mhurhangee/ep-ind-claims huggingface dataset:
A method of active control of slide bearing vibrations using piezo actuators, wherein said slide bearing comprises a movable bushing and a housing, characterized in that the actual position of a shaft in relation to the housing of the slide bearing is measured in two mutually perpendicular directions using a first proximity sensor of a position y 1 and a second proximity sensor of a position y 2 and these actual positions y 1 and y 2 are subtracted from a first desired position ( y 1,SP /8) and from a second desired position ( y 2,SP /9), wherein the result are measured errors ( e 1 / 10) and ( e 2 /11), which are an input for a two-parameter position controller as well as for a first band-pass filter and a second band-pass filter, of which the centre frequency f W is derived from the rotation frequency f R of the shaft measured by a rotation sensor of the shaft, wherein the two-parameter position controller is connected in parallel to the first band-pass filter and the second band-pass filter, wherein the outputs of the two-parameter position controller and the first band-pass filter and the second band-pass filter are summed up and implemented as a first and a second manipulated variable ( u 1 / 15, u 2 /16) to a first DC voltage amplifier and a second DC voltage amplifier, which are connected to a first and a second piezo actuator (5, 6), wherein the first and the second piezo actuator (5, 6) operate in two mutually perpendicular directions on the movable bushing inside of which the shaft is pivotally arranged.
A method for dispensing a soft food or beverage product, comprising: attaching a product container containing the soft food or beverage product to a container tray, said product container having a tube spout attached thereto; positioning a roller against an exterior surface of the product container; inserting the container tray into a temperature controlled dispenser unit; retaining the tube spout in proximity between a pump unit and a pinch deck: unsealing the tube spout attached to the product container; and, the roller being arranged to descend by rolling under force of gravity along the exterior surface; dispensing the soft food or beverage product by actuating the dispenser unit characterised in that the roller has a roller pin coupled to a magnetic tip; at least one Hall effect sensor being provided proximate to a base of the container tray and arranged to activate an indicator light; the magnetic tip generating a magnetic field and activating the at least one Hall effect sensor such that the indicator light remains "on" when the product container is substantially empty. attaching a product container containing the soft food or beverage product to a container tray, said product container having a tube spout attached thereto; positioning a roller against an exterior surface of the product container; inserting the container tray into a temperature controlled dispenser unit; retaining the tube spout in proximity between a pump unit and a pinch deck: unsealing the tube spout attached to the product container; and, the roller being arranged to descend by rolling under force of gravity along the exterior surface; dispensing the soft food or beverage product by actuating the dispenser unit characterised in that the roller has a roller pin coupled to a magnetic tip; at least one Hall effect sensor being provided proximate to a base of the container tray and arranged to activate an indicator light; the magnetic tip generating a magnetic field and activating the at least one Hall effect sensor such that the indicator light remains "on" when the product container is substantially empty. unsealing the tube spout attached to the product container; and, the roller being arranged to descend by rolling under force of gravity along the exterior surface; dispensing the soft food or beverage product by actuating the dispenser unit characterised in that the roller has a roller pin coupled to a magnetic tip; at least one Hall effect sensor being provided proximate to a base of the container tray and arranged to activate an indicator light; the magnetic tip generating a magnetic field and activating the at least one Hall effect sensor such that the indicator light remains "on" when the product container is substantially empty.
A method for monitoring a flame during gas combustion in a combustion chamber of a heating unit operated with gaseous fuel having an evaluation unit, an extraction line through which waste gas flows during combustion, and a sensor arranged in the extraction line for detecting thermal substance properties of a gas flowing through the extraction line, wherein the gas flowing through the extraction line is ambient air from an environment adjoining the heating unit, a non-combusted fuel-air mixture, or a waste gas generated during combustion, and wherein the sensor transmits a recorded measured value to the evaluation unit and the evaluation unit uses the measured value to determine whether ambient air, the non-combusted fuel-air mixture, or waste gas is flowing through the extraction line and thereby determines whether the flame is burning or extinguished. wherein the gas flowing through the extraction line is ambient air from an environment adjoining the heating unit, a non-combusted fuel-air mixture, or a waste gas generated during combustion, and wherein the sensor transmits a recorded measured value to the evaluation unit and the evaluation unit uses the measured value to determine whether ambient air, the non-combusted fuel-air mixture, or waste gas is flowing through the extraction line and thereby determines whether the flame is burning or extinguished.
A magnetic field sensor, comprising: first and second magnetic field sensing elements having respective first and second maximum response axes, the first and second maximum response axes pointing along respective first and second different coordinate axes, wherein, in response to a magnetic field, the first and second magnetic field sensing elements are operable to generate first and second magnetic field signals; and an electronic circuit coupled to receive the first and the second magnetic field signals, wherein the electronic circuit is configured to: determine a vector having first and second vector components in accordance with the first and the second magnetic field signals; and use the first and second vector components to look up respective first and second vector component values in a table to determine if the vector is outside a predetermined shape, characterized in that: the vector being outside the predetermined shape is indicated by a magnitude of the vector exceeding a threshold which varies as a function of a phase of the vector. first and second magnetic field sensing elements having respective first and second maximum response axes, the first and second maximum response axes pointing along respective first and second different coordinate axes, wherein, in response to a magnetic field, the first and second magnetic field sensing elements are operable to generate first and second magnetic field signals; and an electronic circuit coupled to receive the first and the second magnetic field signals, wherein the electronic circuit is configured to: determine a vector having first and second vector components in accordance with the first and the second magnetic field signals; and use the first and second vector components to look up respective first and second vector component values in a table to determine if the vector is outside a predetermined shape, characterized in that: the vector being outside the predetermined shape is indicated by a magnitude of the vector exceeding a threshold which varies as a function of a phase of the vector. determine a vector having first and second vector components in accordance with the first and the second magnetic field signals; and use the first and second vector components to look up respective first and second vector component values in a table to determine if the vector is outside a predetermined shape, characterized in that: the vector being outside the predetermined shape is indicated by a magnitude of the vector exceeding a threshold which varies as a function of a phase of the vector.
A pressure, volume and temperature pVT cell for testing of fluids at high pressure provided by a piston in said pVT cell in order to study petroleum fluids at varying pressure and temperature simulating the conditions in oil reservoirs before and during production, wherein the pVT cell comprises said piston and a stirring system for rapidly providing equilibrium prior to test measurement, and wherein said stirring system comprises: - an impeller mounted for rotation on a shaft in a recess on a fluid side of said piston, said impeller containing at least one permanent magnet, - at least two driving solenoids arranged inside said piston and for influencing said at least one permanent magnet and thereby providing impeller movement, and - a monitoring solenoid arranged inside said piston close to, but isolated from, the recess, in order to monitor the rotation of the impeller, wherein said monitoring solenoid inside said piston is adapted to give pulses caused by induction from the passing of said at least one said permanent magnet in the rotating impeller. - an impeller mounted for rotation on a shaft in a recess on a fluid side of said piston, said impeller containing at least one permanent magnet, - at least two driving solenoids arranged inside said piston and for influencing said at least one permanent magnet and thereby providing impeller movement, and - a monitoring solenoid arranged inside said piston close to, but isolated from, the recess, in order to monitor the rotation of the impeller,
Monolithic radiation detector for a PET scanner, comprising a monolithic scintillation crystal and a 1-dimensional arrangement of at least 2 photodetectors (PD1, PD2), wherein the scintillation crystal comprises a refractive index for a given light, wherein the 1-dimensional arrangement of at least 2 photodetectors (PD1, PD2) is arranged parallel to a first face of the monolithic scintillation crystal, wherein the opposite second face represents an entrance face for gamma quanta of a positron-electron annihilation, wherein the crystal has at least one side face having at least one normal vector of the first face and/or of the second face as a spanning vector, wherein said side face comprises at least at the interface with the scintillation crystal a material having approximately the same refractive index as the refractive index of the scintillation crystal, wherein the material of the side surface having no scintillation effect corresponding to the scintillation crystal, characterized in that the side surface comprises a material having a gradient index.
An esterification reaction apparatus comprising: a reaction tank having an accommodation part, in which a raw material containing carboxylic acid and alcohol to be supplied is accommodated, therein; a heating unit configured to individually heat partition regions that are partitioned into N (N is an integer of 2 or more) regions in a vertical direction of the accommodation part; and a controller configured to control the heating unit so that only the partition regions, in which a liquid is accommodated, among the N partition regions are heated by controlling the heating unit, thereby performing an esterification reaction of the raw material; wherein the heating unit comprises N heat source supply parts, which are respectively provided in the N partition regions; each of the heat source supply parts comprises a heat source supply tube, which has the form of a coil through which a high-temperature fluid that is a heat source passes, therein; and wherein a coil pitch of each of the heat source supply tubes disposed in the partition region, which is disposed at the lowermost portion, among the N partition regions is less than a coil pitch of each of the heat source supply tubes, which are disposed in the remaining regions. a reaction tank having an accommodation part, in which a raw material containing carboxylic acid and alcohol to be supplied is accommodated, therein; a heating unit configured to individually heat partition regions that are partitioned into N (N is an integer of 2 or more) regions in a vertical direction of the accommodation part; and a controller configured to control the heating unit so that only the partition regions, in which a liquid is accommodated, among the N partition regions are heated by controlling the heating unit, thereby performing an esterification reaction of the raw material; wherein the heating unit comprises N heat source supply parts, which are respectively provided in the N partition regions; each of the heat source supply parts comprises a heat source supply tube, which has the form of a coil through which a high-temperature fluid that is a heat source passes, therein; and wherein a coil pitch of each of the heat source supply tubes disposed in the partition region, which is disposed at the lowermost portion, among the N partition regions is less than a coil pitch of each of the heat source supply tubes, which are disposed in the remaining regions.
Dissolution chamber for detergent tablets, the dissolution chamber comprising a central chamber, wherein the ablating medium is conducted to form an upstream torrent under the tablet, wherein the outlet side of the central chamber is terminated by a filter mesh, wherein a bracket supports the insertion of the tablet, wherein a gap between the holding bracket and the filter mesh is not wider than a quarter of the diameter plus the tablet thickness, the bracket consisting of spiral fingers whereon the tablet can be laid up.
A pharmaceutical composition comprising a compound of the formula and an aqueous buffer, wherein the composition has a pH of from about 5 to about 6.
A pulse wave detector comprising: a sensor unit which includes an element array including a plurality of pressure detection elements arranged in one direction; a pressing part which is configured to press the sensor unit to a body surface of a living body in a state where the one direction intersects with an extension direction of an artery under the body surface; a rotation mechanism which is configured to rotate the sensor unit about a second axis extending in a direction perpendicular to each of a pressing direction of the pressing part and the one direction; a rotation drive unit which is configured to drive the rotation mechanism; and the pulse wave detector is configured by a control unit which is configured to control the rotation drive unit so as to control a rotating angle of the sensor unit, characterized in that the pressing part functions as an air bag which is configured to press the sensor unit to the body surface in accordance with an air amount introduced therein, and the rotation mechanism, the pressing part and the sensor unit are arranged in this order in the pressing direction. a sensor unit which includes an element array including a plurality of pressure detection elements arranged in one direction; a pressing part which is configured to press the sensor unit to a body surface of a living body in a state where the one direction intersects with an extension direction of an artery under the body surface; a rotation mechanism which is configured to rotate the sensor unit about a second axis extending in a direction perpendicular to each of a pressing direction of the pressing part and the one direction; a rotation drive unit which is configured to drive the rotation mechanism; and the pulse wave detector is configured by a control unit which is configured to control the rotation drive unit so as to control a rotating angle of the sensor unit, characterized in that the pressing part functions as an air bag which is configured to press the sensor unit to the body surface in accordance with an air amount introduced therein, and the rotation mechanism, the pressing part and the sensor unit are arranged in this order in the pressing direction.
Reflector device for microwaves, particularly for millimeter waves, comprising a plurality of reflector elements (102_1, 102_2,..), wherein said reflector device is configured to move at least one reflector element (102_1) of said plurality of reflector elements (102_1, 102_2,..) with respect to at least one further reflector element (102_2) of said plurality of reflector elements (102_1, 102_2,..), wherein said reflector device comprises at least one drive system for moving said at least one reflector element (102_1), characterized in that said drive system comprises at least one electroactive polymer, EAP, actuator, and wherein said reflector device comprises a substrate, wherein said plurality of reflector elements (102_1, 102_2,..) is arranged on a first surface of said substrate, and wherein at least one mounting element for mounting said reflector device to a further device, particularly to a surface of a wall, is arranged on at least one further surface of said substrate.
A compact electromechanical activation system for the safety gear of an elevator, comprising: - a fixed protective plate having drive means fixed to it, based on a holding coil and release means arranged in alignment; - mobile wedging means activated by the drive means, wherein these mobile wedging means are arranged in parallel with respect to the drive means; - one or two wedging rollers for a one-way safety gear system or for a two-way safety gear system respectively, the compact electromechanical activation system being characterized in that the drive means fixed to the fixed protective plate further comprise a reset coil. - a fixed protective plate having drive means fixed to it, based on a holding coil and release means arranged in alignment; - mobile wedging means activated by the drive means, wherein these mobile wedging means are arranged in parallel with respect to the drive means; - one or two wedging rollers for a one-way safety gear system or for a two-way safety gear system respectively,
A system for handling data captured by a body worn camera, the system comprising: a body worn camera, a docking station, and a recorder, wherein: the camera comprises a local storage device, the docking station comprises a data interface for connecting the local storage device to the docking station, the docking station comprises a first network interface for connecting the docking station to the recorder, the recorder comprises a second network interface for connecting the recorder to the docking station, the recorder comprises a recorder storage device, the recorder comprises a third network interface for transfer of stored data to a data management system, characterised in that the docking station is physically separate from the recorder, and the recorder is configured to retrieve the captured data from the local storage device of the camera through the data interface, the first network interface, and the second network interface and to store the captured data in the recorder storage device. a body worn camera, a docking station, and a recorder, wherein: the camera comprises a local storage device, the docking station comprises a data interface for connecting the local storage device to the docking station, the docking station comprises a first network interface for connecting the docking station to the recorder, the recorder comprises a second network interface for connecting the recorder to the docking station, the recorder comprises a recorder storage device, the recorder comprises a third network interface for transfer of stored data to a data management system, characterised in that the docking station is physically separate from the recorder, and the recorder is configured to retrieve the captured data from the local storage device of the camera through the data interface, the first network interface, and the second network interface and to store the captured data in the recorder storage device. the camera comprises a local storage device, the docking station comprises a data interface for connecting the local storage device to the docking station, the docking station comprises a first network interface for connecting the docking station to the recorder, the recorder comprises a second network interface for connecting the recorder to the docking station, the recorder comprises a recorder storage device, the recorder comprises a third network interface for transfer of stored data to a data management system, characterised in that the docking station is physically separate from the recorder, and the recorder is configured to retrieve the captured data from the local storage device of the camera through the data interface, the first network interface, and the second network interface and to store the captured data in the recorder storage device.
An implantable medical device system, comprising a first implantable medical device; and a second implantable medical device; the first implantable medical device comprising a first control module configured to: control operations of the first implantable medical device according to an operating mode of the first control module; establish whether the second implantable medical device is present in a patient; and characterised by the first control module being configured to self-configure the operating mode of the first control module by selecting one of a plurality of operating modes in response to establishing that the second implantable medical device is present, wherein self-configuring the operating mode comprises automatically setting each of a plurality of functions of the first implantable medical device as being one of enabled or disabled. control operations of the first implantable medical device according to an operating mode of the first control module; establish whether the second implantable medical device is present in a patient; and characterised by the first control module being configured to self-configure the operating mode of the first control module by selecting one of a plurality of operating modes in response to establishing that the second implantable medical device is present, wherein self-configuring the operating mode comprises automatically setting each of a plurality of functions of the first implantable medical device as being one of enabled or disabled.