mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the gravimetric mass metering of bulk solids via a differential metering scale comprising a container with the bulk solid to be metered and a volumetric conveying device , - with which the bulk solid coming from the container is conveyed with a mass flow (F), - wherein the mass flow temporally follows a target value (W) for a target feed rate, - wherein to determine said mass flow (F), a signal (M) is determined, - - which represents the total weight of a unit formed by the container and the bulk solid included hereby or - - - by the container and the conveying device and the bulk solid included hereby, - the signal (M) is then processed specifically for the system and/or bulk solid in order to calculate a first signal (P), representing the mass flow, - from which, together with the target value (W) for the target feed rate, a first regulating unit calculates a first control signal (Y) and provides it to a drive of the conveying device , characterized in that the mass flow (F) after leaving the conveying device passes through a mass flow measuring device and a second signal (Fm), representing the mass flow (F), is measured by the mass flow measuring device and, based on the second signal (Fm), representing the mass flow (F), and on the first control signal (Y), a second control signal (Y2) is calculated by a second regulating unit and provided to the drive of the conveying device for controlling the conveying device . - with which the bulk solid coming from the container is conveyed with a mass flow (F), - wherein the mass flow temporally follows a target value (W) for a target feed rate, - wherein to determine said mass flow (F), a signal (M) is determined, - - which represents the total weight of a unit formed by the container and the bulk solid included hereby or - - - by the container and the conveying device and the bulk solid included hereby, - - which represents the total weight of a unit formed by the container and the bulk solid included hereby or - - - by the container and the conveying device and the bulk solid included hereby, - the signal (M) is then processed specifically for the system and/or bulk solid in order to calculate a first signal (P), representing the mass flow, - from which, together with the target value (W) for the target feed rate, a first regulating unit calculates a first control signal (Y) and provides it to a drive of the conveying device , characterized in that the mass flow (F) after leaving the conveying device passes through a mass flow measuring device and a second signal (Fm), representing the mass flow (F), is measured by the mass flow measuring device and, based on the second signal (Fm), representing the mass flow (F), and on the first control signal (Y), a second control signal (Y2) is calculated by a second regulating unit and provided to the drive of the conveying device for controlling the conveying device .
A swash plate compressor comprising a cylinder block accommodating a piston for compressing a refrigerant, a front housing coupled to the front of the cylinder block and having a crank chamber , a rear housing having a suction chamber and a discharge chamber and coupled to the rear of the cylinder block , the swash plate compressor comprising: a valve assembly comprising a valve plate inserted into the rear housing , and a suction plate inserted between the valve plate and the cylinder block ; and a variable orifice module comprising a first orifice hole through which the refrigerant in the crank chamber passes, and a second orifice hole communicating with the suction chamber to discharge the refrigerant passing through the first orifice hole to the suction chamber and formed in the valve plate ; characterized by a reed groove formed in the valve plate and interconnecting the first and second orifice holes, the first orifice hole having a variable reed , a degree of opening of which is varied depending on the pressure of the refrigerant. a valve assembly comprising a valve plate inserted into the rear housing , and a suction plate inserted between the valve plate and the cylinder block ; and a variable orifice module comprising a first orifice hole through which the refrigerant in the crank chamber passes, and a second orifice hole communicating with the suction chamber to discharge the refrigerant passing through the first orifice hole to the suction chamber and formed in the valve plate ; characterized by a reed groove formed in the valve plate and interconnecting the first and second orifice holes, the first orifice hole having a variable reed , a degree of opening of which is varied depending on the pressure of the refrigerant.
A system (100; 600; 1400) for electronic biological sample analysis comprising: a biological sample sensor, wherein the biological sample sensor (110; 610; 1410; 1710; 1800) comprises a plurality of transistors comprising sp 2 hybridized carbon in the form of graphene characterized in that: one or more of the transistors comprise a scattering site on a top surface; and the scattering site comprises a covalent bond to a biomarker and comprises sp 3 hybridized carbon, the sp 3 hybridized carbon being covalently bonded to a biomarker, such that if the biomarker is exposed to an infected biological sample while voltage is applied to the transistor , the conductance of the transistor will change. a biological sample sensor, wherein the biological sample sensor (110; 610; 1410; 1710; 1800) comprises a plurality of transistors comprising sp 2 hybridized carbon in the form of graphene characterized in that: one or more of the transistors comprise a scattering site on a top surface; and the scattering site comprises a covalent bond to a biomarker and comprises sp 3 hybridized carbon, the sp 3 hybridized carbon being covalently bonded to a biomarker, such that if the biomarker is exposed to an infected biological sample while voltage is applied to the transistor , the conductance of the transistor will change. one or more of the transistors comprise a scattering site on a top surface; and the scattering site comprises a covalent bond to a biomarker and comprises sp 3 hybridized carbon, the sp 3 hybridized carbon being covalently bonded to a biomarker, such that if the biomarker is exposed to an infected biological sample while voltage is applied to the transistor , the conductance of the transistor will change.
A solid-state imaging device comprising a semiconductor substrate provided with a plurality of two-dimensionally arranged photoelectric conversion elements , and color filter patterns provided on the semiconductor substrate such that color filters for a plurality of colors are respectively arranged for the photoelectric conversion elements , characterized in that : the device is provided with a visible-light transmissive layer formed between the semiconductor substrate and the color filter patterns, and metal containing lattice barrier layers each formed between adjacent color filters, the visible-light transmissive layer being continuous with the metal containing lattice barrier layers ; the color filters having a larger area each have an edge that is continuous with an edge portion of a corresponding one of metal containing lattice barrier layers ; the color filters having a larger area have side walls over which reaction product layers containing a component configuring the visible-light transmissive layer are respectively formed; the metal containing lattice barrier layers each have a height that is lower than that of the color filters for a plurality of colors ; and the color filters having a larger area are formed covering the respective metal containing lattice barrier layers . the device is provided with a visible-light transmissive layer formed between the semiconductor substrate and the color filter patterns, and metal containing lattice barrier layers each formed between adjacent color filters, the visible-light transmissive layer being continuous with the metal containing lattice barrier layers ; the color filters having a larger area each have an edge that is continuous with an edge portion of a corresponding one of metal containing lattice barrier layers ; the color filters having a larger area have side walls over which reaction product layers containing a component configuring the visible-light transmissive layer are respectively formed; the metal containing lattice barrier layers each have a height that is lower than that of the color filters for a plurality of colors ; and the color filters having a larger area are formed covering the respective metal containing lattice barrier layers .
A computer-readable recording medium for recording a program executable by a computer, wherein, when executed by the computer, the program generates a user interface , and the user interface includes: an arrangement area including a plurality of virtual actuators with respect to a tactile stimulation frame, wherein positions of a plurality of actuators are mapped one-to-one to the plurality of virtual actuators; a content area including a reference content having time-series information and multidirectional information; a timeline area in which the tactile stimulation frame is arranged corresponding to the time-series information; and an effect management area including a menu of path effect, wherein the timeline area includes a plurality of tracks corresponding to a plurality of directions corresponding to the multidirectional information; wherein the tactile stimulation frame is subordinate to any one track among the plurality of tracks; wherein, when the menu of path effect is selected by a user and a path is drawn by the user in the arrangement area , the tactile stimulation frame is generated by the path ; wherein a multidirectional tactile stimulation pattern is generated by setting driving values to the plurality of virtual actuators corresponding to the path by using the tactile stimulation frame as a component, and wherein the generated multidirectional tactile stimulation pattern is used by a controller for driving the plurality of actuators located at a wearing part. an arrangement area including a plurality of virtual actuators with respect to a tactile stimulation frame, wherein positions of a plurality of actuators are mapped one-to-one to the plurality of virtual actuators; a content area including a reference content having time-series information and multidirectional information; a timeline area in which the tactile stimulation frame is arranged corresponding to the time-series information; and an effect management area including a menu of path effect, wherein the timeline area includes a plurality of tracks corresponding to a plurality of directions corresponding to the multidirectional information; wherein the tactile stimulation frame is subordinate to any one track among the plurality of tracks; wherein, when the menu of path effect is selected by a user and a path is drawn by the user in the arrangement area , the tactile stimulation frame is generated by the path ; wherein a multidirectional tactile stimulation pattern is generated by setting driving values to the plurality of virtual actuators corresponding to the path by using the tactile stimulation frame as a component, and wherein the generated multidirectional tactile stimulation pattern is used by a controller for driving the plurality of actuators located at a wearing part.
An electrodeposited copper foil having an area weight of the electrodeposited copper foil is in the range of 26.7-329.4 g/m 2 , and a puncture strength, Y, the puncture strength Y of the electrodeposited copper foil must lie in a range defined between a maximum value, Y1 (in N), and a minimum value, Y2 (in N), wherein the value Y1 is calculated by the following formula 1: Y 1 = − 0.00007 * X 2 + 0.075 * X − 1.3373 and the value Y2 is calculated by the following formula 2: Y 2 = 0.00003 * X 2 + 0.0247 * X − 0.6454 wherein X in each of formulas 1 and 2 represents the area weight of the electrodeposited copper foil (g/m 2 ), and Y represents the puncture strength of the electrodeposited copper foil (in N), and wherein the electrodeposited copper foil has a drum side and a deposit side, each of the drum side and deposit side comprising grains having a grain size, wherein the difference in grain size between the drum side and the deposit side is less than 0.55 μm, and the number of voids in the electrodeposited copper foil is less than 5 per μm 2 .
A window heating system for providing current to a heating element , said window heating system comprising: a first sensor ; a second sensor ; a sensor selection module configured to determine a state of at least said first sensor, said sensor selection module comprising a first comparator associated with said first sensor and configured to determine whether a condition of said first sensor is satisfied; and a controller configured to control current to the heating element based on said second sensor when said first comparator determines the condition of said first sensor is not satisfied, characterised in that said sensor selection module comprises a first pair of current sensors (226a and 226b) electrically coupled between said first sensor and a power supply , each of the first pair of current sensors being coupled in series on opposite sides of the first sensor , and wherein the condition of said first sensor comprises a difference in sensed current across said first sensor between said first pair of current sensors being within a predetermined range. a first sensor ; a second sensor ; a sensor selection module configured to determine a state of at least said first sensor, said sensor selection module comprising a first comparator associated with said first sensor and configured to determine whether a condition of said first sensor is satisfied; and a controller configured to control current to the heating element based on said second sensor when said first comparator determines the condition of said first sensor is not satisfied, characterised in that said sensor selection module comprises a first pair of current sensors (226a and 226b) electrically coupled between said first sensor and a power supply , each of the first pair of current sensors being coupled in series on opposite sides of the first sensor , and wherein the condition of said first sensor comprises a difference in sensed current across said first sensor between said first pair of current sensors being within a predetermined range.
A hearing aid having a housing comprising: an input circuit adapted to provide one or more input audio signals; a signal processing circuit adapted to process at least one of the one or more input audio signals; wherein the signal processing circuit comprises an RF transmitter and/or an RF receiver and an electronic circuit , an output means adapted and arranged to provide an audible signal to a user in dependence on at least one processed input audio signal; an RF antenna adapted to receive and/or transmit electromagnetic RF signals within a first frequency range enclosing a first frequency of resonance of the RF antenna corresponding to a first wavelength, the RF antenna comprising: an electrically conductive antenna element having a feed for electrically connecting to the RF transmitter and/or the RF receiver ; an electronic component adapted to receive and/or provide one or more electric signals from/to the electronic circuit within a second frequency range not overlapping the first frequency range; and one or more electric leads electrically connected to lead the one or more electric signals between the electronic component and the electronic circuit , each of the one or more electric leads being electrically connected to the electronic circuit through a respective inductor adapted to reflect and/or attenuate signals within the first frequency range and pass signals within the second frequency range, characterised in that the antenna element and the one or more electric leads are formed in or on a substrate, the coupling between the antenna element and the one or more electric leads is mainly capacitive, and, the RF antenna extends partly through a portion of the housing which is adapted to be arranged on the top of the ridge between the pinna and the head of the user when the hearing device is in its operating position. an electrically conductive antenna element having a feed for electrically connecting to the RF transmitter and/or the RF receiver ; an electronic component adapted to receive and/or provide one or more electric signals from/to the electronic circuit within a second frequency range not overlapping the first frequency range; and one or more electric leads electrically connected to lead the one or more electric signals between the electronic component and the electronic circuit , each of the one or more electric leads being electrically connected to the electronic circuit through a respective inductor adapted to reflect and/or attenuate signals within the first frequency range and pass signals within the second frequency range, characterised in that the antenna element and the one or more electric leads are formed in or on a substrate, the coupling between the antenna element and the one or more electric leads is mainly capacitive, and, the RF antenna extends partly through a portion of the housing which is adapted to be arranged on the top of the ridge between the pinna and the head of the user when the hearing device is in its operating position.
A die for ironing working, said die having a carbon film that is so formed as to cover a working surface thereof, and wherein the carbon film extends up to the non-working surface of said die ; and characterized in that said carbon film exhibits such a Raman spectrum that an intensity ratio represented by the following formula, I D / I G wherein I D is a maximum peak intensity at 1333 ± 10 cm -1 in the Raman spectrum of the surface of said carbon film , and I G is a maximum peak intensity at 1500 ± 100 cm -1 in the Raman spectrum of the surface of said carbon film , is not less than 1.2, and a surface of said carbon film being a smooth surface having an arithmetic mean roughness R of not more than 0.1 μ m. wherein I D is a maximum peak intensity at 1333 ± 10 cm -1 in the Raman spectrum of the surface of said carbon film , and I G is a maximum peak intensity at 1500 ± 100 cm -1 in the Raman spectrum of the surface of said carbon film ,
A method of measuring metrics of a computer network, comprising the steps of: - from a plurality of data sources collecting data points, - wherein a set of the data points (P) collected from each data source is collected during a sampling period (S) that may be unique for each data source and set of data points (P) - wherein the set of data points (P), referred to as sample, is collected throughout each sampling period (S) for each data source, - wherein each data source is associated with a fractile information type defining a number of bins into which each data point (P) can be placed by rounding of the data point (P) in question to determine a particular bin for the data point (P) in question, each such bin being defined by a respective pair of an exponent and a mantissa by there being a bijective mapping between each such bin and a respective counter, - wherein a reset is performed at the beginning of each sampling period for each data source yielding an empty fractile information instance (F empty ), - wherein collected data points (P), for each data source, are processed by repeatedly updating the associated fractile information instance (F), throughout the sampling period, by updating the respective counter to keep track of how many of the data points (P) of the sample in question belong to each of said bins for the data source in question, and - wherein the fractile information instance (F), for each data source, is transmitted to a computing device or server for further processing when the sampling period (S) ends. - from a plurality of data sources collecting data points, - wherein a set of the data points (P) collected from each data source is collected during a sampling period (S) that may be unique for each data source and set of data points (P) - wherein the set of data points (P), referred to as sample, is collected throughout each sampling period (S) for each data source, - wherein each data source is associated with a fractile information type defining a number of bins into which each data point (P) can be placed by rounding of the data point (P) in question to determine a particular bin for the data point (P) in question, each such bin being defined by a respective pair of an exponent and a mantissa by there being a bijective mapping between each such bin and a respective counter, - wherein a reset is performed at the beginning of each sampling period for each data source yielding an empty fractile information instance (F empty ), - wherein collected data points (P), for each data source, are processed by repeatedly updating the associated fractile information instance (F), throughout the sampling period, by updating the respective counter to keep track of how many of the data points (P) of the sample in question belong to each of said bins for the data source in question, and - wherein the fractile information instance (F), for each data source, is transmitted to a computing device or server for further processing when the sampling period (S) ends.
A peristaltic pump head , comprising: a rotor rotatably mounted between a base of the peristaltic pump head and an end cap of the peristaltic pump head; an arcuate case between the base and the end cap partially surrounding the rotor; and an arcuate occlusion bed removably mounted between the base and the end cap, wherein the arcuate case and the arcuate occlusion bed form a cylindrical body around the rotor; characterized by a locking handle hingedly mounted to the arcuate occlusion bed, wherein the locking handle includes a bar extending between a pair of cam members , each cam member including a cam slot that engages a respective pin extending from the base and the end cap. a rotor rotatably mounted between a base of the peristaltic pump head and an end cap of the peristaltic pump head; an arcuate case between the base and the end cap partially surrounding the rotor; and an arcuate occlusion bed removably mounted between the base and the end cap, wherein the arcuate case and the arcuate occlusion bed form a cylindrical body around the rotor; characterized by a locking handle hingedly mounted to the arcuate occlusion bed, wherein the locking handle includes a bar extending between a pair of cam members , each cam member including a cam slot that engages a respective pin extending from the base and the end cap.