25 results about "Transport pathways" patented technology

Valve (1) for closing a passage between a heating chamber (100) and a reaction chamber (120), comprising a housing part (3) forming a valve chamber (5), with a first opening (7) having a first opening edge (7a) oriented towards the heating chamber (100), and a second opening (9) having a second opening edge (9a) oriented towards the reaction chamber (120), wherein the first opening (7) and the second opening (9) together with the valve chamber (5) form a transport channel (11) between the heating chamber (100) and the reaction chamber (120) when open, and comprising a first locking flap (13) for closing the first opening (7), wherein the first locking flap (13) is pivotably arranged in the valve chamber (5) and is pivotable from an open position to a closed position, wherein the first locking flap (13) in the closed position abuts the first opening edge (7a) in a sealing manner.wherein a sealing device (17) is arranged on the first locking flap (13), which can be pressed against the first opening edge (7a) in the closed position, and with a second locking flap (19) for closing the second opening (9), wherein the second locking flap (19) is pivotably arranged in the valve chamber (5) and can be pivoted from an open position to a closed position, wherein the second locking flap (19) rests against the second opening edge (9a) on the side facing the valve chamber (5) in the closed position, wherein in the open position the second locking flap (19) is arranged in front of the first locking flap (13) in the direction of the transport channel (11) and forms a heat radiation shield for the sealing device (17) against heat radiation from the transport channel (11).

The utility model discloses a lifting auxiliary mounting device for an evacuation platform of a subway tunnel. The lifting auxiliary mounting device comprises a frame, a lifting feeding mechanism, a first feeding mechanism, a second feeding mechanism and a guide mechanism. The lifting feeding mechanism is arranged on the upper end face of the frame and located on one side of the second conveying channel, the first feeding mechanism is arranged on the first conveying channel, and the second feeding mechanism is arranged on the second conveying channel. After the device arrives at a target site, the first feeding mechanism conveys the materials to the second feeding mechanism, the second feeding mechanism conveys the materials to the lifting feeding mechanism, and the lifting feeding mechanism conveys the materials to a mounting target site. The device can also work cooperatively with various feeding devices, and full-automatic seamless feeding is achieved. The device is high in automation degree, and workers can convey materials in a tunnel conveniently; meanwhile, the device is highly suitable for the narrow environment of the tunnel, the installation and transportation efficiency of the tunnel evacuation platform steel beam and the platform plate is improved, and the material conveying difficulty is reduced.

The present invention relates to a container processing system for processing containers (1a, 1b), particularly beverage containers, comprising at least two sequentially arranged processing devices configured to move the containers (1a, 1b) along a conveying path (9) extending along at least two enclosing structures (3a to 3h) spatially separated by partition walls (8). According to the invention, a conveying channel (10) connecting the enclosing structures (3a to 3h) is provided in the partition walls (8), the conveying path (9) extending through the conveying channel (10) at least in a portion of its length, and the conveying channel (10) being fluidly connected to a sterilizing gas supply device (11).

Extraction attachment for a tool (300), in particular a drilling tool (302), comprising a housing (13) with an end-face opening (16) designed to receive the tool (300), a bearing unit (28) for mounting the extraction attachment (10) on the tool (300), an extraction opening (20) for coupling the extraction attachment (10) to an extraction device (11), wherein the end-face opening (16) and the extraction opening (20) form a transport channel (26), wherein the extraction attachment (10) is mounted axially movable and rotatable on the tool (300) by means of the bearing unit (28) such that the position of the extraction attachment (10) relative to the tool (300) changes with increasing bore depth, characterized in that the extraction attachment (10) has an actuating element (36) by means of which the position of the movable bearing element can be controlled. (32) is adjustable.

The utility model discloses a box body conveying device. The box body conveying device comprises a clamping and conveying mechanism and a turnover mechanism. The clamping and conveying mechanism comprises two conveying pieces extending in the first direction, the conveying faces of the two conveying pieces are spaced in the second direction to form a conveying channel used for conveying the box bodies, and a through opening is formed in the side, in the third direction, of the conveying channel. The turnover mechanism comprises a first contact piece and a second contact piece which are arranged at an interval in the first direction, the first contact piece and the second contact piece extend into the conveying channel through the through opening edge, and the first contact piece and the second contact piece are used for abutting against the box body to push the box body to turn over; and the first direction, the second direction and the third direction are vertical pairwise. According to the box body conveying device, automatic overturning of the box body can be achieved, the overturning efficiency is improved, and therefore the labor intensity is reduced, and the production line balance is improved.

An apparatus includes a material transport channel having a first side and an opposite second side. The apparatus further includes a first loading auger at least partially positioned within the material transport channel and a first side auger positioned adjacent the first side of the material transport channel. The first side auger is configured to direct material from a surface toward the material transport channel via rotation of the first side auger, and the first loading auger is configured to direct material within the material transport channel from a bottom portion of the material transport channel towards an upper portion of the material transport channel via rotation of the first loading auger.

The invention relates to a grinding tool (1) comprising an elongated tool body (2), an axial channel (5) and at least one fluid transport channel, the tool body comprising a first end (20) comprising a grinding head (3) with an abrasive coating (4), the axial channel extending through the tool body (2) from a second end (21) over a given length of the body, the fluid transport channel being arranged in cooperation with the axial channel (5) to allow fluid introduced into the axial channel (5) at the second end (21) to be ejected through the grinding head (3), the grinding head (3) having an outer end face (30) delimited by an outer peripheral face (31), the outer end face having at least one groove (6a to 6f) extending radially from the axial channel (5) to the outer peripheral face (31), said groove being closed along its length by the abrasive coating (4) to form said at least one fluid transport channel. The invention also relates to a method of manufacturing an electroplated type grinding tool.

Provided is a control method, an electronic device and a storage medium. The method comprises: when determining that a yarn spindle transported on a transport channel enters a detection area, detecting the yarn spindle located in the detection area to obtain an appearance feature of the detected yarn spindle; wherein the transport channel is a channel for transporting yarn spindles in an automatic packaging workshop; and the detection area is at least a partial area on the transport channel; when the appearance feature of the detected yarn spindle does not meet a first preset requirement, determining the yarn spindle with the appearance feature not meeting the first preset requirement as a target yarn spindle; and detecting a physical attribute feature of the target yarn spindle.

The utility model discloses a product conveying and handing-over device which comprises a conveying mechanism, a conveying channel, a handing-over structure, a first opening and closing piece and a second opening and closing piece, and the conveying channel, the handing-over structure, the first opening and closing piece and the second opening and closing piece are all arranged on a conveying path of the conveying mechanism. Through cooperation of the structures, continuous conveying and handover of products are achieved. According to the utility model, loading and unloading devices and the like are not needed, conveying and handover of rigid and non-rigid products can be compatible at the same time, and model changing is not needed when products with different sizes are conveyed, so that the investment cost of initial equipment is greatly reduced, and the running stability of the whole line is improved.

The present invention relates to an apparatus for producing cheese sticks, comprising an extruder arrangement having a plurality of extruder nozzles arranged next to one another for discharging a cheese mass strand, the cheese mass in particular being a pasta filata; a transport channel arrangement having a plurality of separate transport channels arranged next to one another, each extruder nozzle being assigned exactly one transport channel for receiving one of the discharged cheese mass strands in a conveying direction; a portioning device by means of which individual portions can be separated from the cheese mass strands conveyed therein in each case in the transport channels; and a dispensing unit downstream of the portioning device in the conveying direction for dispensing the individual portions in a two-dimensional arrangement, the transport channels extending at least between the extruder arrangement and an end section of the dispensing unit and separately from one another in the end section.

This invention discloses a high-yield L-serine-producing *Escherichia coli* strain and its applications. Through systems metabolic engineering, a comprehensive approach was adopted, employing strategies such as enhancing synthetic pathways, blocking product degradation and internal transport pathways, weakening competitive pathways, and reconstructing the threon-glycine and one-carbon metabolic systems. This resulted in the redistribution of carbon flux and optimization of intracellular homeostasis, yielding a strain capable of efficient and stable industrial-scale production of L-serine. Scale-up fermentation yielded an L-serine production of up to 150 g / L with a sugar conversion rate of 60%, demonstrating stable and high-yield scale-up performance.

The present invention relates to an apparatus for producing cheese sticks, comprising an extruder arrangement having a plurality of extruder nozzles (12) arranged next to one another for discharging a cheese mass strand (14), the cheese mass in particular being a pasta filata; a transport channel arrangement having a plurality of separate transport channels (18) arranged next to one another, each extruder nozzle being assigned exactly one transport channel for receiving and conveying one of the discharged cheese mass strands in a conveying direction (F); a portioning device (20) by means of which individual portions (22) can be separated from the cheese mass strands conveyed therein in each case in the transport channels; and a control section (24) downstream of the portioning device in the conveying direction having at least one manipulation device (44) by means of which at least one, in particular exactly one, individual portion can be received and can be removed from at least one of the transport channels.

This involves making the entire device more compact, or improving the degree of freedom in the behavior and operation of transport devices such as robotic systems. [Solution] The parts delivery unit 200 is positioned off-center near the end of the support substrate 6, and the parts supply passage member 300 extending from the parts delivery unit is positioned almost parallel to one side 6a of the support substrate 6, and a support base member 400 that moves back and forth while transferring multiple parts 1 from the parts supply passage member is positioned close to the other side 6b of the support substrate 6, almost perpendicular to the parts supply passage member, and the parts supply passage member and the support base member are configured so that there are no members protruding upward, and by setting the height position of the support base member and the parts supply passage member lower than the height of the parts delivery unit, a behavior space 45 for the transport device 46 that transports parts 1 to the target location is formed between the parts delivery unit and the support base member.

This utility model discloses a bag folding machine, which includes a frame, a conveying assembly and a conveying drive component mounted on the frame. The conveying assembly transports a three-dimensional bag along the conveying direction, and the conveying drive component is driven by the conveying assembly. The conveying assembly includes a first conveying component and a second conveying component forming a conveying channel. Viewed along the conveying direction, the first conveying component contacts the corresponding wall surface of the three-dimensional bag in a first direction, and the second conveying component contacts the corresponding wall surface of the three-dimensional bag in a second direction. The output end of the conveying drive component is driven by the first and second conveying components through a linkage assembly, driving the first and second conveying components to move synchronously. This ensures that the three-dimensional bag can move within the conveying channel in a predetermined conveying direction without deviation in other directions, thereby better folding during transport and reducing the risk of damage to the three-dimensional bag during folding.

To enable the transport lane to operate properly. [Solution] The conveying system 1 is arranged along a plurality of customer seats each having a unique number assigned thereto, and comprises a conveying lane (121) for conveying ordered items, a light receiving unit (210) for receiving light from the forward and / or reverse sides of the conveying direction in the conveying lane (121), a generation unit (220) for generating image data based on the light received by the light receiving unit (210), an identification unit (210) for identifying the presence or absence of an object in the conveying lane (121) based on the image data generated by the generation unit (220), and a control unit (140) for prohibiting operation of the conveying lane (121) when the identification unit (220) identifies the presence of an object in the conveying lane (121), and for allowing operation of the conveying lane (121) when the identification unit (220) identifies the absence of an object in the conveying lane (121).

This invention relates to the technical field of material conveying equipment, and provides a material conveying system comprising: a frame, a carrier for carrying a material to be transported, a first conveying channel disposed on the frame for conveying the carrier, a second conveying channel disposed on the frame for conveying the carrier, and a transfer mechanism disposed on the frame for acquiring the carrier in the first conveying channel and transferring it to the second conveying channel; under the action of gravity, the carrier can be conveyed along the first conveying channel; under the action of gravity, the carrier can be conveyed along the second conveying channel.

The application discloses a kind of multi-fluid sequence microreactor, comprising: glass substrate;Microreaction cover is set on the glass substrate, and the microreaction cover is provided with sequentially connected inlet assembly, channel assembly, outlet in it, the inlet assembly includes at least three inlets, the channel assembly includes transport channel assembly and reaction channel assembly, the transport channel assembly includes at least three transport channels corresponding to the at least three inlets respectively, and the at least three transport channels converge, and the reaction channel assembly includes at least two mixing channels connected, and the microreaction cover is provided with groove array in the upper portion corresponding to the at least two mixing channels.The sequence microreactor of the application has multi-stage fluid expansion-shrinkage area, and asymmetric chaos generation area, and the design of these areas can realize the rapid expansion and shrinkage of fluid, and the generation of asymmetric chaotic flow, to create conditions for subsequent mixing reaction.

The utility model discloses a sectional material separating device and a sectional material conveying system. The sectional material separating device comprises a supporting frame, and a lowering mechanism and a lifting mechanism are arranged on the supporting frame at intervals; the circulating track set is arranged on the supporting frame and located between the lowering mechanism and the lifting mechanism, and the lowering mechanism, the circulating track set and the lifting mechanism form a circulating conveying channel; the separating jig is arranged in the circulating conveying channel and can move along the circulating conveying channel; wherein the lowering mechanism is used for driving the separation jig to extend into a gap between two adjacent profiles, the lifting mechanism is used for driving the separation jig to be separated from the gap, and the circulating track group is used for circularly conveying the separation jig between the lowering mechanism and the lifting mechanism. The utility model discloses a sectional material separating device and a sectional material conveying system, and aims to solve the problem of collision of sectional materials during processing and conveying operation.

Provided is a printing system that suppresses skew misregistration of an image formed by a plurality of image forming devices. In the disclosed printing system for printing an image on a base material, a travel direction correcting device for correcting the travel direction of the base material in a second image forming device on the basis of a measurement result from a travel direction measuring device includes a transport correction mechanism which is disposed between a first image forming device and the second image forming device on a transport pathway of a transporting device for transporting the base material in the order of the first image forming device and the second image forming device, and which mechanically corrects the direction of transport of the base material by the transporting device.

The objective is to provide a component mounting device that can transport substrates and perform component mounting work simultaneously and in parallel on both transport lanes, even when the width of one of the two transport lanes is increased and extends to the other side. [Solution] When attempting to transport substrates KB simultaneously and in parallel by each of the two transport lanes 21 with the first lane movable conveyor 23A positioned above two lifting bodies (third lifting body 51R, fourth lifting body 51S) that move up and down below the second lane movable conveyor 23B, all or part of the support members 36 corresponding to the other two substrate positions (second substrate position PsQ, third substrate position PsR) that are different from the two diagonal positions (first substrate position PsP, fourth substrate position PsS) that are set as substrate positions to support substrates KB are removed from the two transport lanes 21, and the substrates KB are supported at the aforementioned diagonal positions.

Fastening part (9) for a motor vehicle (1), with - a plurality of unlocking devices (13), wherein - the unlocking devices (13) are arranged to effect a time-coordinated displacement of a plurality of fastening elements (7) of a component (5) connected with the fastening part (9) from a fixed position (23.1) to a loose position (23.2) such that - the fasteners (7) in the loose position (23.2) release the connection between the component (5) and the fastening part (9), and wherein - a release device (13) of the plurality of release devices (13) has a transport channel (15), wherein - the transport channel (15) has an opening (19) on a first side (17.1), wherein - the transport channel (15) is designed to be arranged on a second side (17.2) different from the first side (17.1) on a fastening element (7) of the plurality of fastening elements (7) of a component (5) attached to a motor vehicle (1), wherein - the transport channel (15) is set up to transport a printing medium from the first side (17.1) to the second side (17.2), so that - by applying the pressure medium to the first side (17.1) a connection between the fastening element (7) of the plurality of fastening elements (7) and the fastening part (9) can be released by - the fastening element (7) of the plurality of fastening elements (7) is forced from the fixed position (23.1) into the loose position (23.2), wherein a release device (13) of the plurality of release devices (13) also has a hollow body (21), wherein - the one transport channel (15) on the second side (17.2) opens into the one hollow body (21) and is fluidically connected to it, wherein - the hollow body (21) fluidically connected to the transport channel (15) increases in volume when the first side (17.1) of the transport channel (15) is pressurized with the pressure medium, so that - by increasing the volume, a connection between the fastening element (7) and the fastening part (9) is released, by - the fastening element (7) is forced from the fixed position (23.1) into the loose position (23.2), whereby - the hollow body (21) as a hollow sphere, or - is designed as a hose.

This invention provides a butterfly-shaped top stop feeding mechanism and top stop machine, including a material sorting component, a transport track, a material control component, a material conveying component, and a positioning seat. The material sorting component is used to sort the materials, arranging the top stops in a desired posture in an orderly sequence, and outputting them to the transport track. The transport track forms a conveying channel for the top stops to pass through, and a guide block is provided on the transport track to restrict the posture of the top stops in the conveying channel. The conveying channel forms a discharge position that is just enough for a single top stop to be removed. The positioning seat forms a positioning slot that engages with the top stop. The material conveying component is used to transfer the top stop at the discharge position to the positioning seat. The material control component includes a material control chute connected to the discharge position and a clamping block slidably disposed in the material control chute. The clamping block includes an integrally formed support part and a connecting part. This invention has the advantages of being fully automatic, highly precise, and having a high yield rate.