mhurhangee/ep-ind-claims huggingface dataset:
Sealing system, comprising: a sealing device (20; 30) for sealing adjacent machine parts, in particular moulding tool parts, characterised in that the sealing system has a light-emitting device which is arranged in such a way that the light-emitting device can illuminate a section of the sealing device (20; 30).
Wafer (1, 2; 1b, 2; 1c, 2) comprising a carrier layer and a separating layer arranged between the carrier layer and the wafer, wherein the separating layer adheres to the wafer (1, 2; 1b, 2; 1c, 2) and adheres to the carrier layer more firmly than to the wafer, characterized in that the separating layer is a plasma-polymeric layer.
A medical device, comprising: an acoustic transducer, which is configured to sense acoustic waves emitted from a body of a living subject in response to a periodic physiological activity and to output an electrical signal in response to the sensed waves; a display; and processing circuitry, which is configured to compute respective autocorrelations of the electrical signal for a plurality of different times within a period of the physiological activity, to transform the respective autocorrelations to a frequency domain, and to render to the display, responsively to the transformed autocorrelations, a graphical representation of a spectral distribution of an energy of the acoustic waves over the period, wherein the processing circuitry, is configured to render to the display the graphical representation comprising a plot having a frequency axis and a time axis defining a time-frequency plane and presenting a value of the energy at each point in the time-frequency plane. an acoustic transducer, which is configured to sense acoustic waves emitted from a body of a living subject in response to a periodic physiological activity and to output an electrical signal in response to the sensed waves; a display; and processing circuitry, which is configured to compute respective autocorrelations of the electrical signal for a plurality of different times within a period of the physiological activity, to transform the respective autocorrelations to a frequency domain, and to render to the display, responsively to the transformed autocorrelations, a graphical representation of a spectral distribution of an energy of the acoustic waves over the period, wherein the processing circuitry, is configured to render to the display the graphical representation comprising a plot having a frequency axis and a time axis defining a time-frequency plane and presenting a value of the energy at each point in the time-frequency plane.
A method of communicating a short message data packet via a mobile communications network from a communications terminal, the mobile communications network comprising a radio network part including a plurality of base stations for communicating data packets to or from the communications terminal via a radio access interface, and a core network part, the method comprising, when the communications terminal is in an idle state, communicating the short message data packet from the communications terminal directed to one of the base stations of the mobile communications network as a signalling message, after the communications terminal has attached to the base station, and using predetermined parameters for configuring a transmitter of the communications terminal which correspond with parameters with which a receiver in the base station is configured to receive the short message data packet, the short message data packet including an indication of context information for use by the mobile communications network for communicating the short message data packet to a mobility manager of the mobile communications network, wherein the context information is associated with one or more connections from the communications terminal to destination addresses or to the communications terminal from source addresses and is used to establish communications bearers by the mobile communications network for communicating the data packets to or from the communications terminal via the radio network part and the core network part, and the data packets are communicated by the core network part to the radio network part from source addresses or to the destination addresses from the radio network part.
A ROPS retention system for retaining a suspended cab frame relative to a chassis frame of a work vehicle, the ROPS retention system comprising: - a support bracket (30, 31) configured to be coupled to the chassis frame, the support bracket (30, 31) being positioned relative to the cab frame such that a gap is defined between the support bracket (30, 31) and the cab frame; - a retention stake extending outwardly from a surface of one of the cab frame or the support bracket (30, 31) between a base end and a tip end, the retention stake being configured to be received within a collar opening defined in the other of the cab frame or the support bracket (30, 31), the retention stake defining a stake diameter at the tip end that is less than a diameter of the collar opening; characterized by - a connection strap coupled between the cab frame and the support bracket (30, 31); and when the cab frame is displaced vertically away from the chassis frame, the connection strap is configured to become tensioned so as to limit further vertical displacement of the cab frame. - a support bracket (30, 31) configured to be coupled to the chassis frame, the support bracket (30, 31) being positioned relative to the cab frame such that a gap is defined between the support bracket (30, 31) and the cab frame; - a retention stake extending outwardly from a surface of one of the cab frame or the support bracket (30, 31) between a base end and a tip end, the retention stake being configured to be received within a collar opening defined in the other of the cab frame or the support bracket (30, 31), the retention stake defining a stake diameter at the tip end that is less than a diameter of the collar opening; characterized by - a connection strap coupled between the cab frame and the support bracket (30, 31); and
A light-emitting diode chain, comprising a plurality of light-emitting diodes (LED1... LED4) connected in series and fed by a current source, wherein each light-emitting diode is assigned a control circuit (AS1... AS4), which comprises a controlled switch (Q1... Q4) and which is designed to open or to close a switch controlled according to a control voltage (U st) on a control line common to all control circuits, characterised in that each control circuit (AS1... AS4) comprises a series connection, connected in parallel with the light-emitting diode (LED 1... LED4), of a reference voltage sink (D1, D1') with a reference voltage (U ref) and of a controlled switch and each control circuit is designed to compare the control voltage (U st), measured against a base point of the LED series circuit, with the voltage (UF1... UF4) at the connection between the switch and the subsequent LED in the chain or the base point, and to close the switch if the control voltage (U st) falls below a predefined value and to open the switch if the control voltage rises above a predefined value.
A sintered heat tube, comprising: a main tube segment with its both ends closed; and manifold tube segments extending from one or more portions of one side of the main tube segment (respectively), wherein a work chamber of each manifold tube segment communicates with that of the main tube segment, wherein the main tube segment comprises a first straight tube portion, and a second straight tube portion which extends from one end of the first straight tube portion and perpendicularly thereto and whose tip end is closed, a starting end of each manifold tube segment is located on the first straight tube portion, a projection of each manifold tube segment in a plane perpendicular to the first straight tube portion overlaps with that of the second straight tube portion in the plane, characterised in that a third straight tube portion whose one end is closed and which is arranged to be parallel with the first straight tube portion, and a connecting straight tube portion connected between the first and third straight tube portions (212, 211) with an angle between 100 degrees and 170 degrees relative to the first and third straight tube portions (212, 211) respectively. wherein the main tube segment comprises a first straight tube portion, and a second straight tube portion which extends from one end of the first straight tube portion and perpendicularly thereto and whose tip end is closed, a starting end of each manifold tube segment is located on the first straight tube portion, a projection of each manifold tube segment in a plane perpendicular to the first straight tube portion overlaps with that of the second straight tube portion in the plane, characterised in that a third straight tube portion whose one end is closed and which is arranged to be parallel with the first straight tube portion, and a connecting straight tube portion connected between the first and third straight tube portions (212, 211) with an angle between 100 degrees and 170 degrees relative to the first and third straight tube portions (212, 211) respectively.
A method for producing a chocolate-like food, wherein the chocolate-like food comprises 5 to 20% by weight of a soy protein material prepared by using a method comprising: heat treating a suspension containing soy protein at 100-150 °C for 4-20 seconds at pH 2.0-4.0, then adjusting to pH 6.0-7.5 by addition of alkali, and drying and powdering, wherein from the heat treating step onwards, a temperature stays at 80 °C or lower until the drying step. heat treating a suspension containing soy protein at 100-150 °C for 4-20 seconds at pH 2.0-4.0, then adjusting to pH 6.0-7.5 by addition of alkali, and drying and powdering, wherein from the heat treating step onwards, a temperature stays at 80 °C or lower until the drying step.
A method for generating biogas in a biogas reactor, comprising the following steps: - at least one feature is indicated with reference to the biomass from a biogas reactor, - at least one measuring method for measuring the at least one feature is indicated, - at least one reference value for the at least one feature is provided, - biogas is generated in the biogas reactor, - the value of the at least one feature in the biomass from the biogas reactor is determined with the aid of the at least one measuring method, - at least one selection criterion for selecting at least one enzyme-containing preparation from a given group of at least two enzyme-containing preparations is provided, - if the determined feature value in the biomass deviates from the at least one reference value provided, the enzyme-containing preparation(s) selected according to the at least one selection criterion is/are added in such a quantity or over such a period of time to the biomass in the biogas reactor until the measured deviation disappears, - in which the feature is the activity of at least one significant enzyme or one significant group of enzymes for the hydrolysis in the biomass and in which that enzyme or that enzyme group is added to the biomass in the biogas reactor, for which the determined activity is below the reference value provided. - at least one feature is indicated with reference to the biomass from a biogas reactor, - at least one measuring method for measuring the at least one feature is indicated, - at least one reference value for the at least one feature is provided, - biogas is generated in the biogas reactor, - the value of the at least one feature in the biomass from the biogas reactor is determined with the aid of the at least one measuring method, - at least one selection criterion for selecting at least one enzyme-containing preparation from a given group of at least two enzyme-containing preparations is provided, - if the determined feature value in the biomass deviates from the at least one reference value provided, the enzyme-containing preparation(s) selected according to the at least one selection criterion is/are added in such a quantity or over such a period of time to the biomass in the biogas reactor until the measured deviation disappears, - in which the feature is the activity of at least one significant enzyme or one significant group of enzymes for the hydrolysis in the biomass and in which that enzyme or that enzyme group is added to the biomass in the biogas reactor, for which the determined activity is below the reference value provided.
A three-dimensional printing method, comprising: applying a polymeric or polymeric composite build material; selectively applying a fusing agent on at least a portion of the polymeric or polymeric composite build material, the fusing agent including: an aqueous or non-aqueous vehicle; and 1.0 wt% to 15.0 wt% of an inorganic pigment, based on the total wt% of the fusing agent, dispersed in the aqueous or non-aqueous vehicle, wherein the inorganic pigment is selected from the group consisting of lanthanum hexaboride, tungsten bronzes, aluminum zinc oxide, ruthenium oxide, silver, gold, platinum, iron pyroxenes, modified iron phosphates (A x Fe y PO 4), modified copper pyrophosphates (A x Cu y P 2 O 7), and combinations thereof; and exposing the polymeric or polymeric composite build material to electromagnetic radiation, thereby fusing the portion of the polymeric or polymeric composite build material in contact with the fusing agent to form a layer. applying a polymeric or polymeric composite build material; selectively applying a fusing agent on at least a portion of the polymeric or polymeric composite build material, the fusing agent including: an aqueous or non-aqueous vehicle; and 1.0 wt% to 15.0 wt% of an inorganic pigment, based on the total wt% of the fusing agent, dispersed in the aqueous or non-aqueous vehicle, wherein the inorganic pigment is selected from the group consisting of lanthanum hexaboride, tungsten bronzes, aluminum zinc oxide, ruthenium oxide, silver, gold, platinum, iron pyroxenes, modified iron phosphates (A x Fe y PO 4), modified copper pyrophosphates (A x Cu y P 2 O 7), and combinations thereof; and an aqueous or non-aqueous vehicle; and 1.0 wt% to 15.0 wt% of an inorganic pigment, based on the total wt% of the fusing agent, dispersed in the aqueous or non-aqueous vehicle, wherein the inorganic pigment is selected from the group consisting of lanthanum hexaboride, tungsten bronzes, aluminum zinc oxide, ruthenium oxide, silver, gold, platinum, iron pyroxenes, modified iron phosphates (A x Fe y PO 4), modified copper pyrophosphates (A x Cu y P 2 O 7), and combinations thereof; and exposing the polymeric or polymeric composite build material to electromagnetic radiation, thereby fusing the portion of the polymeric or polymeric composite build material in contact with the fusing agent to form a layer.
A method of monitoring human activity using multiple sensors comprising: monitoring accelerations using an inertial sensor; identifying a user activity based on the accelerations; making a first estimation of a user activity statistic associated with the user activity based on the accelerations; making a second estimation of the user activity statistic based on location information obtained by a location based sensor selected from the list comprising a global positioning system sensor, a network localization sensor, and a radio frequency identification (RFID) reader that reads transponders; determining a first accuracy in a range from 1% accuracy to 99% accuracy of the first estimation and a second accuracy in a range from 1% accuracy to 99% accuracy of the second estimation; weighting the first estimation and the second estimation based on the first accuracy and the second accuracy; and calculating the user activity statistic by combining the weighted first estimation and the weighted second estimation. monitoring accelerations using an inertial sensor; identifying a user activity based on the accelerations; making a first estimation of a user activity statistic associated with the user activity based on the accelerations; making a second estimation of the user activity statistic based on location information obtained by a location based sensor selected from the list comprising a global positioning system sensor, a network localization sensor, and a radio frequency identification (RFID) reader that reads transponders; determining a first accuracy in a range from 1% accuracy to 99% accuracy of the first estimation and a second accuracy in a range from 1% accuracy to 99% accuracy of the second estimation; weighting the first estimation and the second estimation based on the first accuracy and the second accuracy; and calculating the user activity statistic by combining the weighted first estimation and the weighted second estimation.
A platform dynamic vehicle comprising a vehicle body, the vehicle body configured for moving on a rail track by means of vehicle wheels on the bottom of the vehicle body, a bracket arranged vertically on the vehicle body, the upper part of the bracket being connected movably to a viewing platform, a plurality of rows of viewing seats disposed on the viewing platform, a seat drive apparatus used for driving the viewing seats to tilt forwards or recline backwards disposed on the viewing seats, a platform drive apparatus used for driving the viewing platform to rotate on the X axis, Y axis, and Z axis disposed on the viewing platform, and a vehicle drive apparatus used for driving the vehicle body to move along the rail track is disposed on the vehicle body, wherein the viewing seats are arranged in two rows, and the two rows of viewing seats are divided into two layers, an upper layer and a lower layer, the height of the said bracket is set as 10 meters, and the width of the said bracket is set as 5 meters, while the distance between the upper and lower rows of the viewing seats is set as 1 meter, and a projection device is set at the center between the upper and lower rows, said seat drive apparatus is further connected to a synchronization mechanism, adapted to control the seat drive apparatus to make synchronization actions following the actions played in the video pictures from the projection device. wherein the viewing seats are arranged in two rows, and the two rows of viewing seats are divided into two layers, an upper layer and a lower layer, the height of the said bracket is set as 10 meters, and the width of the said bracket is set as 5 meters, while the distance between the upper and lower rows of the viewing seats is set as 1 meter, and a projection device is set at the center between the upper and lower rows, said seat drive apparatus is further connected to a synchronization mechanism, adapted to control the seat drive apparatus to make synchronization actions following the actions played in the video pictures from the projection device.
A computer-implemented ultrasound imaging method, the method comprising: obtaining an ultrasound image containing a region of interest of a subj ect; analyzing one or more features of the ultrasound image; identifying an anomalous feature of the region of interest based on the analysis of the one of more features; automatically generating, based on the identified anomalous feature, a list of possible complementary ultrasound images of the subject; automatically determining one or more available complementary ultrasound images from the list; and displaying the one or more available complementary ultrasound images to a user. obtaining an ultrasound image containing a region of interest of a subj ect; analyzing one or more features of the ultrasound image; identifying an anomalous feature of the region of interest based on the analysis of the one of more features; automatically generating, based on the identified anomalous feature, a list of possible complementary ultrasound images of the subject; automatically determining one or more available complementary ultrasound images from the list; and displaying the one or more available complementary ultrasound images to a user.
A spark plug (1, 100) comprising: an insulator having an axial hole extending therethrough along an axial line; a center electrode inserted into a forward end side of the axial hole; a terminal electrode inserted into a rear end side of the axial hole; and an interelectrode insert which contains glass and electrically conductive carbon and is disposed in the axial hole between the center electrode and the terminal electrode; the spark plug (1, 100) being characterized in that the interelectrode insert has a carbon content of 1.5% by mass to 4.0% by mass at a forward portion located forward of a center point along the axial line between a rear end of the center electrode and a forward end of the terminal electrode; the interelectrode insert has a resistance of 1.0 kΩ to 3.0 kΩ; and the forward portion is lower in resistance than a rear portion of the interelectrode insert located rearward of the center point along the axial line between the rear end of the center electrode and the forward end of the terminal electrode. an insulator having an axial hole extending therethrough along an axial line; a center electrode inserted into a forward end side of the axial hole; a terminal electrode inserted into a rear end side of the axial hole; and an interelectrode insert which contains glass and electrically conductive carbon and is disposed in the axial hole between the center electrode and the terminal electrode; the spark plug (1, 100) being characterized in that the interelectrode insert has a carbon content of 1.5% by mass to 4.0% by mass at a forward portion located forward of a center point along the axial line between a rear end of the center electrode and a forward end of the terminal electrode; the interelectrode insert has a resistance of 1.0 kΩ to 3.0 kΩ; and the forward portion is lower in resistance than a rear portion of the interelectrode insert located rearward of the center point along the axial line between the rear end of the center electrode and the forward end of the terminal electrode.
A processor for identity based encryption, said processor comprising means for encrypting messages for a recipient, said means for encrypting comprising a master public key sP, and a recipient private key sA, characterized in that the processor comprises means for: providing as a recipient's public key A' = (A'x, A'y), where A'y is a hash of public information of the recipient and A'x is computed by solving an elliptic curve equation using A'y; generating a new master public key sP_c by multiplying the master public key sP by a co-factor cof of said elliptic curve; using the new master public key sP_c together with the new recipient's public key A' to encrypt messages for said recipient by performing the calculation ê(sP_c, A'), where e is a bilinear map. providing as a recipient's public key A' = (A'x, A'y), where A'y is a hash of public information of the recipient and A'x is computed by solving an elliptic curve equation using A'y; generating a new master public key sP_c by multiplying the master public key sP by a co-factor cof of said elliptic curve; using the new master public key sP_c together with the new recipient's public key A' to encrypt messages for said recipient by performing the calculation ê(sP_c, A'), where e is a bilinear map.