mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus including a plurality of modules (201 - 204), which are connected to a ring bus, and each of which is configured to receive a packet that stores data from one neighboring module, and to transmit the packet to the other neighboring module after predetermined processing, each module (201 - 204) comprises: identification means for identifying a packet received from another module to determine whether or not the received packet is a packet to be processed by a self-module; reception means for, when said identification means determines that the received packet is a packet to be processed by the self-module, extracting data to be processed from the packet; processing means for processing the extracted data; and transmission means (307, 309, 310) for transmitting the packet to the other module; characterized in that each module further comprises: modification means for, when said processing means is ready to process the data, setting a first flag indicating validity of data in the received packet to have a value indicating that the data is invalid; wherein when said processing means is not ready to process the data, said modification means modifies a value of a second flag in the received packet from an initial value. identification means for identifying a packet received from another module to determine whether or not the received packet is a packet to be processed by a self-module; reception means for, when said identification means determines that the received packet is a packet to be processed by the self-module, extracting data to be processed from the packet; processing means for processing the extracted data; and transmission means (307, 309, 310) for transmitting the packet to the other module; characterized in that each module further comprises: modification means for, when said processing means is ready to process the data, setting a first flag indicating validity of data in the received packet to have a value indicating that the data is invalid; wherein when said processing means is not ready to process the data, said modification means modifies a value of a second flag in the received packet from an initial value. modification means for, when said processing means is ready to process the data, setting a first flag indicating validity of data in the received packet to have a value indicating that the data is invalid; wherein when said processing means is not ready to process the data, said modification means modifies a value of a second flag in the received packet from an initial value.
Use of a structured coating for the coating of implants, wherein the structured coating consists of at least one oxide selected from aluminum oxide, gallium oxide, indium oxide and thallium oxide and has a microstructure and/or a nanostructure and wherein the coating was obtained by irradiation of a one-dimensional composite structure.
A system (100, 200), comprising: a hearing assistance device (102, 202) suitable to be worn by a wearer, including a microphone (104, 204) configured to detect sound, the hearing assistance device configured to record the sound in response to initiation by the wearer; a memory (110, 258) configured to store background noise detected by the microphone in a recording process initiated by the wearer and configured to store a previous recording of speech; and a processor (108, 208) including a training module coupled to the memory and configured to perform training on a binary classifier using programmable feature extraction applied to a sum of the speech and the noise, and wherein the processor is configured to process the sound using an output of the binary classifier, applying a first gain of between 0 and 1.0 to time/frequency cells which are classified by the binary classifier as belonging to the class corresponding to the case when the speech-to-noise power ratio is below a programmable threshold, and applying a gain of 1.0 to time/frequency cells for which the speech-to-noise power ratio is above the threshold, characterised in that the first gain is environment-dependent. a hearing assistance device (102, 202) suitable to be worn by a wearer, including a microphone (104, 204) configured to detect sound, the hearing assistance device configured to record the sound in response to initiation by the wearer; a memory (110, 258) configured to store background noise detected by the microphone in a recording process initiated by the wearer and configured to store a previous recording of speech; and a processor (108, 208) including a training module coupled to the memory and configured to perform training on a binary classifier using programmable feature extraction applied to a sum of the speech and the noise, and wherein the processor is configured to process the sound using an output of the binary classifier, applying a first gain of between 0 and 1.0 to time/frequency cells which are classified by the binary classifier as belonging to the class corresponding to the case when the speech-to-noise power ratio is below a programmable threshold, and applying a gain of 1.0 to time/frequency cells for which the speech-to-noise power ratio is above the threshold,
Slurry of surface-reacted precipitated calcium carbonate -comprising pigment obtained by a process, comprising the following steps: a) providing at least one precipitated calcium carbonate -comprising pigment; b) providing H 3 O + ions; c) providing at least one anion being capable of forming water-insoluble calcium salts, said anion being solubilised in an aqueous medium; d) contacting said PCC-comprising pigment with said H 3 O + ions and with said solubilised anions in an aqueous medium to form a slurry of surface-reacted PCC-comprising pigment, wherein said surface-reacted PCC comprises an insoluble, at least partially crystalline calcium salt of said anion formed on the surface of at least part of the PCC provided in step a); characterised in that - an excess of solubilised calcium ions is provided during Step d); - said at least partially crystalline calcium salt of said anion extends from the surface of at least part of the PCC of said PCC-comprising pigment provided in Step a). a) providing at least one precipitated calcium carbonate -comprising pigment; b) providing H 3 O + ions; c) providing at least one anion being capable of forming water-insoluble calcium salts, said anion being solubilised in an aqueous medium; d) contacting said PCC-comprising pigment with said H 3 O + ions and with said solubilised anions in an aqueous medium to form a slurry of surface-reacted PCC-comprising pigment, wherein said surface-reacted PCC comprises an insoluble, at least partially crystalline calcium salt of said anion formed on the surface of at least part of the PCC provided in step a); - an excess of solubilised calcium ions is provided during Step d); - said at least partially crystalline calcium salt of said anion extends from the surface of at least part of the PCC of said PCC-comprising pigment provided in Step a).
Method of fabricating an optoelectronic device produced on the basis of GaN, comprising: ∘ an emission structure comprising an active zone adapted for emitting a first light at a first wavelength (λ 1), the method comprising the following steps: i. producing a growth structure comprising: ∘ a nucleation layer of In x2 Ga 1-x2 N at least partially relaxed, x2 being the atomic proportion of indium; ii. producing a conversion structure, by epitaxial growth starting from the growth structure, comprising: ∘ an emission layer, produced on the basis of InGaN starting from the nucleation layer, comprising an active zone adapted for emitting light at a second wavelength (λ 2) higher than the first wavelength (λ 1), and ∘ an absorption layer, produced on the basis of InGaN starting from the emission layer, adapted for absorbing the first light at least partially; iii. transfer of the conversion structure onto the emission structure in such a way that the absorption layer is located between the emission structure and the emission layer of the conversion structure. i. producing a growth structure comprising: ∘ a nucleation layer of In x2 Ga 1-x2 N at least partially relaxed, x2 being the atomic proportion of indium; ii. producing a conversion structure, by epitaxial growth starting from the growth structure, comprising: ∘ an emission layer, produced on the basis of InGaN starting from the nucleation layer, comprising an active zone adapted for emitting light at a second wavelength (λ 2) higher than the first wavelength (λ 1), and ∘ an absorption layer, produced on the basis of InGaN starting from the emission layer, adapted for absorbing the first light at least partially; ∘ an emission layer, produced on the basis of InGaN starting from the nucleation layer, comprising an active zone adapted for emitting light at a second wavelength (λ 2) higher than the first wavelength (λ 1), and ∘ an absorption layer, produced on the basis of InGaN starting from the emission layer, adapted for absorbing the first light at least partially; iii. transfer of the conversion structure onto the emission structure in such a way that the absorption layer is located between the emission structure and the emission layer of the conversion structure.
An inkjet pen (100, 400, 500) comprising: a plurality of fluid ports, a first fluid port (102a, 502a) configured to deliver printing fluid to a fluid ejection device (105, 205, 505) from a printing fluid supply and a second fluid port (102b, 502b) to direct printing fluid out of the pen; a pressure regulator (106, 406, 506) in fluid communication with the first fluid port (102a, 502a) of the plurality of fluid ports; and a valve (108, 408, 508) in fluid communication with the second fluid port (102b, 502b) of the plurality of fluid ports; wherein, in response to negative pressure, the valve (108, 408, 508) is configured to open to enable fluid within the pen that is not ejected by the fluid ejection device (105, 205, 505) be recirculated towards the printing fluid supply via the second fluid port (102b, 502b). a plurality of fluid ports, a first fluid port (102a, 502a) configured to deliver printing fluid to a fluid ejection device (105, 205, 505) from a printing fluid supply and a second fluid port (102b, 502b) to direct printing fluid out of the pen; a pressure regulator (106, 406, 506) in fluid communication with the first fluid port (102a, 502a) of the plurality of fluid ports; and a valve (108, 408, 508) in fluid communication with the second fluid port (102b, 502b) of the plurality of fluid ports; wherein, in response to negative pressure, the valve (108, 408, 508) is configured to open to enable fluid within the pen that is not ejected by the fluid ejection device (105, 205, 505) be recirculated towards the printing fluid supply via the second fluid port (102b, 502b).
An electric heating rod for an energy storage, the electric heating rod having heating zones (4a, 4b, 4c) that are controllable independently of each other and are arranged sequentially, when viewed in the longitudinal extension of the heating rod, wherein at least one electric heating element is arranged in each heating zone (4a, 4b, 4c) and the electric heating elements of different heating zones can be supplied with electric energy independently of each other, characterized in that each heating zone (4a, 4b, 4c) has at least one carrier body (1, 1a, 1b, 1c) made of a material that is electrically insulating and stable against the temperatures generated by the heating elements, the carrier body (1, 1a, 1b, 1c) having longitudinal grooves open towards the outside, the cross-sectional shape of which is adapted for receiving a heating element.
Boot comprising a bottom assembly and an upper, the boot extending lengthwise from a rear end to a front end, width-wise between a lateral side and a median side, and height-wise from the bottom assembly to an upper end, the boot comprising a flexible envelope that is intended to surround the ankle of the user, the envelope delimiting the upper end of the boot, the boot also comprising a gripping member that is secured to the envelope at the upper end of the boot, at the rear end, the boot comprising a non-extendable reinforcement that connects the rear end to the gripping member, the reinforcement comprising a spreader tab which extends in the vertical direction from a lower end to an upper end, the lower end being secured to the rear end, the upper end being located between the lower end of the tab and the upper end of the boot, the reinforcement comprising a flexible and non-extendable strap, the strap comprising a central portion that is delimited longitudinally by a lower end and an upper end, the lower end being secured to the spreader tab, the upper end being secured to the envelope at or close to the upper end of the boot, characterized in that the central portion faces the envelope without being attached thereto.
A control system for an electric-powered forklift, the electric-powered forklift including a travel motor for driving a wheel, and an actuation unit motor for driving an actuation unit, comprising: travel sensing means for sensing a traveling operation of a driver; an actuation unit sensing means for sensing an operation of the actuation unit; a controller (70, 80) for controlling the travel motor in response to signals output from the travel sensing means and the actuation unit sensing means, respectively, and a wheel rotation sensing means for sensing rotation of the wheel, wherein, if the actuation unit is operated when the traveling operation is not performed, the forklift is controlled by the controller (70, 80) so that the forklift is in a zero speed state, in which actual traveling of the forklift is not allowed, characterized in that the controller (70, 80) is operated so that, if rotation of the wheel is sensed when the traveling operation is not performed while being pushed downwards in an inclined place, the controller (70, 80) applies reverse current to the travel motor for generating a reverse rotary power corresponding to rotary power of the wheel, the reverse rotary power having any intensity enabling the forklift to be maintained in the zero speed state, and wherein the reverse rotary power is generated in a reverse direction relative to a rotating direction of the wheel. travel sensing means for sensing a traveling operation of a driver; an actuation unit sensing means for sensing an operation of the actuation unit; a controller (70, 80) for controlling the travel motor in response to signals output from the travel sensing means and the actuation unit sensing means, respectively, and a wheel rotation sensing means for sensing rotation of the wheel, wherein, if the actuation unit is operated when the traveling operation is not performed, the forklift is controlled by the controller (70, 80) so that the forklift is in a zero speed state, in which actual traveling of the forklift is not allowed, characterized in that the controller (70, 80) is operated so that, if rotation of the wheel is sensed when the traveling operation is not performed while being pushed downwards in an inclined place, the controller (70, 80) applies reverse current to the travel motor for generating a reverse rotary power corresponding to rotary power of the wheel, the reverse rotary power having any intensity enabling the forklift to be maintained in the zero speed state, and wherein the reverse rotary power is generated in a reverse direction relative to a rotating direction of the wheel.
An immunoagglutination assay method of determining quantity of human IgM in a sample, comprising mixing the sample and an anti-human IgM monoclonal antibody or a functional fragment thereof that reacts specifically with human IgM and is capable by itself of inducing immunoagglutination based on an antigen-antibody reaction with human IgM in solution, and inducing immunoagglutination, wherein the functional fragment comprises a Fab region derived from the said monoclonal antibody.
A process for the preparation of iso-polyprenols of the formula wherein n is an integer of 6 - 10 and the dotted line means that a line is present or not, which process is characterized in that a carbonyl compound of formula is reacted with ethine in the presence of ammonia and of an alkaline metal hydroxide and, wherein the reaction is carried out in an organic solvent which is an ether, or an aromatic hydrocarbon, and if desired, the resulting ethinol of formula is partially hydrogenated in the presence of a catalyst suitable for the selective hydrogenation of the triple bond to a double bond; characterized in that the molar ratio of the alkali metal hydroxide to the carbonyl compound is in the range of 0.3:1 to 5.0:1.
Vehicle component for a vehicle, in particular a rail vehicle for high-speed traffic, comprising - a surface (316.3) which, during operation, is exposed to a relative wind-induced air flow having a local main flow direction, wherein - said surface (316.3) has a separation region in the form of a flow separation edge, in which said air flow separates from said surface (316.3) under the formation of a shear layer having a plane of main extension, and - at least one perturbing element associated to said separation region is provided, which is formed in order to introduce a perturbation into said air flow, characterised in that - said surface (316.3) is part of a pantograph of a vehicle, and - said perturbing element has at least one guide face (315.1) protruding into said air flow, wherein - said guide face (315.1) being formed and inclined by an inclination angle with respect to said local main flow direction, in such a way that it imposes a velocity component, oriented transversely with respect to said local main flow direction, on the part of the air flow impinging the guide face (315.1), which, downstream of said perturbing element, creates a transverse deflection of said impinging part of said air flow in said plane of main extension of said shear layer and induces a turbulence in said air flow. - a surface (316.3) which, during operation, is exposed to a relative wind-induced air flow having a local main flow direction, wherein - said surface (316.3) has a separation region in the form of a flow separation edge, in which said air flow separates from said surface (316.3) under the formation of a shear layer having a plane of main extension, and - at least one perturbing element associated to said separation region is provided, which is formed in order to introduce a perturbation into said air flow, characterised in that - said surface (316.3) is part of a pantograph of a vehicle, and - said perturbing element has at least one guide face (315.1) protruding into said air flow, wherein - said guide face (315.1) being formed and inclined by an inclination angle with respect to said local main flow direction, in such a way that it imposes a velocity component, oriented transversely with respect to said local main flow direction, on the part of the air flow impinging the guide face (315.1), which, downstream of said perturbing element, creates a transverse deflection of said impinging part of said air flow in said plane of main extension of said shear layer and induces a turbulence in said air flow.
A helico-axial pump for conveying a multiphase mixture, which helico-axial pump includes a rotor rotatably journalled about a longitudinal axis in a pump housing and having a first part rotor and a second part rotor, wherein the first part rotor and the second part rotor includes a compression stage (K, K1E, K1A, K2E, K2A) having a helico-axial impeller and a stator for the compression of the multiphase mixture, wherein a hydrodynamic stabilization bush having a stabilization surface is provided and arranged between the first part rotor and the second part rotor such that a stabilization gap is formed along the substantially axially extending stabilization surface so that in the operating state a hydrodynamic stabilization layer can be formed from a stabilization medium in the stabilization gap, wherein a first output compression stage (K1A) of the first part rotor and a second output compression stage (K2A) of the second part rotor are each arranged adjacent to the stabilization bush, wherein the first part rotor and the second part rotor are provided in a back-to-back arrangement in the pump housing, characterized in that the multiphase mixture can be supplied via an intake opening to a first annular space and a second annular space of a first input compression stage (K1E) of the first part rotor and can be discharged again via a first output compression stage (K1A) from the first part rotor into a first cross-passage, and the multiphase mixture can be supplied from the first cross-passage via a third annular space to a second input compression stage (K2E) of the second part rotor and can be discharged again via a second output compression stage (K2A) from the second part rotor via a second cross-passage, a fourth annular space, and a pressure opening from the helico-axial pump.
A pharmaceutical composition in unit dosage form for oral administration which comprises a compound of the formula in micronized microparticulate crystalline form in a pharmaceutically acceptable carrier therefore wherein the D10 is not less than 4 μm, the D50 is 10-45 μm and the D95 is not more than 70 μm.
A touch sensing apparatus based on ultrasonic waves for a cooking apparatus, comprising: a first plate; a second plate spaced apart from the first plate; a piezoelectric element disposed between the first and second plates (110,120) to output an electrical signal in correspondence with touch input on the first plate; an ultrasonic output unit to output an ultrasonic wave based on the electrical signal from the piezoelectric element; a plurality of microphones to receive the ultrasonic wave; and a processor to calculate a position of the touch input on the first plate based on sound signals collected by the plurality of microphones, characterized in that, as the intensity of the touch input on the first plate increases, the level of the electrical signal output from the piezoelectric element increases and the ultrasonic output unit is configured to output ultrasonic waves with increased sound level, sound intensity or frequency; and in that when there is a cooking vessel on the first plate, the piezoelectric element outputs a second electric signal and the ultrasonic output unit is configured to output a second ultrasonic wave based on the second electrical signal from the piezoelectric element; and in that the processor is configured to calculate a pressure generated by the cooking vessel and a position of the cooking vessel on the first plate based on sound signals collected by the plurality of microphones. a first plate; a second plate spaced apart from the first plate; a piezoelectric element disposed between the first and second plates (110,120) to output an electrical signal in correspondence with touch input on the first plate; an ultrasonic output unit to output an ultrasonic wave based on the electrical signal from the piezoelectric element; a plurality of microphones to receive the ultrasonic wave; and a processor to calculate a position of the touch input on the first plate based on sound signals collected by the plurality of microphones, characterized in that, as the intensity of the touch input on the first plate increases, the level of the electrical signal output from the piezoelectric element increases and the ultrasonic output unit is configured to output ultrasonic waves with increased sound level, sound intensity or frequency; and in that when there is a cooking vessel on the first plate, the piezoelectric element outputs a second electric signal and the ultrasonic output unit is configured to output a second ultrasonic wave based on the second electrical signal from the piezoelectric element; and in that the processor is configured to calculate a pressure generated by the cooking vessel and a position of the cooking vessel on the first plate based on sound signals collected by the plurality of microphones.