mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a conductive pattern by electromagnetic irradiation, comprising the steps of: molding a composition for forming a conductive pattern to a resin product or applying it to another product so as to form a resin layer; irradiating an electromagnetic wave to a predetermined region of the resin product or the resin layer so as to generate metal cores containing the first or second metal or the ion thereof from the non-conductive metal compound; and chemically reducing or plating the region generating the metal cores so as to form a conductive metal layer, wherein the composition comprises 1 to 10% by weight of a non-conductive metal compound containing a first metal and a second metal with respect to the total composition and a polymer resin included in the remaining amount, wherein the non-conductive metal compound has a three-dimensional structure containing a plurality of first layers that contains at least one metal of the first and second metals and has edge-shared octahedrons two-dimensionally connected to each other, and a second layer that contains a metal different from that of the first layer and is arranged between the neighboring first layers; wherein the non-conductive metal compound includes CuCr02, wherein in the step of generating the metal cores, a laser electromagnetic wave having a wavelength of 1000 nm to 1200 nm is irradiated at an average power of 7 to 15 W, wherein the polymer resin is a polycarbonate resin. molding a composition for forming a conductive pattern to a resin product or applying it to another product so as to form a resin layer; irradiating an electromagnetic wave to a predetermined region of the resin product or the resin layer so as to generate metal cores containing the first or second metal or the ion thereof from the non-conductive metal compound; and chemically reducing or plating the region generating the metal cores so as to form a conductive metal layer, wherein the composition comprises 1 to 10% by weight of a non-conductive metal compound containing a first metal and a second metal with respect to the total composition and a polymer resin included in the remaining amount, wherein the non-conductive metal compound has a three-dimensional structure containing a plurality of first layers that contains at least one metal of the first and second metals and has edge-shared octahedrons two-dimensionally connected to each other, and a second layer that contains a metal different from that of the first layer and is arranged between the neighboring first layers; wherein the non-conductive metal compound includes CuCr02, wherein in the step of generating the metal cores, a laser electromagnetic wave having a wavelength of 1000 nm to 1200 nm is irradiated at an average power of 7 to 15 W, wherein the polymer resin is a polycarbonate resin.
A cooling compressor control system the system comprising at least: - an electronic control; and - a compressor comprising at least one mechanical assembly, which includes at least one compression mechanism and a motor; - the control system being characterized in that the compressor is a reciprocating compressor, and the electronic control is configured to detect a rotation turn velocity of the compression mechanism during a stopping process of the reciprocating compressor and to apply a braking torque to the mechanical assembly after detecting that the turn velocity is below a positive velocity level. - an electronic control; and - a compressor comprising at least one mechanical assembly, which includes at least one compression mechanism and a motor; - the control system being characterized in that the compressor is a reciprocating compressor, and the electronic control is configured to detect a rotation turn velocity of the compression mechanism during a stopping process of the reciprocating compressor and to apply a braking torque to the mechanical assembly after detecting that the turn velocity is below a positive velocity level.
An agent capable of increasing the expression and/or activity of miR-128 in the brain for use in treating or reducing the likelihood of status epilepticus in an individual suspected of having or diagnosed with Dravet Syndrome, wherein the agent is miR-128, or is an agent with 90 percent or more sequence identity to miR-128.
A method of registering voters with a view to voting, the method being implemented by an electronic device (E m) comprising a secure element, the secure element comprising a memory and computing means, the method comprising, for each voter, the following steps performed by the computing means of the secure element of the electronic device (E m): receiving biometric data (t) collected about the voter and a pointer (P DC) corresponding to cryptographic voting data, wherein the cryptographic voting data is stored in a database of a server, wherein the pointer (P DC) has a smaller size than the corresponding cryptographic voting data, associating, in the memory of the secure element of the electronic device (E m), the biometric data (t) with the pointer (P DC) corresponding to the cryptographic voting data of the voter from whom the biometric data (t) were acquired, so that the voter can later identify biometrically during the vote using the electronic device (E m) and vote using the cryptographic voting data. receiving biometric data (t) collected about the voter and a pointer (P DC) corresponding to cryptographic voting data, wherein the cryptographic voting data is stored in a database of a server, wherein the pointer (P DC) has a smaller size than the corresponding cryptographic voting data, associating, in the memory of the secure element of the electronic device (E m), the biometric data (t) with the pointer (P DC) corresponding to the cryptographic voting data of the voter from whom the biometric data (t) were acquired, so that the voter can later identify biometrically during the vote using the electronic device (E m) and vote using the cryptographic voting data.
A data transmission processing method, comprising: receiving, by a first base station, an adjustment parameter transmitted by a terminal, wherein the adjustment parameter is obtained by the terminal according to reference signals separately transmitted by the first base station and a second base station; pre-processing, by the first base station and according to the adjustment parameter, a first signal transmitted over a first channel between the first base station and the terminal to obtain a pre-processed first signal; and transmitting, by the first base station, the pre-processed first signal over the first channel to the terminal, so that the terminal obtains the first signal from a mixed signal of the pre-processed first signal and a second signal that is transmitted by the second base station, wherein the pre-processed first signal and the second signal are transmitted by the first base station and the second base station using a same frequency spectrum to the terminal, respectively, the strength of the second signal is greater than that of the pre-processed first signal. receiving, by a first base station, an adjustment parameter transmitted by a terminal, wherein the adjustment parameter is obtained by the terminal according to reference signals separately transmitted by the first base station and a second base station; pre-processing, by the first base station and according to the adjustment parameter, a first signal transmitted over a first channel between the first base station and the terminal to obtain a pre-processed first signal; and transmitting, by the first base station, the pre-processed first signal over the first channel to the terminal, so that the terminal obtains the first signal from a mixed signal of the pre-processed first signal and a second signal that is transmitted by the second base station, wherein the pre-processed first signal and the second signal are transmitted by the first base station and the second base station using a same frequency spectrum to the terminal, respectively, the strength of the second signal is greater than that of the pre-processed first signal.
Method for in-line control of the integrity of a filtering system (F1; F2) implemented in an industrial process involving the filtration of a gas through said filtering system, said filtering system (F1; F2) comprising at least one filter cartridge, said method comprising a preliminary step for measuring the pressure difference ΔP0 representative of the head loss generated by the filtering system when said at least one filter cartridge is new, and a calibration step during which an upper threshold (Sh) representative of a fouling of said at least one filter cartridge and a lower threshold (Sb) representative of a leak in said at least one filter cartridge are determined, as a function of said measured pressure difference ΔP0, said upper threshold (Sh) being greater than ΔP0, the value of the upper threshold (Sh) lying in the range 1.3 ∗ ΔP0 to 3 ∗ ΔP0, and said lower threshold (Sb) being less than ΔP0, said value of the lower threshold lying in the range 0.7 ∗ ΔP0 to 0.95 ∗ ΔP0, which method includes at least the following steps: - a measuring step during which a pressure difference ΔP, representative of the head loss generated by the filtering system (F1; F2), is measured, - a testing step (S2, S3) during which said measurement is compared with said predetermined upper threshold (Sh) and with said predetermined lower threshold (Sb), in such a way as to consider said at least one filter cartridge to be non-compliant when the pressure difference measured in the measuring step falls outside a range that is included between said upper threshold (Sh) and said lower threshold (Sb). - a measuring step during which a pressure difference ΔP, representative of the head loss generated by the filtering system (F1; F2), is measured, - a testing step (S2, S3) during which said measurement is compared with said predetermined upper threshold (Sh) and with said predetermined lower threshold (Sb), in such a way as to consider said at least one filter cartridge to be non-compliant when the pressure difference measured in the measuring step falls outside a range that is included between said upper threshold (Sh) and said lower threshold (Sb).
A method of synthesizing a silicoaluminophosphate molecular sieve, the method comprising: (a) preparing a synthesis mixture comprising the steps of: (i) combining a source of phosphorus and at least one organic directing agent; (ii) controlling the temperature of said combination to be less than or equal to 50° C; and (iii) introducing a source of aluminum into the combination of the phosphorus source and organic directing agent, the temperature of said combination being less than or equal to 50°C when addition of said source of aluminum begins; (b) heating said synthesis mixture to a crystallization temperature of between 100°C and 300°C; and (c) recovering said molecular sieve comprising at least one intergrown phase of an AEI structure type molecular sieve and a CHA structure type molecular sieve, wherein the total weight of the synthesis mixture exceeds 1 kg, and wherein controlling the temperature in step (ii) is achieved by effecting one or more of controlling the rate of addition of the phosphorus source and organic directing agent to the mixture, pre-cooling one or both of the phosphorus source and organic directing agent, and cooling the mixture during the mixing process. (a) preparing a synthesis mixture comprising the steps of: (i) combining a source of phosphorus and at least one organic directing agent; (ii) controlling the temperature of said combination to be less than or equal to 50° C; and (iii) introducing a source of aluminum into the combination of the phosphorus source and organic directing agent, the temperature of said combination being less than or equal to 50°C when addition of said source of aluminum begins; (i) combining a source of phosphorus and at least one organic directing agent; (ii) controlling the temperature of said combination to be less than or equal to 50° C; and (iii) introducing a source of aluminum into the combination of the phosphorus source and organic directing agent, the temperature of said combination being less than or equal to 50°C when addition of said source of aluminum begins; (b) heating said synthesis mixture to a crystallization temperature of between 100°C and 300°C; and (c) recovering said molecular sieve comprising at least one intergrown phase of an AEI structure type molecular sieve and a CHA structure type molecular sieve,
Rifaximin for use in retreating a subject having diarrhea-predominant IBS (d-IBS), being a responder to an initial treatment of d-IBS with rifaximin and having a recurrence of abdominal pain or stool consistency for at least 3 weeks during a 4-week assessment period, comprising - an initial treatment phase comprising a 2 weeks administration of 550 mg of rifaximin three times daily and a 2 weeks of treatment-free follow-up, - a first treatment-free maintenance phase of up to 8 to an additional 12 weeks, - a first repeat treatment phase comprising a 2 weeks administration of 550 mg of rifaximin TID and a 2 weeks of treatment-free follow-up, - a second treatment-free maintenance phase of up to 8 weeks, - a second repeat treatment phase comprising a 2 weeks administration of 550 mg of rifaximin TID and a 2 weeks treatment-free follow-up. - an initial treatment phase comprising a 2 weeks administration of 550 mg of rifaximin three times daily and a 2 weeks of treatment-free follow-up, - a first treatment-free maintenance phase of up to 8 to an additional 12 weeks, - a first repeat treatment phase comprising a 2 weeks administration of 550 mg of rifaximin TID and a 2 weeks of treatment-free follow-up, - a second treatment-free maintenance phase of up to 8 weeks, - a second repeat treatment phase comprising a 2 weeks administration of 550 mg of rifaximin TID and a 2 weeks treatment-free follow-up.
A hovering aerial vehicle comprising an airborne unit and an auxiliary unit, wherein: • said airborne unit is configured to carry said auxiliary unit during flight and comprises a flight system configured to facilitate providing aerodynamic lift to facilitate hovering of the vehicle; and • said auxiliary unit comprises an electrical power source in electrical communication with said flight system to provide electrical power for its operation; said hovering aerial vehicle further comprising a decoupling system configured to: • facilitate selectively switching said vehicle between a detached configuration thereof wherein said airborne and auxiliary units (12, 18) are remote from each other, and an attached configuration thereof wherein said airborne and auxiliary units (12, 18) are secured to one another; and • maintain said electrical communication when the vehicle is in its detached configuration; • said vehicle being further configured, in its detached configuration, for ascension of the airborne unit from the auxiliary unit when said auxiliary unit is resting on an external surface. • said airborne unit is configured to carry said auxiliary unit during flight and comprises a flight system configured to facilitate providing aerodynamic lift to facilitate hovering of the vehicle; and • said auxiliary unit comprises an electrical power source in electrical communication with said flight system to provide electrical power for its operation; • facilitate selectively switching said vehicle between a detached configuration thereof wherein said airborne and auxiliary units (12, 18) are remote from each other, and an attached configuration thereof wherein said airborne and auxiliary units (12, 18) are secured to one another; and • maintain said electrical communication when the vehicle is in its detached configuration; • said vehicle being further configured, in its detached configuration, for ascension of the airborne unit from the auxiliary unit when said auxiliary unit is resting on an external surface.
A method for dynamically adjusting a speech trigger threshold, the method comprising: at an electronic device (102, 600) having a processor and memory: receiving audio input via a microphone; sampling the received audio input; characterised by determining a confidence level that the sampled audio input comprises a portion of a spoken trigger; and in response to the confidence level exceeding a threshold, triggering a virtual assistant to receive a user command from the audio input; wherein the threshold is dynamically adjusted 2. by: lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user. at an electronic device (102, 600) having a processor and memory: receiving audio input via a microphone; sampling the received audio input; characterised by determining a confidence level that the sampled audio input comprises a portion of a spoken trigger; and in response to the confidence level exceeding a threshold, triggering a virtual assistant to receive a user command from the audio input; wherein the threshold is dynamically adjusted 2. by: lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user. receiving audio input via a microphone; sampling the received audio input; characterised by determining a confidence level that the sampled audio input comprises a portion of a spoken trigger; and in response to the confidence level exceeding a threshold, triggering a virtual assistant to receive a user command from the audio input; wherein the threshold is dynamically adjusted 2. by: lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user. lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user.
A light fixture for producing downward-propagating illumination, comprising: a downward-facing panel producing diffuse light, the panel being generally flat and having an indentation, the indentation having a lining that produces diffuse light, the panel and the lining having essentially the same luminance; a downlight recessed into the indentation, the downlight producing a directional beam that emerges downward from within the indentation, the directional beam having a luminance controllable separately from the diffuse light. a downward-facing panel producing diffuse light, the panel being generally flat and having an indentation, the indentation having a lining that produces diffuse light, the panel and the lining having essentially the same luminance; a downlight recessed into the indentation, the downlight producing a directional beam that emerges downward from within the indentation, the directional beam having a luminance controllable separately from the diffuse light.
A front feed reflector antenna, comprising: a dish reflector with a reflector focal length to reflector diameter ratio of less than 0.25; a wave guide coupled to a proximal end of the dish reflector, projecting into the dish reflector along a longitudinal axis; a dielectric block coupled to a distal end of the waveguide; a sub-reflector coupled to a distal end of the dielectric block; wherein the dielectric block is a unitary dielectric block provided with a waveguide transition portion, a dielectric radiator portion and a subreflector support portion; the dielectric block coupled to the waveguide at the waveguide transition portion; the dielectric radiator portion situated between the waveguide transition portion and the sub-reflector support portion; an outer diameter of the dielectric radiator portion provided with a plurality of radial inward grooves; a minimum diameter of the dielectric radiator portion greater than 3/5 of the sub-reflector's diameter; characterized by a generally cylindrical shield coupled to the periphery of the dish reflector; a diameter of the sub-reflector dimensioned to be 2.5 wavelengths or more of a desired operating frequency. a dish reflector with a reflector focal length to reflector diameter ratio of less than 0.25; a wave guide coupled to a proximal end of the dish reflector, projecting into the dish reflector along a longitudinal axis; a dielectric block coupled to a distal end of the waveguide; a sub-reflector coupled to a distal end of the dielectric block; wherein the dielectric block is a unitary dielectric block provided with a waveguide transition portion, a dielectric radiator portion and a subreflector support portion; the dielectric block coupled to the waveguide at the waveguide transition portion; the dielectric radiator portion situated between the waveguide transition portion and the sub-reflector support portion; an outer diameter of the dielectric radiator portion provided with a plurality of radial inward grooves; a minimum diameter of the dielectric radiator portion greater than 3/5 of the sub-reflector's diameter; characterized by a generally cylindrical shield coupled to the periphery of the dish reflector; a diameter of the sub-reflector dimensioned to be 2.5 wavelengths or more of a desired operating frequency.
Device for blade pitch adjustment of rotor blades of a wind energy installation, comprising: - two supports spaced apart from each other for attaching the device to a shell surface of the blade angle bearing and a rotor blade or a component connected thereto, so that the connecting line between the two supports forms a secant, lying in a plane at right angles to the axis of the blade angle bearing, to the shell surface, and - a laser for transmitting a visible laser beam at right angles to the axis of the blade angle bearing, the beam axis of which extends centrally and at the right angle to the connecting line between the two supports. - two supports spaced apart from each other for attaching the device to a shell surface of the blade angle bearing and a rotor blade or a component connected thereto, so that the connecting line between the two supports forms a secant, lying in a plane at right angles to the axis of the blade angle bearing, to the shell surface, and - a laser for transmitting a visible laser beam at right angles to the axis of the blade angle bearing, the beam axis of which extends centrally and at the right angle to the connecting line between the two supports.
A modem relay originator network device (22, 52), comprising: a first interface to a client device to allow transmission and reception of client device signals as digital data; a second interface to a packet network to allow transmission and reception of modem relay signals via the packet network for communication with a remote access server, RAS, or modem relay aggregator, MRA, wherein modem relay signals are modem signals relayed via a Voice-over-Internet Protocol, VoIP, call; and means for translating between the modem relay signals and the client device signals; wherein said first and second interface of said modem relay originator network device are arranged to transmit and receive without modulating the client device signals into public switched telephone network signals. a first interface to a client device to allow transmission and reception of client device signals as digital data; a second interface to a packet network to allow transmission and reception of modem relay signals via the packet network for communication with a remote access server, RAS, or modem relay aggregator, MRA, wherein modem relay signals are modem signals relayed via a Voice-over-Internet Protocol, VoIP, call; and means for translating between the modem relay signals and the client device signals; wherein said first and second interface of said modem relay originator network device are arranged to transmit and receive without modulating the client device signals into public switched telephone network signals.
Process for laser machining a layer system (1, 120, 130, 155), wherein the layer system (1, 120, 130, 155) has at least one metallic substrate and an outer ceramic layer, characterized in that, during an aftertreatment step, the layer thickness (d) of the layer is reduced once the component (1, 120, 130, 155) has undergone the complete laser machining, in particular the creation of a plurality of passage holes, very particularly with an additional diffuser.