mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for removing suspended matter from a liquid, comprising: a) a vessel for receiving a flow of liquid having suspended matter therein; b) a plurality of partitions sequentially dividing the vessel into an inlet chamber, at least a first gasification chamber and a second gasification chamber, and an outlet chamber, each adjacent chamber fluidly communicating with one another; c) a discharge chamber having a fluid communication with the outlet chamber; d) an inlet to introduce the flow of liquid into the inlet chamber; e) a mechanism for ingesting and mixing gas into the liquid of each gasification chamber for creating, a turbulent area and for attracting the suspended matter and for carrying the suspended matter to an upper portion of the vessel, the interface of the gas and liquid being a liquid level; f) a primary skim collection channel extending at least partially along the top of the partition between the first gasification chamber and the second gasification chamber for collecting suspended matter in the upper portion of both gasification chambers; g) a pitch and roll sensor and a controller for regulating the height of the liquid level in response to the movement of the vessel; and h) an outlet for removing clarified liquid from the discharge chamber. a) a vessel for receiving a flow of liquid having suspended matter therein; b) a plurality of partitions sequentially dividing the vessel into an inlet chamber, at least a first gasification chamber and a second gasification chamber, and an outlet chamber, each adjacent chamber fluidly communicating with one another; c) a discharge chamber having a fluid communication with the outlet chamber; d) an inlet to introduce the flow of liquid into the inlet chamber; e) a mechanism for ingesting and mixing gas into the liquid of each gasification chamber for creating, a turbulent area and for attracting the suspended matter and for carrying the suspended matter to an upper portion of the vessel, the interface of the gas and liquid being a liquid level; f) a primary skim collection channel extending at least partially along the top of the partition between the first gasification chamber and the second gasification chamber for collecting suspended matter in the upper portion of both gasification chambers; g) a pitch and roll sensor and a controller for regulating the height of the liquid level in response to the movement of the vessel; and h) an outlet for removing clarified liquid from the discharge chamber.
Dental material which comprises at least one compound of Formula I in which the variables have the following meanings: A is an aliphatic linear or branched C 1 -C 15 hydrocarbon group that may be interrupted by one or more O, X, Y independently of each other in each case are absent or are -NH-CO-O-, wherein X and Y are not simultaneously absent R 1, R 2 independently of each other is absent, an aliphatic linear or branched C 1 -C 10 alkylene group that may be interrupted by one or more O, wherein A, R 1 and R 2 together contain at least 3 C atoms, R 3 is an aliphatic linear C 1 -C 3 alkyl group, R 4, R 5 independently of each other are each hydrogen, methyl or ethyl, and m, p independently of each other are each an integer from 1 to 3. A is an aliphatic linear or branched C 1 -C 15 hydrocarbon group that may be interrupted by one or more O, X, Y independently of each other in each case are absent or are -NH-CO-O-, wherein X and Y are not simultaneously absent R 1, R 2 independently of each other is absent, an aliphatic linear or branched C 1 -C 10 alkylene group that may be interrupted by one or more O, wherein A, R 1 and R 2 together contain at least 3 C atoms, R 3 is an aliphatic linear C 1 -C 3 alkyl group, R 4, R 5 independently of each other are each hydrogen, methyl or ethyl, and m, p independently of each other are each an integer from 1 to 3.
A three-dimensional printer which is equipped with: an extrusion apparatus having a cylinder, a heater for heating the inside of the cylinder, a screw, a gear pump and a nozzle provided on a lower side of the cylinder, a resin material supplied into the inside of the cylinder, the rotation of the screw arranged in the cylinder is controlled by a screw motor, the gear pump is provided on a tip side of the screw, the rotation of the gear pump is controlled by a gear pump motor; a table apparatus positioned facing the nozzle of the extrusion apparatus; and a control apparatus for controlling discharge of a resin from the nozzle of the extrusion apparatus, and for controlling a movement of the extrusion apparatus and/or the table apparatus in X-axis, Y-axis, and Z-axis directions with respect to a reference plane; wherein the extrusion apparatus and/or the table apparatus has a structure moved through position control in the X-axis, Y-axis, and Z-axis directions by the control apparatus; and characterized in that the control apparatus is configured to control the screw and the gear pump to be inversely rotated in a fixed amount when the discharge of the resin is stopped. an extrusion apparatus having a cylinder, a heater for heating the inside of the cylinder, a screw, a gear pump and a nozzle provided on a lower side of the cylinder, a resin material supplied into the inside of the cylinder, the rotation of the screw arranged in the cylinder is controlled by a screw motor, the gear pump is provided on a tip side of the screw, the rotation of the gear pump is controlled by a gear pump motor; a table apparatus positioned facing the nozzle of the extrusion apparatus; and a control apparatus for controlling discharge of a resin from the nozzle of the extrusion apparatus, and for controlling a movement of the extrusion apparatus and/or the table apparatus in X-axis, Y-axis, and Z-axis directions with respect to a reference plane; wherein the extrusion apparatus and/or the table apparatus has a structure moved through position control in the X-axis, Y-axis, and Z-axis directions by the control apparatus; and characterized in that the control apparatus is configured to control the screw and the gear pump to be inversely rotated in a fixed amount when the discharge of the resin is stopped.
An endoscopic stapling and cutting instrument comprising: an end effector comprising at least one sensor transponder; a shaft having a distal end connected to the end effector; a handle connected to a proximate end of the shaft, the handle comprising a control unit; at least one rotational joint for rotating the shaft; a first inductive element located in the shaft distally from the rotational joint and inductively coupled to the control unit; and a second inductive element located in the shaft and inductively coupled to the at least one sensor transponder, wherein the control unit is configured to communicate with the at least one sensor transponder via the first and second inductive elements, wherein the second inductive element is connected to the first inductive element via an electrically conductive wire. an end effector comprising at least one sensor transponder; a shaft having a distal end connected to the end effector; a handle connected to a proximate end of the shaft, the handle comprising a control unit; at least one rotational joint for rotating the shaft; a first inductive element located in the shaft distally from the rotational joint and inductively coupled to the control unit; and a second inductive element located in the shaft and inductively coupled to the at least one sensor transponder, wherein the control unit is configured to communicate with the at least one sensor transponder via the first and second inductive elements, wherein the second inductive element is connected to the first inductive element via an electrically conductive wire.
A method of encoding data in a pattern of symbols on a surface, said method comprising: dividing an ordered sequence of binary digits representative of the encoded data into a plurality of sequential windows, wherein each of the sequential windows includes a partial sequence of the ordered sequence of binary digits; transforming the partial sequence included in each sequential window into a series of digits, wherein said transforming comprises: representing the partial sequence included in each sequential window as a decimal digit; applying a mathematical function to the decimal digit, wherein said applying the mathematical function to the decimal digit comprises applying a predetermined number to a power of a value of the decimal digit; and transforming the decimal digit that has been applied with the mathematical function into a binary representation; wherein the binary representation indicates the series of digits; and arranging a symbol within each of a plurality of surface windows on the surface, wherein each surface window corresponds to one of the sequential windows, wherein a position of the symbol within each surface window is based on one of the transformed series of digits, and wherein the position of the symbol within the surface window is indicative of the encoded data. dividing an ordered sequence of binary digits representative of the encoded data into a plurality of sequential windows, wherein each of the sequential windows includes a partial sequence of the ordered sequence of binary digits; transforming the partial sequence included in each sequential window into a series of digits, wherein said transforming comprises: representing the partial sequence included in each sequential window as a decimal digit; applying a mathematical function to the decimal digit, wherein said applying the mathematical function to the decimal digit comprises applying a predetermined number to a power of a value of the decimal digit; and transforming the decimal digit that has been applied with the mathematical function into a binary representation; wherein the binary representation indicates the series of digits; and representing the partial sequence included in each sequential window as a decimal digit; applying a mathematical function to the decimal digit, wherein said applying the mathematical function to the decimal digit comprises applying a predetermined number to a power of a value of the decimal digit; and transforming the decimal digit that has been applied with the mathematical function into a binary representation; wherein the binary representation indicates the series of digits; and arranging a symbol within each of a plurality of surface windows on the surface, wherein each surface window corresponds to one of the sequential windows, wherein a position of the symbol within each surface window is based on one of the transformed series of digits, and wherein the position of the symbol within the surface window is indicative of the encoded data.
A core with a tag, such as a paper roll core, wherein said tag is a radio-readable tag comprising a flexible element, and that the core has its end face provided with a recess, which comprises a bottom and a wall and in which said tag is fitted in an at least partially coiled configuration, characterized in that said recess is a groove provided in an end face of the core, extending over an entire peripheral distance of the core between an entirety of inner and outer peripheries of the core and having a diameter smaller than that of the core's outer periphery but larger than that of the core's inner periphery, and a center axis of which is substantially common with a longitudinal axis of the core.
A feed and count station for buckshot for hunting cartridges loaded with lead shots comprising: - a support frame; - feed means for a plurality of buckshot; - at least one slide having a main line of longitudinal extension suitable for the regular canalization of said buckshot; - at least one movable needle adapted to cooperate with said at least one slide, reversibly engaging a through hole in a wall of said slide, to select a precise quantity of said buckshot; - download and convey means of said precise quantity of said buckshot towards said cartridges, at least one slide comprises a duct divided into two portions (15, 25) along a plane (Π) passing through said line of longitudinal extension and comprises regulating means (8, 9) adapted to regulate the mutual distance between said two portions (15, 25). - a support frame; - feed means for a plurality of buckshot; - at least one slide having a main line of longitudinal extension suitable for the regular canalization of said buckshot; - at least one movable needle adapted to cooperate with said at least one slide, reversibly engaging a through hole in a wall of said slide, to select a precise quantity of said buckshot; - download and convey means of said precise quantity of said buckshot towards said cartridges,
Composition, in particular a pharmaceutical composition, comprising in combination: - at least one polyol in amounts of from 10 to 99.5 wt.-%, - at least one fiber and/or at least one prebiotic in amounts of from 0.5 to 30 wt.-%, and - at least one electrolyte in amounts of from 0.5 to 10 wt.-%, wherein all the abovementioned quantities are respectively based on the composition. - at least one polyol in amounts of from 10 to 99.5 wt.-%, - at least one fiber and/or at least one prebiotic in amounts of from 0.5 to 30 wt.-%, and - at least one electrolyte in amounts of from 0.5 to 10 wt.-%,
A protection system for an electrical variable speed doubly fed induction machine having a multi-phase rotor, the system comprising star-connected resistors (Rc), one end of each resistor being connected to a respective phase of the rotor and the other end of the resistors being commonly connected to provide an artificial neutral point, and an earthing and injection circuit connected to said artificial neutral point to perform voltage injection.
A button fastener-side die for attaching a snap button, on which a button fastener is to be set when a snap member is attached to a fabric with the button fastener, the button fastener comprising an annular base defining an opening and a plurality of legs extending from the base, characterized in that the button fastener-side die comprises: a holding part for holding the button fastener and a correcting member for passing through the opening of the base of the button fastener held by the holding part, a pushing member for pushing the correcting member to move in a passing direction toward passing through the opening of the base of the button fastener, and a first spring disposed between the correcting member and the pushing member, wherein when at least one of the legs of the button fastener is in an abnormal position bent radially inward from a normal position, the correcting member corrects the leg(s) in the abnormal position to be in the normal position as the correcting member is passing through the opening of the button fastener, and wherein when the pushing member is in its forefront position in the passing direction, the correcting member reaches its forefront position in the passing direction, by the first spring, where the correcting member is allowed to come into contact with the fabric. a holding part for holding the button fastener and a correcting member for passing through the opening of the base of the button fastener held by the holding part, a pushing member for pushing the correcting member to move in a passing direction toward passing through the opening of the base of the button fastener, and a first spring disposed between the correcting member and the pushing member, wherein when at least one of the legs of the button fastener is in an abnormal position bent radially inward from a normal position, the correcting member corrects the leg(s) in the abnormal position to be in the normal position as the correcting member is passing through the opening of the button fastener, and wherein when the pushing member is in its forefront position in the passing direction, the correcting member reaches its forefront position in the passing direction, by the first spring, where the correcting member is allowed to come into contact with the fabric.
A beverage container lid for a container base having a reservoir, the lid comprising; a shell removably mountable on the base comprising a first drink passage that extends through the shell and communicates with ambient; a cartridge removably engageable to the shell; a second drink passage in communication with the first drink passage, the second drink passage being formed between an outer surface of the cartridge and inner surface of the shell; wherein the cartridge comprises a valve moveable between an open condition and closed condition to control communication between the reservoir and second drink passage; a manually operated control; and a toggle mechanism adapted to permit the control to sequentially toggle between an opening action, wherein actuation of the control causes the valve to move from a closed condition to an open condition, and a closing action, wherein actuation of the control causes the valve to move from an open condition to a closed condition; characterized in that the valve comprises first and second gaskets each moveable between a sealed and unsealed position, wherein when an opening action occurs, the second gasket is permitted to move to the unsealed position before the first gasket moves to the unsealed position.
A fluid dispensing device comprising: a cylinder; an actuator button having a stroke length; a stopper axially movable through said cylinder; a pusher plate in contact with an outward face of the stopper; an actuator track comprising a plurality of links connected together in series by living hinges which allow the actuator track to bend over 180 degrees on itself, with a terminal one of the links connected to the pusher plate, each link corresponding to an amount of fluid; and wherein the actuator track comprises a plurality of tooth receivers spaced apart to define a pitch; an actuator tooth provided on a portion of the actuator button and extending into the cylinder and the actuator tooth being movable axially inwardly and outwardly with respect to said cylinder, the actuator tooth on an inward stroke engaging at least one of the plurality of links by one of the tooth receivers and causing the stopper to move inwardly through the cylinder, the actuator tooth on an outward stroke disengaging from the plurality of links; and wherein the actuator button stroke length and pitch of the tooth receivers define an amount of fluid to be dispensed with each activation of the device. a cylinder; an actuator button having a stroke length; a stopper axially movable through said cylinder; a pusher plate in contact with an outward face of the stopper; an actuator track comprising a plurality of links connected together in series by living hinges which allow the actuator track to bend over 180 degrees on itself, with a terminal one of the links connected to the pusher plate, each link corresponding to an amount of fluid; and wherein the actuator track comprises a plurality of tooth receivers spaced apart to define a pitch; an actuator tooth provided on a portion of the actuator button and extending into the cylinder and the actuator tooth being movable axially inwardly and outwardly with respect to said cylinder, the actuator tooth on an inward stroke engaging at least one of the plurality of links by one of the tooth receivers and causing the stopper to move inwardly through the cylinder, the actuator tooth on an outward stroke disengaging from the plurality of links; and wherein the actuator button stroke length and pitch of the tooth receivers define an amount of fluid to be dispensed with each activation of the device.
An electrical connector of elongate shape comprises a main body having a first end region which comprises one or more electrical contacts adapted for contact with a complementary connector component and a second end region opposite said first end region and from which extends a protective guide through which a flexible conductor may extend, said main body of the connector comprising a locking mechanism to enable the connector to be selectively releasably secured to a complementary connector component, the connector comprising a release control operatively associated with the locking mechanism for release of the connector from the complementary connector component, and a handle operable at a position further from the first end region of the connector than said second end region as considered in the direction of the length of the connector and wherein said handle is supported relative to the protective guide by being connected to or formed integrally with the release control, wherein the main body or protective guide comprises two opposite side faces each formed with one of a groove or groove engaging projection (31, 32) which co-operates with a respective one of two groove or groove engaging formations of the handle thereby, in use, to assist in supporting and guiding movement of the handle in a direction substantially parallel with the length direction of the elongate electrical connector, characterised in that the handle is of an open, tubular shape which extends around the protective guide and comprises four side faces being apertured or comprising a recess to provide a finger grip position.
A motorcycle tire whose rotation direction when mounted on a vehicle is designated, wherein a main groove (10, 110) at least including a first groove (11, 111) and a second groove (12, 112) having different inclination directions, and a sub groove (20, 120) are provided on a tire tread, the main groove (10, 110) and the sub groove (20, 120) are alternately repeatedly formed in the tire circumferential direction line symmetrically with respect to the tire equator and are arranged offset in the tire circumferential direction between one side and the other side in the tire width direction, and the main groove (10, 110) and the sub groove (20, 120) include, per one pitch of pattern on one side in the tire width direction within the contact region during straight running, two or more outward grooves extending obliquely from the tire equator side to the outside in the tire width direction toward the designated reverse rotation direction of the rotation direction and one or more inward grooves extending obliquely from the outside in the tire width direction to the tire equator side toward the designated reverse rotation direction of the rotation direction, characterized in that the angle θ 1 on the acute angle side formed by the extending direction of the first groove (11, 111) and the tire circumferential direction is 20 to 40 degrees, the angle θ 2 on the acute angle side formed by the extending direction of the second groove (12, 112) and the tire circumferential direction is 20 to 40 degrees, and the angle θ S on the acute angle side formed by the extending direction of a portion included in a contact region during straight running in the sub groove (20, 120) and the tire circumferential direction is 20 to 40 degrees.
Sealing element for sealing joints, comprising: a first block-shaped sealing element portion composed of a first flexible foam with a first indentation hardness, a second sealing element portion which takes the form of a leg and projects from the first sealing element portion in an edge region thereof, wherein the second sealing element portion comprises at least one sealing strip composed of a second flexible foam with a second indentation hardness, characterized in that the first indentation hardness is at least 1.5 times the second indentation hardness, wherein the first indentation hardness and the second indentation hardness are determined in accordance with DIN 53579:2009-01. a first block-shaped sealing element portion composed of a first flexible foam with a first indentation hardness, a second sealing element portion which takes the form of a leg and projects from the first sealing element portion in an edge region thereof, wherein the second sealing element portion comprises at least one sealing strip composed of a second flexible foam with a second indentation hardness, the first indentation hardness is at least 1.5 times the second indentation hardness, wherein the first indentation hardness and the second indentation hardness are determined in accordance with DIN 53579:2009-01.