mhurhangee/patent-ind-claim-en huggingface dataset:
Electrostatic precipitator/collector for an air purifier or aerosol purifier, comprising: - at least two electrically conductive strips forming collection electrodes between which an aerosol flow Q is intended to flow tangentially; - an electrically insulating spacer arranged between the at least two collection electrodes, characterized in that the spacer comprises a three-dimensional warp-knitted fabric that maintains a constant thickness between the collection electrodes. - at least two electrically conductive strips forming collection electrodes between which an aerosol flow Q is intended to flow tangentially; - an electrically insulating spacer arranged between the at least two collection electrodes, characterized in that the spacer comprises a three-dimensional warp-knitted fabric that maintains a constant thickness between the collection electrodes.
A device for supporting a portable shelter, the device comprising: a hub , a plurality of leg portions each pivoted to the hub about mutually parallel axes between: a support position, and a storage position in which an angle between the leg portions is reduced or eliminated compared to the support position, characterised by a jaw , pivoted to the hub , to clamp the leg portions in the support position.
A compressor of a gas turbine engine comprising a compressor inlet casing , the compressor inlet casing comprising: an inner bellmouth ; a bearing housing being supported by the inner bellmouth therein; and a rotor shaft extending through the bearing housing along a centerline of the inner bellmouth ; characterized in that the bearing housing comprises a lower half being integrally cast with a lower half of the inner bellmouth in the compressor inlet casing and connected to the lower half of the inner bellmouth about a horizontal center line , so that the integrally cast lower half of the bearing housing is physically separated from the lower half of the inner bellmouth in the radial direction except about the horizontal centerline ; the bearing housing comprises a lubricating oil conduit extending about the bearing housing ; and a cavity , created by the physical separation, extends between the lower half of the inner bellmouth and the integrally cast lower half of the bearing housing and extends along the direction of the rotor shaft , the cavity being positioned about a bottom dead center of the bearing housing and being sized to accommodate thermal expansion of the bearing housing towards the inner bellmouth about the bottom dead center position due to heating caused by lubricating oil flowing through the bearing housing . an inner bellmouth ; a bearing housing being supported by the inner bellmouth therein; and a rotor shaft extending through the bearing housing along a centerline of the inner bellmouth ; characterized in that the bearing housing comprises a lower half being integrally cast with a lower half of the inner bellmouth in the compressor inlet casing and connected to the lower half of the inner bellmouth about a horizontal center line , so that the integrally cast lower half of the bearing housing is physically separated from the lower half of the inner bellmouth in the radial direction except about the horizontal centerline ; the bearing housing comprises a lubricating oil conduit extending about the bearing housing ; and a cavity , created by the physical separation, extends between the lower half of the inner bellmouth and the integrally cast lower half of the bearing housing and extends along the direction of the rotor shaft , the cavity being positioned about a bottom dead center of the bearing housing and being sized to accommodate thermal expansion of the bearing housing towards the inner bellmouth about the bottom dead center position due to heating caused by lubricating oil flowing through the bearing housing .
Method for the operating adjustment of a variable output pump assembly in a hydraulic system of a building with a number of consumers supplied with heating or cooling by the pump assembly through the specification of a standard value (N 1 , N 2 , N 3 , F 1 , F 2 , F 3 ) of a setting parameter (Nv, N R , F), characterised by the setting parameter (Nv, N R , F) being the number (Nv) of consumers or a number (N R ) of a corresponding countable unit, or the area (F) of the building that is to be heated or cooled, in which the standard value (N 1 , N 2 , N 3 , F 1 , F 2 , F 3 ) of the setting parameter (Nv, N R , F) is used by electronics assigned to the pump assembly to establish a characteristic value (Hnenn) for the pumping head (H) and/or a characteristic value (Qnenn) for the flow rate (Q) of the pump assembly and the pump assembly is controlled depending on the characteristic value (Hnenn) for the pumping head (H) or the characteristic value (Qnenn) for the flow rate (Q) or both of these characteristic values (Qnenn, Hnenn).
An attraction loading system , comprising: a loading platform comprising: a rotational portion configured to rotate about a central vertical axis of the loading platform ; and a stationary portion extending between a first edge and a second edge , wherein the first edge and the second edge of the stationary portion comprise respective interfaces of the stationary portion with the rotational portion and wherein the rotational portion rotates from the first edge to the second edge ; a loading path disposed about a circumference of the loading platform , wherein a ride vehicle is configured to travel along the loading path ; characterised in that the rotational portion comprises a plurality of wedges coupled to one another via respective interlocking grooves; and, wherein an individual wedge of the plurality of wedges positioned adjacent to the second edge is configured to move out of a plane of the loading platform during rotation of the rotation portion to bring another wedge of the plurality of wedges into position adjacent to the second edge . a loading platform comprising: a rotational portion configured to rotate about a central vertical axis of the loading platform ; and a stationary portion extending between a first edge and a second edge , wherein the first edge and the second edge of the stationary portion comprise respective interfaces of the stationary portion with the rotational portion and wherein the rotational portion rotates from the first edge to the second edge ; a rotational portion configured to rotate about a central vertical axis of the loading platform ; and a stationary portion extending between a first edge and a second edge , wherein the first edge and the second edge of the stationary portion comprise respective interfaces of the stationary portion with the rotational portion and wherein the rotational portion rotates from the first edge to the second edge ; a loading path disposed about a circumference of the loading platform , wherein a ride vehicle is configured to travel along the loading path ; characterised in that the rotational portion comprises a plurality of wedges coupled to one another via respective interlocking grooves; and, wherein an individual wedge of the plurality of wedges positioned adjacent to the second edge is configured to move out of a plane of the loading platform during rotation of the rotation portion to bring another wedge of the plurality of wedges into position adjacent to the second edge .
A device to grind and tamp comprising: a first electric motor ; a second electric motor ; an auger drivable by the first electric motor ; a coffee grinder drivable by the second electric motor ; a processor adapted to control the first electric motor and the second electric motor ; and a current sensor adapted to measure a current drawn by the first electric motor and provide a load signal, indicative of the current drawn by the first electric motor , to the processor ; wherein the processor is adapted to perform a comparison of the current drawn by the first electric motor to a pre- established threshold value, control operation of the second electric motor based on the comparison, and stop the second electric motor , if the current drawn by the first electric motor equals or exceeds the pre-established threshold value. a first electric motor ; a second electric motor ; an auger drivable by the first electric motor ; a coffee grinder drivable by the second electric motor ; a processor adapted to control the first electric motor and the second electric motor ; and a current sensor adapted to measure a current drawn by the first electric motor and provide a load signal, indicative of the current drawn by the first electric motor , to the processor ; wherein the processor is adapted to perform a comparison of the current drawn by the first electric motor to a pre- established threshold value, control operation of the second electric motor based on the comparison, and stop the second electric motor , if the current drawn by the first electric motor equals or exceeds the pre-established threshold value.
A dishwasher comprising: a chassis ; at least one electrical or electronic component; a controller ; at least one electrical connector electrically coupling the controller to the at least one electrical or electronic component; and an integrated barrier member (170; 270) mechanically connected to the chassis or integrally formed with the chassis , wherein the integrated barrier member (170; 270) comprises a first plate (175; 275) and a second plate (195; 295), wherein the second plate (195; 295) is positioned above the first plate (175; 275), wherein the first plate (175; 275) and the second plate (195; 295) define in combination a receptacle , and wherein the at least one electrical connector is accommodated within the receptacle , characterised by further comprising a radio frequency interference filter mechanically connected to the chassis , wherein the radio frequency interference filter is positioned beneath the first plate (175; 275). a chassis ; at least one electrical or electronic component; a controller ; at least one electrical connector electrically coupling the controller to the at least one electrical or electronic component; and an integrated barrier member (170; 270) mechanically connected to the chassis or integrally formed with the chassis , wherein the integrated barrier member (170; 270) comprises a first plate (175; 275) and a second plate (195; 295), wherein the second plate (195; 295) is positioned above the first plate (175; 275), wherein the first plate (175; 275) and the second plate (195; 295) define in combination a receptacle , and wherein the at least one electrical connector is accommodated within the receptacle , characterised by further comprising a radio frequency interference filter mechanically connected to the chassis , wherein the radio frequency interference filter is positioned beneath the first plate (175; 275).
An antenna system , wherein the antenna system comprises a first antenna and a second antenna that are vertically stacked, and the first antenna and the second antenna have different polarization directions; the first antenna is connected to a decoupling resonator (111-114) of the antenna system ; and a resonance frequency of the decoupling resonator (111-114) is within an operating frequency band of the second antenna , to reduce coupling between the first antenna and the second antenna , wherein the first antenna is horizontally placed, and the second antenna is vertically placed, wherein the first antenna is superimposed on the second antenna , and wherein the first antenna and a second antenna have a common aperture. the first antenna is connected to a decoupling resonator (111-114) of the antenna system ; and a resonance frequency of the decoupling resonator (111-114) is within an operating frequency band of the second antenna , to reduce coupling between the first antenna and the second antenna , wherein the first antenna is horizontally placed, and the second antenna is vertically placed, wherein the first antenna is superimposed on the second antenna , and wherein the first antenna and a second antenna have a common aperture.
A laparoscopic device, comprising: a removable tip having a first outermost casing ; and a handle member for removably receiving and actuating the removable tip ; wherein the removable tip further comprises a first inner shaft located at least partially within the first outermost casing and having a first threaded member , and the first outermost casing has a second threaded member ; wherein the first outermost casing is electrically-conductive and configured as an electrical path; wherein the removable tip further comprises a cutting and sealing instrument at an end of the removable tip opposite of the first threaded member and including at least one resistive heating member ; and is adapted such that electrical energy provided to and traversed along a path of the first inner shaft of the removable tip returns along the electrical energy path defined by the first outermost casing . a removable tip having a first outermost casing ; and a handle member for removably receiving and actuating the removable tip ; wherein the removable tip further comprises a first inner shaft located at least partially within the first outermost casing and having a first threaded member , and the first outermost casing has a second threaded member ; wherein the first outermost casing is electrically-conductive and configured as an electrical path; wherein the removable tip further comprises a cutting and sealing instrument at an end of the removable tip opposite of the first threaded member and including at least one resistive heating member ; and is adapted such that electrical energy provided to and traversed along a path of the first inner shaft of the removable tip returns along the electrical energy path defined by the first outermost casing .
A reference system configured for an ion selective/electrochemical pH sensor for measuring pH of a solution which is a low buffer/low buffering capacity analyte media, comprising: a reference electrode coupled with a redox active species comprising acidic or alkaline moieties, wherein the redox active species is configured in use to directly contact the low buffer/low buffering capacity analyte media, characterized in that the redox active species is configured to control a pH of a local environment of the low buffer/low buffering capacity analyte media proximal to the reference electrode, wherein the redox active species is configured to control the pH of the local environment to a constant pH of 6 or less or to a pH of 8 or greater, wherein the reference system further comprises a potentiostat configured to apply a voltammetric sweep to the reference electrode, wherein the redox active species provides a constant response to the voltammetric sweep, such that the reference system provides a constant reference output. a reference electrode coupled with a redox active species comprising acidic or alkaline moieties, wherein the redox active species is configured in use to directly contact the low buffer/low buffering capacity analyte media, characterized in that the redox active species is configured to control a pH of a local environment of the low buffer/low buffering capacity analyte media proximal to the reference electrode, wherein the redox active species is configured to control the pH of the local environment to a constant pH of 6 or less or to a pH of 8 or greater, wherein the reference system further comprises a potentiostat configured to apply a voltammetric sweep to the reference electrode, wherein the redox active species provides a constant response to the voltammetric sweep, such that the reference system provides a constant reference output.
A device comprising: a circuit board ; a Rogowski coil on the circuit board; a data storage on the circuit board; a control circuit on the circuit board configured to collect values representing current sensed by the coil, and storing the values in the data storage, characterized in that : the control circuit includes a controller configured to detect an electromagnetic effect (EME) event by analyzing the stored values representing current sensed by the coil, and store the values for a first time period starting with the detection of the EME event; wherein the controller is further configured to: construct, when the first time period has ended, a current waveform based on the stored values for the first time period; discard values stored earlier than a start of a second time period ending at the start of the first time period; and combine the values stored during the first and second time periods to construct a full current waveform; wherein the device further comprises a wireless transmitter configured to transmit the stored values to a base station computer . a circuit board ; a Rogowski coil on the circuit board; a data storage on the circuit board; a control circuit on the circuit board configured to collect values representing current sensed by the coil, and storing the values in the data storage, characterized in that : the control circuit includes a controller configured to detect an electromagnetic effect (EME) event by analyzing the stored values representing current sensed by the coil, and store the values for a first time period starting with the detection of the EME event; wherein the controller is further configured to: construct, when the first time period has ended, a current waveform based on the stored values for the first time period; discard values stored earlier than a start of a second time period ending at the start of the first time period; and combine the values stored during the first and second time periods to construct a full current waveform; wherein the device further comprises construct, when the first time period has ended, a current waveform based on the stored values for the first time period; discard values stored earlier than a start of a second time period ending at the start of the first time period; and combine the values stored during the first and second time periods to construct a full current waveform; wherein the device further comprises a wireless transmitter configured to transmit the stored values to a base station computer .
Supporting frame for a piece of furniture comprising a lifting column with telescopically arranged profiles , and where the telescopically arranged profiles have an upper and lower end, said upper end having a housing secured thereto, a base unit with a compartment at least for partial reception of the lifting column housing , where the base unit comprises a guide , a locking element , which when placed in a locked position exerts a squeezing force between the base unit and the housing of the lifting column , by which the lifting column housing is fixed in the base unit , and where the locking element comprises means for retaining the locking element in the locked position, a clamp with guides for cooperation with the guide on the base unit , and where the housing of the lifting column is positioned between the base unit and the clamp , and where the locking element when placed in the locked position in cooperation with the base unit and the clamp exerts a squeezing force on the housing of the lifting column, by which the housing of the lifting column is fixed in the base unit , characterized in that the clamp has a U-shaped cross section with two parallel side walls , and where the guides of the clamp are located on the parallel side walls .
A door system for a vehicle (V) comprising a vehicle body structure and a door structure , wherein the vehicle body structure comprises an opening (O) to an interior compartment (I) of the vehicle (V), wherein the door system comprises a displacement mechanism configured for displacing the door structure in relation to the opening (O) between an open position (Po) and a closed position (P C ), wherein the door structure in the closed position (P C ) is arranged to cover at least a portion of the opening (O), and wherein the door structure in the open position (Po) is arranged at a distance from the closed position (P C ) in a longitudinal direction (D LO ) of the vehicle body structure , wherein the door structure comprises a recess configured to receive at least a section of a wheel envelope (E) of a wheel (W) of the vehicle (V) when the door structure is arranged in the open position (Po), wherein the recess in the open position (P O ) is allowing a door part of the door structure covering the wheel (W) to be arranged in close vicinity to the vehicle body structure in a lateral direction (D LA ) of the vehicle body structure and preventing the wheel (W) from contacting the door structure , characterized in that the door structure comprises a first trim panel part attached to the door structure and a second trim panel part movably arranged in connection to the first trim panel part , wherein the first trim panel part comprises the recess , allowing the door structure to have a close alignment to the vehicle body structure of the vehicle (V) and preventing the wheel (W) from contacting the first trim panel part of the door structure in the open position (Po), wherein the recess is configured to receive the second trim panel part in the closed position (P C ). wherein the door structure comprises a recess configured to receive at least a section of a wheel envelope (E) of a wheel (W) of the vehicle (V) when the door structure is arranged in the open position (Po), wherein the recess in the open position (P O ) is allowing a door part of the door structure covering the wheel (W) to be arranged in close vicinity to the vehicle body structure in a lateral direction (D LA ) of the vehicle body structure and preventing the wheel (W) from contacting the door structure , characterized in that the door structure comprises a first trim panel part attached to the door structure and a second trim panel part movably arranged in connection to the first trim panel part , wherein the first trim panel part comprises the recess , allowing the door structure to have a close alignment to the vehicle body structure of the vehicle (V) and preventing the wheel (W) from contacting the first trim panel part of the door structure in the open position (Po), wherein the recess is configured to receive the second trim panel part in the closed position (P C ).
Apparatus for supplying power to an active ocular implant in an eye, comprising: an infrared light source , a spectacle lens , a steering device (17; 130) arranged in or on the spectacle lens , wherein the infrared light source is arranged such that light emanating from the infrared light source reaches the steering device (17; 130), and wherein the steering device (17; 130) is configured to steer the infrared light towards an eye of a user, characterized in that the steering device (17; 130) is configured to steer the infrared light towards the eye in the form of one or more focused beams, wherein one or more focal points of the one or more beams are in a range of ±5 mm from the pupil of the eye . an infrared light source , a spectacle lens , a steering device (17; 130) arranged in or on the spectacle lens , wherein the infrared light source is arranged such that light emanating from the infrared light source reaches the steering device (17; 130), and wherein the steering device (17; 130) is configured to steer the infrared light towards an eye of a user, characterized in that the steering device (17; 130) is configured to steer the infrared light towards the eye in the form of one or more focused beams, wherein one or more focal points of the one or more beams are in a range of ±5 mm from the pupil of the eye .