mhurhangee/ep-ind-claims huggingface dataset:
An access control method for a resource in a computer system comprising: generating a challenge image including a user challenge; generating a mask image including a mask; generating a dynamic composite image comprising the challenge image and the mask image superimposed such that the user challenge is partially masked by the mask; and granting access to the resource on receipt of a correct response by a user of the computer system to the challenge, wherein the user challenge is at least 70% masked by the mask, wherein the user challenge is indistinguishable from the mask at boundaries between the user challenge and the mask in the composite image, wherein the composite image is dynamic by the mask randomly moving in the composite image periodically, wherein the mask comprises a plurality of mask elements, the mask elements having spaces therebetween for revealing portions of the user challenge and wherein the mask moves by movement of individual mask elements, each mask element moving in a random direction independently determined for each period. generating a challenge image including a user challenge; generating a mask image including a mask; generating a dynamic composite image comprising the challenge image and the mask image superimposed such that the user challenge is partially masked by the mask; and granting access to the resource on receipt of a correct response by a user of the computer system to the challenge, wherein the user challenge is at least 70% masked by the mask, wherein the user challenge is indistinguishable from the mask at boundaries between the user challenge and the mask in the composite image, wherein the composite image is dynamic by the mask randomly moving in the composite image periodically, wherein the mask comprises a plurality of mask elements, the mask elements having spaces therebetween for revealing portions of the user challenge and wherein the mask moves by movement of individual mask elements, each mask element moving in a random direction independently determined for each period.
A process for the production of a brewer's wort, comprising: a. obtaining a mash by mashing a grist, of which at least 70wt% is unmalted cereal(s) comprising β-amylase and of which less than 30wt% is malted cereal(s), at a temperature at which exogenous (added) enzymes and the endogenous β-amylase are active; b. contacting the mash with exogenous enzymes comprising: i. an α-amylase, ii. a pullulanase, iii. a protease, iv. a β-glucanase, v. a lipase, and vi. a xylanase; c. mashing-off and filtering the mash to obtain the wort. a. obtaining a mash by mashing a grist, of which at least 70wt% is unmalted cereal(s) comprising β-amylase and of which less than 30wt% is malted cereal(s), at a temperature at which exogenous (added) enzymes and the endogenous β-amylase are active; b. contacting the mash with exogenous enzymes comprising: i. an α-amylase, ii. a pullulanase, iii. a protease, iv. a β-glucanase, v. a lipase, and vi. a xylanase; i. an α-amylase, ii. a pullulanase, iii. a protease, iv. a β-glucanase, v. a lipase, and vi. a xylanase; c. mashing-off and filtering the mash to obtain the wort.
A composition for use in a method for preventing and/or treating hair loss and/or for increasing hair growth comprising: a) ionically bound and/or free thiocyanate ions in amounts of 0.005 to 1 wt.-% of the total weight of the composition, and b) a diol compound having 2, 3 or 4 C-atoms, preferably ethanediol, propanediol or butanediol, more preferably ethane 1,2-diol, propane 1,2- or 1,3-diol or butane 1,2-, 1,3-, 2,3- or 1,4-diol and most preferably propyleneglycol (propane- 1,2-diol). a) ionically bound and/or free thiocyanate ions in amounts of 0.005 to 1 wt.-% of the total weight of the composition, and b) a diol compound having 2, 3 or 4 C-atoms, preferably ethanediol, propanediol or butanediol, more preferably ethane 1,2-diol, propane 1,2- or 1,3-diol or butane 1,2-, 1,3-, 2,3- or 1,4-diol and most preferably propyleneglycol (propane- 1,2-diol).
A method performed by a network entity associated with a wireless communication system, the method comprising: determining a first configuration of a first deep neural network, DNN, for processing, in a receiver processing chain of each user equipment in a targeted group of user equipments, UEs, broadcast or multicast communications transmitted over the wireless communication system to each UE in the targeted group of UEs; communicating the first configuration of the first DNN to each UE in the targeted group of UEs; forming, at the network entity, a common network-entity DNN in a transmitter processing chain of the network entity using a second configuration complementary to the determined first configuration, the common network-entity DNN trained to perform an operation within the transmitter processing chain and configured to perform processing complementary to the first DNN of each UE in the targeted group of UEs; and processing the broadcast or multicast communications using the common network-entity DNN in the transmitter processing chain to direct the broadcast or multicast communications to each UE of the targeted group of UEs using the wireless communication system. determining a first configuration of a first deep neural network, DNN, for processing, in a receiver processing chain of each user equipment in a targeted group of user equipments, UEs, broadcast or multicast communications transmitted over the wireless communication system to each UE in the targeted group of UEs; communicating the first configuration of the first DNN to each UE in the targeted group of UEs; forming, at the network entity, a common network-entity DNN in a transmitter processing chain of the network entity using a second configuration complementary to the determined first configuration, the common network-entity DNN trained to perform an operation within the transmitter processing chain and configured to perform processing complementary to the first DNN of each UE in the targeted group of UEs; and processing the broadcast or multicast communications using the common network-entity DNN in the transmitter processing chain to direct the broadcast or multicast communications to each UE of the targeted group of UEs using the wireless communication system.
A device for administering a fluid product, with which a dose of the product can be set, comprising: a transmission sleeve, which has a female thread, a coupling sleeve, and a dose limiter, wherein the dose limiter has a male thread that engages in the female thread and is non-rotatably and axially displaceable with respect to the coupling sleeve, wherein the dose limiter can be displaced in proximal or distal direction during the setting of the dose, characterized in that the dose limiter has a radial stop which, in its proximal or distal final position, abuts a counter face, as soon as the sum of the set doses corresponds to the content of a cartridge, as a result of which the setting of a dose is prevented, which is greater than the remaining quantity of the product contained in the cartridge. a transmission sleeve, which has a female thread, a coupling sleeve, and a dose limiter, wherein the dose limiter has a male thread that engages in the female thread and is non-rotatably and axially displaceable with respect to the coupling sleeve, wherein the dose limiter can be displaced in proximal or distal direction during the setting of the dose, characterized in that the dose limiter has a radial stop which, in its proximal or distal final position, abuts a counter face, as soon as the sum of the set doses corresponds to the content of a cartridge, as a result of which the setting of a dose is prevented, which is greater than the remaining quantity of the product contained in the cartridge.
An actuator device, comprising: an actuator member, having a thickness, and comprising an electroactive material being adapted to deform in response to application of an electrical stimulus; and particles of a magnetic material dispersed within the electroactive material; characterised in further comprising a magnetic field sensor, adapted to detect the strength of a magnetic field within, or proximal to, at least a section of the actuator member; and a controller, adapted to determine, based on outputs from the magnetic field sensor, an indication of a change in a shape of the actuator member. an actuator member, having a thickness, and comprising an electroactive material being adapted to deform in response to application of an electrical stimulus; and particles of a magnetic material dispersed within the electroactive material; characterised in further comprising an electroactive material being adapted to deform in response to application of an electrical stimulus; and particles of a magnetic material dispersed within the electroactive material; characterised in further comprising a magnetic field sensor, adapted to detect the strength of a magnetic field within, or proximal to, at least a section of the actuator member; and a controller, adapted to determine, based on outputs from the magnetic field sensor, an indication of a change in a shape of the actuator member.
A drive control apparatus, comprising: a traveling speed detection portion that detects a traveling speed of an own vehicle; an object detection portion that detects an object around an own vehicle and obtains an object detection result; a time-to-collision calculation portion that calculates time to when the object and the own vehicle collide against each other based on the traveling speed and the object detection result; and an alarm portion that raises an alarm to a driver based on the time to collision, wherein the alarm portion: obtains reference alarm start time that is preset as a reference value for starting the alarm, and a predetermined distance; adds time obtained by dividing the predetermined distance by the traveling speed to the reference alarm start time to find alarm activation start threshold time; and raises the alarm to the driver based on the alarm activation start threshold time and on the time to collision. a traveling speed detection portion that detects a traveling speed of an own vehicle; an object detection portion that detects an object around an own vehicle and obtains an object detection result; a time-to-collision calculation portion that calculates time to when the object and the own vehicle collide against each other based on the traveling speed and the object detection result; and an alarm portion that raises an alarm to a driver based on the time to collision, wherein the alarm portion: obtains reference alarm start time that is preset as a reference value for starting the alarm, and a predetermined distance; adds time obtained by dividing the predetermined distance by the traveling speed to the reference alarm start time to find alarm activation start threshold time; and raises the alarm to the driver based on the alarm activation start threshold time and on the time to collision. obtains reference alarm start time that is preset as a reference value for starting the alarm, and a predetermined distance; adds time obtained by dividing the predetermined distance by the traveling speed to the reference alarm start time to find alarm activation start threshold time; and raises the alarm to the driver based on the alarm activation start threshold time and on the time to collision.
An ultrasonic input system comprising at least three wide field of view ultrasonic transceiver units separated from each other by a predetermined spacing and a processor coupled to the at least three ultrasonic transceiver units, wherein at least one of the three ultrasonic transceiver units is configured to operate as a transmitter during a transmit/receive cycle and at least two of the ultrasonic transceiver units are configured as first and second receivers during the transmit/receive cycle, wherein the transmitter is configured to send an ultrasonic pulse during a transmit portion of the transmit/receive cycle and wherein the first and second receivers are configured to receive echoes of the ultrasonic pulse from an object during the transmit/receive cycle and produce corresponding first and second receive signals, wherein the processor and/or the first and second receivers are configured to use the first and second receive signals to determine first and second time-of-flight (ToF) measurements corresponding to times between transmitting the ultrasonic pulse by the transmitter and receiving an echo of the ultrasonic pulse by the first and second receivers, respectively, wherein the processor and/or the at least two receivers are configured to determine first and second moving averages for the corresponding first and second receive signals, continuously update the first and second moving averages, subtract resulting updated first and second moving averages from the first and second receive signals, respectively, to produce first and second filtered receive signals, and determine the first and second time-of-flight (ToF) measurements from the first and second filtered receive signals corresponding to times between transmitting the ultrasonic pulse by the transmitter and receiving an echo of the ultrasonic pulse by the first and second receivers, respectively.
A scroll-type fluid machine comprising: a fixed scroll that is provided with a lap portion having a spiral shape; an orbiting scroll that is provided with a lap portion having a spiral shape which forms a compression chamber between the lap portion of the fixed scroll and the lap portion; a drive shaft that is connected to the orbiting scroll and rotates to cause the orbiting scroll to orbit; a cooling fan that is provided on a side of the drive shaft, the side being opposite to the orbiting scroll, to generate a cooling air; and a cooling air duct including a first cooling air passage that covers the entire cooling fan and is disposed along a direction perpendicular to the drive shaft, a second cooling air passage that extends in a direction of the drive shaft, a bent portion that connects the first cooling air passage to the second cooling air passage, and an introduction duct that is connected to the second cooling air passage to supply the cooling air to the fixed scroll and the orbiting scroll, characterized in that a part of an outer peripheral wall of the bent portion, the outer peripheral wall being distant from the drive shaft, is formed by a plane which intersects a plane perpendicular to the drive shaft at an obtuse angle. a fixed scroll that is provided with a lap portion having a spiral shape; an orbiting scroll that is provided with a lap portion having a spiral shape which forms a compression chamber between the lap portion of the fixed scroll and the lap portion; a drive shaft that is connected to the orbiting scroll and rotates to cause the orbiting scroll to orbit; a cooling fan that is provided on a side of the drive shaft, the side being opposite to the orbiting scroll, to generate a cooling air; and a cooling air duct including a first cooling air passage that covers the entire cooling fan and is disposed along a direction perpendicular to the drive shaft, a second cooling air passage that extends in a direction of the drive shaft, a bent portion that connects the first cooling air passage to the second cooling air passage, and an introduction duct that is connected to the second cooling air passage to supply the cooling air to the fixed scroll and the orbiting scroll, characterized in that a part of an outer peripheral wall of the bent portion, the outer peripheral wall being distant from the drive shaft, is formed by a plane which intersects a plane perpendicular to the drive shaft at an obtuse angle.
A method in a relay node or a repeater node, referred to as "a relay node", for setting properties of the relay node, wherein the relay node and a radio network node are comprised in a radio communication network, the method comprising establishing a connection for sending Direct Transfer messages between the relay node and the radio network node, the method characterised by sending to the radio network node a first Direct Transfer message, comprising a relay indication, indicating to the radio network node that the first Direct Transfer message is sent from the relay node, receiving from the radio network node a second Direct Transfer message, generated by the radio network node and comprising setting information for setting properties of the relay node, and setting the properties of the relay node based on the setting information. establishing a connection for sending Direct Transfer messages between the relay node and the radio network node, the method characterised by sending to the radio network node a first Direct Transfer message, comprising a relay indication, indicating to the radio network node that the first Direct Transfer message is sent from the relay node, receiving from the radio network node a second Direct Transfer message, generated by the radio network node and comprising setting information for setting properties of the relay node, and setting the properties of the relay node based on the setting information.
An inspection system for in-line inspection of sheet or web material on an intaglio printing press, wherein the inspection system comprises an optical quality control apparatus for carrying out inspection of a printed area on a printed side of the sheet or web material, the optical quality control apparatus including a camera system with a single camera unit comprising at least one line-scan camera for scanning and acquiring an image of the printed area while the sheet or web material is being transported in the intaglio printing press past the camera system, wherein a location of the at least one line-scan camera in the intaglio printing press along a delivery path of the sheet or web material is such that cyclical vibrations that spread periodically throughout the intaglio printing press during operation of the intaglio printing press do not occur while the camera system is scanning the printed area of the sheet or web material and acquiring a complete image of the printed area, and wherein the camera system comprises a single camera unit disposed transversely to the path of the sheet or web material for scanning an entire width of the printed area of the sheet or web material, and wherein a distance (A-C) along the delivery path between a printing location where printing of the sheet or web material occurs and an inspection location where the camera system acquires an image of the printed area of the sheet or web material is an integer multiple of the distance (A-B; B-C) separating two successive printed samples of the sheet or web material.
A panel for walls, ceilings, false ceilings, floor surfaces, furnishing elements and the like, comprising a continuous insulating layer of polyester for thermal and/or acoustic insulation, which is coupled stably to at least one sheet, a film of adhesive material being interposed between said continuous layer and said sheet, at least one sheet having a plurality of through openings that are distributed in order to increase the capacity of said sheet for the transmission of sound waves to said continuous layer, said openings having a diameter of size comprised between 0.001 mm and 100 mm, the panel being characterized in that said sheet is made of a material selected from among wood, polymeric material, fabric, microfiber, and hide, said continuous layer has a density that is selected between 5 kg/m3 and 120 kg/m3, said continuous layer has a thickness that is selected between 1 mm and 200 mm, and said sheet has a thickness that is selected between 0.1 mm and 10 mm.
A display device, comprising: a flexible substrate comprising a bending area being bent in one direction within the plane of the flexible substrate; an insulating layer on one side of the flexible substrate and comprising a plurality of opening patterns spaced apart from each other at the bending area; and a signal line extending along the surface of the insulating layer and the bottom of each of the plurality of opening patterns; further comprising a first protective film above the signal line relative to the flexible substrate at the bending area and a second protective film arranged on the opposite side of the flexible substrate and thus below the signal line at the bending area; wherein the flexible substrate has a curvature radius in the downward direction at the bending area, wherein the first protective film is thicker than the second protective film or wherein the Young's modulus of the second protective film is larger than the Young's modulus of the first protective film; or wherein the flexible substrate has a curvature radius in the upward direction at the bending area, wherein the second protective film is thicker than the first protective film or wherein the Young's modulus of the first protective film is larger than that of the second protective film. a flexible substrate comprising a bending area being bent in one direction within the plane of the flexible substrate; an insulating layer on one side of the flexible substrate and comprising a plurality of opening patterns spaced apart from each other at the bending area; and a signal line extending along the surface of the insulating layer and the bottom of each of the plurality of opening patterns; further comprising a first protective film above the signal line relative to the flexible substrate at the bending area and a second protective film arranged on the opposite side of the flexible substrate and thus below the signal line at the bending area; wherein the flexible substrate has a curvature radius in the downward direction at the bending area, wherein the first protective film is thicker than the second protective film or wherein the Young's modulus of the second protective film is larger than the Young's modulus of the first protective film; or wherein the flexible substrate has a curvature radius in the upward direction at the bending area, wherein the second protective film is thicker than the first protective film or wherein the Young's modulus of the first protective film is larger than that of the second protective film.
A 3D printer nozzle comprising a heating element, the heating element comprising: a first sheath comprising a first inner diameter and a first outer diameter, the first sheath sized to engage around an outer circumference of the 3D printer nozzle; at least two nichrome wire coils, at least one of which is at least partially contacting the first inner diameter of the first sheath; and at least one energy receiver associated with the at least two nichrome wire coils, whereby the at least two nichrome wire coils comprise a high density winding at a taper portion of the 3D printer nozzle at an exit port and a lower density winding along a non-taper portion of the 3d printer nozzle. a first sheath comprising a first inner diameter and a first outer diameter, the first sheath sized to engage around an outer circumference of the 3D printer nozzle; at least two nichrome wire coils, at least one of which is at least partially contacting the first inner diameter of the first sheath; and at least one energy receiver associated with the at least two nichrome wire coils, whereby the at least two nichrome wire coils comprise a high density winding at a taper portion of the 3D printer nozzle at an exit port and a lower density winding along a non-taper portion of the 3d printer nozzle.
Filler element for windows, doors or facades, with a first cover layer and a second cover layer which are connected together by way of a thermally insulating core, wherein the core comprises at least two insulating layers (3, 5) which are separated from one another and which are held against one another by way of at least one resilient compensating element, characterised in that a depression for reception of a compensating element is formed at at least one insulating layer.