mhurhangee/ep-ind-claims huggingface dataset:
Shearing unit for extrusion presses, comprising: - a shear comprising a blade and a slide blade holder, the slide blade holder being suitable for holding the blade and for sliding vertically within the guides of a shear-to-press connecting structure; - a shearing actuator suitable for adjusting the vertical movements of the shear; - a linear transducer suitable for controlling the position of the shearing actuator; characterized by further comprising an adjustment mechanism for the shear, comprising a motor suitable for adjusting the distance between the blade and the matrix of the press before the start of a process of extrusion, a cylinder lock for blocking said distance, and a removal actuator suitable for moving away the shear from a matrix of the press after shearing. - a shear comprising a blade and a slide blade holder, the slide blade holder being suitable for holding the blade and for sliding vertically within the guides of a shear-to-press connecting structure; - a shearing actuator suitable for adjusting the vertical movements of the shear; - a linear transducer suitable for controlling the position of the shearing actuator;
A vehicle-mounted base station (102, 103, 104, 200, 800) for providing dynamic power management, comprising: a processor within an enclosure mounted in a vehicle; a power management unit coupled to the processor; an automotive bus monitoring system coupled to the power management unit and to an automotive bus of the vehicle; a voltage measurement module also coupled to the power management unit and to a battery of the vehicle; a baseband processor coupled to the processor; a first wireless access module coupled to the baseband processor and configured to provide access for user devices to a gateway to access another network; a second wireless access module coupled to the baseband processor; and a global positioning system, GPS, module and a geofencing module coupled to the GPS module and the processor, the geofencing module being coupled to the power management unit, wherein the power management unit is coupled to each of the first and the second wireless access modules, is configured to determine a power state based on the automotive bus and the battery, and is configured to enable the processor to coordinate access radio bringup, access radio shutdown, or smooth disconnection for the first or the second wireless access modules based on a power state at the power management unit, wherein the geofencing module determines whether a given radio access technology should be activated or deactivated based on a location received from the GPS module, the GPS module being coupled to a GPS antenna mounted exterior to the vehicle. a processor within an enclosure mounted in a vehicle; a power management unit coupled to the processor; an automotive bus monitoring system coupled to the power management unit and to an automotive bus of the vehicle; a voltage measurement module also coupled to the power management unit and to a battery of the vehicle; a baseband processor coupled to the processor; a first wireless access module coupled to the baseband processor and configured to provide access for user devices to a gateway to access another network; a second wireless access module coupled to the baseband processor; and a global positioning system, GPS, module and a geofencing module coupled to the GPS module and the processor, the geofencing module being coupled to the power management unit,
A locking device for an electric charging device (1, 3, 4, 5) of a motor vehicle, in particular of an electric or hybrid motor vehicle, having a movable bolt element, which is provided for releasably locking a charging plug in a charging socket of the electric charging device (1, 3, 4, 5), and having a motor drive (4, 5) for moving the bolt element, wherein the motor drive (4, 5) is designed as a component of a modular locking actuator that can be connected to a charging module in the course of assembly, wherein the locking actuator additionally has the bolt element in addition to the motor drive (4, 5), wherein the bolt element is held in a displaceable and sealing manner with the interposition of a seal recessed into a locking actuator housing, wherein the locking actuator is equipped with plug-in contacts, which, in the course of assembly, engage in at least one associated plug-in socket in the charging module, or vice versa, wherein the plug-in contacts are arranged in a plug-in projection of the locking actuator housing, wherein the plug-in projection enters a receptacle of the charging module housing during a plug-in operation between the locking actuator and the charging module, wherein an additionally provided seal ensures a sealing in this case.
A method of producing beer, said method comprising the successive steps of: a. fermenting a wort containing fermentable sugars with an active yeast to produce a beer containing 1-10 vol.% ethanol and further containing the beer flavour substances diacetyl; acetaldehyde; dimethyl sulfide; ethyl acetate; isoamyl acetate; ethyl valerate; ethyl hexanoate; iso-amyl alcohol and 2-methylbutan-1-ol; b. contacting the fermenting wort or the beer with polyvinylpolypyrrolidone (PVPP) particles as well as with porous adsorbent particles to selectively adsorb one or more surplus flavour substances selected from diacetyl, acetaldehyde and dimethyl sulfide; and c. simultaneously separating the PVPP particles and the adsorbent particles containing the one or more adsorbed surplus flavour substances from the beer to produce a flavour adjusted beer containing 1-10 vol.% ethanol; wherein the porous adsorbent particles comprise an adsorbent containing amine functionalities; and wherein the adsorbent particles' affinity ratio θ i for at least one of the surplus flavour substances exceeds 5; the affinity ratio θ i for surplus flavour substance i being defined by the following equation; θ i = K i / K ethanol; wherein: • K i represents the adsorbent particles' affinity constant for surplus flavour substance i; • K ethanol represents the adsorbent particles' affinity constant for ethanol; wherein the adsorbent particles have a higher affinity for acetaldehyde, diacetyl and dimethyl sulphide than for ethanol and the other beer flavour substances. a. fermenting a wort containing fermentable sugars with an active yeast to produce a beer containing 1-10 vol.% ethanol and further containing the beer flavour substances diacetyl; acetaldehyde; dimethyl sulfide; ethyl acetate; isoamyl acetate; ethyl valerate; ethyl hexanoate; iso-amyl alcohol and 2-methylbutan-1-ol; b. contacting the fermenting wort or the beer with polyvinylpolypyrrolidone (PVPP) particles as well as with porous adsorbent particles to selectively adsorb one or more surplus flavour substances selected from diacetyl, acetaldehyde and dimethyl sulfide; and c. simultaneously separating the PVPP particles and the adsorbent particles containing the one or more adsorbed surplus flavour substances from the beer to produce a flavour adjusted beer containing 1-10 vol.% ethanol; wherein the porous adsorbent particles comprise an adsorbent containing amine functionalities; and wherein the adsorbent particles' affinity ratio θ i for at least one of the surplus flavour substances exceeds 5; the affinity ratio θ i for surplus flavour substance i being defined by the following equation; θ i = K i / K ethanol; wherein: • K i represents the adsorbent particles' affinity constant for surplus flavour substance i; • K ethanol represents the adsorbent particles' affinity constant for ethanol; • K i represents the adsorbent particles' affinity constant for surplus flavour substance i; • K ethanol represents the adsorbent particles' affinity constant for ethanol; wherein the adsorbent particles have a higher affinity for acetaldehyde, diacetyl and dimethyl sulphide than for ethanol and the other beer flavour substances.
Apparatus for influencing the propulsion of a vehicle, wherein the apparatus - contains first means which are used to capture a lateral acceleration variable (aq) which describes the lateral acceleration acting on the vehicle, - contains second means which are used to determine a variable (aqperz) describing the temporal behaviour of the lateral acceleration variable, wherein a period duration variable (aqperz) is determined as the variable describing the temporal behaviour of the lateral acceleration variable and describes the temporal spacing between two zero crossings of the lateral acceleration variable with an identical sign change, in particular a sign change from positive to negative values of the lateral acceleration variable, - contains third means (401, 403, 405) which are used to determine an intervention variable (DKEG) at least on the basis of the lateral acceleration variable and the variable describing the temporal behaviour of the lateral acceleration variable, - contains fourth means which are used to carry out at least engine interventions for the purpose of influencing the propulsion, wherein the engine interventions are carried out on the basis of the intervention variable (DKEG). - contains first means which are used to capture a lateral acceleration variable (aq) which describes the lateral acceleration acting on the vehicle, - contains second means which are used to determine a variable (aqperz) describing the temporal behaviour of the lateral acceleration variable, wherein a period duration variable (aqperz) is determined as the variable describing the temporal behaviour of the lateral acceleration variable and describes the temporal spacing between two zero crossings of the lateral acceleration variable with an identical sign change, in particular a sign change from positive to negative values of the lateral acceleration variable, - contains third means (401, 403, 405) which are used to determine an intervention variable (DKEG) at least on the basis of the lateral acceleration variable and the variable describing the temporal behaviour of the lateral acceleration variable, - contains fourth means which are used to carry out at least engine interventions for the purpose of influencing the propulsion, wherein the engine interventions are carried out on the basis of the intervention variable (DKEG).
An audio decoding method, applicable to an audio decoding system comprising N channels, wherein N is an integer greater than or equal to 2, wherein the method comprises: receiving data packets; when data packet loss is detected and audio data of an audio frame corresponding to M channels in N channels is lost, if audio data of other channels than the M channels in the N channels, which belongs to the same audio frame as the lost audio data in the audio frame, is not lost, decoding the un-lost audio data of the audio frame corresponding to the N-M channels, wherein M is an integer greater than 0 and smaller than N; extracting a signal characteristic parameter of the un-lost audio data of the audio frame corresponding to the N-M channels which is obtained after decoding; determining whether correlation exists between a first channel and a second channel, wherein the first channel is any one of the M channels with lost audio data of the audio frame, and the second channel is any one of the N-M channels without audio data loss in the audio frame; and if correlation exists between the first channel and the second channel, performing packet loss concealment processing on lost audio data of the audio frame corresponding to the first channel according to a signal characteristic parameter of un-lost audio data of the audio frame corresponding to the second channel; if correlation does not exist between the first channel and the second channel, performing intra-channel packet loss concealment processing on the lost audio data of the audio frame corresponding to the first channel according to a preset packet loss concealment algorithm. receiving data packets; when data packet loss is detected and audio data of an audio frame corresponding to M channels in N channels is lost, if audio data of other channels than the M channels in the N channels, which belongs to the same audio frame as the lost audio data in the audio frame, is not lost, decoding the un-lost audio data of the audio frame corresponding to the N-M channels, wherein M is an integer greater than 0 and smaller than N; extracting a signal characteristic parameter of the un-lost audio data of the audio frame corresponding to the N-M channels which is obtained after decoding; determining whether correlation exists between a first channel and a second channel, wherein the first channel is any one of the M channels with lost audio data of the audio frame, and the second channel is any one of the N-M channels without audio data loss in the audio frame; and if correlation exists between the first channel and the second channel, performing packet loss concealment processing on lost audio data of the audio frame corresponding to the first channel according to a signal characteristic parameter of un-lost audio data of the audio frame corresponding to the second channel; if correlation does not exist between the first channel and the second channel, performing intra-channel packet loss concealment processing on the lost audio data of the audio frame corresponding to the first channel according to a preset packet loss concealment algorithm.
An orthodontic adhesive system comprising: an engineered marine mussel protein including at least one catechol moiety or catechol derivative moiety, and a nitrocatechol derivative selected from the group consisting of nitrodopamine, nitronorepinephrine, and nitroepinephrine. an engineered marine mussel protein including at least one catechol moiety or catechol derivative moiety, and a nitrocatechol derivative selected from the group consisting of nitrodopamine, nitronorepinephrine, and nitroepinephrine.
A lock for sliding fixtures, comprising an operative assembly equipped with a hook on which two mobile appendixes are arranged; said hook defining at least two operating positions; an extended position, in which said hook will possibly engage a locking seat formed in a lock striker (6, 7), and a retracted position, in which said hook is substantially inside the operative assembly and does not engage the locking seat; in said retracted position, said appendixes being substantially fitted inside the body of the hook; in said extended position said appendixes being arranged at a right angle relative to the driving axis of the hook so as to engage two undercuts formed in said seat of said lock striker (6, 7) characterised in that said lock comprises a mechanism arranged within the body of said operative assembly which is formed by two half-shells; said mechanism controlling the movement of said hook and said appendixes; said operative assembly being fitted into a seat formed in a shutter and being fixed through an outer casing, formed by a pair of plates mounted on said operative assembly.
An image display device comprising: an acquisition unit configured to acquire two or more types of information; a detection unit configured to detect at least one of an acceleration, an orientation, and an angular velocity of the image display device; a storage section configured to store, for each state of the image display device, a threshold value of an orientation and a predetermined time for detecting the state, and configured to store, for each operation of the image display device, a threshold value of a change amount of an orientation and a predetermined time for detecting the operation; an image change section configured to determine the state of the image display device on the basis of a detection result of the detection unit and information stored by the storage section, switch information, which is to be selected from the two or more types of information acquired by the acquisition unit, in accordance with the determined state of the image display device, and generate display data based on the switched information; and a display unit configured to display the display data, wherein the image change section generates additional information when the image display device performs a reciprocal operation between a reference posture and an out-of-reference posture, in the predetermined time. an acquisition unit configured to acquire two or more types of information; a detection unit configured to detect at least one of an acceleration, an orientation, and an angular velocity of the image display device; a storage section configured to store, for each state of the image display device, a threshold value of an orientation and a predetermined time for detecting the state, and configured to store, for each operation of the image display device, a threshold value of a change amount of an orientation and a predetermined time for detecting the operation; an image change section configured to determine the state of the image display device on the basis of a detection result of the detection unit and information stored by the storage section, switch information, which is to be selected from the two or more types of information acquired by the acquisition unit, in accordance with the determined state of the image display device, and generate display data based on the switched information; and a display unit configured to display the display data, wherein the image change section generates additional information when the image display device performs a reciprocal operation between a reference posture and an out-of-reference posture, in the predetermined time.
Composition for dyeing human keratin fibres, comprising: (a) at least one oxidation dye precursor; (b) at least one first amphoteric or zwitterionic surfactant; (c) at least one second non-ionic or anionic surfactant; (d) at least one fatty substance; (e) at least one cationic polymer; (f) at least one non-ionic guar gum; (g) at least one oxidizing agent other than atmospheric oxygen. (a) at least one oxidation dye precursor; (b) at least one first amphoteric or zwitterionic surfactant; (c) at least one second non-ionic or anionic surfactant; (d) at least one fatty substance; (e) at least one cationic polymer; (f) at least one non-ionic guar gum; (g) at least one oxidizing agent other than atmospheric oxygen.
An electronic device, comprising: a housing having a sidewall; a speaker in the housing configured to emit sound; a fabric layer having openings configured to allow the sound to pass, wherein the fabric layer overlaps the sidewall; a flexible substrate layer with an array of light-emitting devices that is interposed between the fabric layer and the housing and is configured to emit light towards the housing; and an acoustically transparent component-hiding layer interposed between the flexible substrate layer and the housing, wherein the acoustically transparent component-hiding layer is configured to reflect the light emitted by the array of light-emitting devices back through the flexible substrate layer away from the housing. a housing having a sidewall; a speaker in the housing configured to emit sound; a fabric layer having openings configured to allow the sound to pass, wherein the fabric layer overlaps the sidewall; a flexible substrate layer with an array of light-emitting devices that is interposed between the fabric layer and the housing and is configured to emit light towards the housing; and an acoustically transparent component-hiding layer interposed between the flexible substrate layer and the housing, wherein the acoustically transparent component-hiding layer is configured to reflect the light emitted by the array of light-emitting devices back through the flexible substrate layer away from the housing.
A portable hair removal and fluid application device having a head portion comprising a hair removal means, and a handle having a fluid reservoir and a fluid dispensing means, wherein said fluid dispensing means is located in said head portion, wherein said head portion comprises a front surface and a back surface, wherein said front surface comprises said hair removal means and said back surface comprises said fluid dispensing means, said fluid dispensing means having a skin contacting surface, and wherein said head portion has a storage configuration and an in use configuration, wherein in said storage configuration said head portion is positioned adjacent said handle and substantially parallel thereto and in said in use configuration said head portion is positioned substantially perpendicular to said handle, characterized in that said fluid dispensing means is selected from foams, wovens, nonwovens, apertured or perforated films, felt and combinations thereof.
Braking assembly for a service brake of commercial vehicles, comprising brake actuators, wheel revolutions sensors, a brake force generator and an electronic controller, in which, when an axle load sensor (23 - 26) is provided and operable, said electronic controller operates according to the principle of brake slip control using axle load signals of said axle load sensor (23 - 26) for determining initial values, characterised in that, in the presence of a differential brake slip controller, the range of adjustment of the differential slip controller is limited by values of said operable axle load sensor (23 - 26) or an axle load estimate, and that alternatively, in the presence of an operable axle load sensor (23 - 26), said electronic controller adjusts the brake force according to the principle of brake force control in response to a brake demand signal of said brake force generator and in response to axle load signals of said axle load sensor (23 - 26) and operates according to the principle of differential slip control in the event of failure of said axle load sensor.