mhurhangee/ep-ind-claims huggingface dataset:
A Hall integrated circuit including a vertical Hall element, comprising a first wafer and a second wafer stacked in a vertical direction (z), the second wafer comprising a CMOS substrate integrating a CMOS processing circuit configured to be coupled to the vertical Hall element and a stack of dielectric layers arranged on the CMOS substrate, and the first wafer comprising a Hall-sensor layer having a first surface and a second surface opposed along the vertical direction (z) and extending in a horizontal plane (xy), orthogonal to the vertical direction (z), the first and second wafers (10, 20) being bonded with the interposition of a dielectric layer arranged above the first surface of the Hall-sensor layer, wherein the vertical Hall element comprises: at least a first Hall terminal, being a first doped region arranged at the first surface of the Hall-sensor layer; at least a second Hall terminal, being a second doped region arranged at the second surface of the Hall-sensor layer aligned to the first doped region along the vertical direction (z) and separated therefrom by the thickness of the Hall-sensor layer; a deep trench isolation ring extending through the Hall-sensor layer from the first surface to the second surface and enclosing and isolating a Hall sensor region of the Hall-sensor layer, wherein the first and second Hall terminals (1, 4) are arranged; and a first and a second conductive structure (111, 114) coupled to the first, respectively, the second Hall terminal (1, 4) and configured to be electrically connected to respective contact pads (221, 224) embedded in the stack of the second wafer. at least a first Hall terminal, being a first doped region arranged at the first surface of the Hall-sensor layer; at least a second Hall terminal, being a second doped region arranged at the second surface of the Hall-sensor layer aligned to the first doped region along the vertical direction (z) and separated therefrom by the thickness of the Hall-sensor layer; a deep trench isolation ring extending through the Hall-sensor layer from the first surface to the second surface and enclosing and isolating a Hall sensor region of the Hall-sensor layer, wherein the first and second Hall terminals (1, 4) are arranged; and a first and a second conductive structure (111, 114) coupled to the first, respectively, the second Hall terminal (1, 4) and configured to be electrically connected to respective contact pads (221, 224) embedded in the stack of the second wafer.
A folding table, comprising a table top, a retractable outer crossed leg connected to the table top, and a retractable inner crossed leg rotatably connected to the outer crossed leg, wherein the retractable outer crossed leg comprises a first upper table leg and a first lower table leg which are retractably connected via a first elastic pin; and the retractable inner crossed leg comprises a second upper table leg and a second lower table leg which are retractably connected via a second elastic pin, characterized in that, the first elastic pin comprises a protrusion located at an inner side of the retractable outer crossed leg, the second elastic pin comprises a protrusion located at an outer side of the retractable inner crossed leg; and a first connector is sleevedly provided on the thicker one of the first upper table leg and the first lower table leg, and a second connector rotatably connected to the first connector is sleevedly provided on the thicker one of the second upper table leg and the second lower table leg, the first connector is provided with a hole cooperated with the protrusion of the first elastic pin, and the second connector is provided with a hole cooperated with the protrusion of the second elastic pin; and in the case that the retractable outer crossed leg and the retractable inner crossed leg are rotated to be overlapped, the first connector and the second connector, respectively, press the protrusion of the second elastic pin and the protrusion of the first elastic pin to retract the first elastic pin and the second elastic pin, so as to retract the retractable outer crossed leg and the retractable inner crossed leg and fold up the folding table.
Magnetic levitation railway system for integration in a conventional wheel railway track comprising a magnetic levitation railway track including a linear motor and magnetic levitation rails to be arranged on outer sides of the wheel railway track, each magnetic levitation rail comprising a conductive guide rail having at least a horizontal portion configured for a magnetic levitation railway vehicle having a levitation device with magnets, the guide rail being configured for passive levitation of the magnetic levitation railway vehicle due to the electromotive force generated by the moving magnets of the magnetic levitation railway vehicle, the system characterized by further comprising a coupling adaptor comprising a fixation portion configured for mounting to an underside of a conventional wheel rail for wheel railway tracks and further comprising a portion for mounting of the guide rail of the magnetic levitation rail thereon.
Dry vacuum pump comprising: - a drive device comprising a drive shaft at one end of which is fixed at least one drive wheel provided to set in motion at least one belt; - at least two parallel rotors (7, 8) each having a rotor shaft (9, 10) provided with a rotor element (11, 12), this rotor shaft (9, 10) being able to be driven in rotation by the belt and being equipped at one of its axial ends with a toothed wheel (13, 14), characterized in that the drive wheel and the belt are smooth; each shaft (9, 10) of the rotor (7, 8) comprises at least one smooth section (16, 17) arranged to co-operate with the belt, and the toothed wheels (13, 14) of the shafts (9, 10) of the rotor (7, 8) are dimensioned and arranged to mesh with one another. - a drive device comprising a drive shaft at one end of which is fixed at least one drive wheel provided to set in motion at least one belt; - at least two parallel rotors (7, 8) each having a rotor shaft (9, 10) provided with a rotor element (11, 12), this rotor shaft (9, 10) being able to be driven in rotation by the belt and being equipped at one of its axial ends with a toothed wheel (13, 14), the drive wheel and the belt are smooth; each shaft (9, 10) of the rotor (7, 8) comprises at least one smooth section (16, 17) arranged to co-operate with the belt, and the toothed wheels (13, 14) of the shafts (9, 10) of the rotor (7, 8) are dimensioned and arranged to mesh with one another.
A method for controlling a virtual keyboard of an electronic device, the method comprising: displaying the virtual keyboard; displaying text inputted through the virtual keyboard; receiving a first touch input signal that is created by touching a text delete function key included in the displayed virtual keyboard; displaying the text delete function key to be enlarged, based on the first touch input signal, wherein the enlarged key comprises a slide bar in form of a line and a slider; receiving a second touch input signal moving the slider on the slide bar; characterized in that if the slider is moved from a reference position configured to be on the slide bar toward one end of the slide bar, based on the second touch input signal, configuring a direction for deleting the text positioned on the left of a cursor; if the slider is moved from a reference position configured to be on the slide bar toward the other end of the slide bar, based on the second touch input signal, configuring a direction for deleting the text positioned on the right of the cursor; and deleting the text according to the configured direction. displaying the virtual keyboard; displaying text inputted through the virtual keyboard; receiving a first touch input signal that is created by touching a text delete function key included in the displayed virtual keyboard; displaying the text delete function key to be enlarged, based on the first touch input signal, wherein the enlarged key comprises a slide bar in form of a line and a slider; receiving a second touch input signal moving the slider on the slide bar; characterized in that if the slider is moved from a reference position configured to be on the slide bar toward one end of the slide bar, based on the second touch input signal, configuring a direction for deleting the text positioned on the left of a cursor; if the slider is moved from a reference position configured to be on the slide bar toward the other end of the slide bar, based on the second touch input signal, configuring a direction for deleting the text positioned on the right of the cursor; and deleting the text according to the configured direction.
A vehicle barrier apparatus for receiving an impact from an oncoming vehicle and for placement adjacent to a kerb or adjacent to two opposing kerbs therebetween, comprising: one or more barrier members; one or more support members adapted for ground engagement by placement upon a ground or floor surface, and at least one of which includes at least one said barrier member; a kerb-abutment member connected to at least one support member and extending laterally rearward of the one or more barrier members and one or more support members in a direction opposite to a side of the vehicle barrier apparatus that is intended to receive the impact from the oncoming vehicle, the kerb-abutment member being adapted for placement alongside the kerb adjacent to a part of said ground or floor surface other than that over which the at least one support member extends in placement thereupon, the kerb-abutment member configured to be urged against the kerb by the impact to prevent rotation of the support member to which the kerb abutment member is connected. one or more barrier members; one or more support members adapted for ground engagement by placement upon a ground or floor surface, and at least one of which includes at least one said barrier member; a kerb-abutment member connected to at least one support member and extending laterally rearward of the one or more barrier members and one or more support members in a direction opposite to a side of the vehicle barrier apparatus that is intended to receive the impact from the oncoming vehicle, the kerb-abutment member being adapted for placement alongside the kerb adjacent to a part of said ground or floor surface other than that over which the at least one support member extends in placement thereupon, the kerb-abutment member configured to be urged against the kerb by the impact to prevent rotation of the support member to which the kerb abutment member is connected.
A handle assembly for a surgical stapler, the handle assembly comprising: a handle body comprising a stationary handle and a movable handle pivotably coupled to the handle body, the handle body having a proximal end and a distal end and defining a central longitudinal axis between the proximal end and the distal end; an actuation mechanism within the handle body; and an articulation mechanism comprising: a manually actuated articulation knob positioned at a proximal end of the handle body; an articulation adapter positioned at the distal end of the handle body, the articulation adapter operatively coupled to the articulation knob such that rotation of the articulation knob about the longitudinal axis longitudinally slides the articulation adapter; and a first articulation link operatively coupling the actuation knob to the articulation adaptor and extending longitudinally within the handle body laterally offset from the actuation mechanism, the handle assembly being characterized in that the articulation knob is rotatable about the longitudinal axis and in that the handle assembly further comprises a second articulation link operatively coupling the articulation knob to the articulation adaptor and extending longitudinally within the handle body laterally offset from the actuation mechanism opposite the first articulation link. a handle body comprising a stationary handle and a movable handle pivotably coupled to the handle body, the handle body having a proximal end and a distal end and defining a central longitudinal axis between the proximal end and the distal end; an actuation mechanism within the handle body; and an articulation mechanism comprising: a manually actuated articulation knob positioned at a proximal end of the handle body; an articulation adapter positioned at the distal end of the handle body, the articulation adapter operatively coupled to the articulation knob such that rotation of the articulation knob about the longitudinal axis longitudinally slides the articulation adapter; and a first articulation link operatively coupling the actuation knob to the articulation adaptor and extending longitudinally within the handle body laterally offset from the actuation mechanism, the handle assembly being characterized in that the articulation knob is rotatable about the longitudinal axis and in that the handle assembly further comprises a second articulation link operatively coupling the articulation knob to the articulation adaptor and extending longitudinally within the handle body laterally offset from the actuation mechanism opposite the first articulation link.
A honeycomb structure comprising porous partition walls with which there are formed a plurality of cells extending from one end surface to the other end surface to become through channels of a fluid, wherein in the partition walls, there are formed large pores which show one distribution in a graph illustrating a pore diameter distribution of the partition walls and in which a pore diameter PP1 at a maximum peak value of pore volumes of the one distribution is in a range of 12 μm to 60 μm, and small pores which show the other distribution in the graph illustrating the pore diameter distribution of the partition walls and in which a pore diameter PP2 at a maximum peak value of pore volumes of the other distribution is smaller than the pore diameter PP1, the pore diameter PP1 and the pore diameter PP2 satisfy a relation of the following equation, and a ratio of the pore volume of the pores having pore diameters smaller than the pore diameter PP2 to a total pore volume of the partition walls is 0.5% or more and 7% or less, 0.91 ≤ PP 1 − PP 2 / PP 1 ≤ 0.98 in which PP1 is the pore diameter PP1 (μm) at the maximum peak value of the pore volumes of the one distribution, and PP2 is the pore diameter PP2 (μm) at the maximum peak value of the pore volumes of the other distribution.
Analysis method for at least one rod comprising a nuclear fuel column, a rod comprising solid zones which are filled entirely with fuel and intermediate zones which are partially filled with fuel, the analysis method being implemented via computer and comprising the following steps: - acquiring a count profile associated with a non-migrating isotope, a profile being composed of spectrometry measurements which are carried out along the rod for this isotope; - locating the intermediate zones; the method being characterised in that it also comprises the steps of: - determining a set of at least one indicator K_i which enables the reduction of material at an intermediate zone having the index i to be quantified, the indicator being deduced from the count profile; and - detecting the change in geometry by comparing the set of at least one indicator K_i with a set of at least one reference value RK which is representative of the initial geometry of the column of nuclear fuel. - acquiring a count profile associated with a non-migrating isotope, a profile being composed of spectrometry measurements which are carried out along the rod for this isotope; - locating the intermediate zones; - determining a set of at least one indicator K_i which enables the reduction of material at an intermediate zone having the index i to be quantified, the indicator being deduced from the count profile; and - detecting the change in geometry by comparing the set of at least one indicator K_i with a set of at least one reference value RK which is representative of the initial geometry of the column of nuclear fuel.
A wireless communication device comprising: a plurality of transmitting antennas; a plurality of modulation units each provided corresponding to one of the plurality of transmitting antennas to generate transmission signals transmitted from the transmitting antennas corresponding thereto by performing frequency-shift keying on a carrier wave on a basis of transmission data; and a mapping unit provided in a preceding stage of the plurality of modulation units, wherein the mapping unit is configured to output, to each of the modulation units, a number for identifying a frequency shift on the carrier wave used by each of the modulation units depending on a value of an input bit sequence of the transmission data, wherein the numbers output from the mapping unit based on the input bit sequence to the plurality of the modulation units are different from each other, such that the transmission signals each transmitted from one of the plurality of transmitting antennas are orthogonal to each other on a frequency axis, wherein each of the modulation units is configured to generate a transmission signal transmitted from each of the transmitting antennas by performing frequency-shift keying on the carrier wave based on the number, wherein the number for identifying a frequency shift on the carrier wave output to each of the modulation units is determined based on a minimum carrier interval at which two carrier waves are orthogonal to each other. a plurality of transmitting antennas; a plurality of modulation units each provided corresponding to one of the plurality of transmitting antennas to generate transmission signals transmitted from the transmitting antennas corresponding thereto by performing frequency-shift keying on a carrier wave on a basis of transmission data; and a mapping unit provided in a preceding stage of the plurality of modulation units, wherein the mapping unit is configured to output, to each of the modulation units, a number for identifying a frequency shift on the carrier wave used by each of the modulation units depending on a value of an input bit sequence of the transmission data, wherein the numbers output from the mapping unit based on the input bit sequence to the plurality of the modulation units are different from each other, such that the transmission signals each transmitted from one of the plurality of transmitting antennas are orthogonal to each other on a frequency axis, wherein each of the modulation units is configured to generate a transmission signal transmitted from each of the transmitting antennas by performing frequency-shift keying on the carrier wave based on the number, wherein the number for identifying a frequency shift on the carrier wave output to each of the modulation units is determined based on a minimum carrier interval at which two carrier waves are orthogonal to each other.
A working machine comprising: a 4-cylinder or a 6-cylinder engine; a working arm; an operator compartment structure comprising a roof having an inner surface and an outer surface; and a floor spaced apart from the roof; characterised in that: the floor is spaced apart from the roof by a distance of between 1.5m to 2m, and that a first section of the inner surface of the roof is orientated at an angle to the floor and a second section of the inner surface of the roof is orientated at an angle to both the first section of the inner surface of the roof and the floor, wherein the first section and the second section of the inner surface of the roof each define approximately 50 percent of the inner surface of the roof. a 4-cylinder or a 6-cylinder engine; a working arm; an operator compartment structure comprising a roof having an inner surface and an outer surface; and a floor spaced apart from the roof; characterised in that: the floor is spaced apart from the roof by a distance of between 1.5m to 2m, and that a first section of the inner surface of the roof is orientated at an angle to the floor and a second section of the inner surface of the roof is orientated at an angle to both the first section of the inner surface of the roof and the floor, wherein the first section and the second section of the inner surface of the roof each define approximately 50 percent of the inner surface of the roof.
An apparatus (20, 44) for determining a non-condensable gas parameter relating to the amount of non-condensable gas within a variable flow rate fluid flow containing both non-condensable gas and condensate, the apparatus comprising: a measurement tube for receiving the fluid flow and arranged such that the fluid flow through the measurement tube comprises alternating sections of non-condensable gas and condensate; a flow sensor for generating a flow rate signal relating to the flow rate of the fluid flow in the measurement tube; a fluid phase sensor for monitoring over time the alternating sections of non-condensable gas and condensate flowing through the measurement tube and arranged to generate a fluid phase signal characteristic of the said sections monitored; and characterized by a non-condensable gas determining unit configured to determine a non-condensable gas parameter relating to the amount of non-condensable gas in the fluid flow by correlating the flow rate signal with the fluid phase signal. a measurement tube for receiving the fluid flow and arranged such that the fluid flow through the measurement tube comprises alternating sections of non-condensable gas and condensate; a flow sensor for generating a flow rate signal relating to the flow rate of the fluid flow in the measurement tube; a fluid phase sensor for monitoring over time the alternating sections of non-condensable gas and condensate flowing through the measurement tube and arranged to generate a fluid phase signal characteristic of the said sections monitored; and characterized by a non-condensable gas determining unit configured to determine a non-condensable gas parameter relating to the amount of non-condensable gas in the fluid flow by correlating the flow rate signal with the fluid phase signal.
A railway spray device to kill unwanted plants within railway lines, the device comprising a railway motor vehicle, at least one spray tank, at least one vegetation detector, at least one control unit and at least one spray nozzle, characterised by the fact that the vegetation detector is installed under the central part of the motor vehicle, and is connected to the at least one control unit, which is connected to at least two spray nozzles installed on the end parts (5,6) of the motor vehicle.
Method for acylating a cyclic peptide bearing an amino group comprising the steps of: (a) Reacting an acid R 1 CO 2 H with a compound of general formula to give a compound of general formula (b) Mixing said compound of general formula with said cyclic peptide bearing an amino group to form a cyclic lipopeptide; wherein R 1 is alkyl comprising from 10-25 carbon atoms, substituted alkyl comprising from 10-25 carbon atoms, aryl comprising from 10-25 carbon atoms or substituted aryl comprising from 10-25 carbon atoms, R 2 is alkyl, R 3 is alkyl, substituted alkyl, halogen, hydrogen or NO 2 and R 4 is alkyl, substituted alkyl, halogen, hydrogen or NO 2. (a) Reacting an acid R 1 CO 2 H with a compound of general formula to give a compound of general formula (b) Mixing said compound of general formula with said cyclic peptide bearing an amino group to form a cyclic lipopeptide;