mhurhangee/ep-ind-claims huggingface dataset:
A quadrature correction apparatus comprising: a drive charge-to-voltage, C2V, converter (202, 302) configured to provide a drive signal which is drive information of a proof mass of a MEMS gyroscope (201, 301); a sense C2V converter (203, 303) configured to provide a sense signal which is sense information of the proof mass; a phase-shift module (205, 305) configured to provide a phase shift signal which is phase shift information of the drive signal; a sense demodulator (211, 311) configured to receive the sense signal and the phase shift signal and to provide a demodulated sense signal; characterized in that the quadrature correction apparatus further comprises: a drive demodulator (210, 310) configured to receive the drive signal and the phase shift signal and to provide a demodulated drive signal; a correction amplifier configured to receive the demodulated drive signal and to provide an amplified demodulated drive signal; and a summing node configured to provide a corrected sense signal using the amplified demodulated drive signal and the demodulated sense signal. a drive charge-to-voltage, C2V, converter (202, 302) configured to provide a drive signal which is drive information of a proof mass of a MEMS gyroscope (201, 301); a sense C2V converter (203, 303) configured to provide a sense signal which is sense information of the proof mass; a phase-shift module (205, 305) configured to provide a phase shift signal which is phase shift information of the drive signal; a sense demodulator (211, 311) configured to receive the sense signal and the phase shift signal and to provide a demodulated sense signal; a drive demodulator (210, 310) configured to receive the drive signal and the phase shift signal and to provide a demodulated drive signal; a correction amplifier configured to receive the demodulated drive signal and to provide an amplified demodulated drive signal; and a summing node configured to provide a corrected sense signal using the amplified demodulated drive signal and the demodulated sense signal.
A connector for medium and low voltage application with a housing with a first chamber for receiving a first terminal and at least a part of a second terminal, wherein the first chamber is embodied to receive an inner plug, wherein the inner plug is provided for electrically connecting the first terminal with the second terminal, wherein the housing comprises a connecting means that is fixed with the housing, wherein the connecting means is arranged at least partly within the first chamber, wherein the connecting means is provided for connection with the first terminal, wherein the connecting means improves the mechanical connection between the first terminal and the housing, wherein the first chamber of the housing comprises an inner rim that is assigned to the first connecting means, wherein the inner rim abuts on a face of the first connecting means that is assigned to the first chamber, wherein the inner rim defines a diameter of the first chamber that is smaller than the cross section of the first connecting means perpendicular to the first axis, wherein the inner rim has to be expanded over an outer face of the first connecting means to remove the housing from the first terminal, characterized in that a further connecting means (7, 100) is arranged at an outer face of the housing, wherein the further connecting means has the shape of a shell (7, 100) that covers at least a part of the face of the housing, the shell (7, 70) is arranged at the outer face of the housing in an area of the inner rim, the further connecting means (7, 100) comprises fixing means (8, 9, 101) for fixing the further connecting means (7, 100) to the housing, wherein the fixing means (8, 9, 101) is for example form fit means.
A control system for a wheel loader comprising: a display; and a control unit which has the display show a perspective image in which at least a part of a work implement of the wheel loader or a vessel of a loaded vehicle is seen through, characterized in that the control unit has the display show a contour line of a bucket of the work implement or the vessel as being synthesized with the perspective image. a display; and a control unit which has the display show a perspective image in which at least a part of a work implement of the wheel loader or a vessel of a loaded vehicle is seen through, characterized in that the control unit has the display show a contour line of a bucket of the work implement or the vessel as being synthesized with the perspective image.
Multicircuit electrohydraulic motor vehicle brake system comprising a plurality of brake calipers with hydraulically operatable actuators which are organized in a plurality of hydraulic brake circuits and are hydraulically connected to an electronically controlled unit comprising an electronics unit (EPB+ESC-ECU) and a hydraulics unit having a motor pump unit for the hydraulic supply of power, and wherein the hydraulically operatable actuators can be operated by hydraulic operating means under the initiation of a driver, and/or can be operated by the unit independently of the driver, and wherein at least some of the brake calipers, particularly for the purposes of operating or releasing a parking brake effect, additionally or separately have electromechanical actuators (10, 11), wherein at least one electrical current source is electrically connected to the electronics unit (EPB+ESC-ECU), which is used for supplying electricity to the unit, and characterized in that the electronics unit (EPB+ESC-ECU) is connected to the electromechanical actuators (10, 11) by means of at least two respective separate electrical supply lines (12, 13), and in that the electronics unit has at least one electrical switching means in order to supply electricity to the electromechanically operatable actuators (10, 11).
A heating system for a functional element of a vehicle, said heating system comprising a fluid circuit comprising a pump configured to circulate the fluid in said fluid circuit and at least a heater, said heater being integrated in at least one of the piping (5, 6) of said fluid circuit, characterized in that said heater comprises a pipe portion made of transparent material configured to enable the passage therein of said fluid and electromagnetic radiation emitter means integrated into the transparent material of said pipe portion and positioned, with respect to this latter to direct said electromagnetic radiation towards said fluid in order to heat it.
A method for diagnosing an infection caused by a microorganism comprising the steps of a) incubating a sample comprising T-cells obtained from a subject with at least one microorganism specific test-antigen under the proviso that said test-antigen is not PPD (Tuberculin) b) determining the test-antigen specific cell-mediated immune response by measuring the IP-10 level in said sample, c) comparing the determined IP-10 level with a reference-level, and d) determining whether said subject is likely to be infected with said microorganism, if the determined IP-10 level is equal to or above the reference level and/or determining whether said subject is unlikely to be infected if said determined IP-10 level is below the reference level, wherein said microorganism is selected from the group consisting of Mycobacteria, gram positive bacteria, gram negative bacteria, Listeria, enterococci, Neisseria, vibrio, treponema (Syphilis), Borrelia, leptospiræ, Clamydia, retroviruses (SIV, HIV-1, HIV-2), Cytomegalovirus, poxviruses, Ebstein barr virus, enterovirus, morbillivirus, rhabdoviruses (rabies). Rubivirus (rubella), flaviviruses (dengue, yellow fever), herpes viruses, varicella-zoster virus, Hepatitis C and B, Leishmania, Toxoplasma gondii, trypanosoma, Plasmodium (falciparum, vivax, ovale, malaria), pneumocystis cariini, Coronavirus (e.g. Severe Acquired Respiratory Syndrome (SARS)), Ebola or Marburg and various nematodes, trematodes. a) incubating a sample comprising T-cells obtained from a subject with at least one microorganism specific test-antigen under the proviso that said test-antigen is not PPD (Tuberculin) b) determining the test-antigen specific cell-mediated immune response by measuring the IP-10 level in said sample, c) comparing the determined IP-10 level with a reference-level, and d) determining whether said subject is likely to be infected with said microorganism, if the determined IP-10 level is equal to or above the reference level and/or determining whether said subject is unlikely to be infected if said determined IP-10 level is below the reference level, wherein said microorganism is selected from the group consisting of Mycobacteria, gram positive bacteria, gram negative bacteria, Listeria, enterococci, Neisseria, vibrio, treponema (Syphilis), Borrelia, leptospiræ, Clamydia, retroviruses (SIV, HIV-1, HIV-2), Cytomegalovirus, poxviruses, Ebstein barr virus, enterovirus, morbillivirus, rhabdoviruses (rabies). Rubivirus (rubella), flaviviruses (dengue, yellow fever), herpes viruses, varicella-zoster virus, Hepatitis C and B, Leishmania, Toxoplasma gondii, trypanosoma, Plasmodium (falciparum, vivax, ovale, malaria), pneumocystis cariini, Coronavirus (e.g. Severe Acquired Respiratory Syndrome (SARS)), Ebola or Marburg and various nematodes, trematodes.
A double-stranded short interfering nucleic acid (siNA) molecule that inhibits expression of the hepatitis B virus, comprising a sense strand comprising the nucleotide sequence 5' - uu CC gcag U au GG aUC GG C U s U - 3' (SEQ ID NO:376) and an antisense strand comprising the nucleotide sequence 5'- B G cc GA ucc A u A cu G c GGAAU s U B - 3' (SEQ ID NO:224), wherein B is an inverted abasic moiety; the bolded nucleotides comprise 2'-O-methyl modifications, the lower case nucleotides comprise 2'-fluoro modifications, and the s is a phosphorothioate linkage.
A battery pack structure for an electric vehicle that mounts, at an underside of a vehicle body floor, a battery pack case having a battery module and a high-power cut-off switch that cuts off a battery high-power circuit by a manual operation, the battery pack structure comprising: two vehicle front and rear direction areas (7, 8) formed by dividing an inside space of the battery pack case into two areas in a vehicle front-and-rear direction, one of the two areas being a battery module mounting area where the battery module is mounted, characterized by the high-power cut-off switch being provided on an upper surface of the battery pack case and also in a position corresponding to the other one of the two areas that is located on a vehicle front side or a vehicle rear side with respect to the battery module mounting area. two vehicle front and rear direction areas (7, 8) formed by dividing an inside space of the battery pack case into two areas in a vehicle front-and-rear direction, one of the two areas being a battery module mounting area where the battery module is mounted, characterized by the high-power cut-off switch being provided on an upper surface of the battery pack case and also in a position corresponding to the other one of the two areas that is located on a vehicle front side or a vehicle rear side with respect to the battery module mounting area.
A power plant (1; 3) for converting the flow of a fluid or gaseous medium into mechanical and/or electrical energy, the power plant (1; 3), comprising a wing, a first holding means for holding the wing in the flow, wherein the first holding means is fastened to the wing and comprises a fastening means for fastening the first holding means in the medium, wherein the fastening means is positioned upstream of the wing, a second holding means for holding the wing in the flow, wherein the second holding means is connected, by pivotable support to the wing and by pivotable support to a fly wheel, at a spot spaced from the center of the fly wheel, wherein the first and second holding means (10, 20) are positioned spaced to each other at the wing in a direction of flow such that the first holding means is positioned at the wing upstream of the second holding means, wherein the first and second holding means (10, 20) allow in operation of the power plant (1; 3) a stroke of the wing transverse to the flow of the medium and between an upper and lower dead center (T1, T2), the stroke being smaller at the first holding means than at the second holding means, and wherein the first and second holding means (10, 20) enable in operation of the power plant (1; 3) a motion of the wing in an area above and beneath the fastening means in the flow, the motion being both back and forth, that is downstream and upstream, and up and down, that is transverse to the flow, as well as superpositions of such motions of the wing in the flow.
A method for self-testing the light output of a notification appliance equipped with a light sensor in an alarm system, wherein the notification appliance comprises a strobe, the method comprising: measuring ambient light at the notification appliance using the light sensor of the notification appliance; comparing the measured ambient light to a threshold ambient light level; in response to the measured ambient light exceeding the threshold ambient light level: recording a special test fail result; and in response to the measured ambient light not exceeding the threshold ambient light level, performing a self-test comprising: activating the strobe of the notification appliance; measuring output of the strobe using the light sensor of the notification appliance; comparing the measured output to a predefined value; recording a pass result for the notification appliance if the measured output exceeds the predefined value; and recording a fail result for the notification appliance if the measured output does not exceed the predefined value. measuring ambient light at the notification appliance using the light sensor of the notification appliance; comparing the measured ambient light to a threshold ambient light level; in response to the measured ambient light exceeding the threshold ambient light level: recording a special test fail result; and in response to the measured ambient light not exceeding the threshold ambient light level, performing a self-test comprising: activating the strobe of the notification appliance; measuring output of the strobe using the light sensor of the notification appliance; comparing the measured output to a predefined value; recording a pass result for the notification appliance if the measured output exceeds the predefined value; and recording a fail result for the notification appliance if the measured output does not exceed the predefined value. activating the strobe of the notification appliance; measuring output of the strobe using the light sensor of the notification appliance; comparing the measured output to a predefined value; recording a pass result for the notification appliance if the measured output exceeds the predefined value; and recording a fail result for the notification appliance if the measured output does not exceed the predefined value.
A method implemented by a contending radio node for attempting contention-based random access over one or more radio resources, the method comprising: obtaining a timing advance sequence based on which a timing advance for transmission from the contending radio node to a recipient radio node is derivable, wherein the timing advance sequence is susceptible to contention; obtaining a contention-resolving identity of the contending radio node; transmitting, using the same transmission advancement timing, the timing advance sequence and the contention-resolving identity to the recipient radio node on the one or more radio resources; responsive to said transmitting, receiving from the recipient radio node a response signal that indicates a contention-resolving identity as well as a timing advance derived from a timing advance sequence received by the recipient radio node; resolving the contention in favor of the contending radio node when the contention-resolving identity indicated by the response signal corresponds to the contention-resolving identity that the contending radio node transmitted; and responsive to resolving the contention in favor of the contending radio node, adjusting the transmission advancement timing that governs the timing advancement of transmissions from the contending radio node to the recipient radio node, according to the timing advance indicated by the response signal. obtaining a timing advance sequence based on which a timing advance for transmission from the contending radio node to a recipient radio node is derivable, wherein the timing advance sequence is susceptible to contention; obtaining a contention-resolving identity of the contending radio node; transmitting, using the same transmission advancement timing, the timing advance sequence and the contention-resolving identity to the recipient radio node on the one or more radio resources; responsive to said transmitting, receiving from the recipient radio node a response signal that indicates a contention-resolving identity as well as a timing advance derived from a timing advance sequence received by the recipient radio node; resolving the contention in favor of the contending radio node when the contention-resolving identity indicated by the response signal corresponds to the contention-resolving identity that the contending radio node transmitted; and responsive to resolving the contention in favor of the contending radio node, adjusting the transmission advancement timing that governs the timing advancement of transmissions from the contending radio node to the recipient radio node, according to the timing advance indicated by the response signal.
An objective lens unit for a liquid immersion microscope comprising a supply mechanism, a discharge mechanism, and a controller that controls operations of the supply mechanism and the discharge mechanism, the objective lens unit comprising: a first liquid passage in a pipe shape including a supply port disposed on a lens surface (111a-1) of a lens at a closest side to an observing object, the first liquid passage being coupled to an outside of the objective lens unit; a second liquid passage in a pipe shape disposed independently from the first liquid passage, the second liquid passage including a suction port disposed at a position adjacent to the supply port of the first liquid passage on the lens surface (111a-1), the second liquid passage being coupled to the outside of the objective lens unit; and a first depression (111a-3) formed on the lens surface (111a-1) to dispose the supply port of the first liquid passage and the suction port of the second liquid passage, wherein the first liquid passage is a flow passage via which the supply mechanism supplies the immersion liquid to the lens surface (111a-1), and the second liquid passage is a flow passage via which the discharge mechanism suctions and discharges the immersion liquid that flows out of the supply port of the first liquid passage simultaneously with the flow out when the flow out is started before the immersion liquid reaches an optical range (111à-2) in the lens surface (111a-1). a first liquid passage in a pipe shape including a supply port disposed on a lens surface (111a-1) of a lens at a closest side to an observing object, the first liquid passage being coupled to an outside of the objective lens unit; a second liquid passage in a pipe shape disposed independently from the first liquid passage, the second liquid passage including a suction port disposed at a position adjacent to the supply port of the first liquid passage on the lens surface (111a-1), the second liquid passage being coupled to the outside of the objective lens unit; and a first depression (111a-3) formed on the lens surface (111a-1) to dispose the supply port of the first liquid passage and the suction port of the second liquid passage, wherein the first liquid passage is a flow passage via which the supply mechanism supplies the immersion liquid to the lens surface (111a-1), and the second liquid passage is a flow passage via which the discharge mechanism suctions and discharges the immersion liquid that flows out of the supply port of the first liquid passage simultaneously with the flow out when the flow out is started before the immersion liquid reaches an optical range (111à-2) in the lens surface (111a-1).
A molecular detection assay comprising: treating a biological sample directly with a bisulphite agent at a concentration of 2.5M to 3.5M and a pH range of 4.5 to 5.5 and heating between 75°C and 95°C for 1 to 30 minutes to allow cell disruption and nucleic acid treatment; removing the bisulphite agent from the treated sample; and detecting a target nucleic acid in the treated sample; wherein the assay is carried out without pre-treatment of the biological sample prior to treating with the bisulphite agent. treating a biological sample directly with a bisulphite agent at a concentration of 2.5M to 3.5M and a pH range of 4.5 to 5.5 and heating between 75°C and 95°C for 1 to 30 minutes to allow cell disruption and nucleic acid treatment; removing the bisulphite agent from the treated sample; and detecting a target nucleic acid in the treated sample;
A shock absorbing device (10; 40; 50; 60; 70) comprising a plurality of elements (11, 11'...11 n, 12, 12',...12 n) made of a superelastic material, wherein said elements (11, 11'... 11 n, 12, 12',...12 n) have a wavy shape featuring a plurality of crests and troughs between which straight portions are arranged, and wherein the elements (11, 11'... 11 n, 12, 12',... 12 n) are arranged so as to form a pattern with a plurality of pairs of crossing crests and/or crossing troughs, said shock absorbing device also comprising a plurality of connecting elements (13, 13'... 13 n; 14, 14',...14 n; 63, 63',...63 n; 73, 73',...73 n) configured to restrain in a locking manner a number of said pairs of crossing crests or crossing troughs, each of said connecting elements (13, 13'... 13 n; 14, 14',...14 n; 63, 63',...63 n; 73, 73',... 73 n) locking between 1 and 72 pairs, while leaving said straight portions free to move.