mhurhangee/patent-ind-claim-en huggingface dataset:
A printhead comprising: a number of inkjet slivers overmolded into a moldable substrate , the overmolded inkjet slivers forming at least one printhead die ; a side connector ; a number of wire bonds electrically coupling the inkjet slivers to the side connector , the side connector to electrically couple the inkjet slivers to a controller of a printing device , wherein the side connector is an edge connector, wherein the edge connector includes a printed circuit board (PCB, 108) embedded within the moldable substrate, a first set of connectors coupled to the PCB to couple the PCB to the inkjet slivers via the wire bonds and a second set of connectors coupled to the PCB to couple the PCB to the controller of the printing device . a number of inkjet slivers overmolded into a moldable substrate , the overmolded inkjet slivers forming at least one printhead die ; a side connector ; a number of wire bonds electrically coupling the inkjet slivers to the side connector , the side connector to electrically couple the inkjet slivers to a controller of a printing device , wherein the side connector is an edge connector, wherein the edge connector includes a printed circuit board (PCB, 108) embedded within the moldable substrate, a first set of connectors coupled to the PCB to couple the PCB to the inkjet slivers via the wire bonds and a second set of connectors coupled to the PCB to couple the PCB to the controller of the printing device .
Method for operating an ultrasonic measuring device for at least one property of a fluid flowing through it, in particular a flow rate, wherein the ultrasonic measuring device comprises: - a housing having a measurement channel that is arranged inside the housing and through which the fluid is intended to flow, - at least one ultrasonic transducer designed to send and receive ultrasonic signals to and from the measurement channel , and - at least one control device for evaluating measurement signals from the at least one ultrasonic transducer in order to determine at least one measured variable describing the property of the fluid in the measurement channel , wherein in order to transmit at least one piece of transmission information to a receiving device , which comprises a microphone for voice input, the at least one and/or at least one further ultrasonic transducer is actuated to transmit communication signals that describe the transmission information and are receivable by means of the microphone , the receiving device used being a mobile device . - a housing having a measurement channel that is arranged inside the housing and through which the fluid is intended to flow, - at least one ultrasonic transducer designed to send and receive ultrasonic signals to and from the measurement channel , and - at least one control device for evaluating measurement signals from the at least one ultrasonic transducer in order to determine at least one measured variable describing the property of the fluid in the measurement channel , wherein in order to transmit at least one piece of transmission information to a receiving device , which comprises a microphone for voice input, the at least one and/or at least one further ultrasonic transducer is actuated to transmit communication signals that describe the transmission information and are receivable by means of the microphone , the receiving device used being a mobile device .
An operation method of a memory controller which is configured to control a memory device , the method comprising: storing (S111) write data in a first area of the memory device ; extracting (S112) first error position information indicating a position of at least one error included in data stored in the first area, wherein the extracting comprises reading stored data from the first area and generating the first error position information based on the at least one error within the read stored data; storing (S114) the first error position information in a second area of the memory device ; reading (S121) read data from the first area of the memory device ; determining (S123) whether the read data includes an error that exceeds an error correction capacity of a soft decision decoding operation; and in response to determining that the read data includes an error that exceeds the error correction capacity of the soft decision decoding operation: reading (S124) the first error position information from the second area of the memory device ; refining (S125) the read data by inverting a bit value corresponding to the error position information from among bit values of the read data to generate refined data; performing (S126) soft decision decoding based on the refined data to generate corrected data; and outputting (S127) the corrected data. storing (S111) write data in a first area of the memory device ; extracting (S112) first error position information indicating a position of at least one error included in data stored in the first area, wherein the extracting comprises reading stored data from the first area and generating the first error position information based on the at least one error within the read stored data; storing (S114) the first error position information in a second area of the memory device ; reading (S121) read data from the first area of the memory device ; determining (S123) whether the read data includes an error that exceeds an error correction capacity of a soft decision decoding operation; and in response to determining that the read data includes an error that exceeds the error correction capacity of the soft decision decoding operation: reading (S124) the first error position information from the second area of the memory device ; refining (S125) the read data by inverting a bit value corresponding to the error position information from among bit values of the read data to generate refined data; performing (S126) soft decision decoding based on the refined data to generate corrected data; and outputting (S127) the corrected data. reading (S124) the first error position information from the second area of the memory device ; refining (S125) the read data by inverting a bit value corresponding to the error position information from among bit values of the read data to generate refined data; performing (S126) soft decision decoding based on the refined data to generate corrected data; and outputting (S127) the corrected data.
Device for weighing a container, comprising at least one weighing installation for weighing at least one container that has been filled at a filling station , at least one container receptacle for transporting the container relative to the weighing installation , wherein at least one drive face and at least one mover which is capable of being magnetically coupled on the drive face and by virtue of the magnetic coupling is movable in a non-contacting manner relative to the drive face are provided, wherein the mover is disposed on the drive face so as to be displaceable and/or rotatable in at least two degrees of freedom, and the container receptacle is connected to the mover , wherein the mover is configured for transporting the container to the weighing installation , characterized in that the drive face is configured such that the mover , upon completion of the weighing by the weighing installation , is configured so as to be capable of moving the container again to the filling station .
A target assembly being a transmissive laser-activated remote phosphor target, comprising: a dichroic coating deposited on a substrate ; a buffer layer deposited on the dichroic coating ; and a wavelength converter having a bonding surface that is bonded to the buffer layer by a layer of low temperature glass , the buffer layer being interposed between the layer of low temperature glass and the dichroic coating acting to prevent a reaction between the layer of low temperature glass and the dichroic coating , the layer of low temperature glass extending at least over an entirety of the bonding surface of the wavelength converter , the wavelength converter comprising a phosphor for converting a primary light from an excitation source into a secondary light and the dichroic coating reflecting at least 50% of the secondary light emitted by the wavelength converter . a dichroic coating deposited on a substrate ; a buffer layer deposited on the dichroic coating ; and a wavelength converter having a bonding surface that is bonded to the buffer layer by a layer of low temperature glass , the buffer layer being interposed between the layer of low temperature glass and the dichroic coating acting to prevent a reaction between the layer of low temperature glass and the dichroic coating , the layer of low temperature glass extending at least over an entirety of the bonding surface of the wavelength converter , the wavelength converter comprising a phosphor for converting a primary light from an excitation source into a secondary light and the dichroic coating reflecting at least 50% of the secondary light emitted by the wavelength converter .
A peptide consisting of the amino acid sequence of SEQ ID NO: 31, wherein said peptide is a [4,12;7,15] bicyclic peptide.
A handle for a wet shaver, having: - a handle body adapted to be held by a user; and - a head supporting portion adapted to support a shaver head having at least one blade , wherein the handle body has a cell structure formed by juxtaposed hollow cells at least partly separated by solid walls , said juxtaposed hollow cells being oriented in more than one direction, characterized in that, said handle body has an outside surface defining a shape of said handle body and said cell structure includes a grid shell structure forming a skin which continuously extends according to said outside surface and surrounds an inner volume , the grid shell structure forming said hollow cells which are open toward the inner volume and at the outside surface, and said solid walls separating said hollow cells parallel to said outside surface. - a handle body adapted to be held by a user; and - a head supporting portion adapted to support a shaver head having at least one blade ,
A device for generating electrical energy, in particular a wind energy installation , with at least one generator , wherein the generator provides electrical energy via multiphase, machine-side connection means and is electrically connected to at least one converter with DC link via the multiphase, machine-side connection means , characterized in that means for damping at least one series resonance in the zero system of the machine-side connection means between generator and converter are provided.
A method of data communications, comprising: configuring a first clock recovery circuit to provide a clock signal that has a first frequency and that includes a single pulse for each symbol transmitted on a 3-wire, 3-phase interface; and calibrating the first clock recovery circuit, the calibrating characterised by : incrementally decreasing a delay period provided by a delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that is greater than the first frequency; and when the clock signal has a frequency that is greater than the first frequency, incrementally increasing the delay period provided by the delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that matches the first frequency. configuring a first clock recovery circuit to provide a clock signal that has a first frequency and that includes a single pulse for each symbol transmitted on a 3-wire, 3-phase interface; and calibrating the first clock recovery circuit, the calibrating characterised by : incrementally decreasing a delay period provided by a delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that is greater than the first frequency; and when the clock signal has a frequency that is greater than the first frequency, incrementally increasing the delay period provided by the delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that matches the first frequency. incrementally decreasing a delay period provided by a delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that is greater than the first frequency; and when the clock signal has a frequency that is greater than the first frequency, incrementally increasing the delay period provided by the delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that matches the first frequency.
A magnetic component with heat dissipation structure, the heat dissipation structure comprising: a plurality of heat dissipation pins , disposed on each winding of the magnetic component , wherein the magnetic component has one or more windings ; a circuit board , provided with a plurality of heat dissipation channels formed as via holes or solder pads , wherein the plurality of heat dissipation pins are in contact with the corresponding via holes or solder pads ; a plurality of heat conduction portions , disposed correspondingly under the via holes or solder pads , being connected with the corresponding heat dissipation pins through the via holes or solder pads , and being in contact with a portion of the circuit board ; a heat conduction layer , which is heat-conducting and electricity-insulating, is arranged under the heat conduction portions and contacts with the heat conduction portions ; and a heat dissipation layer , which is arranged under the heat conduction layer and contacts with the heat conduction layer . a plurality of heat dissipation pins , disposed on each winding of the magnetic component , wherein the magnetic component has one or more windings ; a circuit board , provided with a plurality of heat dissipation channels formed as via holes or solder pads , wherein the plurality of heat dissipation pins are in contact with the corresponding via holes or solder pads ; a plurality of heat conduction portions , disposed correspondingly under the via holes or solder pads , being connected with the corresponding heat dissipation pins through the via holes or solder pads , and being in contact with a portion of the circuit board ; a heat conduction layer , which is heat-conducting and electricity-insulating, is arranged under the heat conduction portions and contacts with the heat conduction portions ; and a heat dissipation layer , which is arranged under the heat conduction layer and contacts with the heat conduction layer .
A stainless steel consisting of in weight % (wt. %): C 0.32 - 0.50 Si 0.1 - 1.0 Mn 0.1 - 0.8 Cr 11 - 14 Mo 1.8 - 2.6 V 0.35 - 0.70 N 0.05 - 0.19 Al 0.001 - 0.05 S ≤ 0.004 optionally Ni ≤ 1 Cu ≤ 4 Co ≤ 3 W ≤0.8 Nb ≤ 0.1 Ti ≤ 0.1 Zr ≤ 0.1 Ta ≤ 0.1 B ≤ 0.01 Be ≤ 0.2 Se ≤ 0.3 Ca ≤ 0.01 Mg ≤ 0.01 REM ≤ 0.2 balance Fe apart from impurities.
A method of controlling a cooking process in a cooking device , in which, from a point in time at which the surface of a product to be cooked exceeds a temperature of the order of the boiling temperature of water, a dimensionless browning counter value is added up into the product to be cooked to form a current browning value by adding up individual values calculated at regular intervals, and the cooking process is terminated when a predetermined browning value is reached, wherein the following relationship is used to determine the dimensionless browning counter value ΔB Z into the product to be cooked: ΔB Z = e − E 0 T ∗ BZ ∞ − BZ n − 1 with: E = product-dependent value of the activation energy ΔB Z : dimensionless browning counter value B Z∞ : dimensionless, product-dependent infinite browning counter value T: the cooking chamber temperature in K. ΔB Z : dimensionless browning counter value B Z∞ : dimensionless, product-dependent infinite browning counter value T: the cooking chamber temperature in K.
Sound measurement system intended to be installed on a motor vehicle, the system comprising: • a microphone to measure noises incurred by the rolling of a tire on a ground, • an element for supporting the microphone , • mechanical means for protecting the microphone against projections from the environment of the vehicle and from airborne noise originating from the routing of the sound wave between the source and the measurement as well as from the environment of the measuring system, these mechanical means comprising comprise a protective cover comprising a deflector installed between the microphone and the noise source with two vanes at its ends, positioned in such a way that it creates secondary channels between the interior and the air around the protective cover, • mechanical means for protecting the microphone against noise transmitted by conduction in a solid and originating from the vehicle, comprising a damping base with differential stiffnesses between its central part and its fixing attachments at the ends, • metal claws enabling attachment of the system to the metal seam. • a microphone to measure noises incurred by the rolling of a tire on a ground, • an element for supporting the microphone , • mechanical means for protecting the microphone against projections from the environment of the vehicle and from airborne noise originating from the routing of the sound wave between the source and the measurement as well as from the environment of the measuring system, these mechanical means comprising comprise a protective cover comprising a deflector installed between the microphone and the noise source with two vanes at its ends, positioned in such a way that it creates secondary channels between the interior and the air around the protective cover, • mechanical means for protecting the microphone against noise transmitted by conduction in a solid and originating from the vehicle, comprising a damping base with differential stiffnesses between its central part and its fixing attachments at the ends, • metal claws enabling attachment of the system to the metal seam.
A grid sorter comprising: a plurality of first conveyor lines (C1-C4) arranged in parallel in a first direction and including series of first conveyors; a plurality of second conveyor lines (R1-R3) arranged in parallel in a second direction perpendicular to the first direction and including series of second conveyors, wherein the first and second conveyor lines intersect at a plurality of intersections to form a grid; wherein at least some of the first and second conveyors are omnidirectional-roller sorters disposed at selected intersections, each of the omnidirectional-roller sorters including a plurality of omnidirectional rollers ; a controller controlling the omnidirectional rollers to direct articles along selected conveying paths on the omnidirectional-roller sorters; a plurality of discharges adjacent at least some of the omnidirectional-roller sorters in the first and second conveyor lines to receive articles from the omnidirectional-roller sorters; a rotation actuator selectively rotating the rollers in the direction of rotation; characterized in that each of the omnidirectional rollers has a direction of rotation and is disposed in a roller assembly including: a swivel actuator selectively pivoting the roller assemblies to adjust the direction of rotation of the rollers at least in and opposite to the first and second directions. a plurality of first conveyor lines (C1-C4) arranged in parallel in a first direction and including series of first conveyors; a plurality of second conveyor lines (R1-R3) arranged in parallel in a second direction perpendicular to the first direction and including series of second conveyors, wherein the first and second conveyor lines intersect at a plurality of intersections to form a grid; wherein at least some of the first and second conveyors are omnidirectional-roller sorters disposed at selected intersections, each of the omnidirectional-roller sorters including a plurality of omnidirectional rollers ; a controller controlling the omnidirectional rollers to direct articles along selected conveying paths on the omnidirectional-roller sorters; a plurality of discharges adjacent at least some of the omnidirectional-roller sorters in the first and second conveyor lines to receive articles from the omnidirectional-roller sorters; a rotation actuator selectively rotating the rollers in the direction of rotation; characterized in that each of the omnidirectional rollers has a direction of rotation and is disposed in a roller assembly including: a swivel actuator selectively pivoting the roller assemblies to adjust the direction of rotation of the rollers at least in and opposite to the first and second directions.
A solid or semi-solid state anti-viral lip balm composition consisting essentially of: a direct nucleoside analog inhibitor of herpes simplex viral DNA polymerase selected from the group consisting of aciclovir, gancociclovir, valciclovir, penciclovir, idoxurdine, cidofovir and foscarnet or a pharmaceutically acceptable salt thereof; beeswax; two different carrier oils consisting of a coconut oil and a sunflower oil; a softening agent selected from a shea butter or a caprylic/capric/myristic/stearic triglyceride; and minor amounts of an emulsifying agent selected from the group consisting of lanolin and Bis-Diglyceryl Polyacyladipate-2 and an antioxidant comprising butylated hydroxtoluene, wherein the composition has a maximum water content of less than 2 %, and the first and second carrier oils are provided in substantially equal amounts. a direct nucleoside analog inhibitor of herpes simplex viral DNA polymerase selected from the group consisting of aciclovir, gancociclovir, valciclovir, penciclovir, idoxurdine, cidofovir and foscarnet or a pharmaceutically acceptable salt thereof; beeswax; two different carrier oils consisting of a coconut oil and a sunflower oil; a softening agent selected from a shea butter or a caprylic/capric/myristic/stearic triglyceride; and minor amounts of an emulsifying agent selected from the group consisting of lanolin and Bis-Diglyceryl Polyacyladipate-2 and an antioxidant comprising butylated hydroxtoluene, wherein the composition has a maximum water content of less than 2 %, and the first and second carrier oils are provided in substantially equal amounts.