mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic field measurement device for measuring a magnetic field, comprising: a magneto-impedance sensor including a magneto-sensitive body , a detection coil that is wound around the magneto-sensitive body and outputs a voltage corresponding to a magnetic field acting on the magneto-sensitive body, and a magnetic field generation coil that is wound around the magneto-sensitive body and generates a coil magnetic field upon energization; and a sensitivity calculation means for calculating a sensitivity, the sensitivity being a value that is obtained by varying a value of a current flowing in the magnetic field generation coil to vary the coil magnetic field acting on the magneto-sensitive body in a state where an outside-sensor magnetic field that acts on the magneto-sensitive body from outside the magneto-impedance sensor is constant, and dividing a variation in an output voltage of the detection coil by a variation in the coil magnetic field acting on the magneto-sensitive body . a magneto-impedance sensor including a magneto-sensitive body , a detection coil that is wound around the magneto-sensitive body and outputs a voltage corresponding to a magnetic field acting on the magneto-sensitive body, and a magnetic field generation coil that is wound around the magneto-sensitive body and generates a coil magnetic field upon energization; and a sensitivity calculation means for calculating a sensitivity, the sensitivity being a value that is obtained by varying a value of a current flowing in the magnetic field generation coil to vary the coil magnetic field acting on the magneto-sensitive body in a state where an outside-sensor magnetic field that acts on the magneto-sensitive body from outside the magneto-impedance sensor is constant, and dividing a variation in an output voltage of the detection coil by a variation in the coil magnetic field acting on the magneto-sensitive body .
An arrangement for securing objects on a surface, in particular a loading floor of a cargo transport vehicle, of the type comprising a ring for securing and detaching a securing means such as a strap or chain, and a support in the form of a yoke intended to be fastened on a support structure and in which the ring is movable between at least a securing position and an idle position, the ring comprising a cylindrical rectilinear base engaged in a housing with a shape complementary to the support, allowing the ring to pivot in said securing position, by rotating the base in the housing, characterized in that the cylindrical base of the securing ring comprises a central flat part and in that the support of the securing ring comprises, in its end adjacent to the loading floor surface , a housing for the base allowing the latter to rotate in this housing, and below the housing, a space for movement of the base and allowing the movement of the ring in a retracted storage position, and in that the housing is separated from the movement space by a narrow passage zone of the base toward the space , the width of which is slightly greater than the thickness of the base at the flat part , perpendicular to the flat, in order to allow the passage of the base from the housing toward the movement space only when the base is found in a position in which the flat is oriented perpendicular to the passage.
A charge pump circuit , comprising: a switch module , comprising a plurality of switches (S1-S6), a plurality of output capacitors (CUP, CDN), a loading resistor (RL) and a soft ramp-up switch (S1soft), configured to generate a first output voltage (HPVDD) and a second output voltage (HPVSS) according to an input voltage (VDD); a digital control circuit , coupled to the switch module , configured to receive an up digital signal (DUP) and a down digital signal (DDN), and adjust the first output voltage (HPVDD) to a voltage level of the input voltage (VDD) and adjust the second output voltage (HPVSS) to a ground voltage level according to the up digital signal (DUP) and the down digital signal (DDN); and wherein the up digital signal (DUP) and the down digital signal (DDN) are varied with time; characterized in that a balance release circuit , coupled to the digital control circuit and the switch module , configured to maintain a common mode voltage Vcm of the first output voltage (HPVDD) and the second output voltage (HPVSS) at a fixed value through a common mode feedback loop, when the first output voltage (HPVDD) and the second output voltage (HPVSS) is discharging or charging, respectively. a switch module , comprising a plurality of switches (S1-S6), a plurality of output capacitors (CUP, CDN), a loading resistor (RL) and a soft ramp-up switch (S1soft), configured to generate a first output voltage (HPVDD) and a second output voltage (HPVSS) according to an input voltage (VDD); a digital control circuit , coupled to the switch module , configured to receive an up digital signal (DUP) and a down digital signal (DDN), and adjust the first output voltage (HPVDD) to a voltage level of the input voltage (VDD) and adjust the second output voltage (HPVSS) to a ground voltage level according to the up digital signal (DUP) and the down digital signal (DDN); and wherein the up digital signal (DUP) and the down digital signal (DDN) are varied with time; characterized in that a balance release circuit , coupled to the digital control circuit and the switch module , configured to maintain a common mode voltage Vcm of the first output voltage (HPVDD) and the second output voltage (HPVSS) at a fixed value through a common mode feedback loop, when the first output voltage (HPVDD) and the second output voltage (HPVSS) is discharging or charging, respectively.
A lead system for use with a Percutaneous Electrical Phrenic Nerve Stimulation, PEPNS, system comprising: a first lead , the first lead having i. a housing containing at least two or more pacing electrodes spaced apart in a linear arrangement and ii. an identifying resistor , wherein each of the pacing electrodes and the identifying resistor are configured to be in separate electrical communication with a controller of the PEPNS system. a first lead , the first lead having i. a housing containing at least two or more pacing electrodes spaced apart in a linear arrangement and ii. an identifying resistor , i. a housing containing at least two or more pacing electrodes spaced apart in a linear arrangement and ii. an identifying resistor , wherein each of the pacing electrodes and the identifying resistor are configured to be in separate electrical communication with a controller of the PEPNS system.
A sanitization system for continuous positive airway pressure equipment, comprising: a base comprising a sanitizing chamber , the sanitizing chamber comprising at least one exhaust port; a sanitizing gas generator configured to supply a sanitizing gas and to fluidly couple to the sanitizing chamber; a primary fan or pump configured to push or draw at least a portion of said sanitizing gas from the sanitizing gas generator to the sanitizing chamber; and a secondary fan or pump configured to push or draw at least a portion of said sanitizing gas through the at least one exhaust port; wherein: the base further comprises a filter tray that is configured to receive a filter therein, the filter comprising a filter inlet; the filter tray is movable between an open position and a closed position; and in the closed position, the filter tray is configured to position the filter such that the filter inlet is in fluid communication with the at least one exhaust port. a base comprising a sanitizing chamber , the sanitizing chamber comprising at least one exhaust port; a sanitizing gas generator configured to supply a sanitizing gas and to fluidly couple to the sanitizing chamber; a primary fan or pump configured to push or draw at least a portion of said sanitizing gas from the sanitizing gas generator to the sanitizing chamber; and a secondary fan or pump configured to push or draw at least a portion of said sanitizing gas through the at least one exhaust port; wherein: the base further comprises a filter tray that is configured to receive a filter therein, the filter comprising a filter inlet; the filter tray is movable between an open position and a closed position; and in the closed position, the filter tray is configured to position the filter such that the filter inlet is in fluid communication with the at least one exhaust port.
A titanium dioxide pigment composition for use in a waterborne latex paint formulation, comprising: a plurality of titanium dioxide particles; and a dispersant package deposited on the surfaces of said titanium dioxide particles in an amount of no greater than about 5% by weight based on the combined weight of said titanium dioxide particles and said dispersant package, said dispersant package including: at least one non-volatile neutralizing agent selected from the group of organic compounds having at least one amine functional group and at least one hydroxy functional group, inorganic alkali salts, and combinations thereof; at least one dispersant component selected from the group of low molecular weight monomeric dispersants, polymeric dispersants and combinations thereof; and at least one polyhydric alcohol component, wherein said titanium dioxide pigment composition is in dry form. a plurality of titanium dioxide particles; and a dispersant package deposited on the surfaces of said titanium dioxide particles in an amount of no greater than about 5% by weight based on the combined weight of said titanium dioxide particles and said dispersant package, said dispersant package including: at least one non-volatile neutralizing agent selected from the group of organic compounds having at least one amine functional group and at least one hydroxy functional group, inorganic alkali salts, and combinations thereof; at least one dispersant component selected from the group of low molecular weight monomeric dispersants, polymeric dispersants and combinations thereof; and at least one polyhydric alcohol component, wherein said titanium dioxide pigment composition is in dry form. at least one non-volatile neutralizing agent selected from the group of organic compounds having at least one amine functional group and at least one hydroxy functional group, inorganic alkali salts, and combinations thereof; at least one dispersant component selected from the group of low molecular weight monomeric dispersants, polymeric dispersants and combinations thereof; and at least one polyhydric alcohol component, wherein said titanium dioxide pigment composition is in dry form.
A toner case comprising: a case main body storing a toner; a rotator stored in the case main body and rotating around a rotation axis (X, Y); a transmitter transmitting rotation to the rotator , at least a part of the transmitter being arranged outside the case main body ; a cover moving along a rotation axis direction of the rotator between a covering position where the cover covers an outer circumference of the transmitter and an exposing position where the cover exposes the transmitter ; and a restriction member rotating between a restricting position where the restriction member restricts moving of the cover from the covering position to the exposing position and a restriction releasing position where the restriction member permits the moving of the cover from the covering position to the exposing position, characterized in that the toner case further comprises a holder arranged outside the case main body and holding the cover , wherein at least a part of the restriction member is covered with the holder . a case main body storing a toner; a rotator stored in the case main body and rotating around a rotation axis (X, Y); a transmitter transmitting rotation to the rotator , at least a part of the transmitter being arranged outside the case main body ; a cover moving along a rotation axis direction of the rotator between a covering position where the cover covers an outer circumference of the transmitter and an exposing position where the cover exposes the transmitter ; and a restriction member rotating between a restricting position where the restriction member restricts moving of the cover from the covering position to the exposing position and a restriction releasing position where the restriction member permits the moving of the cover from the covering position to the exposing position, characterized in that the toner case further comprises a holder arranged outside the case main body and holding the cover , wherein at least a part of the restriction member is covered with the holder .
A bone substitute for spinal fusion in a subject, the bone substitute comprising calcium phosphate, which bone substitute is injectable into one or more interbody spaces in the subject by injection through a syringe, catheter, or cannula to facilitate single, or multi level spinal fusion in a segment of the spine selected from cervical, thoracic, lumbar, lumbosacral and SI joint, and combinations thereof, wherein the calcium phosphate in the bone substitute essentially consists of monolithic tetracalcium phosphate (Ca 4 (PO 4 ) 2 O).
Assembly comprising a flange and a disc , wherein the disc has a brake band and a drum , said drum having an outer drum surface , said drum being suitable for receiving a bearing inside said drum, said disc being arranged between bearing and said flange and wherein the flange comprises an inner ring coupled with the disc and an outer ring able to be coupled with a wheel rim , said flange also comprising an intermediate portion having flange through openings defined by an opening edge , said opening edge comprises a radially most inner edge portion , wherein at least one portion of the outer surface of the drum of the disc is arranged radially outside of the edge portion of the flange opening arranged most radially inside.
A shaped compressed pellet of a binder and a well treatment composite, the well treatment composite comprising a well treatment agent and calcined porous metal oxide wherein the porosity and permeability of the calcined porous metal oxide is such that the well treatment agent is adsorbed onto the porous metal oxide or into the interstitial spaces of the porous metal oxide and wherein the well treatment agent is selected from the group consisting of scale inhibitors, corrosion inhibitors, paraffin inhibitors, salt inhibitors, gas hydrate inhibitors, asphaltene inhibitors, oxygen scavengers, hydrogen sulfide scavengers, biocides, foaming agent, emulsion breakers and surfactants and mixtures thereof.
Plug connector , which has a plug connector housing , an insulating body arranged in the plug connector housing and an electrical contact arranged in the insulating body , wherein the plug connector forms a plug side and an assembly side , the electrical contact forms a first contact side in the plug side of the plug connector , and in that the electrical contact forms a second contact side in the assembly side of the plug connector , the insulating body comprises at least two parts, a plug-side first insulating body part (3.1) and an assembly-side second insulating body part (3.2), the plug side has at least one locking means for locking the plug connector to a mating plug connector, the first contact side is formed as a contact socket or contact pin and the second contact side is formed as a contact socket or contact pin, the plug side and the assembly side are arranged at an angle of between 70 degrees and 110 degrees with respect to one another, and the first insulating body part (3.1) can be inserted into the plug connector housing through the plug side thereof and the second insulating body part (3.2) can be inserted into the plug connector housing via the assembly side thereof, characterized in that the locking means is a locking clip, and in that the first insulating body part (3.1) and the second insulating body part (3.2) can be latched to one another. wherein the plug connector forms a plug side and an assembly side , the electrical contact forms a first contact side in the plug side of the plug connector , and in that the electrical contact forms a second contact side in the assembly side of the plug connector , the insulating body comprises at least two parts, a plug-side first insulating body part (3.1) and an assembly-side second insulating body part (3.2), the plug side has at least one locking means for locking the plug connector to a mating plug connector, the first contact side is formed as a contact socket or contact pin and the second contact side is formed as a contact socket or contact pin, the plug side and the assembly side are arranged at an angle of between 70 degrees and 110 degrees with respect to one another, and the first insulating body part (3.1) can be inserted into the plug connector housing through the plug side thereof and the second insulating body part (3.2) can be inserted into the plug connector housing via the assembly side thereof, characterized in that the locking means is a locking clip, and in that the first insulating body part (3.1) and the second insulating body part (3.2) can be latched to one another.
A drainage control method of a multi-drum washing machine which at least comprises a first washing drum and a second washing drum , whereby when the first washing drum reaches a drainage process, it is determined whether or not the second washing drum is draining or in a dehydration process at this time, if the second washing drum is draining or in the dehydration process, the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains; if the second washing drum is not in a drainage process or in the dehydration process at this time, it is determined whether or not the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains, the process to determine whether or not the first washing drum waits until the dehydration process of the second washing drum is completed and then drains includes: determining a time T 32 for reaching the dehydration process of the second washing drum and a time T 33 taken for the second washing drum to dehydrate, and setting an allowable waiting time T 3 , if T 32 +T 33 <T 3 , the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains, otherwise, water in the first washing drum is drained directly. when the first washing drum reaches a drainage process, it is determined whether or not the second washing drum is draining or in a dehydration process at this time, if the second washing drum is draining or in the dehydration process, the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains; if the second washing drum is not in a drainage process or in the dehydration process at this time, it is determined whether or not the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains, the process to determine whether or not the first washing drum waits until the dehydration process of the second washing drum is completed and then drains includes: determining a time T 32 for reaching the dehydration process of the second washing drum and a time T 33 taken for the second washing drum to dehydrate, and setting an allowable waiting time T 3 , if T 32 +T 33 <T 3 , the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains, otherwise, water in the first washing drum is drained directly. determining a time T 32 for reaching the dehydration process of the second washing drum and a time T 33 taken for the second washing drum to dehydrate, and setting an allowable waiting time T 3 , if T 32 +T 33 <T 3 , the first washing drum waits until the dehydration process of the second washing drum is completed, and then drains, otherwise, water in the first washing drum is drained directly.
Control assembly for controlling a lifting device for an attachment of a tractor machine with a control device for controlling the lifting device , characterized in that a sensor system is provided for sensing waviness of the ground on an adopted course of the tractor machine , wherein the control device controls the lifting device in accordance with the sensed waviness of the ground, characterized in that a sensor system is provided for sensing a position of the tractor machine , and in that an algorithm is provided for producing map data on the basis of the sensed waviness of the ground and on the basis of sensed positions of the tractor machine .
An aerodynamic structure for mounting to a surface of a wind turbine rotor blade , which aerodynamic structure comprises a number of comb elements , a comb element comprising comb teeth arranged in a comb plane , wherein said set of comb teeth extends from the inner mounting line to an outer terminating line wherein the inner ends of the comb teeth lie along the mounting line and the outer ends of the comb teeth lie along the terminating line; wherein all teeth of a comb element lie in a common plane, characterized in that the comb plane of a mounted comb element is essentially perpendicular to the trailing edge (TE) of the rotor blade and to the airfoil surface of the rotor blade . wherein all teeth of a comb element lie in a common plane, characterized in that the comb plane of a mounted comb element is essentially perpendicular to the trailing edge (TE) of the rotor blade and to the airfoil surface of the rotor blade .
A Hall element sensor circuit comprising: a Hall element ; a Hall element source ; a switch matrix operatively connected to the Hall element and the Hall element source to establish a spinning current in the Hall element and to receive a Hall element signal from the Hall element based upon the spinning current; a clock signal generator operatively coupled to the switch matrix and configured to control the switch matrix to establish the spinning current; a front end amplifier including a first input operatively connected to a first switch matrix output and a second input operatively connected to a second switch matrix output, characterized in that a first capacitor is electrically connected to the first input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier , a second capacitor is electrically coupled to the second input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier ; and a resistor is electrically coupled at a first end to the first input of the front end amplifier and to the first capacitor and at a second end to the second input of the front end amplifier and to the second capacitor . a Hall element ; a Hall element source ; a switch matrix operatively connected to the Hall element and the Hall element source to establish a spinning current in the Hall element and to receive a Hall element signal from the Hall element based upon the spinning current; a clock signal generator operatively coupled to the switch matrix and configured to control the switch matrix to establish the spinning current; a front end amplifier including a first input operatively connected to a first switch matrix output and a second input operatively connected to a second switch matrix output, characterized in that a first capacitor is electrically connected to the first input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier , a second capacitor is electrically coupled to the second input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier ; and a resistor is electrically coupled at a first end to the first input of the front end amplifier and to the first capacitor and at a second end to the second input of the front end amplifier and to the second capacitor .