mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal fan comprising: an impeller that is rotated around an axis; a casing that accommodates the impeller, that includes a bellmouth forming a substantially circular gas intake whose axis is the same as the axis around which the impeller rotates, and that forms a spiral flow path at the outer peripheral side of the impeller; and a driving unit that rotates the impeller, wherein the impeller includes a bottom plate that is rotated by the driving unit around the axis, a plurality of vanes that are disposed on the outer periphery of the bottom plate, and a substantially annular shroud that is concentrically disposed so as to face the bottom plate, with the vanes disposed therebetween, and that connects an end of each of the vanes, the shroud has a shape that is slanted with respect to the axis so as to approach the bottom plate from the inner peripheral side toward the outer peripheral side, the casing includes a shroud-facing wall that forms a space in which the dimension between the shroud and the shroud-facing wall, from the outer peripheral side to the inner peripheral side of the shroud, is substantially uniform, characterised in that the shroud-facing wall includes a recess (32a, 32c, 32e)extending in the circumferential direction, the recess being disposed at the inner peripheral side of the outer peripheral end of the shroud-facing wall, and a space formed between the recess (32a, 32c, 32e) and the shroud being larger than a space formed between the outer peripheral end of the shroud-facing wall and the shroud. an impeller that is rotated around an axis; a casing that accommodates the impeller, that includes a bellmouth forming a substantially circular gas intake whose axis is the same as the axis around which the impeller rotates, and that forms a spiral flow path at the outer peripheral side of the impeller; and a driving unit that rotates the impeller, wherein the impeller includes a bottom plate that is rotated by the driving unit around the axis, a plurality of vanes that are disposed on the outer periphery of the bottom plate, and a substantially annular shroud that is concentrically disposed so as to face the bottom plate, with the vanes disposed therebetween, and that connects an end of each of the vanes, the shroud has a shape that is slanted with respect to the axis so as to approach the bottom plate from the inner peripheral side toward the outer peripheral side, the casing includes a shroud-facing wall that forms a space in which the dimension between the shroud and the shroud-facing wall, from the outer peripheral side to the inner peripheral side of the shroud, is substantially uniform, characterised in that the shroud-facing wall includes a recess (32a, 32c, 32e)extending in the circumferential direction, the recess being disposed at the inner peripheral side of the outer peripheral end of the shroud-facing wall, and a space formed between the recess (32a, 32c, 32e) and the shroud being larger than a space formed between the outer peripheral end of the shroud-facing wall and the shroud.
A hose comprising: a tubing (102; 202) having a first distal end and a second distal end; an anti-kinking member disposed within the tubing, the anti-kinking member having an outer diameter that is smaller than the inner diameter of the tubing, wherein the anti-kinking member and the tubing are coextruded such that the anti-kinking member is free-floating within an interior volume of the tubing; and a restraint mechanism located at the first distal end of the tubing, wherein the restraint mechanism restrains longitudinal movement of the anti-kinking member through the first distal end of the tubing. a tubing (102; 202) having a first distal end and a second distal end; an anti-kinking member disposed within the tubing, the anti-kinking member having an outer diameter that is smaller than the inner diameter of the tubing, wherein the anti-kinking member and the tubing are coextruded such that the anti-kinking member is free-floating within an interior volume of the tubing; and a restraint mechanism located at the first distal end of the tubing, wherein the restraint mechanism restrains longitudinal movement of the anti-kinking member through the first distal end of the tubing.
System for control of a numerically controlled machine tool by a user, comprising - an operator console being operable by the user; and - a mobile data carrier; wherein the operator console has a control device for control of the machine tool, the control device of the operator console having a first communication interface adapted to be communicably connected to a second communication interface of the mobile data carrier; characterized in that the operator console comprises a receiving slot having an upper inner side and a lower inner side opposite to the upper inner side for inserting therein an insertion portion of an elongated casing of the mobile data carrier being formed at a first end of the mobile data carrier, the receiving slot having an elongated inner shape which is formed such that the insertion portion of the elongated casing of the mobile data carrier can be inserted into a receiving portion of the receiving slot of the operator console, a USB-type female connector socket is embedded in a front portion of the insertion portion of the elongated casing of the mobile data carrier, and a USB-type male connector plug, which is provided on an inner end face side inside the receiving slot of the of the operator console, is plugged into the female connector, when the mobile data carrier is inserted with its front portion having the USB female connector socket embedded therein into the receiving slot of the operator console. - an operator console being operable by the user; and - a mobile data carrier;
A smart device comprising a basic garment designed to be worn during use by a user, and a monitoring device provided with at least one first longitudinally extended portion which extends along a respective main axis of extension and has at least one first end portion and one second end portion and which comprises - a geolocation module for identifying the geographical position of said monitoring device by way of a global navigation satellite system (GNSS), - at least one longitudinally-extended antenna associated with said geolocation module and arranged at least parallel to said main axis of extension, - an inertial measurement unit which comprises at least one accelerometer and a gyroscope, - an electronic control and actuation unit, at least one power supply battery, and a transceiver, - said monitoring device being functionally connected to a processing device configured to identify the position and the movement in space of at least one portion of the body of said user as a function of the data acquired by said geolocation module and by said inertial measurement unit, said monitoring device being arranged on said basic garment and being arranged, during use, along a substantially horizontal direction, wherein said at least one first end portion and one second end portion are arranged on said basic garment substantially at the shoulders of the user, each one of the end portions (20a, 20b) being arranged at a respective shoulder of the user. - a geolocation module for identifying the geographical position of said monitoring device by way of a global navigation satellite system (GNSS), - at least one longitudinally-extended antenna associated with said geolocation module and arranged at least parallel to said main axis of extension, - an inertial measurement unit which comprises at least one accelerometer and a gyroscope, - an electronic control and actuation unit, at least one power supply battery, and a transceiver, - said monitoring device being functionally connected to a processing device configured to identify the position and the movement in space of at least one portion of the body of said user as a function of the data acquired by said geolocation module and by said inertial measurement unit, said monitoring device being arranged on said basic garment and being arranged, during use, along a substantially horizontal direction, wherein said at least one first end portion and one second end portion are arranged on said basic garment substantially at the shoulders of the user, each one of the end portions (20a, 20b) being arranged at a respective shoulder of the user.
A communication method under a wireless base station separation architecture, comprises: Receiving, by a Distributed Unit, DU, provided with all control panel protocol stacks of an air interface, a Radio Resource Control, RRC, message sent by User Equipment, UE; decoding and identifying, by the DU, the RRC message; terminating a RRC protocol on the DU, the method further characterized by: assigning, by the DU, a DU-side UE Identifier, DU-UE-ID, to an accessing UE, creating, by the DU, a UE instance on the DU, and managing, by the DU, a UE state and UE context information, wherein after assigning, by the DU, the DU-UE-ID to the accessing UE, the method further comprises: carrying, by the DU, the DU-UE-ID in a message sent to a Centralized Unit, CU, obtaining, by the DU, a CU-side UE Identifier CU-UE-ID, which is assigned to the UE by the CU, from a message sent by the CU, and carrying, by the DU, the DU-UE-ID and the CU-UE-ID in all messages subsequently sent to the CU. Receiving, by a Distributed Unit, DU, provided with all control panel protocol stacks of an air interface, a Radio Resource Control, RRC, message sent by User Equipment, UE; decoding and identifying, by the DU, the RRC message; terminating a RRC protocol on the DU, the method further characterized by: assigning, by the DU, a DU-side UE Identifier, DU-UE-ID, to an accessing UE, creating, by the DU, a UE instance on the DU, and managing, by the DU, a UE state and UE context information, wherein after assigning, by the DU, the DU-UE-ID to the accessing UE, the method further comprises: carrying, by the DU, the DU-UE-ID in a message sent to a Centralized Unit, CU, obtaining, by the DU, a CU-side UE Identifier CU-UE-ID, which is assigned to the UE by the CU, from a message sent by the CU, and carrying, by the DU, the DU-UE-ID and the CU-UE-ID in all messages subsequently sent to the CU.
A method of producing biodiesel through a two-step autotrophic to heterotrophic cultivation of Chlorella, characterized in that the microalgae cells with lipid content higher than 50% obtained by firstly autotrophic cultivation and then heterotrophic cultivation are used as raw material for producing biodiesel; the method comprising the following steps: autotrophically cultivating Chlorella; concentrating cells; heterotrophically fermenting; collecting and drying algal cells; extracting lipids from the dried algal cells; and producing biodiesel by esterification reaction.
A wheel speed sensor monitoring device used in a two-wheeled motor vehicle, the two-wheeled motor vehicle comprising: a wheel speed sensor that detects a wheel speed of one wheel; a control unit that finds a vehicle body speed from the wheel speed and uses the wheel speed to perform ABS control of the wheel, and an indicator that indicates a state of the ABS control, wherein: the indicator is configured so as to give a notification, when the control unit determines to prohibit the ABS control; the control unit is configured so as to determine to prohibit the ABS control in accordance with the vehicle body speed or the wheel speed; characterized in that the control unit determines to prohibit the ABS control, in a case that the vehicle body speed or the wheel speed is equal to or less than a predetermined minimum speed at the initial take-off of the two-wheeled motor vehicle; and the control unit determines to prohibit the ABS control, in a case that the vehicle body speed or the wheel speed is equal to or less than a predetermined minimum speed after the initial take-off of the two-wheeled motor vehicle. the indicator is configured so as to give a notification, when the control unit determines to prohibit the ABS control; the control unit is configured so as to determine to prohibit the ABS control in accordance with the vehicle body speed or the wheel speed; characterized in that the control unit determines to prohibit the ABS control, in a case that the vehicle body speed or the wheel speed is equal to or less than a predetermined minimum speed at the initial take-off of the two-wheeled motor vehicle; and the control unit determines to prohibit the ABS control, in a case that the vehicle body speed or the wheel speed is equal to or less than a predetermined minimum speed after the initial take-off of the two-wheeled motor vehicle.
An electric power steering system configured to drive a motor based on an assist map in which a current command value (Irefl) in accordance with steering torque (Ts) and a vehicle speed (Vs) is defined and configured to perform assist control on a steering system of a vehicle, the electric power steering system comprising: a current command value calculating unit (31, 31a) configured to output a current command value (Irefa) in accordance with the steering torque (Ts) and the vehicle speed (Vs), based on the assist map, wherein the current command value calculating unit (31, 31a) includes a vibration component reducing section configured to reduce a vibration component resulting from vibrations for warning that have been transmitted to a steering wheel, the vibration component being included in the steering torque (Ts), characterized in that the current command value calculating unit (31, 31a) multiplies a difference value between the steering torque (Ts) and output from the vibration component reducing section by a predetermined gain factor, and adds a resultant value to the current command value (Irefa). a current command value calculating unit (31, 31a) configured to output a current command value (Irefa) in accordance with the steering torque (Ts) and the vehicle speed (Vs), based on the assist map, wherein the current command value calculating unit (31, 31a) includes a vibration component reducing section configured to reduce a vibration component resulting from vibrations for warning that have been transmitted to a steering wheel, the vibration component being included in the steering torque (Ts), characterized in that the current command value calculating unit (31, 31a) multiplies a difference value between the steering torque (Ts) and output from the vibration component reducing section by a predetermined gain factor, and adds a resultant value to the current command value (Irefa).
A motion assist device comprising: a link structure formed with a plurality of joint units and a plurality of links connecting the joint units; an actuator configured to actuate the joint units through torque control; a joint value measuring unit configured to measure a joint value of the joint units; a target torque determining unit configured to determine a target torque for the actuator based on the joint value measured by the joint value measuring unit wherein the target torque determining unit determines the target torque to make acceleration of the joint units zero; a torque measuring unit configured to measure an external torque acting on the joint units; and a response control unit configured to perform torque control on the actuator, to establish a desired relationship among the target torque, the joint value measured by the joint value measuring unit, and the external torque measured by the torque measuring unit. a link structure formed with a plurality of joint units and a plurality of links connecting the joint units; an actuator configured to actuate the joint units through torque control; a joint value measuring unit configured to measure a joint value of the joint units; a target torque determining unit configured to determine a target torque for the actuator based on the joint value measured by the joint value measuring unit wherein the target torque determining unit determines the target torque to make acceleration of the joint units zero; a torque measuring unit configured to measure an external torque acting on the joint units; and a response control unit configured to perform torque control on the actuator, to establish a desired relationship among the target torque, the joint value measured by the joint value measuring unit, and the external torque measured by the torque measuring unit.
A fluid damper, comprising: a twin tube damper housing having an inner and an outer, surrounding, tube forming an inner fluid volume and an outer annular fluid volume, and a damping piston reciprocatingly disposed within said inner tube and connected to a shaft extending therefrom outwardly of said inner tube through a sealed opening, said damping piston having valving therethrough and wherein said valving has a threshold value; a first fluid pathway between said inner fluid volume and said outer annular fluid volume; a fluid accumulator having a pressurizable gas volume and a fluid volume isolated from one another by a gas piston; a first valve passage extending solely between said inner fluid volume and said fluid volume of said fluid accumulator and a second valve passage extending solely between said outer annular fluid volume and said fluid volume of said fluid accumulator; and an adjustable valve (2016, 2018) disposed in said first and said second valved passages, said adjustable valve having a selectable threshold value which exceeds said threshold value of said valving of said damping piston; and characterised by a controlled bypass fluid flow path fluidically coupling said inner fluid volume and said outer annular fluid volume without passing through said fluid accumulator. a twin tube damper housing having an inner and an outer, surrounding, tube forming an inner fluid volume and an outer annular fluid volume, and a damping piston reciprocatingly disposed within said inner tube and connected to a shaft extending therefrom outwardly of said inner tube through a sealed opening, said damping piston having valving therethrough and wherein said valving has a threshold value; a first fluid pathway between said inner fluid volume and said outer annular fluid volume; a fluid accumulator having a pressurizable gas volume and a fluid volume isolated from one another by a gas piston; a first valve passage extending solely between said inner fluid volume and said fluid volume of said fluid accumulator and a second valve passage extending solely between said outer annular fluid volume and said fluid volume of said fluid accumulator; and an adjustable valve (2016, 2018) disposed in said first and said second valved passages, said adjustable valve having a selectable threshold value which exceeds said threshold value of said valving of said damping piston; and characterised by a controlled bypass fluid flow path fluidically coupling said inner fluid volume and said outer annular fluid volume without passing through said fluid accumulator.
An information system located within a vehicle comprising: a data storage device configured to store programmed instructions to implement a web browser; a data communication module; and a controller operatively coupled to the data storage device, and the data communication module, the controller configured to execute the web browser to: receive a plurality of data elements; identify a respective content type for each of the plurality of data elements; assign a relevance level to each of the plurality of data elements based on the respective identified content type; the information system characterized in that the controller configured to execute the web browser to: compare the assigned relevance to a predetermined relevance threshold; and generate a user interface using at least one of the plurality of data elements based upon the comparison. a data storage device configured to store programmed instructions to implement a web browser; a data communication module; and a controller operatively coupled to the data storage device, and the data communication module, the controller configured to execute the web browser to: receive a plurality of data elements; identify a respective content type for each of the plurality of data elements; assign a relevance level to each of the plurality of data elements based on the respective identified content type; the information system characterized in that the controller configured to execute the web browser to: compare the assigned relevance to a predetermined relevance threshold; and generate a user interface using at least one of the plurality of data elements based upon the comparison. receive a plurality of data elements; identify a respective content type for each of the plurality of data elements; assign a relevance level to each of the plurality of data elements based on the respective identified content type; the information system characterized in that the controller configured to execute the web browser to: compare the assigned relevance to a predetermined relevance threshold; and generate a user interface using at least one of the plurality of data elements based upon the comparison. compare the assigned relevance to a predetermined relevance threshold; and generate a user interface using at least one of the plurality of data elements based upon the comparison.
A support element for supporting implants, such as dental implants, the support element comprising a bar and a plurality of pins that are fitted to the bar and that are arranged parallel to one another, each pin defining a free end that is provided with reception means that are suitable for co-operating with the implant so as to hold it on the reception means of the pin, the bar including at least one mounting end for mounting the bar on another support device, thereby forming a support structure; the support element being characterized in that each pin is provided with a removal system for removing the implant from the reception means, without coming into contact with an exposed portion of the implant.