mhurhangee/ep-ind-claims huggingface dataset:
Device for producing flexographic printing plates starting from digitally imaged flexographic printing elements, comprising at least one UV-transparent, dimensionally stable support sheet, a photopolymerizable, relief-forming layer, and a digitally imaged layer, comprising at least • a transport device for transporting the flexographic printing elements through the device, • an exposure unit disposed beneath the transport device, for the preliminary exposure of flexographic printing elements from the reverse by means of UV radiation, comprising at least one UV source regulatable in its power, • an exposure unit disposed above the transport device, for the main exposure of flexographic printing elements by means of UV radiation, comprising at least one UV source regulatable in its power, with the proviso that the exposure unit is disposed after the exposure unit in the transport direction, or that the exposure units and are disposed opposite one another, • a developing unit disposed after the exposure units in the transport direction, for thermally removing the residues of the digitally imaged layer and also the unpolymerized fractions of the relief-forming layer, • a control unit for regulating the power of the exposure unit for preliminary reverse exposure, the power of the exposure unit for main exposure, and the transport speed of the transport device. • a transport device for transporting the flexographic printing elements through the device, • an exposure unit disposed beneath the transport device, for the preliminary exposure of flexographic printing elements from the reverse by means of UV radiation, comprising at least one UV source regulatable in its power, • an exposure unit disposed above the transport device, for the main exposure of flexographic printing elements by means of UV radiation, comprising at least one UV source regulatable in its power, with the proviso that the exposure unit is disposed after the exposure unit in the transport direction, or that the exposure units and are disposed opposite one another, • a developing unit disposed after the exposure units in the transport direction, for thermally removing the residues of the digitally imaged layer and also the unpolymerized fractions of the relief-forming layer, • a control unit for regulating the power of the exposure unit for preliminary reverse exposure, the power of the exposure unit for main exposure, and the transport speed of the transport device.
A microfluidic system comprising: • a microchannel containing a sequence of droplets of a first fluid in a surrounding immiscible second fluid, at least one of the droplets containing magnetic particles, and • a device for generating inside the microchannel a magnetic field, said device comprising an activable magnetic element (5; 6), the activable magnetic element being reversibly magnetizable and comprising a tip (5a; 6a), and further comprising a core, the microfluidic system being configured to transport the droplet by flow of the second fluid. • a microchannel containing a sequence of droplets of a first fluid in a surrounding immiscible second fluid, at least one of the droplets containing magnetic particles, and • a device for generating inside the microchannel a magnetic field, said device comprising an activable magnetic element (5; 6), the activable magnetic element being reversibly magnetizable and comprising a tip (5a; 6a), and further comprising a core, the microfluidic system being configured to transport the droplet by flow of the second fluid.
An apparatus for the capture and storage of power, the apparatus comprising: i) a first layer comprising a protective layer, comprising one or more protrusions that enable two or more apparatuses to interconnect with each other; ii) a second layer engaged with the first layer, the second layer comprising a device that is able to generate power from exposure to its environment, and one or more protrusions that enable two or more apparatuses to interconnect with each other; iii) a third layer engaged with the second layer, the third layer comprising a power storage facility; and iv) a fourth layer engaged with the third layer, the fourth layer comprising a power grid which enables power to be transferred between interconnected apparatuses; wherein the layers are secured together using a connecting member inserted through an opening (8,18,26) in each layer. i) a first layer comprising a protective layer, comprising one or more protrusions that enable two or more apparatuses to interconnect with each other; ii) a second layer engaged with the first layer, the second layer comprising a device that is able to generate power from exposure to its environment, and one or more protrusions that enable two or more apparatuses to interconnect with each other; iii) a third layer engaged with the second layer, the third layer comprising a power storage facility; and iv) a fourth layer engaged with the third layer, the fourth layer comprising a power grid which enables power to be transferred between interconnected apparatuses; wherein the layers are secured together using a connecting member inserted through an opening (8,18,26) in each layer.
A method for laser cleaning ink from a anilox roller in a cleaning apparatus, the method comprising following acts of: - generating picosecond laser pulses with a pulse duration between 1-1000 ps at a laser; - guiding the laser pulses onto a path on the anilox roller. - generating picosecond laser pulses with a pulse duration between 1-1000 ps at a laser; - guiding the laser pulses onto a path on the anilox roller.
A method for service content distribution under a heterogeneous network, comprising: storing and maintaining, by a joint radio resource management server of a service management platform, context information of a network and a terminal; wherein the context information of the network comprises: a network description, a general resource of the network and context information of a stream, and the context information of the terminal comprises: context information of the terminal about communication, computation, service presentation; making a request, by an edge server of the service management platform, to the joint radio resource management server for an index of the context information when receiving a service request from an initiator terminal; (S202 and S203) transmitting, by the joint radio resource management server, the index of the context information to the edge server after receiving the request from the edge server; and comparing, by the edge server, the service request with the index of the context information to select cooperative network and terminal for service content distribution, and performing the service content distribution according to the selected cooperative network and terminal so that service content is transmitted to the initiator terminal of the service request through the selected cooperative network and terminal. storing and maintaining, by a joint radio resource management server of a service management platform, context information of a network and a terminal; wherein the context information of the network comprises: a network description, a general resource of the network and context information of a stream, and the context information of the terminal comprises: context information of the terminal about communication, computation, service presentation; making a request, by an edge server of the service management platform, to the joint radio resource management server for an index of the context information when receiving a service request from an initiator terminal; (S202 and S203) transmitting, by the joint radio resource management server, the index of the context information to the edge server after receiving the request from the edge server; and comparing, by the edge server, the service request with the index of the context information to select cooperative network and terminal for service content distribution, and performing the service content distribution according to the selected cooperative network and terminal so that service content is transmitted to the initiator terminal of the service request through the selected cooperative network and terminal.
A system for reducing the operational impacts of flying in icing conditions, comprising: at least a first sensor configured to detect icing; at least a second sensor configured to detect at least one parameter indicative of angle of attack (α); and a computer, operatively coupled to the first sensor and second sensor the computer being configured to adapt, to the effects of deicing, a maximum angle of attack parameter (α setting) as a function of time at which the first sensor detects ice; wherein the computer is configured to define the maximum angle of attack parameter (α setting) as a function of time based at least in part on a deicing model; characterised in that the at least one first sensor is configured to detect and measure ice accretion (32, 352); and the computer is configured to adapt the maximum angle of attack parameter to the measured ice accretion (32, 352) and the effect of deicing. at least a first sensor configured to detect icing; at least a second sensor configured to detect at least one parameter indicative of angle of attack (α); and a computer, operatively coupled to the first sensor and second sensor the computer being configured to adapt, to the effects of deicing, a maximum angle of attack parameter (α setting) as a function of time at which the first sensor detects ice; wherein the computer is configured to define the maximum angle of attack parameter (α setting) as a function of time based at least in part on a deicing model; characterised in that the at least one first sensor is configured to detect and measure ice accretion (32, 352); and the computer is configured to adapt the maximum angle of attack parameter to the measured ice accretion (32, 352) and the effect of deicing.
Sanitary space, such as a toilet space, comprising: - a floor; - upright walls along the periphery of the floor; - a pre-wall arranged in front of a wall, wherein a secondary space is formed between the wall and the pre-wall; - an installation for flush water supply, such as for instance a flush basin such as a toilet bowl, arranged close to or against the pre-wall; - a flushing reservoir placed in the secondary space and connected to the installation for flush water supply; wherein a service opening is arranged in the pre-wall, which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall; and wherein at least a part of the box-like part is removable to gain access to the secondary space. - a floor; - upright walls along the periphery of the floor; - a pre-wall arranged in front of a wall, wherein a secondary space is formed between the wall and the pre-wall; - an installation for flush water supply, such as for instance a flush basin such as a toilet bowl, arranged close to or against the pre-wall; - a flushing reservoir placed in the secondary space and connected to the installation for flush water supply; wherein a service opening is arranged in the pre-wall, which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall; and wherein at least a part of the box-like part is removable to gain access to the secondary space. wherein a service opening is arranged in the pre-wall, which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall; and wherein at least a part of the box-like part is removable to gain access to the secondary space.
A wearable antenna, for wirelessly receiving sensor data generated by an implantable sensor device implanted in a uterus, the wearable antenna having a downwardly extending portion for location at the front of the wearer's body, characterized in that the wearable antenna is configured to, in use, extend around the waist of the wearer's body in a continuous loop.
A method for transmitting channel quality from a mobile station to a base station in a wireless communication system, the method CHARACTERIZED BY: transmitting channel quality information of a serving cell/sector, using more than one first slot at a beginning portion of a frame, the channel quality information being transmitted on a reverse channel quality indicator channel; and transmitting switching indication information to the base station, the switching indication information used for indicating an intention of the mobile station itself for the cell/sector switching, using at least one second slot at an end portion of the frame, the switching indication information is transmitted after being covered with a Walsh code for a target cell/sector, wherein the more than one first slot and the at least one second slot are spatially displaced with at least one intermediate slot in the frame, the at least one intermediate slot comprising differential information of channel quality of the serving cell/sector, wherein the at least one second slot starts from a Kth slot of the frame, where K is a positive integer value satisfying [number of slots of the frame - {(Ns ∗ n)-1}], wherein Ns is a number of switching indication slots included in the frame and n is a slot repetition factor of the channel quality information, and wherein the length of the at least one second slot satisfies (Ns ∗ n), where Ns is the number of the switching indication slots included in the frame and n is the slot repetition factor of the channel quality information. transmitting channel quality information of a serving cell/sector, using more than one first slot at a beginning portion of a frame, the channel quality information being transmitted on a reverse channel quality indicator channel; and transmitting switching indication information to the base station, the switching indication information used for indicating an intention of the mobile station itself for the cell/sector switching, using at least one second slot at an end portion of the frame, the switching indication information is transmitted after being covered with a Walsh code for a target cell/sector, wherein the more than one first slot and the at least one second slot are spatially displaced with at least one intermediate slot in the frame, the at least one intermediate slot comprising differential information of channel quality of the serving cell/sector, wherein the at least one second slot starts from a Kth slot of the frame, where K is a positive integer value satisfying [number of slots of the frame - {(Ns ∗ n)-1}], wherein Ns is a number of switching indication slots included in the frame and n is a slot repetition factor of the channel quality information, and wherein the length of the at least one second slot satisfies (Ns ∗ n), where Ns is the number of the switching indication slots included in the frame and n is the slot repetition factor of the channel quality information.
Luminaire arrangement in the form of a bihalogen headlight for a motor vehicle for generating dipped beam and main beam from a a single light source, wherein the light source is embodied as a halogen incandescent lamp having only one incandescent element, characterized in that the halogen incandescent lamp, for generating the dipped beam, has an operating voltage reduced by 5% to 10% relative to a standard operating voltage of 13.2 V or 28 V of the halogen incandescent lamp and, for generating the main beam, has an operating voltage increased by 5% to 10% relative to the abovementioned standard operating voltage, or the halogen incandescent lamp, for generating the dipped beam, has an operating voltage increased by 5% to 10% relative to a standard operating voltage of 13.2 V or 28 V of the halogen incandescent lamp and, for generating the main beam, has an operating voltage reduced by 5% to 10% relative to the abovementioned standard operating voltage.
A computer-implemented system, comprising: - at least one nontransitory processor-readable storage medium that stores at least one of processor-executable instructions or data; and - at least one processor communicably coupled to at least one nontransitory processor-readable storage medium, wherein that at least one processor: - receives segmentation learning data comprising a plurality of batches of labeled anatomical image sets, each image set comprising image data representative of a series of slices of a three-dimensional bony structure, and each image set including at least one label which identifies the region of a particular part of the bony structure depicted in each image of the image set, wherein the label indicates one of a plurality of classes indicating parts of the bone anatomy; - trains a segmentation CNN, that is a fully convolutional neural network model with layer skip connections, to segment semantically at least one part of the bony structure utilizing the received segmentation learning data; and - stores the trained segmentation CNN in at least one nontransitory processor-readable storage medium of the machine learning system. - at least one nontransitory processor-readable storage medium that stores at least one of processor-executable instructions or data; and - at least one processor communicably coupled to at least one nontransitory processor-readable storage medium, wherein that at least one processor: - receives segmentation learning data comprising a plurality of batches of labeled anatomical image sets, each image set comprising image data representative of a series of slices of a three-dimensional bony structure, and each image set including at least one label which identifies the region of a particular part of the bony structure depicted in each image of the image set, wherein the label indicates one of a plurality of classes indicating parts of the bone anatomy; - trains a segmentation CNN, that is a fully convolutional neural network model with layer skip connections, to segment semantically at least one part of the bony structure utilizing the received segmentation learning data; and - stores the trained segmentation CNN in at least one nontransitory processor-readable storage medium of the machine learning system. - receives segmentation learning data comprising a plurality of batches of labeled anatomical image sets, each image set comprising image data representative of a series of slices of a three-dimensional bony structure, and each image set including at least one label which identifies the region of a particular part of the bony structure depicted in each image of the image set, wherein the label indicates one of a plurality of classes indicating parts of the bone anatomy; - trains a segmentation CNN, that is a fully convolutional neural network model with layer skip connections, to segment semantically at least one part of the bony structure utilizing the received segmentation learning data; and - stores the trained segmentation CNN in at least one nontransitory processor-readable storage medium of the machine learning system.
A method for separating eukaryotic DNA from prokaryotic DNA in a DNA sample that contains eukaryotic DNA and microbial DNA, wherein the microbial DNA comprises prokaryotic DNA, comprising: (a) reacting the DNA in the sample with a methylation-dependent nicking enzyme or a methylation sensitive enzyme, a polymerase, four dNTPs and at least one affinity labeled dNTP to label either the methylated DNA or the unmethylated DNA in the sample; and (b) binding the labeled DNA to an affinity matrix to separate the labeled DNA from the unlabeled DNA. (a) reacting the DNA in the sample with a methylation-dependent nicking enzyme or a methylation sensitive enzyme, a polymerase, four dNTPs and at least one affinity labeled dNTP to label either the methylated DNA or the unmethylated DNA in the sample; and (b) binding the labeled DNA to an affinity matrix to separate the labeled DNA from the unlabeled DNA.
A light emitting device comprising: light emitting diode semiconductor layers (12, 14, 16) generating light, the LED semiconductor layers having a light emitting surface; a substrate (38, 57, 64 73, 78, 82, 84) overlying the light emitting surface and affixed to the LED semiconductor layers; and one or more light scattering areas (40A, 40B, 40C, 42A, 42B, 56A, 56B, 56C, 60, 62A, 62B, 68, 80A, 80B, 80C, 86A, 86B) formed within the substrate, wherein the LED semiconductor layers include areas that generate light and areas that do not generate light, wherein the light scattering areas are located over at least one of the LED semiconductor layer areas that do not generate light, characterized by the light scattering areas not being formed over the LED semiconductor layers areas that generate light. light emitting diode semiconductor layers (12, 14, 16) generating light, the LED semiconductor layers having a light emitting surface; a substrate (38, 57, 64 73, 78, 82, 84) overlying the light emitting surface and affixed to the LED semiconductor layers; and one or more light scattering areas (40A, 40B, 40C, 42A, 42B, 56A, 56B, 56C, 60, 62A, 62B, 68, 80A, 80B, 80C, 86A, 86B) formed within the substrate, wherein the LED semiconductor layers include areas that generate light and areas that do not generate light, wherein the light scattering areas are located over at least one of the LED semiconductor layer areas that do not generate light, characterized by the light scattering areas not being formed over the LED semiconductor layers areas that generate light.
A cyber security system for providing security to a railway, the system comprising: a data monitoring and processing hub; a network comprising a plurality of data collection agents (32, 34) synchronized to a same network clock and configured to monitor railway infrastructure devices and onboard devices of rolling stock having a train communication network, and forward monitored data to the hub for processing by the hub to detect anomalies in railway operation that are indicative of a cyber-attack; and at least one anonymizer configured to scrub information items from data that the hub receives from a data collection agent of the plurality of data collection agents which may be used to identify the cyber security system or the railway for which the system provides security. a data monitoring and processing hub; a network comprising a plurality of data collection agents (32, 34) synchronized to a same network clock and configured to monitor railway infrastructure devices and onboard devices of rolling stock having a train communication network, and forward monitored data to the hub for processing by the hub to detect anomalies in railway operation that are indicative of a cyber-attack; and