The structure also has the mechanical and nutrient transport requirements required over long regeneration periods.

The non-woven fiber guidance mechanism is proposed to have the following control aspects: the transfered non-woven fiber material is gathered at the outlet of a non-woven fiber material device, such as a spread non-woven fiber-drawing frame of a textile machine, so as to form a single sliver horn, which covers a horn region and a nozzle channel attached to a downstream direction, and a fiber bandguidance mechanism with a covering guidance channel comprising guidance channel for guiding the fiber band leaving a fiber web tunnel to a band-withdrawal mechanism, such as controls of the guidance disc. The inventive non-woven fiber band guidance mechanism is charactered in that the non-woven fiber horn relative to the fiber band guidance mechanism can be moved from a running position to a maintenance position, where a continous guidance channel is formed between the a nozzle channel of the running position and the guidance channel. Finally, the textile machine is proposed to adopt an appropriate non-woven fiber guidance mechanism.

The present invention provides a method, apparatus, storage medium and device for controlled synthesis of inhomogeneous textures, which relates to the field of texture synthesis technique in image processing. The method includes: obtaining an input texture exemplar from user, and analyzing the features of the exemplar, so as to extract the source guidance channels; herein the guidance channels comprise a progression map and an orientation field of the texture exemplar; obtaining a progression map and an orientation field from the user specified target, which are used as the target guidance channels; comparing the differences between the source guidance channels and the target guidance channels, so as to form the progression constraint and orientation constraint; determining the distance measure between the texture exemplar and target image, and adding the progression constraint and orientation constraint into the distance measure; the target image produced by minimizing the sum of distances over all patches with the constrained distance measure, is the final output of controlled synthesis.

The invention relates to an apparatus and a method for depositing synthetic fibers to form a non-woven web, in which method the synthetic fibers are guided in the form of a blowing stream through a drawing unit for being deposited on a deposit belt. For this purpose, inside the guidance distance between a blast opening of the drawing unit and the deposit belt, several guidance means are arranged, which form a guidance channel above the deposit belt, wherein the guidance means form a channel opening of the guidance channel at a distance from the blast opening of the drawing unit. In order to achieve constant strength in the deposition of the fiber strands in the non- woven web, the distance between the outlet of the drawing unit and the channel opening of the guidance channel is larger than half the guidance distance according to the invention, wherein the guidance width of an open space formed between the outlet of the drawing unit and the channel opening of the guidance channel is larger than that of the guidance channel.

A nerve guidance conduit includes a spiral structured porous sheet decorated with channels on its surface and electrospun nanofibers in a parallel alignment with the channels and an outer tubular structure including randomly-oriented nanofibers. Such a structure provides augmented surface areas for providing directional guidance and augmented surfaces for enhancing and peripheral nerve regeneration. The structure also has the mechanical and nutrient transport requirements required over long regeneration periods. To prepare a nerve guidance conduit, porous polymer sheet is prepared by a solvent casting method while using a template of thin rods to form parallel channels on a surface of the sheet. Aligned nanofibers are deposited on the sheet parallel to the channels. The polymer sheet is then wound to form a spiral structure. A dense layer of randomly-oriented nanofibers may be deposited on the outside of the spiral.

The invention relates to a compressor and a buffering element for the fiber compressing apparatus. The compressor for a fiber compressing apparatus configured for a drafting mechanism includes a fiber guidance channel turning thinner in the transferring direction and bearing portions born on outputting lower roller of the drafting mechanism and shaft of a pressing roller, wherein at least one buffering element made from plastic is disposed on the shaft of the pressing roller for bearing the compressor.

The invention relates to a slag removal and oil separation tank. The slag removal and oil separation tank comprises a sealed tank body, wherein a first-stage oil-water separation bin, an oil storage bin and a second-stage oil-water separation bin which are partitioned by a corresponding first partition plate and a corresponding second partition plate and of which the upper parts are communicated are arranged in the tank body; a slag discharge port opposite to the position of the first-stage oil-water separation bin is formed in the tank body; the upper part of the tank body is provided with an oil discharge outlet; a water inlet is formed in the tank body where the first-stage oil-water separation bin is positioned; a water outlet of which the height is smaller than that of the water inlet is formed in the tank body where the second-stage oil-water separation bin is positioned; a water guidance channel for communicating the first-stage oil-water separation bin and the second-stage oil-water separation bin is formed at a position which is lower than the water outlet between the first partition plate and the second partition plate; a water guidance channel filter screen for preventing corresponding waste residue from flowing in fdcbg.dto the second-stage oil-water separation bin from the first-stage oil-water separation bin is arranged in the water guidance channel; and a water inlet pipe of which one end is communicated with the water inlet and the other end extends into the first-stage oil-water separation bin is arranged at the water inlet. By separating water and greasy dirt layer by layer, the invention provides a slag removal and oil separation tank which has a preferable oil-water separation effect.

A high-lift system for an aircraft with a main wing and a slat that by way of an adjustment device is adjustable relative to the main wing to various adjustment states, with a gap resulting between the rear of the slat, which rear faces the main wing, and the main wing, where the size of the gap results from the adjustment state of the slat relative to the main wing, where in the interior of the slat an air guidance channel with at least one inlet and an outlet is formed, where the inlet is arranged at the rear, which faces the main wing, in order to influence the airflow in the gap.

A guidance channel radiating from each side of clip holding chamber centered on a flat plate. A prying tool slideably and rotatably held within each guidance channel by a spring strip. A split ring held snugly within the holding chamber. The tool tips are forced between the split ring coils, which are separated further by simultaneous rotation of the prying tool handles 90-degrees in opposite clock directions. A pellet placed inside folded bag material forms a bump. The material with bump is placed between the separated coils into the split ring interior. Reverse 90-degree handle rotation partly closes the coils around the bump. Withdrawing the prying tools completely allows the coils to fully close, capturing the pellet-containing material. Tool stops prevent the tool tips from entering the split ring interior too far into or away from the clip holding chamber. Suspension of the tool and bags facilitates production.

The invention relates to a concentration container and a pneumatic focusing system containing the concentration container. The concentration device comprises the concentration container, a sample introduction mechanism, a stream guidance mechanism and a buffer container, wherein the concentration container is provided with a pneumatic cavity and an air exhaust column; the sample introduction mechanism is provided with a sample introduction channel, a current limiting hole and a shunting hole, wherein the sample introduction channel, the current limiting hole and the shunting hole are communicated in sequence; the stream guidance mechanism is arranged on the concentration container; the buffer container and the concentration container and / or the stream guidance mechanism are connected; anda stream guidance channel and a buffer cavity are communicated to meet a situation that the vacuum load requirement of vacuum analysis equipment is not affected. When the above concentration device is connected with the sample introduction joint of an aerodynamics lens, under a condition that a conventional vacuum load is adopted, under the driving of an air pressure difference, an aerosol sampleintroduction flow can be enlarged, the through rate of large-grain-size particulate matters can be greatly increased, and aerosol concentration and particulate beam focusing can be realized so as tobe favorable for carrying out aerosol sample introduction and detection under low concentration.

A control rod guide frame has a central passage of constant cross-section as a function of position along a central axis that passes through the central passage. The central passage is sized and shaped to guide a traveling assembly including at least one control rod as it moves along the central axis. The control rod guide frame comprises at least two radial guide frame sections secured around and defining the central passage. Each radial guide frame section may comprise an extruded radial guide frame section, which may be made of extruded steel. The central passage may include control rod guidance channels parallel the central axis and machined into the extruded radial guide frame sections. The at least two radial guide frame sections may be interchangeable. In some embodiments the at least two radial guide frame sections consist of between four and eight radial guide frame sections.

The invention relates to a punching tool for taking a biological sample from a filter using punching, the punching tool comprising a punch and a die provided with a punching channel for conveying the sample from the upper surface of the die towards the lower end of the die that includes a guidance means of the sample comprising a guidance channel arranged as an extension of the punching channel for receiving the sample from the punching channel, the diameter of the guidance channel is 1.02 to 2× the diameter of the punch and is greater than the diameter of the punching channel, and at the connecting point with the punching channel the guidance channel forms a shoulder and broadens towards the free end of the guidance means. In order to reduce the number of mistakes when taking samples, while the structure of the punching tool still remains simple at the end of the guidance means that faces towards the punching channel of the die, the diameter of the guidance channel is constant at a portion of the length thereof and the walls of the shoulder are placed at an angle from 170 to 300 degrees in relation to one another.

A reciprocally moveable cutting knife is described and which includes an elongated main body having a first, and an opposite, second end for engaging an object of interest; and a protrusion is made integral with the elongated main body and which extends outwardly from a plane which is defined by the outside facing surface of the main body, and which inhibits an adhesion from being created between the outside facing surface of the elongated main body, and the respective sidewalls of a knife guidance track when a source of water wets the outside surface of the elongated main body and the spaced sidewalls of the knife guidance channel.

The invention provides a channel structure of a mobile communication system. The mobile communication system includes a wireless base station and a mobile station. The wireless base station has a transmitting antenna capable of controlling beam orientation for each mobile station in a cell. An individual companion channel used by a common channel for wireless communication, the common channel is shared by a plurality of mobile stations, and assigned to each mobile station in a given transmission unit, wherein the pilot channel used for channel estimation of the common channel and the individual companion channel is a single channel. set, that is, set as the first pilot channel and the second pilot channel respectively.