mhurhangee/ep-ind-claims huggingface dataset:
A closure connectable to a container neck, the closure comprises a cap and a retaining ring, the cap comprises a top plate and a sidewall that depends from the periphery of the top plate, at the free end of the sidewall a retaining ring is provided, the interior of the sidewall includes a screw thread formation that can engage a corresponding formation on the neck, an internal annular seal depends from the underside of the top plate and fits into the bore of the neck when the closure is in place and the cap is closed, the ring includes an internal annular snap bead which can be positioned under a neck bead to prevent the ring from being removed axially, the retaining ring comprises a first connecting arm and a second connecting arm the first arm is non-frangibly connected to the cap at a cap tether end and circumferentially anticlockwise therefrom is non-frangibly connected to the ring at a ring root end, the second arm is non-frangibly connected to the cap at a cap tether end and circumferentially clockwise therefrom is non-frangibly connected to the ring at a ring root end, between the cap tether ends (56, 66) of the arms (55, 65) a central tab is provided, during unscrewing the cap can lift vertically along the corresponding screw thread formation, to allow freedom to get access to a container, while still remaining tethered thereto, characterised in that an external annular seal also depends from the underside of the top plate and fits onto the outside of the neck when the closure is in place and the cap is closed, in that each arm (55, 65) is formed as a first linear portion (58, 68) that extends from the root end (57, 67), an inclined portion (59, 69), and a second linear portion (60, 70), the second linear portions (60, 70) connect non-frangibly to the free end of the sidewall by thinned webs (61, 71), the ring has a cut-out to accommodate the portions (60, 70) and the tab, the cap can be tilted away from the ring with the arms providing a hinge-like function, and each of the arms (55, 65) twists between its cap tether end (56, 66) and its ring root end (57, 67), whereby tension is generated in the arms, the position of the hinge provided by the arms is completely in the retaining ring structure and not in the closure cap.
A terminal comprising: a batch selection interface, configured to be used by the user to batch select contents to be deleted; a processing unit configured to label and process the specified content according to a preset rule; a determination unit, configured to automatically determine, according to a label processing result, whether a specified content selected by a user meets a preset condition when receiving an operation instruction to delete the specified content, the preset condition comprising a type and a processing state of the specified content; an execution unit, configured to determine whether to execute a deletion operation on the specified content according to a determination result. a batch selection interface, configured to be used by the user to batch select contents to be deleted; a processing unit configured to label and process the specified content according to a preset rule; a determination unit, configured to automatically determine, according to a label processing result, whether a specified content selected by a user meets a preset condition when receiving an operation instruction to delete the specified content, the preset condition comprising a type and a processing state of the specified content; an execution unit, configured to determine whether to execute a deletion operation on the specified content according to a determination result.
A radio frequency, RF, control system comprising: a RF generator including a power amplifier configured to output a RF signal, the RF generator also including a first controller; a matching network configured to receive the RF signal, the matching network configured to generate a plurality of RF output signals to a plurality of loads, the matching network including a ratio tuning element configured to vary a ratio of power between a first of the plurality of RF output signals and a second of the plurality of RF output signals or a value obtained from selected ones of the plurality of RF output signals; and wherein the first controller is configured to communicate a ratio control signal to the matching network, and the matching network is configured to control the ratio tuning element in accordance with the ratio control signal; and wherein the matching network is configured to communicate a characteristic signal to the RF generator indicative of a characteristic of a respective RF output signal. a RF generator including a power amplifier configured to output a RF signal, the RF generator also including a first controller; a matching network configured to receive the RF signal, the matching network configured to generate a plurality of RF output signals to a plurality of loads, the matching network including a ratio tuning element configured to vary a ratio of power between a first of the plurality of RF output signals and a second of the plurality of RF output signals or a value obtained from selected ones of the plurality of RF output signals; and wherein the first controller is configured to communicate a ratio control signal to the matching network, and the matching network is configured to control the ratio tuning element in accordance with the ratio control signal; and wherein the matching network is configured to communicate a characteristic signal to the RF generator indicative of a characteristic of a respective RF output signal.
A vibratory meter comprising: a pickoff (170l, 170r) attached to a flow tube (400, 500, 600); a driver coupled to the flow tube, the driver being configured to vibrate the flow tube, with the flow tube comprising a tube perimeter wall (402, 502) comprising: a first substantially planar section (406a, 506a), a second substantially planar section (406b, 506b) coupled to the first substantially planar section to form a first angle θ 1, the first angle θ 1 having a first apex, said apex being seen outward from the tube perimeter wall, and characterized by: wherein the first substantially planar section (406a, 506a) and the second substantially planar section (406b, 506b) are joined with at least a first curved section (406c, 506c), wherein the first angle θ 1 is less than or equal to 120 degrees. a pickoff (170l, 170r) attached to a flow tube (400, 500, 600); a driver coupled to the flow tube, the driver being configured to vibrate the flow tube, with the flow tube comprising a tube perimeter wall (402, 502) comprising: a first substantially planar section (406a, 506a), a second substantially planar section (406b, 506b) coupled to the first substantially planar section to form a first angle θ 1, the first angle θ 1 having a first apex, said apex being seen outward from the tube perimeter wall, and characterized by: wherein the first substantially planar section (406a, 506a) and the second substantially planar section (406b, 506b) are joined with at least a first curved section (406c, 506c), wherein the first angle θ 1 is less than or equal to 120 degrees. a first substantially planar section (406a, 506a), a second substantially planar section (406b, 506b) coupled to the first substantially planar section to form a first angle θ 1, the first angle θ 1 having a first apex, said apex being seen outward from the tube perimeter wall, and characterized by: wherein the first substantially planar section (406a, 506a) and the second substantially planar section (406b, 506b) are joined with at least a first curved section (406c, 506c), wherein the first angle θ 1 is less than or equal to 120 degrees.
Sheet packaging material comprising a cellulose layer covered by a coating layer that coats said cellulose layer to render it transparent, characterized in that the cellulose layer: - has a grammage of between 18 g/m 2 and 75 g/m 2, - contains between 10% and 60% short fibers, - has a tear resistance in the short grain direction of between 138 mN and 250 mN, and - has a tear resistance in the long grain direction of between 129 mN and 220 mN. - has a grammage of between 18 g/m 2 and 75 g/m 2, - contains between 10% and 60% short fibers, - has a tear resistance in the short grain direction of between 138 mN and 250 mN, and - has a tear resistance in the long grain direction of between 129 mN and 220 mN.
A method for testing an Arc-Fault Circuit Interrupter (AFCI) device, comprising the steps of: providing an AFCI device-under-test and a load, wherein the AFCI device and the load form an electrical circuit; applying an AC power to the AFCI device; generating a high frequency broadband noise signal; modulating the high frequency broadband noise signal with a signal synchronized to the load current or load voltage to provide synchronized high frequency broadband noise bursts; coupling the synchronized high frequency broadband noise bursts into the electrical circuit to simulate series arcing signals; and determining whether the AFCI device opens the electrical circuit, wherein the high frequency broadband noise signal is modulated so as to produce high frequency broadband noise bursts which are absent during a burst delay characterized in that the high frequency broadband noise bursts are further modulated according to a signal represented by: C × 1 − B × | Sin 2 πft | × u t − Td − n × T / 2 − u t − T / 2 − Td − n × T / 2 wherein: T =1/f, and Td =burst delay, n =0, 1,2,... half cycle. providing an AFCI device-under-test and a load, wherein the AFCI device and the load form an electrical circuit; applying an AC power to the AFCI device; generating a high frequency broadband noise signal; modulating the high frequency broadband noise signal with a signal synchronized to the load current or load voltage to provide synchronized high frequency broadband noise bursts; coupling the synchronized high frequency broadband noise bursts into the electrical circuit to simulate series arcing signals; and determining whether the AFCI device opens the electrical circuit, wherein the high frequency broadband noise signal is modulated so as to produce high frequency broadband noise bursts which are absent during a burst delay characterized in that the high frequency broadband noise bursts are further modulated according to a signal represented by: C × 1 − B × | Sin 2 πft | × u t − Td − n × T / 2 − u t − T / 2 − Td − n × T / 2 wherein: T =1/f, and Td =burst delay, n =0, 1,2,... half cycle.
Radio resource manager configured to inspect a media request sent from a client operating at a user entity, to a server, the media request requesting a wanted version of a media content out of versions of differing bandwidths of the media content which are described in a media presentation description sent from the server to the client; inspect the media presentation description which describes the versions of differing bandwidths of the media content, within data traffic from the server to the client, and decide, depending on a current resource situation information indicative of a current strain put onto communication resources of a base station to user entities among which the user entity is, on which the client operates, and information provided by the media presentation description, to cause that the media request does not lead to the wanted version of the media content being sent to the client. inspect a media request sent from a client operating at a user entity, to a server, the media request requesting a wanted version of a media content out of versions of differing bandwidths of the media content which are described in a media presentation description sent from the server to the client; inspect the media presentation description which describes the versions of differing bandwidths of the media content, within data traffic from the server to the client, and decide, depending on a current resource situation information indicative of a current strain put onto communication resources of a base station to user entities among which the user entity is, on which the client operates, and information provided by the media presentation description,
A rotational metering pump comprising: a manifold comprising a reservoir port in fluid communication with a fluid reservoir and a cannula port in fluid communication with a cannula; characterized by a sleeve comprising a side hole, the sleeve adapted to rotate axially within the manifold between a first orientation with said side hole aligned with the reservoir port and a second orientation with said side hole aligned with the cannula port, the sleeve further comprising a helical groove having a first end and a second end; a plunger adapted to rotate and translate axially within the sleeve, wherein axial translation of the plunger within the sleeve changes a pump volume, the pump volume being in fluid communication with the side hole of the sleeve, the plunger further comprising a coupling member adapted to move within the helical groove and between the first end and the second end of the helical groove to cause the plunger to translate axially within the sleeve as the plunger is rotated; and a motor adapted to rotate the plunger in a first direction causing the pump volume to increase when the sleeve is in the first orientation, and to rotate the sleeve and plunger together when the coupling member reaches the first end of the helical groove, such that the sleeve moves into the second orientation. a manifold comprising a reservoir port in fluid communication with a fluid reservoir and a cannula port in fluid communication with a cannula; characterized by a sleeve comprising a side hole, the sleeve adapted to rotate axially within the manifold between a first orientation with said side hole aligned with the reservoir port and a second orientation with said side hole aligned with the cannula port, the sleeve further comprising a helical groove having a first end and a second end; a plunger adapted to rotate and translate axially within the sleeve, wherein axial translation of the plunger within the sleeve changes a pump volume, the pump volume being in fluid communication with the side hole of the sleeve, the plunger further comprising a coupling member adapted to move within the helical groove and between the first end and the second end of the helical groove to cause the plunger to translate axially within the sleeve as the plunger is rotated; and a motor adapted to rotate the plunger in a first direction causing the pump volume to increase when the sleeve is in the first orientation, and to rotate the sleeve and plunger together when the coupling member reaches the first end of the helical groove, such that the sleeve moves into the second orientation.
Door lock assembly for a motor vehicle, particularly for a side door or tailgate, comprising a housing in which a rotary latch and a pawl is arranged and is connected mechanically to a driver, wherein the pawl and the driver are designed to be movable relative to one another, and the driver is movable particularly in an opening operation via a drive member by means of an electric motor, characterized in that the driver has a recess which serves to accommodate the pawl.
An override system for a saddle type vehicle comprising: one or more powertrains (408, 505) to power said vehicle, said one or more powertrains (408, 505) electrically controlled by a vehicle controller, said vehicle controller comprises one or more driver circuits; one or more controlling means configured to said one or more powertrains (408,505) through said one or more driver circuits to control function of said one or more powertrain (408, 505); an alert means to indicate a warning; one or more input units electrically connected to said vehicle controller, combination of said one or more inputs to enable actuation of said one or more powertrain (408, 505) within a predetermined quantum of time through said one or more driver circuits (406a, 506a) provided in said vehicle controller to overcome disabled said one or more powertrains (408, 505); said one or more alert means enabled by said vehicle controller after actuation of said one or more powertrain (408, 505); characterized in that, one or more alert means to indicate disabled said one or more controlling means, said predetermined quantum of time is calculated from turning ON of an ignition key. one or more powertrains (408, 505) to power said vehicle, said one or more powertrains (408, 505) electrically controlled by a vehicle controller, said vehicle controller comprises one or more driver circuits; one or more controlling means configured to said one or more powertrains (408,505) through said one or more driver circuits to control function of said one or more powertrain (408, 505); an alert means to indicate a warning; one or more input units electrically connected to said vehicle controller, combination of said one or more inputs to enable actuation of said one or more powertrain (408, 505) within a predetermined quantum of time through said one or more driver circuits (406a, 506a) provided in said vehicle controller to overcome disabled said one or more powertrains (408, 505); said one or more alert means enabled by said vehicle controller after actuation of said one or more powertrain (408, 505); characterized in that, one or more alert means to indicate disabled said one or more controlling means, said predetermined quantum of time is calculated from turning ON of an ignition key.
Twin-wheel drive module for driving two vehicle wheels disposed spaced axially from one another, able to be rotated around two axes of rotation (2, 3) aligned with one another which, when the module is in its intended state, are disposed on said module, wherein - for driving the first vehicle wheel, a first traction motor, of which the motor shaft is disposed in parallel to the axes of rotation (2, 3); a first transmission, of which the input shaft is connected to the motor shaft of the first traction motor and of which the output shaft is aligned with the axes of rotation (2, 3); and a second transmission are provided, of which the input shaft is connected to the output shaft of the first transmission and of which the output shaft, rotating around a common axis of rotation with the input shaft, is embodied for accepting the first vehicle wheel, and - for driving the second vehicle wheel, a second traction motor, of which the motor shaft is disposed in parallel to the axis of rotation (2, 3); a third transmission, of which the input shaft is connected to the motor shaft of the second traction motor and of which the output shaft is aligned with the axes of rotation (2, 3); and a fourth transmission are provided, of which the input shaft is connected to the output shaft of the third transmission and of which the output shaft rotating around a common axis of rotation with the input shaft is embodied for accepting the second vehicle wheel, characterised in that the first traction motor and the second traction motor, viewed in the direction of the axes of rotation (2, 3) of the vehicle wheels, are disposed in a V shape. - for driving the first vehicle wheel, a first traction motor, of which the motor shaft is disposed in parallel to the axes of rotation (2, 3); a first transmission, of which the input shaft is connected to the motor shaft of the first traction motor and of which the output shaft is aligned with the axes of rotation (2, 3); and a second transmission are provided, of which the input shaft is connected to the output shaft of the first transmission and of which the output shaft, rotating around a common axis of rotation with the input shaft, is embodied for accepting the first vehicle wheel, and - for driving the second vehicle wheel, a second traction motor, of which the motor shaft is disposed in parallel to the axis of rotation (2, 3); a third transmission, of which the input shaft is connected to the motor shaft of the second traction motor and of which the output shaft is aligned with the axes of rotation (2, 3); and a fourth transmission are provided, of which the input shaft is connected to the output shaft of the third transmission and of which the output shaft rotating around a common axis of rotation with the input shaft is embodied for accepting the second vehicle wheel,
A nutritional supplement comprising: filamentous fungal biomass from fungi selected from Aspergillus oryzae or Aspergillus niger having elevated levels of minerals zinc, magnesium, selenium chromium, copper and manganese in organic form; wherein each of the minerals is present from 1 to 60000 mg/kg and contained in the fungal biomass in organic form; and wherein the nutritional supplement contains less than 200 mg/kg iron. filamentous fungal biomass from fungi selected from Aspergillus oryzae or Aspergillus niger having elevated levels of minerals zinc, magnesium, selenium chromium, copper and manganese in organic form; wherein each of the minerals is present from 1 to 60000 mg/kg and contained in the fungal biomass in organic form; and wherein the nutritional supplement contains less than 200 mg/kg iron.
A method for assisting prediction of recurrence risk for hepatocellular carcinoma patients, comprising steps of: measuring concentration of glypican 3 peptide recognized by both a first monoclonal antibody and a second monoclonal antibody in a blood sample of a hepatocellular carcinoma patient, using the first monoclonal antibody that recognizes a peptide having an amino acid sequence in the N-terminal side of GPC3 and the second monoclonal antibody that recognizes a peptide having an amino acid sequence in the C-terminal side of GPC3, wherein the N- and C-terminal sides of GPC3 correspond respectively to the N- and C-terminal peptides obtained from cleavage of the full length GPC3 between the 358th and 359th amino acid; and determining that recurrence risk of hepatocellular carcinoma is high when the concentration of GPC3 peptide is equal to or greater than a predetermined threshold value, and determining that recurrence risk of hepatocellular carcinoma is low when the concentration of GPC3 peptide is less than the predetermined threshold value. measuring concentration of glypican 3 peptide recognized by both a first monoclonal antibody and a second monoclonal antibody in a blood sample of a hepatocellular carcinoma patient, using the first monoclonal antibody that recognizes a peptide having an amino acid sequence in the N-terminal side of GPC3 and the second monoclonal antibody that recognizes a peptide having an amino acid sequence in the C-terminal side of GPC3, wherein the N- and C-terminal sides of GPC3 correspond respectively to the N- and C-terminal peptides obtained from cleavage of the full length GPC3 between the 358th and 359th amino acid; and determining that recurrence risk of hepatocellular carcinoma is high when the concentration of GPC3 peptide is equal to or greater than a predetermined threshold value, and determining that recurrence risk of hepatocellular carcinoma is low when the concentration of GPC3 peptide is less than the predetermined threshold value.