mhurhangee/ep-ind-claims huggingface dataset:
A method of processing oscillatory response data from a resonant system comprising: obtaining data measuring an oscillatory response y(t) of the system, said response being a function of time t; estimating the variation in natural frequency ω n (t) of a mode of said response; filtering the data around a selected frequency to obtain a filtered response; determining a carrier signal s c (t) whose frequency variation with respect to time ω c (t) is equal in magnitude to said estimated variation in natural frequency, ω c (t) being related to ω n (t) by the expression ω c (t) = ω constant - ω n (t) or ω c (t) = ω constant + ω n (t) where ω constant is a constant shift frequency; and modulating the amplitude of said carrier signal using said filtered response to obtain a modulated carrier signal y m (t) = s c (t).y(t). obtaining data measuring an oscillatory response y(t) of the system, said response being a function of time t; estimating the variation in natural frequency ω n (t) of a mode of said response; filtering the data around a selected frequency to obtain a filtered response; determining a carrier signal s c (t) whose frequency variation with respect to time ω c (t) is equal in magnitude to said estimated variation in natural frequency, ω c (t) being related to ω n (t) by the expression ω c (t) = ω constant - ω n (t) or ω c (t) = ω constant + ω n (t) where ω constant is a constant shift frequency; and modulating the amplitude of said carrier signal using said filtered response to obtain a modulated carrier signal y m (t) = s c (t).y(t).
An anti-theft protection / alarm system, comprising: a) a piezoelectric sensor to detect an audio signal b) an amplifier to amplify the detected audio signal · c) a low-pass active filter in the range of 0-20 Hz for passing the amplified audio signal in the range of 0-20 Hz and cutting-off of the amplified audio signal of higher frequency · d) a variable rate amplifier to amplify the filtered infrasonic ·signal e) an analog-to-digital converter for converting the re-amplified infrasonic signal into a digital signal f) a processor for processing and classification of the digital signal with regard to infrasonic reference signals stored in a processor memory, where the assessment takes into account the duration of the infrasonic signal, the signal level of infrasonic signal, and the accumulated energy of infrasonic signal g) a telephone installation, and h) means of communication. a) a piezoelectric sensor to detect an audio signal b) an amplifier to amplify the detected audio signal · c) a low-pass active filter in the range of 0-20 Hz for passing the amplified audio signal in the range of 0-20 Hz and cutting-off of the amplified audio signal of higher frequency · d) a variable rate amplifier to amplify the filtered infrasonic ·signal e) an analog-to-digital converter for converting the re-amplified infrasonic signal into a digital signal f) a processor for processing and classification of the digital signal with regard to infrasonic reference signals stored in a processor memory, where the assessment takes into account the duration of the infrasonic signal, the signal level of infrasonic signal, and the accumulated energy of infrasonic signal g) a telephone installation, and h) means of communication.
A recombinant nucleic acid molecule comprising a nucleotide sequence selected from the group consisting of: a) the nucleotide sequence of SEQ ID NO:7, or a complement thereof; b) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of any of SEQ ID NO:34 or 35; and c) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence having at least 98% sequence identity to the amino acid sequence of any of SEQ ID NO: 34 or 35, wherein said amino acid sequence has pesticidal activity. a) the nucleotide sequence of SEQ ID NO:7, or a complement thereof; b) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of any of SEQ ID NO:34 or 35; and c) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence having at least 98% sequence identity to the amino acid sequence of any of SEQ ID NO: 34 or 35, wherein said amino acid sequence has pesticidal activity.
A process for preparing a copper tube for the construction industry, wherein said tube comprises equiaxial grains with a grain size of 0.03 mm, a hardness of 35 HRF, a diameter of 28.2 × 1.9 mm, a phosphorous concentration of 0.024% wt, a sulfur concentration of 6.58 ppm, an arsenic concentration of 0.001% wt, an iron concentration of 0.001 % wt, a silver concentration of 0.001% wt, an oxygen concentration of 10.45 ppm, a Cu + Ag concentration of 99.970% wt and 0.000% wt of Zn, Ni, Pb, Sb, Bi, and Sn, comprising: a) A pre-tube obtained from a continuous vertical casting process is prepared with the tapering equipment, the pre-tube is lubricated internally and a wiredrawing chuck is inserted. Then a point is made at the beginning of the roll of pre-tube and it is inserted in the spool. b) The first wiredrawer is started up at a constant speed; c) The tube that comes out of the first wiredrawer passes through tension regulating equipment in tandem; d) The tube that has already passed through the first wiredrawer contained by the tension regulating equipment passes to the second wiredrawer also in tandem, where a second reduction is carried out; e) The material that comes out of the second wiredrawer is accumulated continuously in baskets; f) The material accumulated and that has passed through two wiredrawers enters the annealing furnace in order to realign the microstructure of the final tube reducing the oxidation speed so that it can be stranded; g) The tube is purged internally with nitrogen; h) The exterior of the tube is cleaned; i) The furnace heats the tube by induction; j) The tube quickly passes into a cooling chamber; k) The final tube is rolled up in a basket for its subsequent dimensioning. a) A pre-tube obtained from a continuous vertical casting process is prepared with the tapering equipment, the pre-tube is lubricated internally and a wiredrawing chuck is inserted. Then a point is made at the beginning of the roll of pre-tube and it is inserted in the spool. b) The first wiredrawer is started up at a constant speed; c) The tube that comes out of the first wiredrawer passes through tension regulating equipment in tandem; d) The tube that has already passed through the first wiredrawer contained by the tension regulating equipment passes to the second wiredrawer also in tandem, where a second reduction is carried out; e) The material that comes out of the second wiredrawer is accumulated continuously in baskets; f) The material accumulated and that has passed through two wiredrawers enters the annealing furnace in order to realign the microstructure of the final tube reducing the oxidation speed so that it can be stranded; g) The tube is purged internally with nitrogen; h) The exterior of the tube is cleaned; i) The furnace heats the tube by induction; j) The tube quickly passes into a cooling chamber; k) The final tube is rolled up in a basket for its subsequent dimensioning.
Method for operating a panel sizing system, wherein by means of at least one detection means (70, 82, 88) at least one variable is detected which characterizes a current load on or a current behavioral property of an operator, the detected variable is evaluated, and the control of the panel sizing system is based on the result of the evaluation such that the panel sizing system interacts with the operator independently, wherein if it is determined that the operator is overloaded or there is a threat of overloading, or that the load on the operator can easily be reduced, the control of the panel sizing system is adjusted so as to reduce the load on the operator or to prevent overloading from occurring in the first place by the machine speed being slowed or stopped, characterized in that, if it is determined that the operator is currently instead under-challenged, the control of the panel sizing system is adjusted accordingly by the machine speed being increased.
Method for determining at least one relevant single image, wherein a plurality of optical single images are generated during a continuous optical measurement of a dental subject to be recorded, wherein an audio recording is generated during the optical measurement by means of a microphone and at least one speech sequence (12; 15; 28) spoken by a user is recorded, characterized in that the relevant single image (7; 8; 24) is selected within a specified sequence duration between a start time (17, 18) and an end time of the speech sequence (12; 15; 28), wherein the relevant single image (7; 8; 24), which was recorded at a point in time in which a movement of the dental camera relative to the object to be recorded was the least, is selected within the determined speech sequence.
A method of operating a submarine having a fuel cell and a hydrogen storage tank and a pressure regulator between the hydrogen storage tank and the fuel cell, the method comprising the following steps: - Specification of a first pressure p 1 for the anode side of the fuel cell, whereby the first pressure p 1 is designed as the ideal value for control operation, - Specification of a second pressure p 2 for the anode side of the fuel cell, whereby the second pressure p 2 is the minimum pressure, - Detection of a storage pressure p S at which hydrogen is supplied from the hydrogen storage tank to the pressure regulator, - Selection of a working pressure p A depending on the storage pressure p S, which is applied to the anode side of the fuel cell and is set by the pressure regulator, wherein the working pressure p A is selected as a function of the storage pressure p S and the first pressure p 1 and the second pressure p 2, characterised in that the pressure is not increased between the hydrogen storage tank and the fuel cell, wherein the hydrogen is taken from the hydrogen storage tank and is not produced by a reformer. - Specification of a first pressure p 1 for the anode side of the fuel cell, whereby the first pressure p 1 is designed as the ideal value for control operation, - Specification of a second pressure p 2 for the anode side of the fuel cell, whereby the second pressure p 2 is the minimum pressure, - Detection of a storage pressure p S at which hydrogen is supplied from the hydrogen storage tank to the pressure regulator, - Selection of a working pressure p A depending on the storage pressure p S, which is applied to the anode side of the fuel cell and is set by the pressure regulator,
A gauge artefact for checking a coordinate positioning machine used to measure a set of nominally identical parts, the gauge artefact comprising a base for mounting on a table of a coordinate positioning machine and a platform comprising at least two portions (103, 104; 106, 107), the platform locatable relative to the base in at least two positions, characterised in that the gauge artefact comprises cooperating mounting formations (110,111) on the base and the platform, which, when engaged, define the at least two positions for the platform on the base, wherein the at least two portions (103, 104; 106, 107) have a nominally identical geometric property and a deviation in the nominally identically geometric property of the portions is of a comparable size to an expected deviation in the set of parts to be measured by the coordinate positioning machine, the at least two portions (103, 104; 106, 107) being located on the platform such that the nominally identical geometric property of each portion (103, 104; 106, 107) can be presented at a common location relative to the base by locating the platform at each of the two positions.
A monitoring device for monitoring a support state of a target object supported by a support device, the support device comprising a plurality of support members (51, 60) arranged so that the target object is placed between the support members, and an elastic member is provided to at least one of the support members, the monitoring device comprising: a heat flux sensor which, when the target object is supported between the support members due to force applied by at least one of the support members, outputs a signal corresponding to heat flux generated in the elastic member when it is elastically deformed by a load applied from the support member; and a detection part which is configured to detect the support state of the target object supported by the support members or a size of the target object based on the signal output by the heat flux sensor. a heat flux sensor which, when the target object is supported between the support members due to force applied by at least one of the support members, outputs a signal corresponding to heat flux generated in the elastic member when it is elastically deformed by a load applied from the support member; and a detection part which is configured to detect the support state of the target object supported by the support members or a size of the target object based on the signal output by the heat flux sensor.
A superconducting thin film material, comprising: - a substrate; and - a superconductor film formed on said substrate, - said superconductor film including - a physical vapor deposition layer formed by a physical vapor deposition method and having a thickness of not more than 2 μm, and - a metal organic deposition layer having a thickness of not more than 1 μm formed on said physical vapor deposition layer by a metal organic deposition method characterized in that a total film thickness of said physical vapor deposition layer and said metal organic deposition layer exceeds 1 μm. - a substrate; and - a superconductor film formed on said substrate, - said superconductor film including - a physical vapor deposition layer formed by a physical vapor deposition method and having a thickness of not more than 2 μm, and - a metal organic deposition layer having a thickness of not more than 1 μm formed on said physical vapor deposition layer by a metal organic deposition method characterized in that a total film thickness of said physical vapor deposition layer and said metal organic deposition layer exceeds 1 μm.
A medical lead comprising a lead body, the lead body comprising: (a) a coil lumen defined within the lead body, the coil lumen extending from a proximal portion to a distal portion of the lead body; (b) at least two cable lumens (82, 84, 86) defined within the lead body, each of the at least two cable lumens (82, 84, 86) extending from the proximal portion to the distal portion; and (c) a support portion defined within the lead body, the support portion extending longitudinally within the lead body and disposed between the coil lumen and the at least two cable lumens (82, 84, 86), the support portion comprising a beam having an upper border defined in part by the walls of the at least two cable lumens (82, 84, 86), a lower border defined in part by the wall of the coil lumen, and a first side and a second side each defined by the outer walls of the lead body, the support portion having a width extending from the first side of the lead body to the second side, wherein the support portion has a thickness defined by the upper border and the lower border that is configured to provide structural support to the lead body that reduces deformations of the lumens (82, 84, 86, 88) while the lead body is being bent, thereby reducing flexural fatigue of a conductor disposed within any of the coil lumen and the at least two cable lumens (82, 84, 86), wherein the thickness comprises a minimum thickness that extends along the width of the support portion. (a) a coil lumen defined within the lead body, the coil lumen extending from a proximal portion to a distal portion of the lead body; (b) at least two cable lumens (82, 84, 86) defined within the lead body, each of the at least two cable lumens (82, 84, 86) extending from the proximal portion to the distal portion; and (c) a support portion defined within the lead body, the support portion extending longitudinally within the lead body and disposed between the coil lumen and the at least two cable lumens (82, 84, 86), the support portion comprising a beam having an upper border defined in part by the walls of the at least two cable lumens (82, 84, 86), a lower border defined in part by the wall of the coil lumen, and a first side and a second side each defined by the outer walls of the lead body, the support portion having a width extending from the first side of the lead body to the second side, wherein the support portion has a thickness defined by the upper border and the lower border that is configured to provide structural support to the lead body that reduces deformations of the lumens (82, 84, 86, 88) while the lead body is being bent, thereby reducing flexural fatigue of a conductor disposed within any of the coil lumen and the at least two cable lumens (82, 84, 86), wherein the thickness comprises a minimum thickness that extends along the width of the support portion.
An agent for use in protecting brain neuronal cells from cell death, comprising citrulline or a salt thereof and glutathione or a salt thereof as active ingredients.
A method for automatically selecting a virtual camera position in a three-dimensional surround view system, the method comprising: receiving a geographic position of other vehicles surrounding a host vehicle; selecting one of the other vehicles as a relevant threat vehicle based on at least one of a position, a heading, and a speed of the host vehicle relative to the geographic position of the other vehicles; selecting a virtual camera position such that the relevant threat vehicle and a portion of the host vehicle are in view of the virtual camera; and displaying an image from the virtual camera positon to a driver of the host vehicle. receiving a geographic position of other vehicles surrounding a host vehicle; selecting one of the other vehicles as a relevant threat vehicle based on at least one of a position, a heading, and a speed of the host vehicle relative to the geographic position of the other vehicles; selecting a virtual camera position such that the relevant threat vehicle and a portion of the host vehicle are in view of the virtual camera; and displaying an image from the virtual camera positon to a driver of the host vehicle.
A male sexual stimulation device comprising: a framework (101, 501, 701); a reciprocal linear motion mechanism comprising; a reversible DC electric motor affixed to the framework and having a rotating shaft; a screw-threaded shaft (104, 504) affixed to the rotating shaft of the electric motor; a gripper affixed to a bracket including an internally threaded member (106, 506); and a guide which orients the gripper and causes the bracket to travel in a reciprocal linear fashion as the screw-threaded shaft is turned with respect to the internally threaded member, the linear direction being dependent upon the direction of rotation thereof; and a flexible sleeve which is inserted into the gripper, and which has a means for affixing the sleeve to the gripper; wherein a penis can be inserted within the flexible sleeve, wherein in an operable state, with a penis inserted within the sleeve, the gripper moves at least a portion of the sleeve in a reciprocating linear motion along the penis and relative to the framework of the device, whereby to provide sexual stimulation through pressure and reciprocal motion of the gripper against the penis within the flexible sleeve. a framework (101, 501, 701); a reciprocal linear motion mechanism comprising; a reversible DC electric motor affixed to the framework and having a rotating shaft; a screw-threaded shaft (104, 504) affixed to the rotating shaft of the electric motor; a gripper affixed to a bracket including an internally threaded member (106, 506); and a guide which orients the gripper and causes the bracket to travel in a reciprocal linear fashion as the screw-threaded shaft is turned with respect to the internally threaded member, the linear direction being dependent upon the direction of rotation thereof; and a flexible sleeve which is inserted into the gripper, and which has a means for affixing the sleeve to the gripper; wherein a penis can be inserted within the flexible sleeve, wherein in an operable state, with a penis inserted within the sleeve, the gripper moves at least a portion of the sleeve in a reciprocating linear motion along the penis and relative to the framework of the device, whereby to provide sexual stimulation through pressure and reciprocal motion of the gripper against the penis within the flexible sleeve.
A loudspeaker mounting structure, comprising: a shell, wherein a sound hole is formed at a side surface of the shell; a mounting groove formed inside the shell, wherein the sound hole is communicated with the mounting groove; a holder, wherein the holder is bonded in the mounting groove through a sealant, and a front sound chamber is formed at one side of the holder facing to the sound hole, a loudspeaker, and a dustproof net, wherein the dustproof net is arranged between the sound hole and the front sound chamber, and bonded with the shell and the holder respectively, wherein the dustproof net comprises a first connecting portion, a dustproof portion and a second connecting portion which are successively connected, wherein the dustproof portion is arranged at the sound hole, and the second connecting portion is arranged between a side surface of the mounting grove and a side surface of the holder; characterized in that the loudspeaker is bonded to one side of the holder facing away from the shell through the sealant, and the first connecting portion is arranged between an inside bottom of the mounting groove and a top of the holder. a shell, wherein a sound hole is formed at a side surface of the shell; a mounting groove formed inside the shell, wherein the sound hole is communicated with the mounting groove; a holder, wherein the holder is bonded in the mounting groove through a sealant, and a front sound chamber is formed at one side of the holder facing to the sound hole, a loudspeaker, and a dustproof net, wherein the dustproof net is arranged between the sound hole and the front sound chamber, and bonded with the shell and the holder respectively, wherein the dustproof net comprises a first connecting portion, a dustproof portion and a second connecting portion which are successively connected, wherein the dustproof portion is arranged at the sound hole, and the second connecting portion is arranged between a side surface of the mounting grove and a side surface of the holder; characterized in that the loudspeaker is bonded to one side of the holder facing away from the shell through the sealant, and the first connecting portion is arranged between an inside bottom of the mounting groove and a top of the holder.