mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting and addressing chatter from Yankee dryer doctor blades used in the creping process, cleaning, or cut-off operations, the method comprising the steps of: over a period of time, with an sensor constructed and arranged to measure the frequencies and amplitudes of vibrations in a doctor blade as it crepes a paper product, measuring the frequencies and amplitudes of the vibrations indexed by time, collecting the measurements into a time waveform, converting the time waveform into a fast-Fourier transform having a frequency spectrum which includes distinct vibration bands, correlating characteristics of the vibration bands with acceptable performance properties of the doctor blade and to define a baseline of acceptable vibration bands, predicting from the correlated characteristics the degree of deviation from the baseline of acceptable vibration bands associated with doctor blade chatter, and outputting when a data point on a vibration band exceeds the degree of deviation excessive chatter has occurred. over a period of time, with an sensor constructed and arranged to measure the frequencies and amplitudes of vibrations in a doctor blade as it crepes a paper product, measuring the frequencies and amplitudes of the vibrations indexed by time, collecting the measurements into a time waveform, converting the time waveform into a fast-Fourier transform having a frequency spectrum which includes distinct vibration bands, correlating characteristics of the vibration bands with acceptable performance properties of the doctor blade and to define a baseline of acceptable vibration bands, predicting from the correlated characteristics the degree of deviation from the baseline of acceptable vibration bands associated with doctor blade chatter, and outputting when a data point on a vibration band exceeds the degree of deviation excessive chatter has occurred.
A method implemented using one or more processors, comprising: receiving a free-form natural language text segment from a first user via a client device operated by the first user, wherein the free-form natural language text segment comprises a request pertaining to a second user; identifying at least first and second data sources that are accessible by an automated assistant to retrieve data associated with the second user, wherein the first and second data sources include sufficient data to respond to the request; determining a first privacy score assigned to the first data source and a second privacy score assigned to the second data source; determining an aggregate privacy score associated with responding to the request based on the first privacy score and the second privacy score; and causing the client device operated by the first user to respond to the request in response to a determination that the aggregate privacy score associated with responding to the request satisfies a privacy criterion established for the second user with respect to the first user. receiving a free-form natural language text segment from a first user via a client device operated by the first user, wherein the free-form natural language text segment comprises a request pertaining to a second user; identifying at least first and second data sources that are accessible by an automated assistant to retrieve data associated with the second user, wherein the first and second data sources include sufficient data to respond to the request; determining a first privacy score assigned to the first data source and a second privacy score assigned to the second data source; determining an aggregate privacy score associated with responding to the request based on the first privacy score and the second privacy score; and causing the client device operated by the first user to respond to the request in response to a determination that the aggregate privacy score associated with responding to the request satisfies a privacy criterion established for the second user with respect to the first user.
An apparatus for use downhole comprising: a top housing with a first end, a second end, an axis; a bottom housing with a first end located proximate to the second end of the top housing, and a second end, wherein the bottom housing is coaxial with the axis; a first magnetic anomaly sensor located within the top housing; a second magnetic anomaly sensor located within the bottom housing and located a fixed axial distance from the first magnetic anomaly sensor; and a processor located within the top housing, operatively connected to the first magnetic anomaly sensor and the second magnetic anomaly sensor, wherein the processor is configured to calculate the velocity of the apparatus based on comparing measurements taken from the first magnetic anomaly sensor and the second magnetic anomaly sensor. a top housing with a first end, a second end, an axis; a bottom housing with a first end located proximate to the second end of the top housing, and a second end, wherein the bottom housing is coaxial with the axis; a first magnetic anomaly sensor located within the top housing; a second magnetic anomaly sensor located within the bottom housing and located a fixed axial distance from the first magnetic anomaly sensor; and a processor located within the top housing, operatively connected to the first magnetic anomaly sensor and the second magnetic anomaly sensor, wherein the processor is configured to calculate the velocity of the apparatus based on comparing measurements taken from the first magnetic anomaly sensor and the second magnetic anomaly sensor.
A method for performing pressure tests on a composite pressure vessel, comprising the steps of: a. Providing a composite pressure vessel comprising at least one opening, preferably a single opening, for an injection of a liquid; b. Injecting the liquid in the composite pressure vessel through the at least one opening to reach a threshold pressure; c. Measuring an external volume variation of the composite pressure vessel; d. Draining the liquid from the composite pressure vessel through the at least one opening; e. Drying the inside cavity of the composite pressure vessel using a drying gas; wherein the step of drying the inside cavity of the composite pressure vessel is performed at a pressure inside the composite pressure vessel, which is lower than an external pressure. a. Providing a composite pressure vessel comprising at least one opening, preferably a single opening, for an injection of a liquid; b. Injecting the liquid in the composite pressure vessel through the at least one opening to reach a threshold pressure; c. Measuring an external volume variation of the composite pressure vessel; d. Draining the liquid from the composite pressure vessel through the at least one opening; e. Drying the inside cavity of the composite pressure vessel using a drying gas;
A three-dimensional image displaying apparatus comprising: a storage unit (140, 176) configured to store first parallax correction information that defines a first area and a second area in a three-dimensional image, defines a first parallax amount in the first area, and defines a second parallax amount different from the first parallax amount in the second area; a control unit (11, 170) configured to adjust parallax of an input three-dimensional image according to said different parallaxes in the first area and in the second area so as to generate a three-dimensional image corrected in accordance with the first parallax information; and a display configured to display the generated three-dimensional image. a storage unit (140, 176) configured to store first parallax correction information that defines a first area and a second area in a three-dimensional image, defines a first parallax amount in the first area, and defines a second parallax amount different from the first parallax amount in the second area; a control unit (11, 170) configured to adjust parallax of an input three-dimensional image according to said different parallaxes in the first area and in the second area so as to generate a three-dimensional image corrected in accordance with the first parallax information; and a display configured to display the generated three-dimensional image.
A method for adjusting a window size, adapted for a portable apparatus having a touch screen and a motion sensor, comprising: detecting a touch operation performed on the touch screen; detecting a rotation angle and a rotation direction of the portable apparatus relative to a reference axis perpendicular to the touch screen by using the motion sensor when the touch operation is detected, and determining whether the rotation angle is over a threshold; and adjusting a size of a window displayed on the touch screen according to a touch position of the touch operation and the rotation direction when the rotation angle is over the threshold. detecting a touch operation performed on the touch screen; detecting a rotation angle and a rotation direction of the portable apparatus relative to a reference axis perpendicular to the touch screen by using the motion sensor when the touch operation is detected, and determining whether the rotation angle is over a threshold; and adjusting a size of a window displayed on the touch screen according to a touch position of the touch operation and the rotation direction when the rotation angle is over the threshold.
A medical implant detachment mechanism for holding and releasing a medical implant in an introducer assembly, the detachment mechanism having a longitudinal axis, a proximal end and a distal end, and including: a jaw unit including a plurality of jaw elements (14, 16) located at the distal end of the device, the jaw elements (14, 16) having a closed configuration and an open configuration and being configured to be in the closed configuration when unbiased, the jaw elements (14, 16) forming a medical implant coupling chamber designed to receive a coupling element of a medical implant, the jaw unit including an enclosure separate from the coupling chamber and disposed proximally of the coupling chamber; a jaw opening element disposed in the enclosure of the jaw unit, the jaw opening element having a first, non-biasing, position maintaining the jaw elements (14, 16) in the closed configuration and being longitudinally movable from the first position to a second position, wherein in the second position the jaw opening element biases the jaw elements (14, 16) from the closed configuration to the open configuration; wherein the jaw opening element includes a head member disposed within the enclosure and the jaw unit of the enclosure including at least one rounded or tapering inner wall (32, 34) against which the head member is able to press when longitudinally moved to bias the jaw elements (14, 16) into the open configuration; wherein the second position of the jaw opening element is proximal of the first position, and the jaw opening element is retracted proximally in the longitudinal direction to open the jaw elements (14, 16). a jaw unit including a plurality of jaw elements (14, 16) located at the distal end of the device, the jaw elements (14, 16) having a closed configuration and an open configuration and being configured to be in the closed configuration when unbiased, the jaw elements (14, 16) forming a medical implant coupling chamber designed to receive a coupling element of a medical implant, the jaw unit including an enclosure separate from the coupling chamber and disposed proximally of the coupling chamber; a jaw opening element disposed in the enclosure of the jaw unit, the jaw opening element having a first, non-biasing, position maintaining the jaw elements (14, 16) in the closed configuration and being longitudinally movable from the first position to a second position, wherein in the second position the jaw opening element biases the jaw elements (14, 16) from the closed configuration to the open configuration; wherein the jaw opening element includes a head member disposed within the enclosure and the jaw unit of the enclosure including at least one rounded or tapering inner wall (32, 34) against which the head member is able to press when longitudinally moved to bias the jaw elements (14, 16) into the open configuration;
A method comprising the steps of: receiving, by a receiver, dedicated control information, DCI, destined for the receiver in a resource contained in configured resource candidates, the resource being a unit for data allocation in a combination of time and frequency domains, the dedicated control information, DCI, including modulation and coding information of a data packet transmitted on a shared data channel, SDCH, destined for the receiver, wherein a PHY frame of the resource includes a control region and a separate data region, and the dedicated control information, DCI, is located in the data region that is allocated after the control region in the time domain; monitoring, by the receiver, the configured resource candidates, the monitoring including attempting to decode the dedicated control information, DCI, destined for the receiver; and when the dedicated control information, DCI, is successfully decoded, obtaining the data packet corresponding to the successfully decoded dedicated control information, DCI. receiving, by a receiver, dedicated control information, DCI, destined for the receiver in a resource contained in configured resource candidates, the resource being a unit for data allocation in a combination of time and frequency domains, the dedicated control information, DCI, including modulation and coding information of a data packet transmitted on a shared data channel, SDCH, destined for the receiver, wherein a PHY frame of the resource includes a control region and a separate data region, and the dedicated control information, DCI, is located in the data region that is allocated after the control region in the time domain; monitoring, by the receiver, the configured resource candidates, the monitoring including attempting to decode the dedicated control information, DCI, destined for the receiver; and when the dedicated control information, DCI, is successfully decoded, obtaining the data packet corresponding to the successfully decoded dedicated control information, DCI.
A smoking article incorporating a sustained-release liquid delivery material, characterised in that the liquid delivery material comprises: a closed matrix structure defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material, wherein the liquid delivery material provides a sustained release of the liquid composition upon compression of the material over a range of force of at least 5 Newtons. a closed matrix structure defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material, wherein the liquid delivery material provides a sustained release of the liquid composition upon compression of the material over a range of force of at least 5 Newtons.
A method for processing old concrete, wherein the old concrete comprises cement rock and an aggregate, in particular sand and/or gravel, wherein the method comprises the steps: grinding the old concrete in a grinding device, classifying the ground old concrete in a classifying device into at least two products (26, 28, 30) of different grain fractions, the grinding is effected at a grinding pressure of less than 50 MPa, and wherein the grinding device comprises a roller mill having two grinding rollers which form, between one another, a grinding gap, characterized in that the grinding of the old concrete is effected with different rotational speeds of the grinding rollers in relation to one another. grinding the old concrete in a grinding device, classifying the ground old concrete in a classifying device into at least two products (26, 28, 30) of different grain fractions, the grinding is effected at a grinding pressure of less than 50 MPa, and wherein the grinding device comprises a roller mill having two grinding rollers which form, between one another, a grinding gap, characterized in that the grinding of the old concrete is effected with different rotational speeds of the grinding rollers in relation to one another.
A bush for a resilient joint, intended for resiliently assembling two structural parts of a vehicle, the bush having on at least one of its two axial ends a radial support face defining a radial reference plane and a means for increasing the friction (19, 21) between the support face and one of the two structural parts, the means for increasing the friction being formed by a plurality of recesses and elevations on the radial support face, in which the recesses and the elevations are formed by a laser beam, the recesses having a maximum axial depth of less than 1 mm, in particular less than 0.5 mm, and the elevations having a maximum axial height of less than 1 mm, in particular less than 0.5 mm, respectively relative to the radial reference plane, in which an elevation is disposed between a recess and a non-deformed portion of the radial support face, the non-deformed portion being situated in the radial reference plane, and the elevations and the recesses being contiguous and that two elevations are associated with each recess and that the elevations are formed by the deformed material during the formation of the recesses with the laser beam, characterized in that the elevations and the recesses have substantially equal height or depth values relative to the radial reference plane.
A method for a device to communicate over a wireless network, the method being executed by the device, said method comprising: transmitting a beacon according to a media access control protocol during a beacon interval of a beacon period, the beacon comprising scheduled data transmission information; receiving one or more neighbor beacons transmitted by one or more neighbor devices according to the media access control protocol during the beacon interval of the beacon period, each neighbor beacon comprising neighbor scheduled data transmission information; periodically transmitting scheduled data according to a scheduled data transmission period provided in the scheduled data transmission information; periodically listening for neighbor scheduled data according to the neighbor scheduled data transmission information; receiving neighbor scheduled data from each of the one or more neighbor devices, the neighbor scheduled data from each of the one or more neighbor devices comprising a neighbor count, the neighbor count identifying a number of devices in communication with each of the one or more neighbor devices; automatically adjusting the scheduled data transmission period based on the highest neighbor count of the one or more neighbor devices; and allowing the device to enter into a low power mode in which a processor, a transmitter and a receiver of the device are shut down; wherein the beacon and the scheduled data are sent at different fixed periods, independent of one another. transmitting a beacon according to a media access control protocol during a beacon interval of a beacon period, the beacon comprising scheduled data transmission information; receiving one or more neighbor beacons transmitted by one or more neighbor devices according to the media access control protocol during the beacon interval of the beacon period, each neighbor beacon comprising neighbor scheduled data transmission information; periodically transmitting scheduled data according to a scheduled data transmission period provided in the scheduled data transmission information; periodically listening for neighbor scheduled data according to the neighbor scheduled data transmission information; receiving neighbor scheduled data from each of the one or more neighbor devices, the neighbor scheduled data from each of the one or more neighbor devices comprising a neighbor count, the neighbor count identifying a number of devices in communication with each of the one or more neighbor devices; automatically adjusting the scheduled data transmission period based on the highest neighbor count of the one or more neighbor devices; and allowing the device to enter into a low power mode in which a processor, a transmitter and a receiver of the device are shut down; wherein the beacon and the scheduled data are sent at different fixed periods, independent of one another.
A highly concentrated alkaline cleaning composition comprising: a. at least two scale control components comprising a combination of a chelant and a sequestrant, wherein the chelant comprises methyl glycine diacetic acid, disodium hydroxymethyl-iminodiacetic acid, iminodisuccinic acid, [S,S]-ethylenediamine-N,N'- disuccinic acid, glycolic acid, lactic acid, or mixtures of two or more thereof, and wherein the sequestrant comprises sodium polyaspartate, sodium carboxymethyl inulin, aminotrimethylene phosphonate, polyacrylic acid, and glutamic acid, N,N-diacetic acid tetrasodium salt, or mixtures of two or more thereof; b. a hydrotrope comprising an alkylglucoside, a polyalkylglucoside, sodium xylene sulfonate, octyldimethylamine oxide, or mixtures of two or more thereof, wherein the hydrotope is present in the concentrated alkaline cleaning composition in amounts ranging from 2 to 50 wt.% based upon the total weight of the composition; c. a source of alkalinity; and d. water, which composition possesses and maintains scale control properties at low use-dilutions. a. at least two scale control components comprising a combination of a chelant and a sequestrant, wherein the chelant comprises methyl glycine diacetic acid, disodium hydroxymethyl-iminodiacetic acid, iminodisuccinic acid, [S,S]-ethylenediamine-N,N'- disuccinic acid, glycolic acid, lactic acid, or mixtures of two or more thereof, and wherein the sequestrant comprises sodium polyaspartate, sodium carboxymethyl inulin, aminotrimethylene phosphonate, polyacrylic acid, and glutamic acid, N,N-diacetic acid tetrasodium salt, or mixtures of two or more thereof; b. a hydrotrope comprising an alkylglucoside, a polyalkylglucoside, sodium xylene sulfonate, octyldimethylamine oxide, or mixtures of two or more thereof, wherein the hydrotope is present in the concentrated alkaline cleaning composition in amounts ranging from 2 to 50 wt.% based upon the total weight of the composition; c. a source of alkalinity; and d. water, which composition possesses and maintains scale control properties at low use-dilutions.
A compression therapy apparatus (100, 200, 300, 400), comprising: a bandage (110, 210, 310, 410); and a tension indicator comprising layers of liquid crystal droplets deposited on a polymer matrix, the tension indicator coupled to the bandage (110, 210, 310, 410) and adapted to color shift under tension. a bandage (110, 210, 310, 410); and a tension indicator comprising layers of liquid crystal droplets deposited on a polymer matrix, the tension indicator coupled to the bandage (110, 210, 310, 410) and adapted to color shift under tension.
A shock absorber for the mounting of an object in or on a vehicle, in particular surface vessel or underwater vehicle, with at least one foundation part and with a mounting part which is distanced thereto and which is connected to the foundation part via at least one oscillation-damping part which is formed at least partly from a shape memory material, and which extends in an arched manner from the foundation part to the mounting part, wherein the oscillation-damping part has the shape of a bow with two end sections which are aligned parallel to one another, characterised in that the bow comprises two limbs (24a, 24b) whose distance to one another in a region which is adjacent the two end sections aligned parallel to one another, constantly decreases amid the formation of a turning point of the limbs (24a, 24b), wherein the limbs (24a, 24b) merge into two sections which are aligned parallel to one another and which are connected to one another by an arch.