mhurhangee/patent-ind-claim-en huggingface dataset:
A solid fuel burner comprising a dispersion apparatus for use in conditioning a flow of a particulate material flowing therethrough, the dispersion apparatus comprising: a passage through which particulate material may flow from an inlet region toward an outlet region for dispersal therefrom, the flow being at least in part, rotational about a longitudinal axis (A) of the passage, a downstream guide means arranged within the passage at the outlet region, the downstream guide means configured to at least reduce the rotational motion so that the flow progresses toward the outlet region in a substantially uniform manner in a direction aligned with the longitudinal axis of the passage; and an upstream guide means provided upstream of the downstream guide means and configured for introducing into the flow a component of angular or rotational motion for moving the particulate material about the longitudinal axis of the passage; characterized in that the upstream guide means comprises more than one spiral arranged within the passage and configured so as to extend along the passage from the inlet region to the outlet region; and wherein the inlet region comprises a manifold arrangement which serves to direct the particulate material into an upstream region of the passage , wherein the manifold arrangement is configured to divide incoming particulate material into a number of streams of flow, such that that each stream of flow is directed toward a respective spiral . a passage through which particulate material may flow from an inlet region toward an outlet region for dispersal therefrom, the flow being at least in part, rotational about a longitudinal axis (A) of the passage, a downstream guide means arranged within the passage at the outlet region, the downstream guide means configured to at least reduce the rotational motion so that the flow progresses toward the outlet region in a substantially uniform manner in a direction aligned with the longitudinal axis of the passage; and an upstream guide means provided upstream of the downstream guide means and configured for introducing into the flow a component of angular or rotational motion for moving the particulate material about the longitudinal axis of the passage; characterized in that the upstream guide means comprises more than one spiral arranged within the passage and configured so as to extend along the passage from the inlet region to the outlet region; and wherein the inlet region comprises a manifold arrangement which serves to direct the particulate material into an upstream region of the passage , wherein the manifold arrangement is configured to divide incoming particulate material into a number of streams of flow, such that that each stream of flow is directed toward a respective spiral .
A radio frequency sensing, control, and particulate matter diagnostics system for a machine generating an exhaust stream of contaminant particulate matter, the system comprising: a housing enclosing a cavity and including an inlet connected to the machine ; a particulate filter in the housing adapted for filtering the particulate matter; a radio frequency sensor adapted to detect conditions of abnormal particulate filter or system operation, the radio frequency sensor including at least one radio frequency probe (124, 126,) in contact with the housing for the particulate filter and adapted to receive radio frequency signals; and a radio frequency control unit in communication with the radio frequency probe ; whereby the radio frequency sensor is adapted to detect a rate of accumulation of particulate matter below a threshold rate via a comparison of the rate of particulate matter accumulated in the particulate filter over a defined period of time with a known rate of particulate matter accumulation during normal filter operation by monitoring the time rate of change in the magnitude, frequency or phase of the radio frequency signals; characterised in that the radio frequency sensor is adapted to trigger an alert signal if the detected rate of accumulation is below the threshold corresponding to a filter failure condition. a housing enclosing a cavity and including an inlet connected to the machine ; a particulate filter in the housing adapted for filtering the particulate matter; a radio frequency sensor adapted to detect conditions of abnormal particulate filter or system operation, the radio frequency sensor including at least one radio frequency probe (124, 126,) in contact with the housing for the particulate filter and adapted to receive radio frequency signals; and a radio frequency control unit in communication with the radio frequency probe ; whereby the radio frequency sensor is adapted to detect a rate of accumulation of particulate matter below a threshold rate via a comparison of the rate of particulate matter accumulated in the particulate filter over a defined period of time with a known rate of particulate matter accumulation during normal filter operation by monitoring the time rate of change in the magnitude, frequency or phase of the radio frequency signals; characterised in that the radio frequency sensor is adapted to trigger an alert signal if the detected rate of accumulation is below the threshold corresponding to a filter failure condition.
An immediate release solid oral dosage form comprising a plurality of particles, each particle comprising: (i) a core comprising an inert excipient and an active agent, wherein the inert excipient is layered with the active agent; and (ii) a material that is sensitive to acidic pH layered on the core; wherein the plurality of particles are dispersed in a matrix comprising a gelling agent; and wherein the dosage form releases at least about 70% of the active agent within 45 minutes as measured by in-vitro dissolution in a USP Apparatus 2 (paddle) at 50 rpm in 500 ml 0.1N HCl at 37° C. (i) a core comprising an inert excipient and an active agent, wherein the inert excipient is layered with the active agent; and (ii) a material that is sensitive to acidic pH layered on the core;
A service discovery method, wherein the method comprises: receiving , by a registration center, a service discovery request sent by a first device, wherein the service discovery request carries target parameter information of a service needed by the first device, the target parameter information comprises information about an invocation mode the invocation mode is one-request-one-response or one-request-multiple-response; determining , by the registration center based on a service parameter database, a target service corresponding to the target parameter information, wherein the service parameter database is used to store parameter information of different services of a second device; and sending , by the registration center, a service response message to the first device, wherein the service response message comprises description information of the target service, so that the first device is configured to send invocation information based on the description information of the target service to the second device to invoke the target service of the second device, wherein the one-request-one-response is a service that, after the first device sends invocation information to the second device once, the second device responds to an invocation information request once, and the one-request-multiple-response is a service that, after the first device sends invocation information to the second device once, the second device responds to an invocation information request a plurality of times. receiving , by a registration center, a service discovery request sent by a first device, wherein the service discovery request carries target parameter information of a service needed by the first device, the target parameter information comprises information about an invocation mode the invocation mode is one-request-one-response or one-request-multiple-response; determining , by the registration center based on a service parameter database, a target service corresponding to the target parameter information, wherein the service parameter database is used to store parameter information of different services of a second device; and sending , by the registration center, a service response message to the first device, wherein the service response message comprises description information of the target service, so that the first device is configured to send invocation information based on the description information of the target service to the second device to invoke the target service of the second device, wherein the one-request-one-response is a service that, after the first device sends invocation information to the second device once, the second device responds to an invocation information request once, and the one-request-multiple-response is a service that, after the first device sends invocation information to the second device once, the second device responds to an invocation information request a plurality of times.
A secure package , intended to receive a blister comprising at least one tablet located in a cell closed by a cover , said package comprises a packaging of longitudinal axis of symmetry (X, X'), defining an interior space wherein is located a movable wall connected to an elastic means , said packaging comprising at least one upper wall which comprises at least a first orifice , said movable wall being intended to adopt two positions, namely a position for releasing at least one tablet and a closed position, while the movable wall comprises at least one second orifice which is positioned opposite a first orifice , when the movable wall is in the release position, characterised in that the first orifice is intended to receive the cell , the movable wall and the upper wall defining a housing intended for the positioning of the blister , and in that the closed position is intended to partition at least one cover , the second orifice being intended to be positioned opposite a cover in the release position.
A milking system , comprising: • a milking apparatus for milking of dairy animals, and comprising a plurality of wearing parts, inclusive of teat liners and/or milk lines and/or pulsation lines ; and • a computer system configured to control and/or monitor the milking apparatus, and to generate a signal which indicates that one of the wearing parts should be replaced and which provides a characterization of that wearing part, characterized in that the milking system further comprises a 3D printer , which is operatively connected to the computer system and which is configured to print the characterized part on the basis of the generated signal. • a milking apparatus for milking of dairy animals, and comprising a plurality of wearing parts, inclusive of teat liners and/or milk lines and/or pulsation lines ; and • a computer system configured to control and/or monitor the milking apparatus, and to generate a signal which indicates that one of the wearing parts should be replaced and which provides a characterization of that wearing part,
A digital motion picture camera , comprising an electronic image sensor for generating image signals; and a control unit , wherein the control unit is configured, in response to a scene record command, to generate a sequence data stream , which represents a sequence of consecutive frames (44A - 44C), from the image signals of the image sensor and to transmit the sequence data stream to a sequence memory device in order to store the sequence data stream , characterized in that the control unit is configured, in response to an identification image record command, to generate an identification image data set, which represents at least one scene identification image comprising necessary information for identifying a scene, from the image signals of the image sensor and to buffer the identification image data set in a buffer memory , with the control unit further being configured to insert the buffered identification image data set into a subsequently generated sequence data stream such that, in the representation of the sequence data stream , the sequence of consecutive frames (44A - 44C) is preceded by the scene identification image and the sequence data stream , including the inserted identification image data set, forms a closed data stream. wherein the control unit is configured, in response to a scene record command, to generate a sequence data stream , which represents a sequence of consecutive frames (44A - 44C), from the image signals of the image sensor and to transmit the sequence data stream to a sequence memory device in order to store the sequence data stream , characterized in that the control unit is configured, in response to an identification image record command, to generate an identification image data set, which represents at least one scene identification image comprising necessary information for identifying a scene, from the image signals of the image sensor and to buffer the identification image data set in a buffer memory , with the control unit further being configured to insert the buffered identification image data set into a subsequently generated sequence data stream such that, in the representation of the sequence data stream , the sequence of consecutive frames (44A - 44C) is preceded by the scene identification image and the sequence data stream , including the inserted identification image data set, forms a closed data stream.
An apparatus for agglomerating reduced iron, the apparatus comprising: a pair of rollers for processing the reduced iron; and a cheek plate positioned between the pair of rollers , wherein the cheek plate comprises: a cover portion which has a fan shape and is installed at each of both sides of a pair of rollers for processing the reduced iron to prevent the reduced iron from leaking to a lateral space formed between the rollers ; roller close contact portions which protrude from inner rim portions of the cover portion and are in close contact with outer portions of the rollers to maintain airtightness of the space between the rollers ; and gas discharge portions which extend along plate surfaces of the roller close contact portions at a contact portion between the roller and the cheek plate , and discharge gas produced when processing the reduced iron, characterized in that : the gas discharge portion includes one or more gas guide grooves which guide the produced gas to the outside from the roller . a pair of rollers for processing the reduced iron; and a cheek plate positioned between the pair of rollers , wherein the cheek plate comprises: a cover portion which has a fan shape and is installed at each of both sides of a pair of rollers for processing the reduced iron to prevent the reduced iron from leaking to a lateral space formed between the rollers ; roller close contact portions which protrude from inner rim portions of the cover portion and are in close contact with outer portions of the rollers to maintain airtightness of the space between the rollers ; and gas discharge portions which extend along plate surfaces of the roller close contact portions at a contact portion between the roller and the cheek plate , and discharge gas produced when processing the reduced iron, characterized in that : the gas discharge portion includes one or more gas guide grooves which guide the produced gas to the outside from the roller .
An optical fiber device comprising: a first fiber configured to guide light; a second fiber having a first end on which light is incident or from which light is output and a second end at which an end surface of the second fiber is obliquely joined to a side surface of the first fiber ; and a heat dissipation member that is disposed so as to cover the entire circumference of a joint portion of the first fiber and the second fiber , and that has a thermal conductivity equal to or greater than that of the first and second fibers , characterized in that the heat dissipation member is provided as an outermost cover and has a property of transmitting the light that is guided by the first fiber and the second fiber. a first fiber configured to guide light; a second fiber having a first end on which light is incident or from which light is output and a second end at which an end surface of the second fiber is obliquely joined to a side surface of the first fiber ; and a heat dissipation member that is disposed so as to cover the entire circumference of a joint portion of the first fiber and the second fiber , and that has a thermal conductivity equal to or greater than that of the first and second fibers , characterized in that the heat dissipation member is provided as an outermost cover and has a property of transmitting the light that is guided by the first fiber and the second fiber.
Ceramic material-and-binder system, also referred to as feedstock, for injection-molding thick-walled and/or large-volume components having wall thicknesses in the range of more than 5 mm and/or volumes of at least 15 cm 3 , containing a binder system that is a mixture of at least two organic compounds and a ceramic material containing an aluminum oxide-chromium oxide mixed crystal and zirconium dioxide, and the ceramic powder has a specific surface area, measured by the BET method, in the range of from 8-30 m 2 /g, and wherein the grain size of the zirconium dioxide, measured by laser diffractometry, is in the range of from 0.2 to 1.5 μm and the average grain size of the aluminum oxide/chromium oxide mixed crystal is in the range of from 0.8 to 1.5 μm.
Method of producing a profile , comprising a step of gluing a tear-off strip and a step of initiating the peeling of at least one edge of the tear-off strip , the profile being pultruded and the step of initiating the peeling being carried out hot in line at the exit by a knife when the product is still at the appropriate temperature at the end of polymerisation, the pultruded profile being pulled and wound to the length of the flats with the tear-off strips initiated on all or part of the profile.
A dimming control apparatus that controls illuminance of a lamp, the dimming control apparatus being characterised in that it comprises: a power pad , formed in center of the dimming control apparatus and configured as a touch panel for turning on/off power supply of the lamp; dimming pads (120-1 ... 120-11), formed in a circle surround a periphery of the power pad configured as at least two touch panels for controlling illuminance of the lamp; a sensing unit that senses touch operations from the power pad and the dimming pads; and a control unit that controls turning on/off of power supply to the lamp according to whether or not the power pad is touched and controls illuminance of the lamp according to whether or not the dimming pads are touched, characterised in that in order to prevent any mismotion of the power pad , the sensing period of the power pad is set to be longer than the sensing periods of the dimming pads (120-1 to 120-11) so as to detect whether or not the power pad is touched. a power pad , formed in center of the dimming control apparatus and configured as a touch panel for turning on/off power supply of the lamp; dimming pads (120-1 ... 120-11), formed in a circle surround a periphery of the power pad configured as at least two touch panels for controlling illuminance of the lamp; a sensing unit that senses touch operations from the power pad and the dimming pads; and a control unit that controls turning on/off of power supply to the lamp according to whether or not the power pad is touched and controls illuminance of the lamp according to whether or not the dimming pads are touched, characterised in that in order to prevent any mismotion of the power pad , the sensing period of the power pad is set to be longer than the sensing periods of the dimming pads (120-1 to 120-11) so as to detect whether or not the power pad is touched.
A display device, comprising: a display module ; a frame positioned behind the display module ; a first gear positioned between the display module and the frame , adjacent to a corner of the display module , and rotatably mounted by a screw on the frame ; characterised by a second gear engaged with the first gear and rotatably mounted on the frame , wherein a back surface of the display module is in contact with the first gear , and wherein the first gear is configured to move along a longitudinal direction of the screw, and to move between the display module and the frame according to a rotation of the second gear . a display module ; a frame positioned behind the display module ; a first gear positioned between the display module and the frame , adjacent to a corner of the display module , and rotatably mounted by a screw on the frame ; characterised by a second gear engaged with the first gear and rotatably mounted on the frame , wherein a back surface of the display module is in contact with the first gear , and wherein the first gear is configured to move along a longitudinal direction of the screw, and to move between the display module and the frame according to a rotation of the second gear .
A semiconductor wafer made of single-crystal silicon with an interstitial oxygen concentration as per new ASTM of not less than 4,9 x 10 17 atoms/ cm 3 and of not more than 6,5 x 10 17 atoms/cm 3 and a nitrogen concentration of not less than 8 x 10 12 atoms/cm 3 and not more than 5 x 10 13 atoms/cm 3 , wherein both oxygen and nitrogen concentrations are determined by infrared spectroscopy and calibration, wherein a frontside of the semiconductor wafer is covered with an epitaxial layer made of silicon, wherein the semiconductor wafer comprises BMDs of octahedral shape whose mean size is 13 to 35 nm and whose mean density is not less than 3 x 10 8 cm -3 and not more than 4 x 10 9 cm -3 , determined by IR tomography.
A fingerprint recognition device comprising: an integrated circuit electrically connected to at least one sensor electrode ; a first circuit substrate disposed on an upper portion of the integrated circuit , and on which the at least one sensor electrode is provided; a second circuit substrate electrically connected to the first circuit substrate and disposed under the integrated circuit ; a molding layer provided under the first circuit substrate and configured to surround the integrated circuit to protect the integrated circuit from the outside, wherein the molding layer is formed using a mold; a connecting part electrically connecting the first circuit substrate to the second circuit substrate ; and a receiving recess recessed toward the integrated circuit and formed on a bottom surface of the molding layer ; characterised in that the first circuit substrate comprises a structure in which a plurality of circuit layers are rearranged to transmit a signal sensed by the at least one sensor electrode to the integrated circuit ; wherein the second circuit substrate is received in the receiving recess and separated from the bottom surface of the molding layer . an integrated circuit electrically connected to at least one sensor electrode ; a first circuit substrate disposed on an upper portion of the integrated circuit , and on which the at least one sensor electrode is provided; a second circuit substrate electrically connected to the first circuit substrate and disposed under the integrated circuit ; a molding layer provided under the first circuit substrate and configured to surround the integrated circuit to protect the integrated circuit from the outside, wherein the molding layer is formed using a mold; a connecting part electrically connecting the first circuit substrate to the second circuit substrate ; and a receiving recess recessed toward the integrated circuit and formed on a bottom surface of the molding layer ; characterised in that the first circuit substrate comprises a structure in which a plurality of circuit layers are rearranged to transmit a signal sensed by the at least one sensor electrode to the integrated circuit ; wherein the second circuit substrate is received in the receiving recess and separated from the bottom surface of the molding layer .