mhurhangee/ep-ind-claims huggingface dataset:
A method (600, 1000, 1300) comprising: measuring an indirect forward error correction decoding property associated with applying FEC decoding to FEC-encoded bits or symbols at a receiver device (104, 202) deployed in a communication network, the FEC-encoded bits or symbols having been encoded using FEC encoding corresponding to the FEC decoding; providing an assessment of operating conditions of the receiver device based on the indirect FEC decoding property; wherein the method is characterised by initiating a change in one or more parameters of the communication network based on the assessment, wherein the one or more parameters comprise one or more of data rate, launch power, transmission distance, channel spacing, add-drop filter configuration, and network routing, wherein the indirect FEC decoding property comprises any one of: active clock cycles of an iterative decoder, idle clock cycles of an iterative decoder, number of parallel engines active, activity level of each stage of a pipelined decoder, and a distribution of a number of iterations of a FEC decoding operation applied to each of a plurality of FEC blocks processed within a period of time at the receiver device while the receiver device is deployed in the communication network, each of the FEC blocks comprising a plurality of the FEC-encoded bits or symbols. measuring an indirect forward error correction decoding property associated with applying FEC decoding to FEC-encoded bits or symbols at a receiver device (104, 202) deployed in a communication network, the FEC-encoded bits or symbols having been encoded using FEC encoding corresponding to the FEC decoding; providing an assessment of operating conditions of the receiver device based on the indirect FEC decoding property; wherein the method is characterised by initiating a change in one or more parameters of the communication network based on the assessment, wherein the one or more parameters comprise one or more of data rate, launch power, transmission distance, channel spacing, add-drop filter configuration, and network routing, wherein the indirect FEC decoding property comprises any one of: active clock cycles of an iterative decoder, idle clock cycles of an iterative decoder, number of parallel engines active, activity level of each stage of a pipelined decoder, and a distribution of a number of iterations of a FEC decoding operation applied to each of a plurality of FEC blocks processed within a period of time at the receiver device while the receiver device is deployed in the communication network, each of the FEC blocks comprising a plurality of the FEC-encoded bits or symbols.
A mobile communication device, initially configured to enter a locked state upon being powered on, comprising: a wireless communication unit performing wireless transmission and reception to and from a service network; and a processing unit determining whether a subscriber identity card coupled in the mobile communication device is authentic, by checking a challenge response received from the subscriber identity card; characterized in that the processing unit further performs an attach procedure with the service network via the wireless communication unit while the mobile communication device remaining in the locked state, in response to the subscriber identity card being authentic, and allows the mobile communication device to enter an unlocked stated from the locked state in response to the attach procedure being successful. a wireless communication unit performing wireless transmission and reception to and from a service network; and a processing unit determining whether a subscriber identity card coupled in the mobile communication device is authentic, by checking a challenge response received from the subscriber identity card; characterized in that the processing unit further performs an attach procedure with the service network via the wireless communication unit while the mobile communication device remaining in the locked state, in response to the subscriber identity card being authentic, and allows the mobile communication device to enter an unlocked stated from the locked state in response to the attach procedure being successful.
Multifunctional laser device for treating material, in particular biological material, the light emitted by a laser light source of the laser device having a wavelength at which the material has an absorption coefficient of more than 10 cm -1 and the laser light source supplying light pulses with a respective pulse duration and pulse repetition frequency, characterised in that the light pulses have an energy which is between one and twenty times the threshold energy of the material for a removal, wherein the energy of the pulses is between 1 and 50 mJ, the pulse repetition frequency is between 20 and 100 kHz and the wavelength of the laser light is in the mid-IR range of 1.4 to 3.3 μm.
A panel, in particular a wall, ceiling or floor panel, comprising a carrier layer of a plastic material and a base layer, the base layer comprising a decorative pattern printed thereon and over the base layer and the decorative pattern a cured polymer layer is provided, characterized in that the printing ink used for printing the decorative pattern includes a polymerizable acrylate and/or N-vinylcaprolactam, and the printing ink and the polymer layer were cured together.
A method, comprising: receiving, from a service provider, a request associated with verifying an integrity of an identity document of a user; capturing, responsive to receiving the request, image data of the identity document; generating a representation based on the image data, the representation comprising form factor data of the identity document, the form factor data uniquely identifying the identity document of the user without explicitly including identifying information of the user; comparing the representation with a prior representation of the identity document, the prior representation comprising prior form factor data of the identity document and the prior representation having previously been generated from prior captured image data of the identity document; and providing, to the service provider, a response to the request based on comparing the representation with the prior representation. receiving, from a service provider, a request associated with verifying an integrity of an identity document of a user; capturing, responsive to receiving the request, image data of the identity document; generating a representation based on the image data, the representation comprising form factor data of the identity document, the form factor data uniquely identifying the identity document of the user without explicitly including identifying information of the user; comparing the representation with a prior representation of the identity document, the prior representation comprising prior form factor data of the identity document and the prior representation having previously been generated from prior captured image data of the identity document; and providing, to the service provider, a response to the request based on comparing the representation with the prior representation.
Method for mounting a plurality of wall panels to a surface of a wall, said method including providing first and second wall panels, each wall panel having a first major surface having a pattern of channels formed therein, said pattern of channels defining an arrangement of tile-like areas in the first major surface, a second major surface located substantially opposite to the first major surface, and at least one side wall; characterized by the wall panels comprise moulded plastics wall panels, and attaching at least one portion of double sided adhesive tape or film onto the surface; mounting the first wall panel onto the surface by attaching a peripheral portion (15,17,19,21) of its second major surface onto the double sided adhesive tape or film; applying sealant to at least one of the double sided adhesive tape or film and the first wall panel; mounting the second wall panel onto the surface by attaching a peripheral portion (15,17,19,21) of its second major surface onto the double sided adhesive tape or film, the arrangement being such that the side wall of the second wall panel is located adjacent to, and substantially parallel with, the side wall of the first wall panel, and wherein a peripheral portion (15,17,19,21) of the first major surface for the first wall panel and a peripheral portion (15,17,19,21) of the first major surface of the second wall panel are each arranged such that when the first and second wall panels are positioned side by side said peripheral portions (15,17,19,21) define a channel that is similar to at least one of the other channels, the double sided adhesive tape or film tightly binding the peripheral portions of the wall panels to the surface of the wall along substantially the full length of the peripheral portions, thereby preventing any localised bowing of the panels and ensuring that the peripheral portions of the panels are held together in abutting engagement, and any minor gaps between the side walls of the first and second wall panels are substantially sealed by the sealant.
A pharmaceutical composition for oral administration comprising an effective amount of a compound of Formula V-A2: or a pharmaceutically acceptable salt thereof; wherein B is a moiety of Formula II: W c is aryl, heteroaryl, heterocycloalkyl, or cycloalkyl; q is an integer of 0 or 1; R 1 is hydrogen, alkyl, or halo; R 2 is alkyl or halo; R 3 is halo; and R 9 is alkyl, or heterocycloalkyl; and one or more pharmaceutically acceptable excipients suitable for oral administration. wherein B is a moiety of Formula II: W c is aryl, heteroaryl, heterocycloalkyl, or cycloalkyl; q is an integer of 0 or 1; R 1 is hydrogen, alkyl, or halo; R 2 is alkyl or halo; R 3 is halo; and R 9 is alkyl, or heterocycloalkyl;
A structure for a front part of a body of an automobile, in which a rear end part of a bumper beam extension made of a fiber-reinforced resin is fixed to a mounting plate provided on a front end part of a front side frame made of metal, wherein the bumper beam extension is formed with a hollow closed cross-section by joining together joining flanges (21d, 21e, 22d, 22e) of a pair of left and right hat-shaped cross section members (21, 22), a rear support member secured to the mounting plate comprises a forward-projecting rib (23b, 23c, 23d, 23e) having a closed cross-section, and the rear end part of the bumper beam extension is fitted into and fixed to an inner periphery of the rib (23b, 23c, 23d, 23e) of the rear support member characterized in that the plate thickness of the bumper beam extension as measured in the direction perpendicular to the front to rear direction of the vehicle is uniform from the front toward the rear, and the cross-sectional area of the closed cross section of the bumper beam extension increases in going from the front toward the rear. the bumper beam extension is formed with a hollow closed cross-section by joining together joining flanges (21d, 21e, 22d, 22e) of a pair of left and right hat-shaped cross section members (21, 22), a rear support member secured to the mounting plate comprises a forward-projecting rib (23b, 23c, 23d, 23e) having a closed cross-section, and the rear end part of the bumper beam extension is fitted into and fixed to an inner periphery of the rib (23b, 23c, 23d, 23e) of the rear support member characterized in that the plate thickness of the bumper beam extension as measured in the direction perpendicular to the front to rear direction of the vehicle is uniform from the front toward the rear, and the cross-sectional area of the closed cross section of the bumper beam extension increases in going from the front toward the rear.
A manufacturing method of an ultrasonic transducer, comprising the steps of: (a) forming a first insulator which covers a first electrode; (b) forming a sacrificial layer on the first insulator so as to overlap with the first electrode; (c) forming a second insulator which covers the sacrificial layer and the first insulator; (d) forming an opening portion, which reaches the sacrificial layer and is smaller than the sacrificial layer in size when viewed from top, in the second insulator on the sacrificial layer; (e) forming a third insulator which covers the opening portion and the second insulator; (f) forming a second electrode, which overlaps with the sacrificial layer, on the third insulator; (g) forming a fourth insulator which covers the second electrode and the third insulator; (h) forming a hole which reaches the sacrificial layer through the fourth insulator and the third insulator; (i) forming a cavity portion by removing the sacrificial layer using wet etching through the hole wherein the distance between the first and second electrode in the part having the cavity portion is smaller than the distance between the first and second electrode in the part not having the cavity portion; and (j) burying the hole with a fifth insulator, thereby sealing the cavity portion. (a) forming a first insulator which covers a first electrode; (b) forming a sacrificial layer on the first insulator so as to overlap with the first electrode; (c) forming a second insulator which covers the sacrificial layer and the first insulator; (d) forming an opening portion, which reaches the sacrificial layer and is smaller than the sacrificial layer in size when viewed from top, in the second insulator on the sacrificial layer; (e) forming a third insulator which covers the opening portion and the second insulator; (f) forming a second electrode, which overlaps with the sacrificial layer, on the third insulator; (g) forming a fourth insulator which covers the second electrode and the third insulator; (h) forming a hole which reaches the sacrificial layer through the fourth insulator and the third insulator; (i) forming a cavity portion by removing the sacrificial layer using wet etching through the hole wherein the distance between the first and second electrode in the part having the cavity portion is smaller than the distance between the first and second electrode in the part not having the cavity portion; and (j) burying the hole with a fifth insulator, thereby sealing the cavity portion.
Apparatus for manipulating a received signal which corresponds to a transmitted signal comprising a series of bits, the apparatus comprising means for processing the received signal using a Viterbi algorithm to produce candidate metrics for states arranged in a trellis and to make selections from amongst the candidate metrics to provide metrics for said states, means for producing an initial soft decision for a bit of said series from said candidate metrics, means for producing a hard decision for said bit from a metric selection corresponding to reception of said bit and means for modifying the initial soft decision in a manner dependent upon the hard decision to produce an enhanced soft decision for said bit, wherein the means for modifying said initial soft decision comprises means for selecting zero for the enhanced soft decision if the initial soft decision is negative and the hard decision has a first value, zero for the enhanced soft decision if the initial soft decision is positive and the hard decision has a second value, and the initial soft decision for the enhanced soft decision otherwise.
A system for non-invasively imaging microcirculation in a substrate by imaging light reflectance of said substrate, comprising: at least one light source; a light transport body configured to project light from said at least one light source to an examination substrate and transmit light reflected by the examination substrate; an analysis section in optical communication with the light transport body having a reflectance avoidance Imaging module and a reflectance spectrophotometry module and/or a fluorescence imaging module, wherein the light transport body comprises said at least one light source, an illumination passage and an imaging passage, and wherein the illumination passage is optically isolated from said imaging passage, the light transport body has a proximal end and a distal end, wherein said at least one light source is positioned at the distal end of the light transport body within the illumination passage so as to arrange that during use said at least one light sources is positioned proximate to the substrate, characterized in that the system further comprises a cap device coupled to the distal end of said light transport body and including an imaging relief and an Illumination field optically isolated from said imaging relief, and wherein the illumination field Is positioned proximate to the at least one light source located within the illumination passage of the light transport body, and the Imaging relief Is positioned proximate to the imaging passage of the light transport body, and wherein at least one Isolation surface optically isolates the illumination field from the Imaging relief. at least one light source; a light transport body configured to project light from said at least one light source to an examination substrate and transmit light reflected by the examination substrate; an analysis section in optical communication with the light transport body having a reflectance avoidance Imaging module and a reflectance spectrophotometry module and/or a fluorescence imaging module, wherein the light transport body comprises said at least one light source, an illumination passage and an imaging passage, and wherein the illumination passage is optically isolated from said imaging passage, the light transport body has a proximal end and a distal end, wherein said at least one light source is positioned at the distal end of the light transport body within the illumination passage so as to arrange that during use said at least one light sources is positioned proximate to the substrate, characterized in that the system further comprises a cap device coupled to the distal end of said light transport body and including an imaging relief and an Illumination field optically isolated from said imaging relief, and wherein the illumination field Is positioned proximate to the at least one light source located within the illumination passage of the light transport body, and the Imaging relief Is positioned proximate to the imaging passage of the light transport body, and wherein at least one Isolation surface optically isolates the illumination field from the Imaging relief.
An accumulator provided with a flow damper inside, the flow damper including a cylindrical vortex chamber, a small flow pipe connected to a peripheral portion of the vortex chamber along a tangential direction thereto, a large flow pipe connected to the peripheral portion while forming a predetermined angle with the small flow pipe, and an outlet pipe connected to an outlet formed at a central part of the vortex chamber, wherein a first junction of the large flow pipe and the vortex chamber of the flow damper is located outside an extension line of an inner surface, at the side of the large flow pipe, of the small flow pipe, characterised in that a straight line is drawn from a second junction in a free-jet-spread proportion relative to the extension line of the inner surface, at the side of the large flow pipe, of the small flow pipe, and wherein the extension line is drawn from the second junction of the large flow pipe and the small flow pipe, a first intersecting point of the straight line and the inner surface, at the opposite side of the small flow pipe, of the large flow pipe is obtained, a tangent is drawn from the first intersecting point to the inner peripheral surface of the vortex chamber to obtain a second intersecting point of the tangent and the inner peripheral surface of the vortex chamber, a flat surface portion including a line linking the first intersecting point with the second intersecting point is used as an extended surface portion (25a-1) of the inner peripheral surface of the vortex chamber, and a junction of the extended surface portion (25a-1) and the inner surface, at the opposite side of the small flow pipe, of the large flow pipe is the first junction of the large flow pipe and the vortex chamber.
A solid soap comprising: (i) a fatty acid soap, and (ii) 1 to 8 mass % of betaine, wherein the content of myristic acid is 50 mass % or more in the total fatty acid of the fatty acid soap, and wherein the content of trimethylglyine is 1 to 8 mass %. (i) a fatty acid soap, and (ii) 1 to 8 mass % of betaine,
Decorative strip, preferably for vehicles, having at least one light, at least one carrier strip, on which the light is arranged, and having at least one surface strip, wherein the light is arranged within the surface strip and the surface strip has at least one light opening in the region of the light, wherein the carrier strip has at least one first adhesive point for connection with an attachment surface of a target location, characterised in that the surface strip has at least one second adhesive point for connection with the attachment surface.
A method for operating a communications connection between a first communications terminal device allocated to a first participant and connected to a switchboard, and at least one first terminal device allocated to a second participant, wherein - a call setup request notification for initiating said communications connection is signalled from the first communications terminal device to the switchboard - for a process running as an application on a second terminal device that is interacting with said first communications terminal device that is to be operated by the first participant and coupled with said switchboard, said process being free of functions for controlling said communications connection, at least one piece of information that is reproducible on a terminal device is extracted from an output effected by said process at said second terminal device based on said call setup request notification signalled from said switchboard to said second terminal device, wherein such application is selected, in which there is an input focus, for example a flashing input prompt, and/or which is located in the foreground of all windows represented by said second terminal device, - upon initiating said communications connection between said first communications terminal device and said first terminal device by said switchboard said reproducible information is transmitted to at least one terminal device (KE2, RE2) allocated to said second participant. - a call setup request notification for initiating said communications connection is signalled from the first communications terminal device to the switchboard - for a process running as an application on a second terminal device that is interacting with said first communications terminal device that is to be operated by the first participant and coupled with said switchboard, said process being free of functions for controlling said communications connection, at least one piece of information that is reproducible on a terminal device is extracted from an output effected by said process at said second terminal device based on said call setup request notification signalled from said switchboard to said second terminal device, wherein such application is selected, in which there is an input focus, for example a flashing input prompt, and/or which is located in the foreground of all windows represented by said second terminal device, - upon initiating said communications connection between said first communications terminal device and said first terminal device by said switchboard said reproducible information is transmitted to at least one terminal device (KE2, RE2) allocated to said second participant.