mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of storing characters, words and phrases including the words, in a database for providing predictive output of characters, words and/or phrases in response to user input text data, the method comprising: receiving user input text data comprising at least one of characters, words and phrases, one entity at a time in sequence; storing a plurality of phrases in a phrase data structure in the database, each phrase in said phrase data structure having a unique phrase identifier identifying an instance of a phrase and comprising one or more records, each phrase comprising a record for a pair of words in said phrase, each record defining data for a pair of words in said phrase, each record comprising: said phrase identifier, a first word in said pair of words in said phrase, a subsequent word in said pair of words in said phrase and data indicating a relationship between said first and subsequent words in said pair of words in said record; identifying a previous use of a subphrase in said user input text data, a said previous use of said subphrase corresponding to some or all of a phrase stored in said phrase data structure, wherein, when no previous use of a subphrase is identified in said user input text, said pair of words in said phrase stored in a said record is a pair of neighbouring words in said user input text data, and wherein, when a previous use of a subphrase is identified in said user input text, said first word in said pair of words stored in a said record comprises a start word of said subphrase, said second word in said pair of words stored in said record comprises an end word of said subphrase, and wherein said record further comprises: data indicating a relationship between said start and end words of said subphrase, and a said phrase identifier identifying said phrase containing said previous use of said subphrase. receiving user input text data comprising at least one of characters, words and phrases, one entity at a time in sequence; storing a plurality of phrases in a phrase data structure in the database, each phrase in said phrase data structure having a unique phrase identifier identifying an instance of a phrase and comprising one or more records, each phrase comprising a record for a pair of words in said phrase, each record defining data for a pair of words in said phrase, each record comprising: said phrase identifier, a first word in said pair of words in said phrase, a subsequent word in said pair of words in said phrase and data indicating a relationship between said first and subsequent words in said pair of words in said record; identifying a previous use of a subphrase in said user input text data, a said previous use of said subphrase corresponding to some or all of a phrase stored in said phrase data structure,
An adaptor assembly for a 2-dimensional (2-D) digital camera with a variable 3-dimensional (3-D) photography assist arrangement, comprising: (a) a peripheral neck portion functionally detachably connected to lens barrel of the camera; (b) a rotatable and movable neck portion is permitted to pass through peripheral neck portion with a raceway disposed between the neck portion and the peripheral neck portion, and the neck portion operably connected to the lens barrel with an intervening space; (c) rolling mass bodies disposed in the raceway; (d) a head portion extending from the rotatable and movable neck portion; and (e) image capturing and transferring arms (111a,111b) functionally connected to the head portion to capture a left image and right image resulting in a 3-dimensional image of a target-object at variable converging angles by movement of the rotatable and movable neck portion and/or the image capturing and transferring arms (111a,111b), and with a zero eccentricity between left and right images of the target-object. (a) a peripheral neck portion functionally detachably connected to lens barrel of the camera; (b) a rotatable and movable neck portion is permitted to pass through peripheral neck portion with a raceway disposed between the neck portion and the peripheral neck portion, and the neck portion operably connected to the lens barrel with an intervening space; (c) rolling mass bodies disposed in the raceway; (d) a head portion extending from the rotatable and movable neck portion; and (e) image capturing and transferring arms (111a,111b) functionally connected to the head portion to capture a left image and right image resulting in a 3-dimensional image of a target-object at variable converging angles by movement of the rotatable and movable neck portion and/or the image capturing and transferring arms (111a,111b), and with a zero eccentricity between left and right images of the target-object.
A method for testing an air interface device using per user-equipment, UE, channel noise, the method comprising: at a network equipment test device: generating per-UE time domain uplink signals to be transmitted from plural simulated user equipment, UEs, to an air interface device under test; generating and individually applying per-UE channel noise to the per-UE frequency domain uplink signals, wherein applying per-UE channel noise includes applying different channel noise to at least some of the per-UE frequency domain uplink signals; performing fast Fourier transformation of the per-UE time domain uplink signals to form per-UE frequency domain uplink signals; performing subcarrier mapping of per-UE frequency domain uplink signals to form an entire bandwidth frequency domain uplink signal with per-UE channel noise; performing inverse fast Fourier transformation of the entire bandwidth frequency domain uplink signal to form an entire bandwidth time domain uplink signal with per-UE channel noise; and transmitting the entire bandwidth time domain uplink signal with the per-UE channel noise in an uplink direction to the air interface device under test. generating per-UE time domain uplink signals to be transmitted from plural simulated user equipment, UEs, to an air interface device under test; generating and individually applying per-UE channel noise to the per-UE frequency domain uplink signals, wherein applying per-UE channel noise includes applying different channel noise to at least some of the per-UE frequency domain uplink signals; performing fast Fourier transformation of the per-UE time domain uplink signals to form per-UE frequency domain uplink signals; performing subcarrier mapping of per-UE frequency domain uplink signals to form an entire bandwidth frequency domain uplink signal with per-UE channel noise; performing inverse fast Fourier transformation of the entire bandwidth frequency domain uplink signal to form an entire bandwidth time domain uplink signal with per-UE channel noise; and transmitting the entire bandwidth time domain uplink signal with the per-UE channel noise in an uplink direction to the air interface device under test.
A fixation device for a shower door system, comprising a frame and at least two moveable structures being arranged within said frame, wherein the interface between the at least two moveable structures forms a threaded bore for receiving a bolt, wherein the frame comprises an aperture being aligned with the threaded bore, and wherein the diameter of the bore is determined by the position of the at least two moveable structures, wherein the at least two moveable structures are moveable in a first direction towards and away from said aperture of said frame, as well as in a second direction towards and away from each other for decreasing and increasing the distance, and hence increasing or decreasing the friction between the threaded bore and the bolt and increasing or decreasing the diameter of the bore.
A shampoo composition for hair frizz reduction comprising: a total amount from 0.1% to 20%, by weight of a moisture control material or mixture of moisture control materials, by weight of the shampoo composition, wherein the moisture control material is selected from one or more of the following: wherein R' is -COOY, sulfonic acid, or C=CH-COOY, Y is hydrogen or a metal ion, R 1, R 2, R 3, R 4, R 5 is hydrogen, methyl, ethyl, propyl, vinyl, allyl, methoxy, ethoxy, hydroxyl, halogen, sulfate, sulfonate, or nitro, and wherein the moisture control material is an acidic material and further wherein the moisture control material has a % Protein binding higher than 20 and Molecular Volume lower than 500 and Partition coefficient octanol to water (log P) lower than 3 and hydrogen binding higher than 10 and pKa lower than 5.0; wherein the moisture control material comprises salicylic acid in combination with 2,4-dihydroxybenzoic acid; or 5-chlorosalicylic acid in combination with 2,4-dihydroxybenzoic acid, wherein the total amount of moisture control material or mixture of moisture control materials ranges from 0.1% to 20% by weight of the shampoo composition. a total amount from 0.1% to 20%, by weight of a moisture control material or mixture of moisture control materials, by weight of the shampoo composition, wherein the moisture control material is selected from one or more of the following: wherein R' is -COOY, sulfonic acid, or C=CH-COOY, Y is hydrogen or a metal ion, R 1, R 2, R 3, R 4, R 5 is hydrogen, methyl, ethyl, propyl, vinyl, allyl, methoxy, ethoxy, hydroxyl, halogen, sulfate, sulfonate, or nitro, and wherein the moisture control material is an acidic material and further wherein the moisture control material has a % Protein binding higher than 20 and Molecular Volume lower than 500 and Partition coefficient octanol to water (log P) lower than 3 and hydrogen binding higher than 10 and pKa lower than 5.0; wherein the moisture control material comprises salicylic acid in combination with 2,4-dihydroxybenzoic acid; or 5-chlorosalicylic acid in combination with 2,4-dihydroxybenzoic acid, wherein the total amount of moisture control material or mixture of moisture control materials ranges from 0.1% to 20% by weight of the shampoo composition.
A shoe structure for foot strike energy dissipation comprising: a first plurality of compressible members (12a, 12i) each having an internal void containing a first working fluid; a second equal plurality of mating compressible members (12b, 12j) each individually connected directly to a matched one of the first plurality of compressible members through a fluid conduit, said first working fluid transferred from the matched one compressible member to the mating compressible member responsive to compression of the matched one compressible member induced by foot strike; a sole pad and a foot bed intermediately constraining the first plurality of compressible members and the second equal plurality of mating compressible members; and a plurality of resilient structural members (18, 20) intermediate the compressible members, said resilient structural members (18, 20) resiliently deforming responsive to compression of the foot bed induced by foot strike; said resilient structural members (18, 20) extending from the sole for contact with the foot bed; and upon removal of the compression force relaxation of the compressed resilient members (18, 20) urges recovery of the compressible member. a first plurality of compressible members (12a, 12i) each having an internal void containing a first working fluid; a second equal plurality of mating compressible members (12b, 12j) each individually connected directly to a matched one of the first plurality of compressible members through a fluid conduit, said first working fluid transferred from the matched one compressible member to the mating compressible member responsive to compression of the matched one compressible member induced by foot strike; a sole pad and a foot bed intermediately constraining the first plurality of compressible members and the second equal plurality of mating compressible members; and a plurality of resilient structural members (18, 20) intermediate the compressible members, said resilient structural members (18, 20) resiliently deforming responsive to compression of the foot bed induced by foot strike; said resilient structural members (18, 20) extending from the sole for contact with the foot bed; and upon removal of the compression force relaxation of the compressed resilient members (18, 20) urges recovery of the compressible member. said resilient structural members (18, 20) extending from the sole for contact with the foot bed; and upon removal of the compression force relaxation of the compressed resilient members (18, 20) urges recovery of the compressible member.
Automatic transmission, such as a continuously variable transmission for motor vehicles, provided with a hydraulically assisted clutch having an input shaft and an output shaft, which can be drive-connected to one another and/or disconnected, and with a hydraulic control system which comprises at least a medium reservoir, a pump a hydraulic passage for supplying a flow of hydraulic medium to the clutch in order to cool the latter and means for interrupting the coolant stream to the clutch, characterized in that the transmission, at least the control system thereof, comprises a line pressure valve and a pulley pressure control valve, respectively for controlling a line pressure and a pulley pressure derived therefrom, and in that the pulley pressure control valve is also provided with a switch function for switching said coolant stream on or off.
A method for acquiring magnetic resonance imaging, MRI, images of a subject, the method comprising: using a magnetic resonance physics simulation to select flip angles for a series of radio frequency, RF, refocusing pulses and a correction factor for each echo to create scaled MRI data that is not the same for all echoes to optimize a combination of criteria; designing a pulse sequence to elicit spin echoes, wherein the pulse sequence includes a RF excitation pulse and a series of RF refocusing pulses that refocus echoes with said selected flip angles in the series of RF refocusing pulses that are varied; performing the pulse sequence to acquire MRI data from the subject; scaling MRI data associated with each echo by said determined respective correction factor; and reconstructing an image of the subject using the scaled MRI data. using a magnetic resonance physics simulation to select flip angles for a series of radio frequency, RF, refocusing pulses and a correction factor for each echo to create scaled MRI data that is not the same for all echoes to optimize a combination of criteria; designing a pulse sequence to elicit spin echoes, wherein the pulse sequence includes a RF excitation pulse and a series of RF refocusing pulses that refocus echoes with said selected flip angles in the series of RF refocusing pulses that are varied; performing the pulse sequence to acquire MRI data from the subject; scaling MRI data associated with each echo by said determined respective correction factor; and reconstructing an image of the subject using the scaled MRI data.
Wood-working machine, which contains at least one processing unit, a workpiece support with at least one front support area situated in front of the processing unit in the feed direction of a workpiece and a rear support area situated behind the processing unit in the feed direction of the workpiece, and a transporting device with a front transporting unit, situated on the front support area, and a rear transporting unit, situated on the rear support area, for the moving and positioning of workpiece lying on the workpiece support in a first linear axis (X axis), characterized in that the front and rear transporting units (9a, 9b) comprise two transporting rollers (10a, 11a, 10b, 11b), which can be adjusted separately in a vertical direction with respect to the top side of the workpiece, and wherein a measuring system (15a, 15b), which is integrated into the front or rear support areas (3a, 3b), with a measuring belt or a measuring chain (16a, 16b), which is pressed on the bottom side of the workpiece, for the detection of the movement of the workpiece in the first linear axis (X axis), is associated with each transporting unit (9a, 9b).
A spark plug, comprising: a center electrode; and a ground electrode disposed providing a gap with the center electrode, wherein at least one of the center electrode and the ground electrode includes a tip forming the gap, and the tip has a main constituent of Ir and contains Rh of 7 mass% or more to 31 mass% or less, Ru of 5 mass% or more to 20 mass% or less, and Pt of one-twentieth or more to one-half or less of the Ru content. a center electrode; and a ground electrode disposed providing a gap with the center electrode, wherein at least one of the center electrode and the ground electrode includes a tip forming the gap, and the tip has a main constituent of Ir and contains Rh of 7 mass% or more to 31 mass% or less, Ru of 5 mass% or more to 20 mass% or less, and Pt of one-twentieth or more to one-half or less of the Ru content.
A subsea production fluid sample collection system comprising: a subsea hydraulic circuit having a subsea hydraulic circuit receptacle in fluid communication with a production fluid in a hydrocarbon production system, a connection apparatus and a sample collection vessel; wherein the connection apparatus comprises a longitudinal body configured to be removably docked with the subsea hydraulic circuit receptacle to connect the hydraulic circuit to the hydrocarbon production system, the longitudinal body comprising a plurality of radial ports (314a, 314b, 314c) axially displaced along the body; wherein the body comprises an axial bore accommodating a spool having at least one fluid barrier (318a, 318b); and wherein the spool and fluid barrier (318a, 318b) are actuable to be axially moved in the bore to control axial flow paths along the bore between the plurality of radial ports (314a, 314b, 314c); and wherein the hydraulic circuit is configured to enable the production fluid to be delivered to the sample collection vessel via the connection apparatus. a subsea hydraulic circuit having a subsea hydraulic circuit receptacle in fluid communication with a production fluid in a hydrocarbon production system, a connection apparatus and a sample collection vessel; wherein the connection apparatus comprises a longitudinal body configured to be removably docked with the subsea hydraulic circuit receptacle to connect the hydraulic circuit to the hydrocarbon production system, the longitudinal body comprising a plurality of radial ports (314a, 314b, 314c) axially displaced along the body; wherein the body comprises an axial bore accommodating a spool having at least one fluid barrier (318a, 318b); and wherein the spool and fluid barrier (318a, 318b) are actuable to be axially moved in the bore to control axial flow paths along the bore between the plurality of radial ports (314a, 314b, 314c); and wherein the hydraulic circuit is configured to enable the production fluid to be delivered to the sample collection vessel via the connection apparatus.
Extrudable polyvinyl alcohol powder with improved flowability, which is produced by cryo-milling and which has particle sizes in the range of 45 to 1400 μm, preferably in the range of 45 to 1000 μm, most preferred in the range of 50 to 300 μm, whereby the particle sizes are determined by sieve analysis using wire mesh plates and wherein the polyvinyl alcohol is PVA 4-88.
A drier apparatus including: a plurality of screw conveyers; a cylindrical chamber in which the plurality of screw conveyers is housed, each screw conveyer including a tubular shaft (90x, 90y) in which the heat medium is able to flow, and carrier blades (8x, 8y) arranged on an outer surface of said tubular shaft (90x, 90y); a driver for rotating the screw conveyers; an input path connected to the cylindrical chamber at a proximal end of each of the screw conveyers; and an output path connected to the cylindrical chamber at a distal end of each of the screw conveyers; at least one of the input path and the output path including means (30, 40) for opening and closing a path; each of the screw conveyers including at least one pair of tubular shafts (90x, 90y) arranged in parallel with each other; and a plurality of semicircular carrier blades (8x, 8y) such that the carrier blades (8x, 8y) form a part of an imaginary spiral plane about the tubular shaft (90x, 90y) on an outer surface of the tubular shaft (90x, 90y), wherein the the carrier blades (8x, 8y) project from the outer surface of the tubular shaft (90x, 90y) by a length D; characterized in that a material having a resistance to abrasion is attached to a radius portion of the semicircular shape in the carrier blades (8x, 8y); wherein the material having a resistance to abrasion is designed to have a thickness equal to a thickness of the carrier blade (8x, 8y), and is in the form of a quadratic prism having a length equal to the length D of the carrier blades (8x, 8y). a plurality of screw conveyers; a cylindrical chamber in which the plurality of screw conveyers is housed, each screw conveyer including a tubular shaft (90x, 90y) in which the heat medium is able to flow, and carrier blades (8x, 8y) arranged on an outer surface of said tubular shaft (90x, 90y); a driver for rotating the screw conveyers; an input path connected to the cylindrical chamber at a proximal end of each of the screw conveyers; and an output path connected to the cylindrical chamber at a distal end of each of the screw conveyers; at least one of the input path and the output path including means (30, 40) for opening and closing a path; each of the screw conveyers including at least one pair of tubular shafts (90x, 90y) arranged in parallel with each other; and a plurality of semicircular carrier blades (8x, 8y) such that the carrier blades (8x, 8y) form a part of an imaginary spiral plane about the tubular shaft (90x, 90y) on an outer surface of the tubular shaft (90x, 90y), wherein the the carrier blades (8x, 8y) project from the outer surface of the tubular shaft (90x, 90y) by a length D; characterized in that a material having a resistance to abrasion is attached to a radius portion of the semicircular shape in the carrier blades (8x, 8y); wherein the material having a resistance to abrasion is designed to have a thickness equal to a thickness of the carrier blade (8x, 8y), and is in the form of a quadratic prism having a length equal to the length D of the carrier blades (8x, 8y).
A method of monitoring an alignment of a component of a conveyance system, the method comprising: capturing, using a camera system, a follow-on image of the component of the conveyance system; determining a follow-on location of the component using photogrammetric measurements of the follow-on image; characterised by: comparing the follow-on location to a baseline location of the component; and determining whether the component has shifted away from the baseline location based on the follow-on location and the baseline location. capturing, using a camera system, a follow-on image of the component of the conveyance system; determining a follow-on location of the component using photogrammetric measurements of the follow-on image; characterised by: comparing the follow-on location to a baseline location of the component; and determining whether the component has shifted away from the baseline location based on the follow-on location and the baseline location. comparing the follow-on location to a baseline location of the component; and determining whether the component has shifted away from the baseline location based on the follow-on location and the baseline location.