mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a household cleaning appliance, comprising: providing a household cleaning appliance including, a powered and electronically controlled cleaning implement, and at least one physical sensor taken from a group consisting of: an orientation sensor, an acceleration sensor, an inertial sensor, a global positioning sensor, a pressure sensor, a load sensor, audio sensor, humidity sensor, and a temperature sensor; providing a camera associated with the household cleaning appliance; deriving an augmented classification using one or more classifiers classifying the physical sensor data and the image data; and modifying operation of the cleaning implement based upon the augmented classification; whereby: the augmented classification further includes a surface condition of the target surface; and the step of modifying operation adjusts a performance setting of the cleaning implement based upon a surface condition at the position of the cleaning implement with respect to the target surface as indicated, at least in part, by the augmented classification; the performance setting comprising a driven frequency of a motor that controls the spinning or vibration of a brush of the household appliance. providing a household cleaning appliance including, a powered and electronically controlled cleaning implement, and at least one physical sensor taken from a group consisting of: an orientation sensor, an acceleration sensor, an inertial sensor, a global positioning sensor, a pressure sensor, a load sensor, audio sensor, humidity sensor, and a temperature sensor; a powered and electronically controlled cleaning implement, and at least one physical sensor taken from a group consisting of: an orientation sensor, an acceleration sensor, an inertial sensor, a global positioning sensor, a pressure sensor, a load sensor, audio sensor, humidity sensor, and a temperature sensor; providing a camera associated with the household cleaning appliance; deriving an augmented classification using one or more classifiers classifying the physical sensor data and the image data; and modifying operation of the cleaning implement based upon the augmented classification; the augmented classification further includes a surface condition of the target surface; and the step of modifying operation adjusts a performance setting of the cleaning implement based upon a surface condition at the position of the cleaning implement with respect to the target surface as indicated, at least in part, by the augmented classification; the performance setting comprising a driven frequency of a motor that controls the spinning or vibration of a brush of the household appliance.
Method for producing a gas mixture in a gas container, which has a plurality of components, wherein at least one first component is metered volumetrically, wherein each first component from a storage container (V1, V2, V3, VG1, VG2) of the first component is confined in at least one sample volume (P1, P2, P3, P4) of a plurality of sample volumes and is passed from the at least one sample volume (P1, P2, P3, P4) into the gas container, and wherein at least one second component is gravimetrically metered, wherein the at least one second component is guided from a storage container (V1, V2, V3, VG1, VG2) of the at least one second component into the gas container, and the gas container is weighed by means of scales to determine the proportion of the at least one second component, characterized in that the at least one second component is guided into the gas container via a second flow path and a second pressure regulator arranged in the second flow path, wherein the second pressure regulator is controlled by means of an output signal of the scales.
A solar cell module comprising a stack body, and a frame holding the outer edge of the stack body, wherein the stack body is formed by laminating, in the mentioned order, a first protection member on the side of a light receiving surface, a first sealing member on the side of the light receiving surface, a string group formed by transversely arranging a plurality of strings each formed by using a plurality of solar cells (16, 16a, 16b), and by longitudinally connecting the adjacent solar cells (16, 16a, 16b) to each other with a wiring member, a second sealing member on the side of the rear surface, and a second protection member on the side of the rear surface; wherein there are provided, between the adjacent solar cells (16, 16a, 16b), reflection members reflecting the incident light and again making the reflected light incident on the light receiving surface of the solar cells (16, 16a, 16b); the first sealing member is constituted with an olefin-based resin; characterized in that: the spacing dimension A between the frame side edge of the outermost string in the string group and the frame inside, the spacing dimension B between the adjacent strings in the string group, and the width dimension C of the solar cells (16, 16a, 16b) in the transverse direction satisfy a relation {(995A-20C)/1005}<B<{(1005A+20C)/995}.
A launch lock assembly, comprising: first and second mount pieces (44, 46); a releasable clamp device normally maintaining the first and second mount pieces (44, 46) in clamped engagement; and, when actuated, releasing the first and second mount pieces (44, 46) from clamped engagement; characterised in that the launch lock assembly comprises a pair of retracting assemblies (66, 166), each retracting assembly (66, 166) comprising a pair of toothed members having interacting toothed surfaces (104, 108; 204, 208), wherein one toothed member of each retracting assembly (66, 166) is adapted to move in an opposite direction relative to the other one toothed member of the other retracting assembly (66, 166) to create a first axial gap on a side of the first mount piece and a second axial gap on another side of the first mount piece when the releasable clamp device is actuated. first and second mount pieces (44, 46); a releasable clamp device normally maintaining the first and second mount pieces (44, 46) in clamped engagement; and, when actuated, releasing the first and second mount pieces (44, 46) from clamped engagement; characterised in that the launch lock assembly comprises a pair of retracting assemblies (66, 166), each retracting assembly (66, 166) comprising a pair of toothed members having interacting toothed surfaces (104, 108; 204, 208), wherein one toothed member of each retracting assembly (66, 166) is adapted to move in an opposite direction relative to the other one toothed member of the other retracting assembly (66, 166) to create a first axial gap on a side of the first mount piece and a second axial gap on another side of the first mount piece when the releasable clamp device is actuated.
A method of processing a distorted audio signal to repair distortion of the distorted audio signal, the method comprising: passing the distorted audio signal through a band-reject filter to output a band-reject filtered signal, the band-reject filter having a band-reject frequency such that the band-reject filtered signal contains no frequency component at the band-reject frequency; passing the distorted audio signal through a band-pass filter to output a band-pass filtered signal, the band-pass frequency of the band-pass filter being the same as the band-reject frequency of the band-reject filter; determining with a signal detector whether the distorted audio signal contains a frequency component at the band-pass frequency by detecting the presence of the band-pass filtered signal output by the band-pass filter; and if the distorted audio signal contains a frequency component at the band-pass frequency, generating with a signal generator a generated audio signal having a frequency that is the same as the band-reject frequency and adding with a summer the generated audio signal to the band-reject filtered signal to obtain a repaired audio signal. passing the distorted audio signal through a band-reject filter to output a band-reject filtered signal, the band-reject filter having a band-reject frequency such that the band-reject filtered signal contains no frequency component at the band-reject frequency; passing the distorted audio signal through a band-pass filter to output a band-pass filtered signal, the band-pass frequency of the band-pass filter being the same as the band-reject frequency of the band-reject filter; determining with a signal detector whether the distorted audio signal contains a frequency component at the band-pass frequency by detecting the presence of the band-pass filtered signal output by the band-pass filter; and if the distorted audio signal contains a frequency component at the band-pass frequency, generating with a signal generator a generated audio signal having a frequency that is the same as the band-reject frequency and adding with a summer the generated audio signal to the band-reject filtered signal to obtain a repaired audio signal.
An electrode terminal of a secondary battery, the electrode terminal comprising: a metallic first member and a metallic plate-shaped second member, wherein the first member has a connecting portion to be connected to the second member, characterized in that the connecting portion of the first member is bonded to one surface of the second member by a conductive adhesive, wherein the one surface of the second member is provided with a recessed portion filled with the conductive adhesive. a metallic first member and a metallic plate-shaped second member, wherein the first member has a connecting portion to be connected to the second member, characterized in that the connecting portion of the first member is bonded to one surface of the second member by a conductive adhesive, wherein the one surface of the second member is provided with a recessed portion filled with the conductive adhesive.
A refrigeration device, comprising a compressor, a condenser, a throttling device and an evaporator, wherein the compressor, the condenser, the throttling device and the evaporator are connected in a sequence to form a refrigerant circulation loop, wherein a connecting pipeline between an exhaust port of the compressor and a refrigerant inlet of the throttling device in the refrigerant circulation loop is a first connecting pipeline, and the condenser is arranged on the first connecting pipeline, characterized by: an auxiliary heat exchange branch, wherein the auxiliary heat exchange branch comprises a condensing heater for heating a heating area used for storing food to be processed, the auxiliary heat exchange branch is arranged in parallel connection with the first connecting pipeline; and a first valve device is further arranged on the auxiliary heat exchange branch, and the first valve device controls a refrigerant flow of the auxiliary heat exchange branch according to a temperature requirement in the heating area, wherein the first valve device is provided with a first working state and a second working state, wherein the first working state is a state where a temperature in the heating area is increased to a preset heating temperature range, and the second working state is a state where the temperature in the heating area is kept in the preset heating temperature range; and an air duct control device for controlling air circulation between the heating area and a refrigeration area of the refrigerator through an air duct, wherein the first valve device is closed according to the temperature requirement in the heating area, and the air duct control device is turned on according to the temperature requirement in the heating area, so that the temperature in the heating area is reduced. an auxiliary heat exchange branch, wherein the auxiliary heat exchange branch comprises a condensing heater for heating a heating area used for storing food to be processed, the auxiliary heat exchange branch is arranged in parallel connection with the first connecting pipeline; and a first valve device is further arranged on the auxiliary heat exchange branch, and the first valve device controls a refrigerant flow of the auxiliary heat exchange branch according to a temperature requirement in the heating area, wherein the first valve device is provided with a first working state and a second working state, wherein the first working state is a state where a temperature in the heating area is increased to a preset heating temperature range, and the second working state is a state where the temperature in the heating area is kept in the preset heating temperature range; and an air duct control device for controlling air circulation between the heating area and a refrigeration area of the refrigerator through an air duct, wherein the first valve device is closed according to the temperature requirement in the heating area, and the air duct control device is turned on according to the temperature requirement in the heating area, so that the temperature in the heating area is reduced.
An anti-tampering assembly for the transportation and storage of a package, the anti-tampering assembly being configured to be associated with said package, the anti-tampering assembly comprising: - a tampering detection unit (11, 12) comprising a RFID passive tag and a tampering track of a conductive material configured to be connected to said RFID tag upon dispatching said package so as to inhibit the operation of the RFID tag, wherein the tampering track is configured to be interrupted in case of tampering of said package; - an actuating unit (116, 118) configured to detect said interruption of said tampering track in case of tampering of said package and, upon said detection, actuate an alarm unit; and - the alarm unit comprising a radio module configured to, upon actuation of the alarm unit, transmit an alarm message over a long range wireless communication network. - a tampering detection unit (11, 12) comprising a RFID passive tag and a tampering track of a conductive material configured to be connected to said RFID tag upon dispatching said package so as to inhibit the operation of the RFID tag, wherein the tampering track is configured to be interrupted in case of tampering of said package; - an actuating unit (116, 118) configured to detect said interruption of said tampering track in case of tampering of said package and, upon said detection, actuate an alarm unit; and - the alarm unit comprising a radio module configured to, upon actuation of the alarm unit, transmit an alarm message over a long range wireless communication network.
A computer-implemented method for determining coordinates of a contact on a portable electronic device using an electronic pen, the method comprising: calculating a coordinate correction angle; calculating a coordinate correction distance from an electromagnetic induction point on a display unit with a touch panel of the portable electronic device, formed by an electromagnetic field induced by a coil included in the electronic pen on a sensor board included in the portable electronic device, to a calculated contact point of the electronic pen on the display unit; and determining a coordinate of a corrected contact point of the electronic pen based on the calculated coordinate correction angle and the calculated coordinate correction distance; wherein the calculating of the coordinate correction angle comprises at least one of: calculating the coordinate correction angle based on a point corresponding to a touch hovering input generated by hovering of a user's hand on the display unit and the electromagnetic induction point; and calculating the coordinate correction angle based on a point corresponding to a palm touch input generated by a palm touch of the user on the display unit and the electromagnetic induction point. calculating a coordinate correction angle; calculating a coordinate correction distance from an electromagnetic induction point on a display unit with a touch panel of the portable electronic device, formed by an electromagnetic field induced by a coil included in the electronic pen on a sensor board included in the portable electronic device, to a calculated contact point of the electronic pen on the display unit; and determining a coordinate of a corrected contact point of the electronic pen based on the calculated coordinate correction angle and the calculated coordinate correction distance; calculating the coordinate correction angle based on a point corresponding to a touch hovering input generated by hovering of a user's hand on the display unit and the electromagnetic induction point; and calculating the coordinate correction angle based on a point corresponding to a palm touch input generated by a palm touch of the user on the display unit and the electromagnetic induction point.
A tire comprising a tread portion having a first tread end (Te); wherein the tread portion has a first zigzag groove formed on the first tread end (Te) side and a main groove extending continuously in a tire circumferential direction, the first zigzag groove has bent elements which have projections projecting toward the first tread end (Te) and which are aligned in the tire circumferential direction, each bent element has a first portion and a second portion that are inclined in opposite directions, and an intersection of the first portion and the second portion on the first tread end (Te) side forms the projection, wherein the projections of the bent elements are opened at the first tread end (Te), characterized in that the main groove is disposed so as not to connect to the first zigzag groove to avoid transmitting air resonance noise in the main groove into the first zigzag groove.
A graphite electrode comprising: a body having an axial direction and a radial direction and further having an outer radial surface and two axially opposed ends; a groove disposed along the outer radial surface extending axially and/or circumferentially; a sheet of compressed particles of exfoliated graphite disposed around at least a majority of the outer radial surface; a portion of said sheet of graphite being disposed in said groove; and wherein said portion has a density of no more than 0.5 g/cc. a body having an axial direction and a radial direction and further having an outer radial surface and two axially opposed ends; a groove disposed along the outer radial surface extending axially and/or circumferentially; a sheet of compressed particles of exfoliated graphite disposed around at least a majority of the outer radial surface; a portion of said sheet of graphite being disposed in said groove; and wherein said portion has a density of no more than 0.5 g/cc.
A fluid infusion device (102, 402), comprising: a housing (220, 420) having a first chamber configured to receive a removable fluid reservoir, the fluid reservoir having a first end and a second end; and a connector system (270, 470) having a first body section (300, 500) coupled to a second body section (302, 502), the first body section (300, 500) including a graspable portion (304, 404) for removably coupling the connector system (270, 470) to the housing (220, 420), the first body section (300, 500) defining a bore (306, 506) in communication with a chamber (320, 520) of the second body section (302, 502) and a counterbore (322, 522) of the second body section (302, 502), the counterbore (322, 522) of the second body section (302, 502) configured to receive and mate with the second end of the fluid reservoir to define a fluid flow path from the fluid reservoir, the second body section (302, 502) received within the first chamber to retain the fluid reservoir within the housing (220, 420), the chamber (320, 520) of the second body section (302, 502) in fluid communication with a vent subsystem (318, 518) defined through the second body section (302, 502), the vent subsystem (318, 518) terminating in an outlet (330, 530), and the vent subsystem (318, 518) is configured to direct gas in the fluid flow path through the second body section (302, 502) to the outlet (330, 530). a housing (220, 420) having a first chamber configured to receive a removable fluid reservoir, the fluid reservoir having a first end and a second end; and a connector system (270, 470) having a first body section (300, 500) coupled to a second body section (302, 502), the first body section (300, 500) including a graspable portion (304, 404) for removably coupling the connector system (270, 470) to the housing (220, 420), the first body section (300, 500) defining a bore (306, 506) in communication with a chamber (320, 520) of the second body section (302, 502) and a counterbore (322, 522) of the second body section (302, 502), the counterbore (322, 522) of the second body section (302, 502) configured to receive and mate with the second end of the fluid reservoir to define a fluid flow path from the fluid reservoir, the second body section (302, 502) received within the first chamber to retain the fluid reservoir within the housing (220, 420), the chamber (320, 520) of the second body section (302, 502) in fluid communication with a vent subsystem (318, 518) defined through the second body section (302, 502), the vent subsystem (318, 518) terminating in an outlet (330, 530), and the vent subsystem (318, 518) is configured to direct gas in the fluid flow path through the second body section (302, 502) to the outlet (330, 530).
A premixer injector assembly (206, 300) in a gas turbine engine, the premixer injector assembly (206, 300) comprising: a premixer injector (400, 700, 900, 1000, 1100, 1200) having a first end and a second end opposite to the first end; a fuel tube having a first plate disposed at the first end, a second plate disposed at the second end, and a fuel feed passage enclosed by an outer surface and extending between the first plate and the second plate; a plurality of fins coupled to the fuel tube, the plurality of fins extending from the outer surface of the fuel feed passage and extending between the first plate and the second plate; a plurality of mixing channels, each mixing channel of the plurality of mixing channels defined between a pair of adjacent fins of the plurality of fins; a plurality of fuel injection apertures disposed along the fuel feed passage between the first plate and the second plate to direct fuel from the fuel feed passage to at least one mixing channel of the plurality of mixing channels; and an air tube coupled to the fuel tube to at least partially enclose the fuel tube between the first end and the second end; characterized in that the outer surface of the fuel feed passage between adjacent fins of the plurality of fins comprises a concave shape; and the premixer injector assembly (206, 300) comprises a plurality of air injection openings arranged along the air tube to inject air to the at least one mixing channel of the plurality of mixing channels. a premixer injector (400, 700, 900, 1000, 1100, 1200) having a first end and a second end opposite to the first end; a fuel tube having a first plate disposed at the first end, a second plate disposed at the second end, and a fuel feed passage enclosed by an outer surface and extending between the first plate and the second plate; a plurality of fins coupled to the fuel tube, the plurality of fins extending from the outer surface of the fuel feed passage and extending between the first plate and the second plate; a plurality of mixing channels, each mixing channel of the plurality of mixing channels defined between a pair of adjacent fins of the plurality of fins; a plurality of fuel injection apertures disposed along the fuel feed passage between the first plate and the second plate to direct fuel from the fuel feed passage to at least one mixing channel of the plurality of mixing channels; and an air tube coupled to the fuel tube to at least partially enclose the fuel tube between the first end and the second end; characterized in that the outer surface of the fuel feed passage between adjacent fins of the plurality of fins comprises a concave shape; and the premixer injector assembly (206, 300) comprises a plurality of air injection openings arranged along the air tube to inject air to the at least one mixing channel of the plurality of mixing channels.