mhurhangee/ep-ind-claims huggingface dataset:
A method for determining parameters of an equivalent circuit representing a transmission section of an electrical network, where the transmission section has at least two interfaces (5,6,7) with other sections (1,2,3) of the network, characterised in that the method comprises the steps of a) determining, for each of the interfaces (5,6,7), a voltage phasor ( v 1, v 2, v 3) at the interface (5,6,7) and a phasor of a current ( i 1, i 2, i 3) flowing through the interface (5,6,7), by means of synchronised measurements at the different interfaces (5,6,7), and b) computing, from said voltage ( v 1, v 2, v 3) and current ( i 1, i 2, i 3) phasors, values of impedances ( Z T, Z sh) constituting the equivalent circuit. a) determining, for each of the interfaces (5,6,7), a voltage phasor ( v 1, v 2, v 3) at the interface (5,6,7) and a phasor of a current ( i 1, i 2, i 3) flowing through the interface (5,6,7), by means of synchronised measurements at the different interfaces (5,6,7), and b) computing, from said voltage ( v 1, v 2, v 3) and current ( i 1, i 2, i 3) phasors, values of impedances ( Z T, Z sh) constituting the equivalent circuit.
Method for operating an energy meter device for ascertaining the energy consumption in a temperature-control circuit, in which circulates a mixture of at least two fluids, in particular a water/glycol mixture, wherein the energy meter device comprises an ultrasonic measuring device for ascertaining the mixture flow rate by means of a transit-time measurement, a temperature measuring device for ascertaining a temperature difference between the supply and the return of the mixture, and a processing device for ascertaining the energy consumption, taking into account the flow rate, the temperature difference and a k-factor of the mixture, wherein the ultrasonic measuring device also ascertains a speed of sound of the mixture, characterized in that the processing device determines the k-factor directly from the speed of sound and the mixture temperature measured by the temperature measuring device at the location of the ultrasonic measuring device, on the basis of an empirically obtained determination rule, the determination rule is obtained from empirical results for at least two different compositions, that is to say different basic components, of the mixture, in particular a plurality of different glycols in the glycol/water mixture.
A surgical tool for use with a surgical instrument having a handle assembly that operably supports a drive system therein for generating drive motions upon actuation of a movable handle portion thereof and an elongated body operably supporting a control rod therein for transferring the drive motions, said surgical tool comprising: a housing removably couplable to said elongated body; a drive assembly operably supported in said housing and removably couplable to said control rod; and a pair of non-staple forming jaws (1050, 1060) operably coupled to said drive assembly such that upon application of a drive motion to said drive assembly in a first distal direction causes said pair of non-staple forming jaws to each simultaneously move in a closing direction toward each other and upon application of another said drive motion in a second proximal direction, said non-staple forming jaws each simultaneously move in an opening direction away from each other; wherein said drive assembly comprises a proximal drive beam segment removably couplable to the control rod and a distal drive beam segment pivotally coupled to said proximal drive beam segment by a reversing linkage operably supported within said housing and wherein said distal drive beam segment is pivotally coupled to said pair of non-staple forming jaws by a pair of pivot links, whereby as the proximal drive beam segment moves in the first distal direction, the reversing linkage pulls the distal drive beam segment in the second proximal direction, which causes the links to each simultaneously move upper and lower non-staple forming jaws in the closing direction. a housing removably couplable to said elongated body; a drive assembly operably supported in said housing and removably couplable to said control rod; and a pair of non-staple forming jaws (1050, 1060) operably coupled to said drive assembly such that upon application of a drive motion to said drive assembly in a first distal direction causes said pair of non-staple forming jaws to each simultaneously move in a closing direction toward each other and upon application of another said drive motion in a second proximal direction, said non-staple forming jaws each simultaneously move in an opening direction away from each other; wherein said drive assembly comprises a proximal drive beam segment removably couplable to the control rod and a distal drive beam segment pivotally coupled to said proximal drive beam segment by a reversing linkage operably supported within said housing and wherein said distal drive beam segment is pivotally coupled to said pair of non-staple forming jaws by a pair of pivot links, whereby as the proximal drive beam segment moves in the first distal direction, the reversing linkage pulls the distal drive beam segment in the second proximal direction, which causes the links to each simultaneously move upper and lower non-staple forming jaws in the closing direction.
A configured grant confirmation method, comprising: receiving, by a terminal, a configured grant activation state management message sent by a network side device; wherein the configured grant activation state management message is used to activate or deactivate one or more sets of configured grants configured by the network side device for the terminal, and the configured grants are configured grants on a Uu link between the terminal and a cellular network and/or configured grants on a direct communication link between terminals; sending, by the terminal, a configured grant confirmation message to the network side device, wherein the configured grant confirmation message is used for determining a link type corresponding to the configured grant activation state management message successfully received by the terminal, wherein the link type comprises a Uu link and/or a direct communication link. receiving, by a terminal, a configured grant activation state management message sent by a network side device; wherein the configured grant activation state management message is used to activate or deactivate one or more sets of configured grants configured by the network side device for the terminal, and the configured grants are configured grants on a Uu link between the terminal and a cellular network and/or configured grants on a direct communication link between terminals; sending, by the terminal, a configured grant confirmation message to the network side device, wherein the configured grant confirmation message is used for determining a link type corresponding to the configured grant activation state management message successfully received by the terminal, wherein the link type comprises a Uu link and/or a direct communication link.
A method of automatically calibrating a media sensor configured to detect advancing print media, the method comprising: selecting a first light intensity level and a second light intensity level greater than the first light intensity level; setting a light source unit to emit light at the second light intensity level; measuring an amount of the emitted light that is transmitted through the print media; advancing the print media; and; setting the light source unit to emit light at the first light intensity level in response to a determination that the light transmitted through the print media is decreasing. selecting a first light intensity level and a second light intensity level greater than the first light intensity level; setting a light source unit to emit light at the second light intensity level; measuring an amount of the emitted light that is transmitted through the print media; advancing the print media; and; setting the light source unit to emit light at the first light intensity level in response to a determination that the light transmitted through the print media is decreasing.
A rotary apparatus for earth boring, comprising: a body having a central axis about which the apparatus is intended to rotate, and a plurality of blades (114a-114e); and at least two groups (150, 152) of cutters in fixed locations on one said blade of the body, the groups (150, 152) of cutters collectively defining a cutting profile for the apparatus when rotated, each said group of cutters including at least one pair of adjacent cutters, each of the cutters in the group having a cutting face, a predetermined position within the cutting profile, and a predetermined side inclination angle, which angle can be negative, zero, or positive; characterized in that each of the pairs of adjacent cutters in each of the groups of cutters comprises a first cutter and a second cutter at different radial positions within the cutting profile, and wherein the side inclination angle of the first cutter has a different polarity as compared to the second cutter. a body having a central axis about which the apparatus is intended to rotate, and a plurality of blades (114a-114e); and at least two groups (150, 152) of cutters in fixed locations on one said blade of the body, the groups (150, 152) of cutters collectively defining a cutting profile for the apparatus when rotated, each said group of cutters including at least one pair of adjacent cutters, each of the cutters in the group having a cutting face, a predetermined position within the cutting profile, and a predetermined side inclination angle, which angle can be negative, zero, or positive; characterized in that each of the pairs of adjacent cutters in each of the groups of cutters comprises a first cutter and a second cutter at different radial positions within the cutting profile, and wherein the side inclination angle of the first cutter has a different polarity as compared to the second cutter.
A vibration attenuator, comprising: a first spinner configured for rotation about a first axis; a first mass coupled to the first spinner for rotation therewith, the first mass being movable radially relative to the first axis between an inner position and an outer position, wherein the first mass is carried on a shaft; a first actuator coupled to the first mass and capable of acting on the shaft for selectively controlling a radial location of the first mass relative to the axis; and a first motor for driving the first spinner in rotation about the first axis. a first spinner configured for rotation about a first axis; a first mass coupled to the first spinner for rotation therewith, the first mass being movable radially relative to the first axis between an inner position and an outer position, wherein the first mass is carried on a shaft; a first actuator coupled to the first mass and capable of acting on the shaft for selectively controlling a radial location of the first mass relative to the axis; and a first motor for driving the first spinner in rotation about the first axis.
Apparatus for the wet treatment of, in particular, laundry, comprising a drum which can be driven in rotation and which has treatment chambers (18, 19, 20, 21) which follow one another in a passage direction of the laundry, characterized in that at least one treatment chamber which is arranged in front of at least one treatment chamber for rinsing the laundry and in which the temperature of the laundry is reduced has a greater chamber volume than the other treatment chambers (18, 19), specifically has a chamber volume which is greater in such a way that the laundry in the at least one treatment chamber is cooled down to the intended temperature in the cycle time of the treatment of the laundry in the other treatment chambers (18, 19).
An integrated circuit for enabling selective probing into an analog block of the integrated circuit, comprising: said analog block providing a plurality of analog voltages; an analog test multiplexer adapted to multiplex said plurality of analog voltages and to enable access to each of the plurality of analog voltages inside the analog block; an analog monitor state machine adapted to generate a selection signal for selecting one of the plurality of analog voltages inside the analog block and to transmit the generated selection signal on a selection bus to the analog test multiplexer; wherein said analog test multiplexer is adapted to access the selected analog voltage inside the analog block based on the selection signal and to direct the accessed analog voltage to an analog to digital converter; wherein said analog to digital converter is adapted to convert the accessed analog voltage inside the analog block to a digital representation; wherein the analog monitor state machine includes a lookup table with a plurality of pre-determined allowed values for each of the plurality of analog voltages inside the analog block; and wherein the analog to digital converter is further adapted to transmit the digital representation to the analog monitor state machine, and wherein the analog monitor state machine is further adapted to compare the digital representation of values of analog voltages inside the analog block to pre-determined allowed values stored in the lookup table of the associated analog voltages inside the analog block. said analog block providing a plurality of analog voltages; an analog test multiplexer adapted to multiplex said plurality of analog voltages and to enable access to each of the plurality of analog voltages inside the analog block; an analog monitor state machine adapted to generate a selection signal for selecting one of the plurality of analog voltages inside the analog block and to transmit the generated selection signal on a selection bus to the analog test multiplexer; wherein said analog test multiplexer is adapted to access the selected analog voltage inside the analog block based on the selection signal and to direct the accessed analog voltage to an analog to digital converter; wherein said analog to digital converter is adapted to convert the accessed analog voltage inside the analog block to a digital representation; wherein the analog monitor state machine includes a lookup table with a plurality of pre-determined allowed values for each of the plurality of analog voltages inside the analog block; and wherein the analog to digital converter is further adapted to transmit the digital representation to the analog monitor state machine, and wherein the analog monitor state machine is further adapted to compare the digital representation of values of analog voltages inside the analog block to pre-determined allowed values stored in the lookup table of the associated analog voltages inside the analog block.
A compound represented by formula (III-ii-a) or (III-ii-b) for use in therapy: wherein R 2 represents any of the following structure: wherein R 3 represents any of the following structure:
A system for inspecting blade tip clearance between a plurality of rotatable blades and a case spaced radially outward from the plurality of rotatable blades, said system comprising: an inspection apparatus comprising a probe adapted and sized for insertion into an aperture defined in the case, said probe having a tip including a source for emitting electromagnetic energy and configured to allow detection of electromagnetic energy reflected from at least one blade tip portion of at least one of the plurality of blades; a spacer adapted to be removably coupled within the aperture such that said spacer extends circumferentially between the probe and the case said spacer comprising a passage defined therein, said passage sized to receive at least a portion of said probe therein; and a control unit coupled in communication with said probe, said control unit configured to receive at least one signal indicative of a detected electromagnetic energy from said probe. an inspection apparatus comprising a probe adapted and sized for insertion into an aperture defined in the case, said probe having a tip including a source for emitting electromagnetic energy and configured to allow detection of electromagnetic energy reflected from at least one blade tip portion of at least one of the plurality of blades; a spacer adapted to be removably coupled within the aperture such that said spacer extends circumferentially between the probe and the case said spacer comprising a passage defined therein, said passage sized to receive at least a portion of said probe therein; and a control unit coupled in communication with said probe, said control unit configured to receive at least one signal indicative of a detected electromagnetic energy from said probe.
Magnetic memory cell of the type with current-induced magnetisation reversal, comprising a contact constituted by a stack of regions of thin layers, comprising: - a first region (40; 60) made of a conductive material; - a second region made of a magnetic material having magnetisation in a direction perpendicular to the main plane of the contact; - a third region made of a non-magnetic material having characteristics which are different from those of the first region, said contact resting on a conductive track which is adapted to cause a programming current of a chosen direction to flow in the conductive track, said contact having an asymmetrical shape, on the one hand relative to any plane perpendicular to the plane of the layers and parallel to the central axis of the track, and on the other hand relative to its centre of mass, with the result that the direction of magnetisation in the second region is programmable by the direction of flow of said programming current, in the absence of an external magnetic field, characterised in that the contact rests entirely on the conductive track and has a triangular shape with a first side parallel to the direction of the programming current and two other sides which form an angle of from ± 20° to ± 70° relative to the first side. - a first region (40; 60) made of a conductive material; - a second region made of a magnetic material having magnetisation in a direction perpendicular to the main plane of the contact; - a third region made of a non-magnetic material having characteristics which are different from those of the first region,
An aerosol generating system comprising: an electrically heated smoking article including a filter, a cartridge (56,57) comprising an absorbent receiving a gel or liquid and gel aerosol-forming substrate, and wrapping paper wrapped around the filter and the cartridge (56, 57); and an aerosol generating device for heating the electrically heated smoking article, characterized in that the gel aerosol-forming substrate contains glycerin and gelatin which exists in gel form, semi-solid form, or solidified form in a first temperature range including room temperature, changes to a liquid form in a second temperature range including 70 °C, and is vaporized into an aerosol in a temperature range of 150 to 400 °C. an electrically heated smoking article including a filter, a cartridge (56,57) comprising an absorbent receiving a gel or liquid and gel aerosol-forming substrate, and wrapping paper wrapped around the filter and the cartridge (56, 57); and an aerosol generating device for heating the electrically heated smoking article, characterized in that the gel aerosol-forming substrate contains glycerin and gelatin which exists in gel form, semi-solid form, or solidified form in a first temperature range including room temperature, changes to a liquid form in a second temperature range including 70 °C, and is vaporized into an aerosol in a temperature range of 150 to 400 °C.
Semiconductor element consisting of thermoelectric material having at least one aperture and comprising a first end face and an oppositely disposed second end face, characterized in that a cross sectional surface parallel to the first end face or parallel to the second end face through the thermoelectric material and through the aperture forms an area greater by no more than 20 % than the first end face and at the same time a smaller area than the second end face.
A distal femoral prosthesis including: a distal portion including a planar distal non-articular surface and an opposing distal articular surface; and an anterior portion including lateral and medial anterior condyles each defining an anterior articular surface, and an anterior non-articular surface, the distal femoral prosthesis characterised in that it includes: a patellar sulcus defined between said condyles, said patellar sulcus having a maximum thickness between approximately 2.5mm and 3.2 mm between an anterior most point on said sulcus and said anterior non-articular surface, and at least one of said condyles (66, 68) having a maximum thickness between 4.0 mm and 6.1 mm between an anterior most point on said anterior articular surface of said condyle and said anterior non-articular surface. a distal portion including a planar distal non-articular surface and an opposing distal articular surface; and an anterior portion including lateral and medial anterior condyles each defining an anterior articular surface, and an anterior non-articular surface, the distal femoral prosthesis characterised in that it includes: a patellar sulcus defined between said condyles, said patellar sulcus having a maximum thickness between approximately 2.5mm and 3.2 mm between an anterior most point on said sulcus and said anterior non-articular surface, and at least one of said condyles (66, 68) having a maximum thickness between 4.0 mm and 6.1 mm between an anterior most point on said anterior articular surface of said condyle and said anterior non-articular surface. a patellar sulcus defined between said condyles, said patellar sulcus having a maximum thickness between approximately 2.5mm and 3.2 mm between an anterior most point on said sulcus and said anterior non-articular surface, and at least one of said condyles (66, 68) having a maximum thickness between 4.0 mm and 6.1 mm between an anterior most point on said anterior articular surface of said condyle and said anterior non-articular surface.