mhurhangee/ep-ind-claims huggingface dataset:
A method to reduce interference, characterized by: demodulating and decoding, at a first base station, at least one signal sent from at least one access terminal and received by the first base station, wherein the at least one signal comprises an interlace of time-separated sub-packets corresponding to a packet; sending, by the first base station, demodulated, decoded information of the at least one signal to a second base station during a time interval associated with receiving data that is interlaced between the time-separated sub-packets; reconstructing data samples for the at least one signal at the second base station; and subtracting the reconstructed data samples from a buffer of the second base station, wherein sending the demodulated, decoded information of the at least one signal to the second base station occurs between receiving two sub-packets of the interlace. demodulating and decoding, at a first base station, at least one signal sent from at least one access terminal and received by the first base station, wherein the at least one signal comprises an interlace of time-separated sub-packets corresponding to a packet; sending, by the first base station, demodulated, decoded information of the at least one signal to a second base station during a time interval associated with receiving data that is interlaced between the time-separated sub-packets; reconstructing data samples for the at least one signal at the second base station; and subtracting the reconstructed data samples from a buffer of the second base station, wherein sending the demodulated, decoded information of the at least one signal to the second base station occurs between receiving two sub-packets of the interlace.
An assembly for a condensate trap for draining a compressed gas condensate, wherein the assembly has a collection chamber for receiving the compressed gas condensate generated in a compressed gas system, an electrically operated outlet valve for discharging the compressed gas condensate from the collection chamber, as well as an interface for attaching the assembly to an electronic assembly, wherein the interface has a contact arrangement for supplying the outlet valve with electricity from the electronic assembly, characterized in that the interface can be configured in one of a plurality of possible and different configuration states.
Dating system for molds, comprising at least one date stamp connected to a knob through a connection cable, the date stamp comprising an engraving formed only by numbers and/or letters and a position indicator, characterized in that said knob is formed at one end of an axis, said axis being rotatable only in one direction.
A digital device, comprising: a display unit configured to display an image and receive a touch input; a communication unit configured to communicate with a wearable device, wherein the wearable device is different from the digital device; an image sensing unit; and a processor configured to control the display unit, the communication unit and the image sensing unit, wherein the processor is further configured to: display a message input interface for writing a message on the display unit, wherein the message input interface comprises a first attachment button and a second attachment button, send a command to the wearable device via the communication unit such as to capture a first image and attach the image captured by the wearable device to the message if an input is inputted on the first attachment button, and capture a second image using the image sensing unit of the digital device and attach the image captured by the digital device to the message if an input is inputted on the second attachment button. a display unit configured to display an image and receive a touch input; a communication unit configured to communicate with a wearable device, wherein the wearable device is different from the digital device; an image sensing unit; and a processor configured to control the display unit, the communication unit and the image sensing unit, wherein the processor is further configured to: display a message input interface for writing a message on the display unit, wherein the message input interface comprises a first attachment button and a second attachment button, send a command to the wearable device via the communication unit such as to capture a first image and attach the image captured by the wearable device to the message if an input is inputted on the first attachment button, and capture a second image using the image sensing unit of the digital device and attach the image captured by the digital device to the message if an input is inputted on the second attachment button. display a message input interface for writing a message on the display unit, wherein the message input interface comprises a first attachment button and a second attachment button, send a command to the wearable device via the communication unit such as to capture a first image and attach the image captured by the wearable device to the message if an input is inputted on the first attachment button, and capture a second image using the image sensing unit of the digital device and attach the image captured by the digital device to the message if an input is inputted on the second attachment button.
A system, comprising: a client; a server; one or more service components (131, 132); and one or more end devices (141, 142) connected to the one or more service components (131, 132); wherein for each of the end devices (141, 142), the server provides a host name, which is assigned to the respective end device (141, 142) and to the corresponding service component (131, 132); wherein the server is configured, in response to a request by the client to link to one of the host names, to transmit said link request to the service component of the one or more service components (131, 132) to which the host name is assigned; and wherein each of the service components (131, 132) is configured, in response to a link request, to check whether a certificate is on hand for the end device (141, 142) to which the host name is assigned, wherein if no certificate is on hand, the service component (131, 132) requests a certificate from an external certifier, and based on said certificate, establishes a link with the client via the server and transmits data packets between the client and the end device (141, 142). a client; a server; one or more service components (131, 132); and one or more end devices (141, 142) connected to the one or more service components (131, 132); wherein for each of the end devices (141, 142), the server provides a host name, which is assigned to the respective end device (141, 142) and to the corresponding service component (131, 132); wherein the server is configured, in response to a request by the client to link to one of the host names, to transmit said link request to the service component of the one or more service components (131, 132) to which the host name is assigned; and wherein each of the service components (131, 132) is configured, in response to a link request, to check whether a certificate is on hand for the end device (141, 142) to which the host name is assigned, wherein if no certificate is on hand, the service component (131, 132) requests a certificate from an external certifier, and based on said certificate, establishes a link with the client via the server and transmits data packets between the client and the end device (141, 142).
A plastic scintillator containing fluorescent substance wherein the plastic scintillator is configured to be used in a scintillation detector which measures fluorescence emitted from the fluorescent substance due to radiation and comprises a measurement surface characterised in that said measurement surface has been reformed by irradiation with plasma in order to enhance hydrophilic properties thereof.
A method for determining Total Acid Number in a fluid fossil fuel, comprising: a. separating said fluid fossil fuel by liquid chromatography into a plurality of fractions, comprising at least one acidic fraction and at least one polyacid fraction; b. determining boiling point distribution of said fluid fossil fuel, of said acidic fraction, and of said poly acidic fraction by simulated distillation; and c. correlating said boiling point distributions to acid molecular weights; and d. calculating TAN based on said acid molecular weights. a. separating said fluid fossil fuel by liquid chromatography into a plurality of fractions, comprising at least one acidic fraction and at least one polyacid fraction; b. determining boiling point distribution of said fluid fossil fuel, of said acidic fraction, and of said poly acidic fraction by simulated distillation; and c. correlating said boiling point distributions to acid molecular weights; and d. calculating TAN based on said acid molecular weights.
A process of forming an expanded hexagonal layered mineral, comprising: immersing at least a portion of an HLM rock in a slurry constituted by a mixture of expanded HLM rock, a metal salt and an organic solvent, wherein the HLM rock has atomic interlayers each having an hexagonal lattice structure, with the atomic interlayers separated by interlayer spacings; electrochemically charging the HLM rock by incorporating the HLM rock into at least one electrode and performing electrolysis through the slurry using the at least one electrode, thereby introducing the organic solvent and ions from the metal salt from the slurry into the interlayer spacings of the HLM rock to form 1 st -stage charged HLM that exfoliates from the HLM rock; and expanding the 1 st -stage charged HLM by applying an expanding force to increase the interlayer spacings between the atomic layers, wherein the slurry has the following composition: - HLM rock: 15-20 wt%; - HLM flake: 0.1-5 wt%; and - an electrolyte of 80-160 g/L of LiClO 4 (5-10 wt%) in propylene carbonate: 70-80 wt%. immersing at least a portion of an HLM rock in a slurry constituted by a mixture of expanded HLM rock, a metal salt and an organic solvent, wherein the HLM rock has atomic interlayers each having an hexagonal lattice structure, with the atomic interlayers separated by interlayer spacings; electrochemically charging the HLM rock by incorporating the HLM rock into at least one electrode and performing electrolysis through the slurry using the at least one electrode, thereby introducing the organic solvent and ions from the metal salt from the slurry into the interlayer spacings of the HLM rock to form 1 st -stage charged HLM that exfoliates from the HLM rock; and expanding the 1 st -stage charged HLM by applying an expanding force to increase the interlayer spacings between the atomic layers, wherein the slurry has the following composition: - HLM rock: 15-20 wt%; - HLM flake: 0.1-5 wt%; and - an electrolyte of 80-160 g/L of LiClO 4 (5-10 wt%) in propylene carbonate: 70-80 wt%. - HLM rock: 15-20 wt%; - HLM flake: 0.1-5 wt%; and - an electrolyte of 80-160 g/L of LiClO 4 (5-10 wt%) in propylene carbonate: 70-80 wt%.
A method for a standards traceable verification of a vibratory meter, the method comprising: obtaining a relationship between a baseline meter verification value and a calibration value, the calibration value being traceable to a measurement standard; determining a value of a physical property of the vibratory meter based on the relationship; and comparing the value of the physical property of the vibratory meter to a reference physical property value determined from a second calibration value of the vibratory meter, the second calibration value being traceable to a measurement standard. obtaining a relationship between a baseline meter verification value and a calibration value, the calibration value being traceable to a measurement standard; determining a value of a physical property of the vibratory meter based on the relationship; and comparing the value of the physical property of the vibratory meter to a reference physical property value determined from a second calibration value of the vibratory meter, the second calibration value being traceable to a measurement standard.
A method of manufacturing a security device, comprising: providing a polymer substrate of which a first region is absorbent to a laser wavelength, and a second region is substantially visually transparent and transparent to the laser wavelength, the first and second regions of the transparent polymer layer being laterally offset from one another; and irradiating part(s) of the first region and part(s) of the second region of the transparent polymer layer with laser radiation of the laser wavelength, to form a laser marking in and/or on the polymer substrate; wherein, at least during the irradiation of the part(s) of the second region of the transparent polymer layer, the laser radiation is pulsed laser radiation with a pulse duration of 100 ps or less; such that the appearance of the portion of the laser marking in the first region of the transparent polymer layer is different from the appearance of the portion of the laser marking in the second region of the transparent polymer layer. providing a polymer substrate of which a first region is absorbent to a laser wavelength, and a second region is substantially visually transparent and transparent to the laser wavelength, the first and second regions of the transparent polymer layer being laterally offset from one another; and irradiating part(s) of the first region and part(s) of the second region of the transparent polymer layer with laser radiation of the laser wavelength, to form a laser marking in and/or on the polymer substrate; wherein, at least during the irradiation of the part(s) of the second region of the transparent polymer layer, the laser radiation is pulsed laser radiation with a pulse duration of 100 ps or less; such that the appearance of the portion of the laser marking in the first region of the transparent polymer layer is different from the appearance of the portion of the laser marking in the second region of the transparent polymer layer.
A moisture-curing composition comprising a) at least one silane-functional polymer P having at least two end groups of the formula where R 1 is an alkyl group having 1 to 8 C atoms, more particularly a methyl group or an ethyl group; R 2 is an alkyl group having 1 to 5 C atoms, more particularly a methyl group or an ethyl group or an isopropyl group; a is 0, 1 or 2; and X is a divalent radical selected from the group consisting of -NH-CO-N(R 3)-, -NH-CO-S-, -NH-CO-O-, -O-CO-NH-, -N(R 3)-CO-NH-, and -S-CO-NH-, where R 3 is a hydrogen atom or is a linear or branched hydrocarbon radical having 1 to 20 C atoms which optionally contains cyclic fractions and which optionally has at least one functional group selected from the group consisting of alkoxysilyl, ether, sulfone, nitrile, nitro, carboxylic ester, sulfonic ester, and phosphonic ester; b) at least one reaction product R prepared from at least one aminosilane AS having at least one primary amino group, and at least one silane-group-free alkene M which is capable of undergoing 1,4-addition reactions with primary amino groups. a) at least one silane-functional polymer P having at least two end groups of the formula where R 1 is an alkyl group having 1 to 8 C atoms, more particularly a methyl group or an ethyl group; R 2 is an alkyl group having 1 to 5 C atoms, more particularly a methyl group or an ethyl group or an isopropyl group; a is 0, 1 or 2; and X is a divalent radical selected from the group consisting of -NH-CO-N(R 3)-, -NH-CO-S-, -NH-CO-O-, -O-CO-NH-, -N(R 3)-CO-NH-, and -S-CO-NH-, where R 3 is a hydrogen atom or is a linear or branched hydrocarbon radical having 1 to 20 C atoms which optionally contains cyclic fractions and which optionally has at least one functional group selected from the group consisting of alkoxysilyl, ether, sulfone, nitrile, nitro, carboxylic ester, sulfonic ester, and phosphonic ester; R 1 is an alkyl group having 1 to 8 C atoms, more particularly a methyl group or an ethyl group; R 2 is an alkyl group having 1 to 5 C atoms, more particularly a methyl group or an ethyl group or an isopropyl group; a is 0, 1 or 2; and X is a divalent radical selected from the group consisting of -NH-CO-N(R 3)-, -NH-CO-S-, -NH-CO-O-, -O-CO-NH-, -N(R 3)-CO-NH-, and -S-CO-NH-, b) at least one reaction product R prepared from at least one aminosilane AS having at least one primary amino group, and at least one silane-group-free alkene M which is capable of undergoing 1,4-addition reactions with primary amino groups.
A cooling apparatus for an internal combustion engine, comprising: a fan that cools a coolant by operating at least at a first drive voltage and a second drive voltage higher than the first drive voltage; and a control unit that drives the fan at the first drive voltage when a vehicle is driven at a low vehicle speed that is lower than a vehicle speed threshold and a coolant temperature is higher than a fan low-voltage activation threshold and the coolant temperature is lower than a high-voltage activation threshold, characterized in that the control unit drives the fan at the second drive voltage when the coolant temperature does not become lower than a low-voltage activated fan stop threshold after the fan is started at the first drive voltage when the coolant temperature does not become higher than the fan high-voltage activation threshold wherein the low-voltage activated fan stop threshold is a value lower than the fan low-voltage activation threshold. a fan that cools a coolant by operating at least at a first drive voltage and a second drive voltage higher than the first drive voltage; and a control unit that drives the fan at the first drive voltage when a vehicle is driven at a low vehicle speed that is lower than a vehicle speed threshold and a coolant temperature is higher than a fan low-voltage activation threshold and the coolant temperature is lower than a high-voltage activation threshold,
Method for producing spunbonded fabric using a woven-fabric belt, comprising the application of spunbonded threads onto the web-material contacting side of the woven-fabric belt, moving in a belt-movement direction, in at least one, preferably in a plurality of, spunbonded-thread application regions which are sequential in the belt-movement direction, characterized in that the woven-fabric belt comprises a plurality of longitudinal threads, running substantially in a longitudinal belt direction, and a plurality of transverse threads, running substantially in a transverse belt direction, wherein the longitudinal threads bind with the transverse threads at binder points, and crown regions of the longitudinal threads are formed on a web-material contacting side, wherein on the web-material contacting side a multiplicity of deposits are provided at least on the longitudinal threads, wherein deposits (22 1) which do not extend into the crown regions are provided, and/or wherein deposits (22 3) which do extend into crown regions in the longitudinal belt direction are asymmetrical in relation to a respective crown region.
A method for re-distributing subscriber sessions originated from one or more access nodes (AN1, AN2) of a communication network to a number of service nodes (SN1-SN5) of the communication network, said method comprising: a) monitoring at least one performance parameter of said service nodes (SN1-SN5); b) comparing a value of said at least one performance parameter with a threshold; and in case said value exceeds said threshold at a given service node, c) determining a number of subscriber sessions to be moved from said given service node; d) selecting at least one further service node to re-establish said number of subscriber sessions; and e) re-configuring said communication network to move said number of subscriber sessions from said given service node to said at least one further service node, wherein re-configuring said communication network comprises establishing a connectivity between said one or more access nodes (AN1, AN2) associated with said number of subscriber sessions to be moved from said given service node and said at least one further service node. a) monitoring at least one performance parameter of said service nodes (SN1-SN5); b) comparing a value of said at least one performance parameter with a threshold; and in case said value exceeds said threshold at a given service node, c) determining a number of subscriber sessions to be moved from said given service node; d) selecting at least one further service node to re-establish said number of subscriber sessions; and e) re-configuring said communication network to move said number of subscriber sessions from said given service node to said at least one further service node, wherein re-configuring said communication network comprises establishing a connectivity between said one or more access nodes (AN1, AN2) associated with said number of subscriber sessions to be moved from said given service node and said at least one further service node.
An information processing device comprising: a first sound collection unit; a plurality of second sound collection units (214, 215); and a glasses type frame for being worn on a head of a user, wherein the first sound collection unit is installed in a bridge of the glasses type frame, and wherein the plurality of second sound collection units (214, 215) are installed in two temples of the glasses type frame. a first sound collection unit; a plurality of second sound collection units (214, 215); and a glasses type frame for being worn on a head of a user, wherein the first sound collection unit is installed in a bridge of the glasses type frame, and wherein the plurality of second sound collection units (214, 215) are installed in two temples of the glasses type frame.
A poly(propylene carbonate) polyol composition characterized in that the composition has: i. at least 95% -OH end groups; ii. a glass transition temperature (Tg) from -20°C to 60 °C, determined as indicated in the specification; iii. a polydispersity index less than 2; iv. a Mn less than 15 kDa (determined as indicated in the specification); and v. greater than 95% carbonate linkages between adjacent monomer units in the polycarbonate chains; and the composition comprises polymer chains denoted P 1 having the formula T-Y-A-(Y-T) n wherein: each -T is a polycarbonate chain having a formula independently selected from the group consisting of: wherein: E is a C 3 unit derived from propylene oxide; p ranges from 5 to 75; each Y group comprises one or more repeating units of ethylene glycol; -A- is a multivalent moiety; n is from 2 to 10 inclusive; and the -Y-A-(Y-) n moiety is derived from a polyol having three, four, five or six hydroxyl groups. i. at least 95% -OH end groups; ii. a glass transition temperature (Tg) from -20°C to 60 °C, determined as indicated in the specification; iii. a polydispersity index less than 2; iv. a Mn less than 15 kDa (determined as indicated in the specification); and v. greater than 95% carbonate linkages between adjacent monomer units in the polycarbonate chains; and the composition comprises polymer chains denoted P 1 having the formula T-Y-A-(Y-T) n wherein: each -T is a polycarbonate chain having a formula independently selected from the group consisting of: wherein: E is a C 3 unit derived from propylene oxide; p ranges from 5 to 75; each Y group comprises one or more repeating units of ethylene glycol; -A- is a multivalent moiety; n is from 2 to 10 inclusive; and the -Y-A-(Y-) n moiety is derived from a polyol having three, four, five or six hydroxyl groups. E is a C 3 unit derived from propylene oxide; p ranges from 5 to 75; each Y group comprises one or more repeating units of ethylene glycol; -A- is a multivalent moiety; n is from 2 to 10 inclusive; and the -Y-A-(Y-) n moiety is derived from a polyol having three, four, five or six hydroxyl groups.