mhurhangee/ep-ind-claims huggingface dataset:
A methylphenidate aqueous extended release oral suspension comprising: at least 50% by weight water based on the total weight of the liquid component of the suspension, an immediate release methylphenidate component and a sustained release barrier coated methylphenidate - ion exchange resin complex - matrix, said suspension providing a therapeutically effective plasma profile for about 12 hours and having a pH of 3.5 to 5.
Dried and compressed turf pad with a thickness of from 2 to 6 mm, comprising - a dried and compressed fibre cushion based on coco peat and/or coir with a water content of not more than 20% by weight, an area, defined as the product of length and width, in the range of from 200 to 600 cm 2, a thickness, in the compressed state, of from 2 to 6 mm, and a thickness which, following the addition of water and expansion, is increased to at least three times as much, - turf seed introduced into or applied onto the dried and compressed fibre cushion, - fertilizer granules introduced into or else applied onto the dried and compressed fibre cushion where the water content of the dried and compressed fibre cushion amounts to from 10 to 15% by weight. - a dried and compressed fibre cushion based on coco peat and/or coir with a water content of not more than 20% by weight, an area, defined as the product of length and width, in the range of from 200 to 600 cm 2, a thickness, in the compressed state, of from 2 to 6 mm, and a thickness which, following the addition of water and expansion, is increased to at least three times as much, - turf seed introduced into or applied onto the dried and compressed fibre cushion, - fertilizer granules introduced into or else applied onto the dried and compressed fibre cushion where the water content of the dried and compressed fibre cushion amounts to from 10 to 15% by weight.
A method of configuring a device operable in a network to operate according to predetermined functional requirements for the network stored in a data processing apparatus, comprising receiving positional information for the device and an indication of the device type, at the data processing apparatus (S7.5); relating the positional information and the device type to the stored functional requirements (S7.6); and transmitting the functional requirements for the device to the network (S7.7) for configuring the device.
A method of printing comprising; providing liquid under pressure sufficient to eject liquid jets through a plurality of nozzles a liquid chamber, The plurality of nozzles being disposed in a direction to form a nozzle array, the plurality of nozzles being arranged into a first group and second group in which the nozzles of the first group and second group are interleaved such that a nozzle of the first group is positioned between adjacent nozzles of the second group and a nozzle of the second group is positioned between adjacent nozzles of the first group; providing a drop formation device associated with each of the plurality of nozzles; providing input image data; providing each of the drop formation devices with a sequence of drop formation waveforms to modulate the liquid jets to selectively cause portions of the liquid jets to break off into streams of one or more print drops having a print drop volume V p and one or more non-print drops having a non-print drop volume V np in response to the input image data, where the print drop volume V p and the non-print drop volume V np are distinct from each other; providing a timing delay device to shift the timing of the drop formation waveforms supplied to the drop formation devices of nozzles of one of the first group or the second group so that the timing of the print drops formed from nozzles of the first group and the timing of the print drops formed from nozzles of the second group are shifted relative to each other such that these drops are not aligned relative to each other along the nozzle array direction; providing a charging device including: a first common charge electrode associated with the liquid jets formed from both the nozzles of the first group and the nozzles of the second group; and a charging source that supplies a constant electrical potential between the first charge electrode and the liquid jets; the first common charge electrode being positioned relative to the vicinity of break off of liquid jets to produce a print drop charge state on drops of volume V p and to produce a non-print drop charge state on drops of volume V np which is substantially different from the print drop charge state; providing a deflection device; causing print drops having the print drop charge state and non-print drop having the non-print drop charge state to travel along different paths using the deflection device; providing a catcher, and intercepting non-print drops using the catcher while allowing print drops to continue to travel along a path toward a recording media. a first common charge electrode associated with the liquid jets formed from both the nozzles of the first group and the nozzles of the second group; and a charging source that supplies a constant electrical potential between the first charge electrode and the liquid jets;
An oxide superconductor wire (5, 20, 23, 30, 33, 40) comprising: a superconductor laminate (15, 21, 25, 35) that comprises a substrate which is formed in a tape shape and an intermediate layer, an oxide superconductor layer, and a metal stabilizing layer (13, 14, 16, 24, 34) which are laminated on the substrate; characterised in that an insulating coating layer covers an entire outside surface of the superconductor laminate (15, 21, 25, 35), wherein at least one of an entire outside surface and an entire inside surface of the insulating coating layer is coated with a coating layer formed of a fluororesin. a superconductor laminate (15, 21, 25, 35) that comprises a substrate which is formed in a tape shape and an intermediate layer, an oxide superconductor layer, and a metal stabilizing layer (13, 14, 16, 24, 34) which are laminated on the substrate; characterised in that an insulating coating layer covers an entire outside surface of the superconductor laminate (15, 21, 25, 35), wherein at least one of an entire outside surface and an entire inside surface of the insulating coating layer is coated with a coating layer formed of a fluororesin.
Use of branching enzyme EC 2.4.1.18 to improve cohesiveness in bread, cohesiveness being measured by compressing a 3-cm crumb by 21 mm twice using a rheometer with a 25 mm disc-type adapter, and taking the area ratio of waveforms representing the compression stress, area of second compression / area of first compression, as the cohesiveness.
A casing exit joint for installation into a parent wellbore for use in drilling a lateral wellbore outwardly from the parent wellbore, the casing exit joint comprising: a generally tubular window structure having a window formed through a sidewall of the structure; an outer sleeve disposed external to and surrounding the window structure, so that the sleeve overlies the window; and a hardenable substance disposed in the window and in an annulus between the window structure and the outer sleeve, the hardenable substance having hardened to a solid state from a flowable state, and the hardenable substance supporting the sleeve against deflection toward the window. a generally tubular window structure having a window formed through a sidewall of the structure; an outer sleeve disposed external to and surrounding the window structure, so that the sleeve overlies the window; and a hardenable substance disposed in the window and in an annulus between the window structure and the outer sleeve, the hardenable substance having hardened to a solid state from a flowable state, and the hardenable substance supporting the sleeve against deflection toward the window.
An assembly for a lighting device comprising a light module, a lens and a reflector, wherein the light module comprises a light source, wherein the light source comprises a light aperture, the lens being placed over the light aperture of the light source, the reflector comprising an entrance aperture and an exit aperture, with the entrance aperture facing the lens and with the light aperture of the light source, the lens and the entrance aperture and the exit aperture of the reflector being located on one optical axis, wherein the lens is mounted on the light module by means of a first bayonet mount and the reflector is mounted on the lens by means of a second bayonet mount, characterized in that the second bayonet mount, viewed along the direction of the optical axis, is located within the first bayonet mount.
Packaging machine having at least one registration device (13, 16), in particular log-in device, for logging in and monitoring personal-related access authorization, wherein at least one of the registration devices (13, 16) comprises: - a reading unit for receiving information received in a wireless and/or contactless manner from wirelessly or contactless readable, portable data storage media (12, 18), each data storage medium comprising an RFID transponder unit, - wherein the reading unit is only ready for receiving information after previously an input has been made in a log in program, - wherein the packaging machine comprises a control unit, adapted to grant upon logging in different access rights depending on the wirelessly and/or contactless transmitted information, wherein further a transmitting unit for transmitting electromagnetic waves is provided, and the reading and/or transmitting unit is configured as an RFID station for information exchange with the RFID transponder unit, - wherein the at least one log in device further comprises an alternative input device for the hard-wired input of information. - a reading unit for receiving information received in a wireless and/or contactless manner from wirelessly or contactless readable, portable data storage media (12, 18), each data storage medium comprising an RFID transponder unit, - wherein the reading unit is only ready for receiving information after previously an input has been made in a log in program, - wherein the packaging machine comprises a control unit, adapted to grant upon logging in different access rights depending on the wirelessly and/or contactless transmitted information, wherein further a transmitting unit for transmitting electromagnetic waves is provided, and the reading and/or transmitting unit is configured as an RFID station for information exchange with the RFID transponder unit, - wherein the at least one log in device further comprises an alternative input device for the hard-wired input of information.
A regenerative braking control apparatus for an autonomous vehicle comprising: an interface unit configured to receive driving environment information of the vehicle; an object detection device configured to generate object information by detecting an object outside the vehicle; and a processor configured to determine whether to perform regenerative braking, based on the driving environment information and the object information, and provide a signal corresponding to a result of the determination, characterized in that, in response to a determination to perform regenerative braking, the processor is further configured to determine a regenerative braking start time based on whether the vehicle travels in an unmanned driving mode or a manned driving mode. an interface unit configured to receive driving environment information of the vehicle; an object detection device configured to generate object information by detecting an object outside the vehicle; and a processor configured to determine whether to perform regenerative braking, based on the driving environment information and the object information, and provide a signal corresponding to a result of the determination, characterized in that, in response to a determination to perform regenerative braking, the processor is further configured to determine a regenerative braking start time based on whether the vehicle travels in an unmanned driving mode or a manned driving mode.
A system that performs noise estimation for an audio adjustment application, comprising: a coherence calculator that determines at least one coherence value between microphone signals generated by at least two microphones that each independently senses acoustic energy in a listening space, wherein a first microphone of the at least two microphones generates a first microphone signal from the acoustic energy and a second microphone of the at least two microphones generates a second microphone signal from the acoustic energy, wherein the acoustic energy comprises a combination of an audio signal transduced by one or more speakers and environmental noise of the acoustic energy that is local to the listening space; and a noise estimate computation processor that determines an estimate of a level of the environmental noise based on the at least one coherence value characterized in that said processor generates an adjustment value based at least on the estimated level of environmental noise that adjusts an electrical audio signal input of the one or more speakers. a coherence calculator that determines at least one coherence value between microphone signals generated by at least two microphones that each independently senses acoustic energy in a listening space, wherein a first microphone of the at least two microphones generates a first microphone signal from the acoustic energy and a second microphone of the at least two microphones generates a second microphone signal from the acoustic energy, wherein the acoustic energy comprises a combination of an audio signal transduced by one or more speakers and environmental noise of the acoustic energy that is local to the listening space; and a noise estimate computation processor that determines an estimate of a level of the environmental noise based on the at least one coherence value characterized in that said processor generates an adjustment value based at least on the estimated level of environmental noise that adjusts an electrical audio signal input of the one or more speakers.
A chute system for a sorting system arranged for transporting objects, the chute system comprising - at least one chute section arranged to transport objects between an inlet in one end and an outlet in the opposite end, and - displacement means (A1, A2) arranged to adjust an angle of inclination (a) of the at least one chute section by displacing the at least one chute section in a motion comprising changing a vertical level of the inlet of the at least one chute section - a control system arranged to control the displacement means (A1-A4), characterised in that the chute system further comprises - a processor arranged to determine an angle of inclination by means of a control algorithm, and wherein the control system is arranged to generate an output to control the displacement means (A1-A4) so as to adjust the angle of inclination accordingly. - at least one chute section arranged to transport objects between an inlet in one end and an outlet in the opposite end, and - displacement means (A1, A2) arranged to adjust an angle of inclination (a) of the at least one chute section by displacing the at least one chute section in a motion comprising changing a vertical level of the inlet of the at least one chute section - a control system arranged to control the displacement means (A1-A4), characterised in that the chute system further comprises - a processor arranged to determine an angle of inclination by means of a control algorithm, and wherein the control system is arranged to generate an output to control the displacement means (A1-A4) so as to adjust the angle of inclination accordingly.
A method for preventing injection locking of a clock repeater circuit, comprising: generating an offset clock signal having a programmable frequency f OS; mixing the offset clock signal with an output signal from the clock repeater circuit having a central frequency f O to generate an active forcing signal having an output frequency f O ± f OS; and connecting the active forcing signal to a guard ring disposed around the clock repeater circuit to deviate an injecting signal having an undesired injecting source frequency f x from the clock repeater circuit outside of an injection locking range for the clock repeater circuit. generating an offset clock signal having a programmable frequency f OS; mixing the offset clock signal with an output signal from the clock repeater circuit having a central frequency f O to generate an active forcing signal having an output frequency f O ± f OS; and connecting the active forcing signal to a guard ring disposed around the clock repeater circuit to deviate an injecting signal having an undesired injecting source frequency f x from the clock repeater circuit outside of an injection locking range for the clock repeater circuit.
An antimicrobial cementitious composition, comprising: a cement-based compound; and imazalil, imazalil sulfate, or a mixture thereof. a cement-based compound; and imazalil, imazalil sulfate, or a mixture thereof.
A refrigerator comprising: a plurality of storage chambers (110; 111) including at least one first storage chamber and at least one second storage chamber; a power-rate information receiving part connected to a smart grid network and configured to receive power-rate information from the smart grid network; a period setting part (20, 30, 101) configured to set an over-cooling period and a power-saving period based on the received power-rate information; an over-cooling controller (20, 30, 101) configured to generate over-cooled cold air in the at least one first storage chamber during the over-cooling period; and a power-saving controller (20, 30, 101) configured to cool the at least one second storage chamber in the power-saving period by selectively directing the over-cooled cold air from the at least one first storage chamber to the at least one second storage chamber during the power-saving period. a plurality of storage chambers (110; 111) including at least one first storage chamber and at least one second storage chamber; a power-rate information receiving part connected to a smart grid network and configured to receive power-rate information from the smart grid network; a period setting part (20, 30, 101) configured to set an over-cooling period and a power-saving period based on the received power-rate information; an over-cooling controller (20, 30, 101) configured to generate over-cooled cold air in the at least one first storage chamber during the over-cooling period; and a power-saving controller (20, 30, 101) configured to cool the at least one second storage chamber in the power-saving period by selectively directing the over-cooled cold air from the at least one first storage chamber to the at least one second storage chamber during the power-saving period.
A computer-implemented method for clearing possible malware from electronic documents, comprising the following steps: - receiving an electronic original document on a control computer; - transmitting the electronic original document to a display computer; - transmitting the document content of the original document via a display signal from the display computer to the control computer; - the control computer creating an electronic document copy from the display signal. - receiving an electronic original document on a control computer; - transmitting the electronic original document to a display computer; - transmitting the document content of the original document via a display signal from the display computer to the control computer; - the control computer creating an electronic document copy from the display signal.
A rotor state sensor system for use with a rotor (120; 121) including a hub, a hub arm and a blade coupled to the hub by the hub arm, the sensor system comprising: sensors adapted to be mounted on the hub arm to define when mounted a first plane, the sensors being further adapted to emit emissions and to receive reflected emissions and to generate a signal (S 1, S2) according to the received reflected emissions; reflector plates adapted to be mounted on the blade, which when mounted define a second plane at locations where the emissions from the sensors are incident on the reflector plates and from which the reflected emissions are reflected towards the sensors; and a computing device adapted for receiving the signal (S1, S2) from the sensors, determining relative orientations of the first and second planes (P1, P2) according to the received signal (S1, S2) and determining a condition of the rotor based on the determined relative orientations. sensors adapted to be mounted on the hub arm to define when mounted a first plane, the sensors being further adapted to emit emissions and to receive reflected emissions and to generate a signal (S 1, S2) according to the received reflected emissions; reflector plates adapted to be mounted on the blade, which when mounted define a second plane at locations where the emissions from the sensors are incident on the reflector plates and from which the reflected emissions are reflected towards the sensors; and a computing device adapted for receiving the signal (S1, S2) from the sensors, determining relative orientations of the first and second planes (P1, P2) according to the received signal (S1, S2) and determining a condition of the rotor based on the determined relative orientations.
Device for immobilizing an opening panel of a motor vehicle articulated to the body of the latter, in a position close to said body, including a frame (3, 4) attached to an interior face of the opening panel and forming the support of a bolt capable, in a first state, of being housed behind an edge of the body delimiting the opening with which the opening panel is associated, and, in a second state, to be retracted in order to be able to bypass said edge, when the opening panel is moving away, the bolt being, on the one hand, subjected to the force of a return member tending to make it protrude in its position of immobilization of the opening panel and, on the other hand, connected to an operating element tending to retract it against the aforementioned force, the frame (3,4) including, opposite the bolt, a stop intended to come into contact with said edge of the opening, characterized in that the device includes a trigger for immobilizing the bolt in its second state, the arming of which is ensured by maneuvering the bolt towards its second state and the retraction of which is ensured by the aforementioned edge of the opening of the body, serving as a detent, thus releasing the bolt in the direction of the aforementioned stop.
Cooking device comprising a housing, which has a cooking chamber, and a cooking chamber door, which can close a loading opening of the housing, wherein a peripheral region of the housing adjoins the loading opening, said peripheral region being completely covered by the cooking chamber door in the closed state, wherein the peripheral region of the housing is provided with a microwave seal and wherein a cooking chamber seal is located between the microwave seal and the cooking chamber on the peripheral region, wherein the microwave seal completely surrounds the perimeter of the loading opening so that a release of microwave radiation through the loading opening is effectively prevented, characterized in that the microwave seal is designed as a groove in the peripheral region.