mhurhangee/patent-ind-claim-en huggingface dataset:
An organic sludge treatment method to be applied with a cement burning device , wherein the cement burning device further comprises: a kiln , a calciner furnace , a preheater ; and wherein the method comprises the steps of: mixing an organic sludge (S) supplied from a sludge supply device of the cement burning device with a preheated raw material (R2) that is fractionated from a third preheater cyclone of the preheater of the cement burning device , wherein the preheater includes four or five stage cyclones; drying the organic sludge (S) with sensible heat of the preheated raw material (R2); and supplying a mixture of the organic sludge (S) and the preheated raw material (R2) to the calciner furnace of the cement burning device or to a duct disposed between a kiln inlet portion of the cement kiln and the calciner furnace of the cement burning device , wherein the calcium oxide (CaO) content of the preheated raw material (R2) fractionated from the preheater cyclone is less or equal to 20 mass%. wherein the cement burning device further comprises: a kiln , a calciner furnace , a preheater ; and a kiln , a calciner furnace , a preheater ; and wherein the method comprises the steps of: mixing an organic sludge (S) supplied from a sludge supply device of the cement burning device with a preheated raw material (R2) that is fractionated from a third preheater cyclone of the preheater of the cement burning device , wherein the preheater includes four or five stage cyclones; drying the organic sludge (S) with sensible heat of the preheated raw material (R2); and supplying a mixture of the organic sludge (S) and the preheated raw material (R2) to the calciner furnace of the cement burning device or to a duct disposed between a kiln inlet portion of the cement kiln and the calciner furnace of the cement burning device , wherein the calcium oxide (CaO) content of the preheated raw material (R2) fractionated from the preheater cyclone is less or equal to 20 mass%. mixing an organic sludge (S) supplied from a sludge supply device of the cement burning device with a preheated raw material (R2) that is fractionated from a third preheater cyclone of the preheater of the cement burning device , wherein the preheater includes four or five stage cyclones; drying the organic sludge (S) with sensible heat of the preheated raw material (R2); and supplying a mixture of the organic sludge (S) and the preheated raw material (R2) to the calciner furnace of the cement burning device or to a duct disposed between a kiln inlet portion of the cement kiln and the calciner furnace of the cement burning device , wherein the calcium oxide (CaO) content of the preheated raw material (R2) fractionated from the preheater cyclone is less or equal to 20 mass%.
An optical waveguide element comprising: a substrate having an electro-optic effect; an optical waveguide formed on the substrate; and a control electrode provided on the substrate which controls a light wave propagating through the optical waveguide and which includes a signal electrode and a ground electrode , characterized in that the control electrode is made of a material other than gold, a gold film is disposed on at least a wire bonding portion of the control electrode where a wire is connected to the control electrode and at least in an action portion where an electric field of the control electrode acts on the optical waveguide , the gold film is not disposed on a surface of the signal electrode , a side surface of the ground electrode facing the signal electrode and a side of an upper surface of the ground electrode closer to the signal electrode . a substrate having an electro-optic effect; an optical waveguide formed on the substrate; and a control electrode provided on the substrate which controls a light wave propagating through the optical waveguide and which includes a signal electrode and a ground electrode , characterized in that the control electrode is made of a material other than gold, a gold film is disposed on at least a wire bonding portion of the control electrode where a wire is connected to the control electrode and at least in an action portion where an electric field of the control electrode acts on the optical waveguide , the gold film is not disposed on a surface of the signal electrode , a side surface of the ground electrode facing the signal electrode and a side of an upper surface of the ground electrode closer to the signal electrode .
A stowable seat, comprising: a housing ; a backrest pivotally coupled to the housing , wherein the backrest is configured to pivot from a closed position into an open position; and an inertia reel interface , comprising: an inertia reel beam coupled at a first end to a first inner surface of the housing and at a second end to a second inner surface of the housing ; a payout tube coupled at a third end to the first inner surface of the housing and at a fourth end to the second inner surface of the housing; and an inertia reel coupled to the inertia reel beam , wherein the inertia reel is configured to deploy a shoulder harness webbing over the payout tube and the backrest and characterized in that the third end of the payout tube is pivotally coupled to the first inner surface of the housing such that the payout tube may pivot at the third end relative to the housing in response to the fourth end of the payout tube being decoupled from the second inner surface of the housing . a housing ; a backrest pivotally coupled to the housing , wherein the backrest is configured to pivot from a closed position into an open position; and an inertia reel interface , comprising: an inertia reel beam coupled at a first end to a first inner surface of the housing and at a second end to a second inner surface of the housing ; a payout tube coupled at a third end to the first inner surface of the housing and at a fourth end to the second inner surface of the housing; and an inertia reel coupled to the inertia reel beam , wherein the inertia reel is configured to deploy a shoulder harness webbing over the payout tube and the backrest and characterized in that the third end of the payout tube is pivotally coupled to the first inner surface of the housing such that the payout tube may pivot at the third end relative to the housing in response to the fourth end of the payout tube being decoupled from the second inner surface of the housing . an inertia reel beam coupled at a first end to a first inner surface of the housing and at a second end to a second inner surface of the housing ; a payout tube coupled at a third end to the first inner surface of the housing and at a fourth end to the second inner surface of the housing; and an inertia reel coupled to the inertia reel beam , wherein the inertia reel is configured to deploy a shoulder harness webbing over the payout tube and the backrest and characterized in that the third end of the payout tube is pivotally coupled to the first inner surface of the housing such that the payout tube may pivot at the third end relative to the housing in response to the fourth end of the payout tube being decoupled from the second inner surface of the housing .
A crystal form of octahydroaminoacridine succinate, characterized in that said crystal form is: Crystal Form A, having main characteristic diffraction peaks at the corresponding positions of 2θ values of 8.8°±0.2°, 16.4°±0.2°, 23.2°±0.2° in the X-ray powder diffraction pattern.
A method of reproducing low-magnitude events in an input amplitude modulation, AM, signal at a radio frequency, RF, output of an RF power amplifier, RFPA , comprising: applying an AM signal to an input of a dynamic power supply, DPS ; generating a DPS voltage at an output of said DPS based on said AM signal; applying said DPS voltage to a power supply port of an output stage of an RFPA configuring the output stage of said RFPA to operate in a compressed mode, C-mode; and characterized in that the method further comprises: reconfiguring the output stage of said RFPA to operate in a product mode, P-mode, during times a bandwidth handling constraint of said DPS inhibits or prevents said DPS from reproducing low-magnitude events contained in the AM signal at the output of said DPS. applying an AM signal to an input of a dynamic power supply, DPS ; generating a DPS voltage at an output of said DPS based on said AM signal; applying said DPS voltage to a power supply port of an output stage of an RFPA configuring the output stage of said RFPA to operate in a compressed mode, C-mode; and characterized in that the method further comprises: reconfiguring the output stage of said RFPA to operate in a product mode, P-mode, during times a bandwidth handling constraint of said DPS inhibits or prevents said DPS from reproducing low-magnitude events contained in the AM signal at the output of said DPS.
An electronic control apparatus comprising: a control unit ; a plurality of power supply units (1-1, 1-2) for supplying the control unit with power; and a power supply fault detector unit for detecting a fault in the plurality of power supply units (1-1, 1-2), wherein the control unit operates in a normal mode on electric power supplied from the plurality of power supply units (1-1, 1-2), when none of the plurality of power supply units (1-1, 1-2) is faulty; characterized in that if at least one of the plurality of power supply units (1-1, 1-2) is faulty, the control unit operates in an energy saving mode in which less power is consumed on electric power supplied from the power supply unit that remains fully operational; wherein the control unit includes clock reduction means that reduces an operating clock frequency of a processor constituting the control unit in the energy saving mode. a control unit ; a plurality of power supply units (1-1, 1-2) for supplying the control unit with power; and a power supply fault detector unit for detecting a fault in the plurality of power supply units (1-1, 1-2), wherein the control unit operates in a normal mode on electric power supplied from the plurality of power supply units (1-1, 1-2), when none of the plurality of power supply units (1-1, 1-2) is faulty; characterized in that if at least one of the plurality of power supply units (1-1, 1-2) is faulty, the control unit operates in an energy saving mode in which less power is consumed on electric power supplied from the power supply unit that remains fully operational; wherein the control unit includes clock reduction means that reduces an operating clock frequency of a processor constituting the control unit in the energy saving mode.
A method of determining the presence or concentration of at least one biomarker in a sample, the method comprising: obtaining sensor data about the sample from a sensor module, wherein the sensor module is loaded into a sensor device and includes a plurality of antibodies for at least one biomarker in the sample, and at least one sensor chip comprising at least one piezoelectric sensor, the sensor data including in-situ calibration data from a housekeeping protein; analyzing the sensor data to determine the presence or concentration of the at least one biomarker in the sample, wherein the analyzing includes determining quantitative values from the sensor data, the quantitative values including frequency values that represent piezoelectric changes caused by binding of the at least one biomarker in the sample with the at least one antibody; and comparing the quantitative values to a classification model. obtaining sensor data about the sample from a sensor module, wherein the sensor module is loaded into a sensor device and includes a plurality of antibodies for at least one biomarker in the sample, and at least one sensor chip comprising at least one piezoelectric sensor, the sensor data including in-situ calibration data from a housekeeping protein; analyzing the sensor data to determine the presence or concentration of the at least one biomarker in the sample, wherein the analyzing includes determining quantitative values from the sensor data, the quantitative values including frequency values that represent piezoelectric changes caused by binding of the at least one biomarker in the sample with the at least one antibody; and comparing the quantitative values to a classification model.
Component holder, comprising - a base part and a plug-in element that can be locked to the base part , having a component receptacle arranged on and integrally formed with the plug-in element , - the base part has a substantially shell-shaped, circular basic shape, wherein the upper edge of this shell has holding and locking elements (120, 120', ... 130, 130', ...); and - the lockable plug-in element has a substantially dome-shaped basic structure , wherein the lower edge region of the dome has holding and locking elements (320, 320', ... 330, 330'...) which are designed to be mechanically and functionally complementary to those of the base part and can interact with the latter in a locking manner, characterized in that - the dome is formed from at least three frames (400, 400', ...) that are angularly offset at the periphery and these frames extend from the lower edge region of the dome to the base point of the component receptacle at the zenith of the dome , and - fields (360, 360'...) between two adjacent frames (400, 400', ...) each and the lower edge region of the dome are designed as material-free openings and have a substantially curved triangular shape. - a base part and a plug-in element that can be locked to the base part , having a component receptacle arranged on and integrally formed with the plug-in element , - the base part has a substantially shell-shaped, circular basic shape, wherein the upper edge of this shell has holding and locking elements (120, 120', ... 130, 130', ...); and - the lockable plug-in element has a substantially dome-shaped basic structure , wherein the lower edge region of the dome has holding and locking elements (320, 320', ... 330, 330'...) which are designed to be mechanically and functionally complementary to those of the base part and can interact with the latter in a locking manner, characterized in that - the dome is formed from at least three frames (400, 400', ...) that are angularly offset at the periphery and these frames extend from the lower edge region of the dome to the base point of the component receptacle at the zenith of the dome , and - fields (360, 360'...) between two adjacent frames (400, 400', ...) each and the lower edge region of the dome are designed as material-free openings and have a substantially curved triangular shape.
Magnetic microactuator comprising at least one structure containing at least one coil (6; 61; 62) arranged to exert, in a powered position, an axial thrust force on a sliding block , comprised in said microactuator , in an axial direction (D) in a first direction, up to a front end-of-travel position, corresponding to an abutment bearing between a first bearing surface of said structure and a first abutment surface of said sliding block , and wherein in the front end-of-travel position, a front arbor , comprised in said sliding block , is protruding from a front face of said structure , and, when no said coil (6; 61; 62) is powered said sliding block is moveable in said axial direction (D) in a second direction opposite to the first direction, and is brought back by purely magnetic means to a rear end-of-travel position corresponding to an abutment bearing between a second bearing surface of said structure and a second abutment surface of said sliding block , characterised in that the travel of the sliding block is lower or egal to 1 mm, said sliding block comprising at least one permanent magnet joined with a rear arbor aligned with said front arbor , or consisting of at least one portion of said rear arbor , said at least one permanent magnet generating a magnetic field of revolution around said axial direction (D), which rear arbor is ferromagnetic or magnetised and is arranged to guide the field lines of said magnetic field of revolution substantially in said axial direction (D) through said at least one coil (6; 61; 62) wherein circulates said sliding block , up to a rear end of said rear arbor that tends to cooperate by magnetic attraction with at least one first ferromagnetic restoration element , located in the vicinity of a rear face of said structure , opposite said front face , in order to bring said sliding block back into its said rear end-of-travel position when no said coil (6; 61; 62) is powered.
A nosepiece for delivering substance to a nasal cavity of a subject, the nosepiece comprising a tip element which includes a delivery aperture from which substance is in use delivered into the nasal cavity, wherein the tip element is tapered and inclined to a longitudinal axis of the nosepiece from a forwardmost sagittal section of the tip element to a rearwardmost sagittal section of the tip element , whereby the delivery aperture extends both laterally across the tip element and along a longitudinal extent of the tip element ; characterized in that : the tip element extends substantially axially to the longitudinal axis of the nosepiece; the forwardmost sagittal section of the tip element is greater than twice the length of the rearwardmost sagittal section of the tip element ; and the tip element has an elongate lateral section which has a longer dimension ( d 1 ) in a first, sagittal direction than a second direction orthogonal to the sagittal direction, such that, when the nosepiece is inserted in the nasal cavity, the longer dimension ( d 1 ) acts to engage lower and upper surfaces of the nasal cavity. the tip element extends substantially axially to the longitudinal axis of the nosepiece; the forwardmost sagittal section of the tip element is greater than twice the length of the rearwardmost sagittal section of the tip element ; and the tip element has an elongate lateral section which has a longer dimension ( d 1 ) in a first, sagittal direction than a second direction orthogonal to the sagittal direction, such that, when the nosepiece is inserted in the nasal cavity, the longer dimension ( d 1 ) acts to engage lower and upper surfaces of the nasal cavity.
A leadless cardiac pacemaker (LCP) configured to sense cardiac activity and to pace a patient's heart, the LCP disposable within a ventricle of the patient's heart, the LCP comprising: a housing ; a first electrode secured relative to the housing ; a second electrode secured relative to the housing , the second electrode spaced from the first electrode ; a controller disposed within the housing and operably coupled to the first electrode and the second electrode such that the controller is capable of receiving, via the first electrode and the second electrode , electrical cardiac signals of the heart; a pressure sensor disposed relative to the housing and operably coupled to the controller , the controller configured to receive signals from the pressure sensor ; an accelerometer disposed relative to the housing and operably coupled to the controller , the controller configured to receive signals from the accelerometer ; the controller configured to determine an atrial contraction timing fiducial based at least in part upon a signal received from the pressure sensor and one or more of a signal received from the accelerometer representing a heart sound and/or endocardial acceleration, and an electrical cardiac signal received via the first electrode and the second electrode ; and the controller configured to generate and deliver a ventricle pacing pulse using the atrial contraction timing fiducial. a housing ; a first electrode secured relative to the housing ; a second electrode secured relative to the housing , the second electrode spaced from the first electrode ; a controller disposed within the housing and operably coupled to the first electrode and the second electrode such that the controller is capable of receiving, via the first electrode and the second electrode , electrical cardiac signals of the heart; a pressure sensor disposed relative to the housing and operably coupled to the controller , the controller configured to receive signals from the pressure sensor ; an accelerometer disposed relative to the housing and operably coupled to the controller , the controller configured to receive signals from the accelerometer ; the controller configured to determine an atrial contraction timing fiducial based at least in part upon a signal received from the pressure sensor and one or more of a signal received from the accelerometer representing a heart sound and/or endocardial acceleration, and an electrical cardiac signal received via the first electrode and the second electrode ; and the controller configured to generate and deliver a ventricle pacing pulse using the atrial contraction timing fiducial.
Lunchbox for storing, transporting and heating food in solid, pasty or liquid form, in particular food prepared for consumption, comprising a lid and a housing that can essentially be connected to one another, wherein it has an electric heating element , a device for the power supply and for controlling the power supply and operating modes and a sensor arrangement for temperature control of the heating element , characterized in that the sensor arrangement has at least one analogue or digital sensor and at least one thermostatic switch .
An isolated transport construct, or a salt or solvate thereof, consisting of a transport peptide of amino acid sequence SEQ ID NO: 1 that is linked to a cargo moiety comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 3-6.