mhurhangee/patent-ind-claim-en huggingface dataset:
A position pointer used for position pointing operation on a capacitive position detector, the position pointer comprising: a rod-shaped housing ; a sleeve connected to a tip portion of the housing ; a cap made of an elastic material provided in such a manner as to protrude from the tip portion of the sleeve ; a cloth adapted to cover the cap ; a support member provided inside the housing to support the cap ; and a first fastening member adapted to fasten the cloth to the support member , wherein at least one of the cap and the cloth is conductive, the position pointer further comprising a second fastening member adapted to fasten a hem portion of the cloth to the support member , wherein the second fastening member is a heat-shrinkable tube . a rod-shaped housing ; a sleeve connected to a tip portion of the housing ; a cap made of an elastic material provided in such a manner as to protrude from the tip portion of the sleeve ; a cloth adapted to cover the cap ; a support member provided inside the housing to support the cap ; and a first fastening member adapted to fasten the cloth to the support member , wherein at least one of the cap and the cloth is conductive, the position pointer further comprising a second fastening member adapted to fasten a hem portion of the cloth to the support member , wherein the second fastening member is a heat-shrinkable tube .
An induction heating system comprising: - an induction heating device configured to move relative to a workpiece , to generate induction heat, and to direct the induction heat to the workpiece ; and - a temperature sensor assembly configured to detect a temperature of the workpiece and to transmit a feedback signal relating to the detected temperature to a controller that controls a power source providing power to the induction heating device , characterized in that the temperature sensor assembly is configured to detect the temperature of the workpiece at a plurality of different wavelengths, relating to a plurality of surface emissivities, within a range of approximately 1.0 micrometers and approximately 5.0 micrometers, wherein more than one temperature sensor is used disposed within the body of the temperature sensor assembly , each configured to read the temperature of a different emissivity rangeand being selectable by a user such that a desired one of the more than one temperature sensors is optically aligned to detect the temperature of the workpiece . - an induction heating device configured to move relative to a workpiece , to generate induction heat, and to direct the induction heat to the workpiece ; and - a temperature sensor assembly configured to detect a temperature of the workpiece and to transmit a feedback signal relating to the detected temperature to a controller that controls a power source providing power to the induction heating device ,
A solar junction box for a solar panel having at least one photovoltaic cell and a conductive foil electrically connected to the at least one cell, the solar junction box comprising: a housing having a base and walls defining a cavity , the base having an opening configured to receive the conductive foil; and an electronic module removably received in the cavity, the electronic module having a circuit board including electronic components mounted to the circuit board, the electronic module having a foil contact configured to be removably coupled to the foil, the electronic module having a power contact configured to be removably coupled to a power terminal , the circuit board having a power circuit electrically connecting the foil contact and the power contact, wherein the electronic module is loaded into the housing in a first direction generally parallel to the walls of the housing, characterised in that the solar junction box further comprises a power cable held in the housing, the power cable having the power terminal terminated to an end of the power cable, the power terminal being positioned within the housing; and wherein the electronic module is mated to the power terminals by sliding the electronic module within the cavity in a second direction perpendicular to the first direction and generally parallel to the base . a housing having a base and walls defining a cavity , the base having an opening configured to receive the conductive foil; and an electronic module removably received in the cavity, the electronic module having a circuit board including electronic components mounted to the circuit board, the electronic module having a foil contact configured to be removably coupled to the foil, the electronic module having a power contact configured to be removably coupled to a power terminal , the circuit board having a power circuit electrically connecting the foil contact and the power contact, wherein the electronic module is loaded into the housing in a first direction generally parallel to the walls of the housing, characterised in that the solar junction box further comprises a power cable held in the housing, the power cable having the power terminal terminated to an end of the power cable, the power terminal being positioned within the housing; and wherein the electronic module is mated to the power terminals by sliding the electronic module within the cavity in a second direction perpendicular to the first direction and generally parallel to the base .
A composition for use in treating amyotrophic lateral sclerosis (ALS) in a mammalian subject, wherein said composition comprises a synergistic combination of celecoxib and ciprofloxacin, wherein the celecoxib to ciprofloxacin ratio ranges from 1:10 to 1:200 (wt/wt).
A suspension of gas-filled microvesicles comprising a fatty acid di-ester of phosphatidylcholine (PC), a pegylated phosphatidylethanolamine (PE-PEG) and a fatty acid for use in a therapeutic method, wherein said suspension is administered as at least two subsequent boluses at an interval of at least four minutes and up to fifteen minutes between each other.
A multi-specific binding protein comprising: (a) a first antigen-binding site that binds human NKG2D; (b) a second antigen-binding site that binds a tumor-associated antigen expressed on a cancer cell; and (c) an antibody Fc domain or a portion thereof sufficient to bind CD16, wherein each of the first-antigen binding site and the second antigen-binding site comprises the part of an immunoglobulin molecule that participates in binding NKG2D or the tumor-associated antigen, respectively; and wherein the multi-specific binding protein is configured to bind the tumor-associated antigen on a cancer cell and bind NKG2D on a natural killer (NK) cell to activate the NK cell and bind CD16 on the NK cell to activate the NK cell. (a) a first antigen-binding site that binds human NKG2D; (b) a second antigen-binding site that binds a tumor-associated antigen expressed on a cancer cell; and (c) an antibody Fc domain or a portion thereof sufficient to bind CD16, wherein each of the first-antigen binding site and the second antigen-binding site comprises the part of an immunoglobulin molecule that participates in binding NKG2D or the tumor-associated antigen, respectively; and wherein the multi-specific binding protein is configured to bind the tumor-associated antigen on a cancer cell and bind NKG2D on a natural killer (NK) cell to activate the NK cell and bind CD16 on the NK cell to activate the NK cell. wherein each of the first-antigen binding site and the second antigen-binding site comprises the part of an immunoglobulin molecule that participates in binding NKG2D or the tumor-associated antigen, respectively; and wherein the multi-specific binding protein is configured to bind the tumor-associated antigen on a cancer cell and bind NKG2D on a natural killer (NK) cell to activate the NK cell and bind CD16 on the NK cell to activate the NK cell.
Supporting structure for a mobile concrete pump for the connection of a distributor boom , comprising a first support leg box and a second support leg box , wherein the support leg boxes cross one another diagonally, and a boom pedestal which is fastened to said support leg boxes and has a turret which has an opening which, at one end thereof, is at least partially surrounded by a mount for a rotary bearing for the pivoting of the distributor boom of the concrete pump relative to the turret , wherein the turret has a wall arrangement, wherein in each case one part of the wall arrangement is formed by a side wall of the support leg boxes which cross one another, characterized in that the side walls of the support leg boxes , in a first region in which they form a part of the wall arrangement of the turret , are configured in a single piece and are thus free from joining points in such a manner that loads introduced via the turret directly into the side walls are distributed beyond the first region without shear loading of a joining point in the side walls , wherein at least one of the side walls extends in a manner free from joining points beyond the respective support leg box to the mount for the rotary bearing . a first support leg box and a second support leg box , wherein the support leg boxes cross one another diagonally, and a boom pedestal which is fastened to said support leg boxes and has a turret which has an opening which, at one end thereof, is at least partially surrounded by a mount for a rotary bearing for the pivoting of the distributor boom of the concrete pump relative to the turret , wherein the turret has a wall arrangement, wherein in each case one part of the wall arrangement is formed by a side wall of the support leg boxes which cross one another, characterized in that the side walls of the support leg boxes , in a first region in which they form a part of the wall arrangement of the turret , are configured in a single piece and are thus free from joining points in such a manner that loads introduced via the turret directly into the side walls are distributed beyond the first region without shear loading of a joining point in the side walls , wherein at least one of the side walls extends in a manner free from joining points beyond the respective support leg box to the mount for the rotary bearing .
Temperature-control module for a building wall having a first plug-in portion which extends from a supply end to a front end , wherein the first plug-in portion has a feed duct and a return duct and wherein the feed duct and the return duct are connected to one another close to the front end , having a second plug-in portion which is oriented parallel to the first plug-in portion and which extends from a supply end to a front end , wherein the second plug-in portion has a feed duct and a return duct and wherein the feed duct and the return duct are connected to one another close to the front end , and having a connecting portion which extends between the first plug-in portion and the second plug-in portion , wherein the connecting portion connects the return duct of the first plug-in portion to the feed duct of the second plug-in portion , characterized in that the diameter of the connecting portion corresponds to the diameter of the plug-in portion .
A vehicle lighting unit comprising: a heat sink ; a light emitting element disposed in the heat sink ; and a reflector that is disposed above the light emitting element , and which reflects light emitted forward from the light emitting element , toward a projection lens wherein the heat sink includes: a base portion for disposing the light emitting element on a pedestal portion on an upper surface of the heat sink ; and a fin portion that is disposed on a back surface of the base portion , and which radiates heat generated by the light emitting element , wherein the back surface of the base portion is inclined with respect to the pedestal portion ; characterized in that the heat sink further includes heat transfer ribs that are disposed on a same surface side as a surface on which the light emitting element is disposed, underneath the reflector , along a direction from a center of the light emitting element to the outside, to transfer heat generated by the light emitting element . a heat sink ; a light emitting element disposed in the heat sink ; and a reflector that is disposed above the light emitting element , and which reflects light emitted forward from the light emitting element , toward a projection lens wherein the heat sink includes: a base portion for disposing the light emitting element on a pedestal portion on an upper surface of the heat sink ; and a fin portion that is disposed on a back surface of the base portion , and which radiates heat generated by the light emitting element , wherein the back surface of the base portion is inclined with respect to the pedestal portion ; characterized in that the heat sink further includes heat transfer ribs that are disposed on a same surface side as a surface on which the light emitting element is disposed, underneath the reflector , along a direction from a center of the light emitting element to the outside, to transfer heat generated by the light emitting element . a base portion for disposing the light emitting element on a pedestal portion on an upper surface of the heat sink ; and a fin portion that is disposed on a back surface of the base portion , and which radiates heat generated by the light emitting element , wherein the back surface of the base portion is inclined with respect to the pedestal portion ; characterized in that the heat sink further includes heat transfer ribs that are disposed on a same surface side as a surface on which the light emitting element is disposed, underneath the reflector , along a direction from a center of the light emitting element to the outside, to transfer heat generated by the light emitting element .
A ribbon supply cartridge for a card personalization machine , comprising: a support frame that includes a ribbon supply mounting location at which a ribbon supply can be rotatably mounted for rotation about a first rotation axis, and a ribbon take-up mounting location at which a ribbon take-up can be rotatably mounted for rotation about a second rotation axis; wherein the support frame is configured to permit alteration of a distance between the ribbon supply mounting location and the ribbon take-up mounting location; wherein the support frame is adjustable from a first, collapsed configuration with a first distance (X1) between the ribbon supply mounting location and the ribbon take-up mounting location, to a second, extended configuration with a second distance (X 2 ) between the ribbon supply mounting location and the ribbon take-up mounting location; and the first distance is less than the second distance; characterized in that the ribbon supply cartridge includes a lock that is configured to retain the support frame at the first, collapsed configuration, and a lock that is configured to retain the support frame at the second, extended configuration. a support frame that includes a ribbon supply mounting location at which a ribbon supply can be rotatably mounted for rotation about a first rotation axis, and a ribbon take-up mounting location at which a ribbon take-up can be rotatably mounted for rotation about a second rotation axis; wherein the support frame is configured to permit alteration of a distance between the ribbon supply mounting location and the ribbon take-up mounting location; wherein the support frame is adjustable from a first, collapsed configuration with a first distance (X1) between the ribbon supply mounting location and the ribbon take-up mounting location, to a second, extended configuration with a second distance (X 2 ) between the ribbon supply mounting location and the ribbon take-up mounting location; and the first distance is less than the second distance; characterized in that the ribbon supply cartridge includes a lock that is configured to retain the support frame at the first, collapsed configuration, and a lock that is configured to retain the support frame at the second, extended configuration.
A computer-implemented method for separating effects of multiple seismic sources in simultaneous shooting acquisition, comprising: obtaining seismic data recorded simultaneously in seismic streamers , acquired by activating approximately simultaneously two or more seismic sources towed at two or more positions in the vicinity of the seismic streamers; characterized by : iteratively updating a residual for an inversion solution of models for the activations of the two or more seismic sources, in which the iterative updating of the residual utilizes a sequence of overlapping temporal windows containing reflection events and utilizes normal moveout corrections based on largest reflection events in each temporal window; and adding a final updated residual to a final updated model result. obtaining seismic data recorded simultaneously in seismic streamers , acquired by activating approximately simultaneously two or more seismic sources towed at two or more positions in the vicinity of the seismic streamers; characterized by : iteratively updating a residual for an inversion solution of models for the activations of the two or more seismic sources, in which the iterative updating of the residual utilizes a sequence of overlapping temporal windows containing reflection events and utilizes normal moveout corrections based on largest reflection events in each temporal window; and adding a final updated residual to a final updated model result.
A cosmetic composition comprising or consisting of (a) E/Z-2-benzylindene-5,6-dimethoxy-3,3-dimethylindan-1-one; and (b1) sclareolide; and/or (b2) ginger root CO 2 extract in a working amount sufficient for (i) reducing or preventing air pollution induced gene expression, and/or (ii) reducing or preventing a gene expression induced or inducible by polycyclic aromatic hydrocarbons, and/or (iii) reducing or preventing air pollution-induced or air pollution-inducible skin damage. (a) E/Z-2-benzylindene-5,6-dimethoxy-3,3-dimethylindan-1-one; and (b1) sclareolide; and/or (b2) ginger root CO 2 extract in a working amount sufficient for (i) reducing or preventing air pollution induced gene expression, and/or (ii) reducing or preventing a gene expression induced or inducible by polycyclic aromatic hydrocarbons, and/or (iii) reducing or preventing air pollution-induced or air pollution-inducible skin damage. (i) reducing or preventing air pollution induced gene expression, and/or (ii) reducing or preventing a gene expression induced or inducible by polycyclic aromatic hydrocarbons, and/or (iii) reducing or preventing air pollution-induced or air pollution-inducible skin damage.
An apparatus comprising: a controller ; memory accessible to the controller ; a bus operatively coupled to the controller ; sensor circuitry operatively coupled to the bus wherein the sensor circuitry is configured to generate measurement information including measurement values representative of an environmental condition of an environment of the apparatus; and wherein the controller is configured to determine codes, each of the codes representative of an individual operational state of the apparatus, and wherein the controller is configured to associate, in the memory , the measurement values included in the measurement information with at least one of the codes, wherein, based on at least one of the codes, the controller is configured to determine an acceptability of the respective measurement values included in the measurement information for inclusion into an environmental assessment of the environment of the apparatus. a controller ; memory accessible to the controller ; a bus operatively coupled to the controller ; sensor circuitry operatively coupled to the bus wherein the sensor circuitry is configured to generate measurement information including measurement values representative of an environmental condition of an environment of the apparatus; and wherein the controller is configured to determine codes, each of the codes representative of an individual operational state of the apparatus, and wherein the controller is configured to associate, in the memory , the measurement values included in the measurement information with at least one of the codes, wherein, based on at least one of the codes, the controller is configured to determine an acceptability of the respective measurement values included in the measurement information for inclusion into an environmental assessment of the environment of the apparatus.
A combination weighing apparatus comprising: a conveying unit (DF) configured to convey articles; a plurality of hoppers (WH) configured to temporarily store therein the articles conveyed by the conveying unit; a weighing unit (S) configured to weigh a measured value corresponding to a mass of the article stored in each of the hoppers; a controller (CU) configured to execute combination weighing cycles in each of which the controller selects a combination of measured values from the plurality of measured values weighed by the weighing unit and associated with the respective hoppers such that a total value of the measured values to be combined becomes a target measurement value, and causes the hoppers associated with the combination to discharge the articles; and characterized in that the apparatus further comprises a setting unit configured to set a closing mode in which the combination weighing is executed on the articles remaining in the conveying unit (DF) and the hoppers (WH) in a state that supply of the articles to the conveying unit is stopped, wherein the controller (CU) is configured to execute a combination weighing cycle in which the combination weighing failed and articles were forcibly discharged from at least some of the hoppers, and a further combination weighing cycle based on a measured value acquired in the cycle in which the combination weighing failed and measured values associated with the respective hoppers weighed in said further cycle after the cycle in which the combination weighing failed, when the closing mode is set by the setting unit. a conveying unit (DF) configured to convey articles; a plurality of hoppers (WH) configured to temporarily store therein the articles conveyed by the conveying unit; a weighing unit (S) configured to weigh a measured value corresponding to a mass of the article stored in each of the hoppers; a controller (CU) configured to execute combination weighing cycles in each of which the controller selects a combination of measured values from the plurality of measured values weighed by the weighing unit and associated with the respective hoppers such that a total value of the measured values to be combined becomes a target measurement value, and causes the hoppers associated with the combination to discharge the articles; and characterized in that the apparatus further comprises a setting unit configured to set a closing mode in which the combination weighing is executed on the articles remaining in the conveying unit (DF) and the hoppers (WH) in a state that supply of the articles to the conveying unit is stopped, wherein the controller (CU) is configured to execute a combination weighing cycle in which the combination weighing failed and articles were forcibly discharged from at least some of the hoppers, and a further combination weighing cycle based on a measured value acquired in the cycle in which the combination weighing failed and measured values associated with the respective hoppers weighed in said further cycle after the cycle in which the combination weighing failed, when the closing mode is set by the setting unit.