mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a dental prosthesis, the method comprising: digitally designing a gingiva part of the dental prosthesis, wherein the gingiva part is designed to include at least one retention pocket and at least one injection channel that extends from the retention pocket to an exterior of the gingiva part; and fabricating the gingiva part of the dental prosthesis out of a final strength, gingiva colored material to create a fabricated gingiva part, the fabricated gingiva part including the retention pocket and the injection channel, wherein the positioning of the retention pocket and the injection channel being automatically generated by at least one processor, wherein the processor automatically proposes locations of the retention pocket and the injection channel based on stored information, the stored information including at least one of (i) measurements that are above given thresholds related to a minimal thickness of the gingiva part, (ii) measurements that are below given thresholds related to the minimal thickness of the gingiva part, (iii) measurements related to the positioning of the channel, and (iv) measurements related to the angulation of the channel. digitally designing a gingiva part of the dental prosthesis, wherein the gingiva part is designed to include at least one retention pocket and at least one injection channel that extends from the retention pocket to an exterior of the gingiva part; and fabricating the gingiva part of the dental prosthesis out of a final strength, gingiva colored material to create a fabricated gingiva part, the fabricated gingiva part including the retention pocket and the injection channel, wherein the positioning of the retention pocket and the injection channel being automatically generated by at least one processor, wherein the processor automatically proposes locations of the retention pocket and the injection channel based on stored information, the stored information including at least one of (i) measurements that are above given thresholds related to a minimal thickness of the gingiva part, (ii) measurements that are below given thresholds related to the minimal thickness of the gingiva part, (iii) measurements related to the positioning of the channel, and (iv) measurements related to the angulation of the channel.
A laminate having at least one polylactic acid resin-containing layer with a thickness of 10 nm - 500 nm on at least one surface of a fibrous structure containing a water-soluble resin, wherein at least one layer containing a water-soluble resin with a thickness of 0.01 μm - 15 μm is provided between said fibrous structure containing a water-soluble resin and said polylactic acid resin-containing layer.
A communication apparatus for receiving signals of a plurality of frequency channels, characterized by comprising: - a plurality of oscillators, each of the plurality of oscillators adapted to output a reference signal having a frequency corresponding to each of the plurality of frequency channels; - a plurality of demodulators, each of the plurality of demodulators adapted to demodulate a signal received in each of the plurality of frequency channels and to generate a demodulated signal; - a plurality of deviation calculators, each of the plurality of deviation calculators adapted to calculate a frequency deviation that is a difference in frequency between the demodulated signal and the reference signal in each of the plurality of frequency channels; - a plurality of quality calculators, each of the plurality of quality calculators adapted to calculate transmission quality of each of the plurality of frequency channels; and - a correction value calculator adapted to calculate a plurality of correction values, each of the plurality of correction values for the frequency of the reference signal in each of the plurality of frequency channels, based on the frequency deviation in a frequency channel determined according to the plurality of transmission qualities, each of the plurality of transmission qualities calculated by each of the plurality of the quality calculators, - wherein each of the plurality of oscillators is adapted to correct, based on the correction value, the frequency of the reference signal, and to output the reference signal having the corrected frequency. - a plurality of oscillators, each of the plurality of oscillators adapted to output a reference signal having a frequency corresponding to each of the plurality of frequency channels; - a plurality of demodulators, each of the plurality of demodulators adapted to demodulate a signal received in each of the plurality of frequency channels and to generate a demodulated signal; - a plurality of deviation calculators, each of the plurality of deviation calculators adapted to calculate a frequency deviation that is a difference in frequency between the demodulated signal and the reference signal in each of the plurality of frequency channels; - a plurality of quality calculators, each of the plurality of quality calculators adapted to calculate transmission quality of each of the plurality of frequency channels; and - a correction value calculator adapted to calculate a plurality of correction values, each of the plurality of correction values for the frequency of the reference signal in each of the plurality of frequency channels, based on the frequency deviation in a frequency channel determined according to the plurality of transmission qualities, each of the plurality of transmission qualities calculated by each of the plurality of the quality calculators, - wherein each of the plurality of oscillators is adapted to correct, based on the correction value, the frequency of the reference signal, and to output the reference signal having the corrected frequency.
A non-volatile memory NVM system having a normal mode that comprises erase, read and program operations, a standby mode and an off mode that uses less power than the standby mode, comprising: an NVM circuit comprising NVM peripheral circuitry (102, 106, 108, 110) and an NVM array having split gate NVM cells (302, 304, 306, 308, 310, 312) and, wherein each NVM cell includes a charge storage layer arranged between a channel region and a control gate, and the peripheral circuitry comprises word line drivers, column/data circuitry, control gate driver circuitry; a controller (112, 114), coupled to the NVM array, that applies through said control gate driver circuitry a voltage to the control gates of the NVM cells and power to the peripheral circuitry during the standby mode and applies through said control gate driver circuitry an off-mode voltage (VDD-C) to the control gates sufficient to bias the control gates to reduce or prevent leakage of charge stored in the NVM cells and being less than on external power supply voltage and removes power from the NVM peripheral circuitry during the off mode. an NVM circuit comprising NVM peripheral circuitry (102, 106, 108, 110) and an NVM array having split gate NVM cells (302, 304, 306, 308, 310, 312) and, wherein each NVM cell includes a charge storage layer arranged between a channel region and a control gate, and the peripheral circuitry comprises word line drivers, column/data circuitry, control gate driver circuitry; a controller (112, 114), coupled to the NVM array, that applies through said control gate driver circuitry a voltage to the control gates of the NVM cells and power to the peripheral circuitry during the standby mode and applies through said control gate driver circuitry an off-mode voltage (VDD-C) to the control gates sufficient to bias the control gates to reduce or prevent leakage of charge stored in the NVM cells and being less than on external power supply voltage and removes power from the NVM peripheral circuitry during the off mode.
Testing and checking equipment for land vehicles, comprising a containment frame of at least a test bench (B, B R2) acting by contact with wheels of the vehicles, provided on upper side with force-sensitive means and, internally, with transmission means to transfer stresses to force translation means in the form of force sensors, wherein said containment frame is integral with a horizontal structure of a vehicle lifting frame (P u) of a lifting system installed on ground, wherein said containment frame is a main portion of said horizontal structure of the lifting frame (P u), with which force sensors in the form of load cells are made integral, characterized in that said a force-sensitive means are the form of measuring places (B 1, B 5) fastened to said force sensor, consolidation means are further provided between said horizontal structure of the lifting frame (P u) and a foundation basement, to stabilise said horizontal structure of the lifting frame (P u) in a lowered attitude where said force-sensitive means are close to a floor level and test bench remains arranged a flush with said floor, so that it can be used for required, speed or braking tests.
A numerical controller for synchronously operating a plurality of servomotors (3, 3') connected for driving a plurality of control axes which may coast when current is not supplied to the servomotors, the numerical controller comprising: actual speed detecting means (4, 4') for detecting actual speeds of control axes controllably driven by the servomotors (3, 3') at the point in time at which the servomotors are switched from a first state in which current is not supplied to the servomotors to a second state in which current is supplied to the servomotors: characterized by, initial speed setting means for setting a common initial speed in move commands for the control axes on the basis of the actual speeds detected by the actual speed detecting means (4, 4') and the speeds specified in the move commands after the servomotors (3, 3') are switched to the second state; and acceleration and deceleration controlling means (1, 2, 1', 2') for controlling acceleration and deceleration of the control axes up to the speeds specified in the move commands with the initial speed set by the initial speed setting means. actual speed detecting means (4, 4') for detecting actual speeds of control axes controllably driven by the servomotors (3, 3') at the point in time at which the servomotors are switched from a first state in which current is not supplied to the servomotors to a second state in which current is supplied to the servomotors: characterized by, initial speed setting means for setting a common initial speed in move commands for the control axes on the basis of the actual speeds detected by the actual speed detecting means (4, 4') and the speeds specified in the move commands after the servomotors (3, 3') are switched to the second state; and acceleration and deceleration controlling means (1, 2, 1', 2') for controlling acceleration and deceleration of the control axes up to the speeds specified in the move commands with the initial speed set by the initial speed setting means.
A liquid storage and delivery system including a reusable control and drive unit, a container, a pump module fluidically connected to the container, and a coupling system configured for removably coupling the pump module to the control and drive unit, the pump module comprising a rotary pump engine comprising a stator and a rotor rotatably moveable in the stator, a pump outlet, and a transmission input coupling coupled to the rotor of the pump engine, the control and drive unit comprising a pump drive configured to mechanically engage the transmission input coupling of the pump module when the pump module is coupled to the control and drive unit, wherein the container is in the form of a flexible pouch and the pump module is arranged external to and is permanently integrated with the flexible pouch and forms therewith a disposable unit, characterized in that the rotor of the rotary pump engine is further axially moveable to effect the pumping operation and interacts with sealings formed on the stator.
Method for planning coverage in a mobile telecommunications network having at least one antenna, the method comprising: identifying a white spot having no or insufficient antenna coverage; identifying a plurality of existing reflection structures being covered by the at least one antenna, wherein the plurality of existing reflection structures is natural or artificial; identifying at least one appropriate reflection structure from the plurality of existing reflection structures, identifying at least one reflection surface for the at least one appropriate existing reflection structure, the at least one reflection surface being adapted to direct an antenna beam from the at least one antenna to the white spot, wherein the method further comprises generating a map displaying existing reflection structures and appropriate reflection structures. identifying a white spot having no or insufficient antenna coverage; identifying a plurality of existing reflection structures being covered by the at least one antenna, wherein the plurality of existing reflection structures is natural or artificial; identifying at least one appropriate reflection structure from the plurality of existing reflection structures, identifying at least one reflection surface for the at least one appropriate existing reflection structure, the at least one reflection surface being adapted to direct an antenna beam from the at least one antenna to the white spot, wherein the method further comprises generating a map displaying existing reflection structures and appropriate reflection structures.
A method of reducing the maximum temperature load in a tube and shell condenser of a closed loop refrigerant expansion system, comprising the steps of: providing a pump for pumping liquid refrigerant from the condenser to an evaporator during normal operation; characterised by sensing when the system is shut down and responsively causing the liquid refrigerant to flow in reverse from the evaporator to the condenser to thereby both reduce the amount of refrigerant vapor passing to the condenser and increase the amount of liquid refrigerant in the condenser. providing a pump for pumping liquid refrigerant from the condenser to an evaporator during normal operation; characterised by sensing when the system is shut down and responsively causing the liquid refrigerant to flow in reverse from the evaporator to the condenser to thereby both reduce the amount of refrigerant vapor passing to the condenser and increase the amount of liquid refrigerant in the condenser.
A storm clip for securing plates, in particular roof tiles, at a roof substructure, the storm clip being formed from a multiply bent sheet-metal section including at or near its first end a fixing section for fixing at the roof substructure and near or at the end of a second end hooking areas for hooking with plates (2, 3, 4), the sheet-metal section including two hooking areas for securing two plates (3, 4) forming a hooking section and a longitudinal displacement guide for a third plate and a hooking section and a transverse displacement guide for a second plate, the sheet-metal section including a first surface portion as a fixing section, to which follows a second surface portion forming a spring arm at an acute angle, in particular at an angle of 45°, another third surface portion following thereto being directed in its direction of extension opposite to the first surface portion, approximately in parallel to the first surface portion, at the third surface portion at its free end opposite to the second surface portion an approximately hook-type angled portion for securing and guiding a second plate being provided, characterized in that the junction area from the second surface portion to the third surface portion and the adjacent surfaces of the second and of the third surface portion include a hook-type recess for securing and guiding a third plate, and that the recess extends approximately over half the length and width of the second and third surface portions (6, 7), the end of the recess at the second surface portion extending obliquely and the end of the recess at the third surface portion extending approximately perpendicularly to the extension of the sheet-metal section (at 14), at the lateral peripheral edge of the sheet-metal section in the area of the perpendicularly extending end a retaining projection being formed, so that, on the one hand, a hook and, on the other hand, by the edge of the recess, the edge, and the hook, a sliding guide for the third plate is formed, the sliding guide extending perpendicularly to the sliding guide for the second plate.
A process for polymerising propylene in the presence of a polymerisation catalyst comprising a solid catalyst component, an organoaluminium compound and an external electron donor, the process comprising the steps of (i) contacting propylene and hydrogen with the polymerisation catalyst in polymerisation conditions in a polymerisation reactor to produce a polymer of propylene; (ii) recovering the polymer of propylene from the polymerisation reactor; wherein the polymer of propylene has MFR 2 of from more than 100 to 10000 g/10 min; and the solid catalyst component comprises titanium, magnesium, halogen and an internal electron donor, characterised in that the internal electron donor is a compound according to formula: with R 1 and R 2 being the same or different and being a linear or branched C 1 -C 12 -alkyl group, and with R being H or a linear, branched or cyclic C 1 to C 12 -alkyl, whereby it is preferred that R is not H; and the external electron donor is a silane compound having the formula Si(OR 11) n R 10 4-n, wherein each R 11 is independently a linear or branched C 1 -C 4 alkyl, preferably methyl or ethyl; wherein R 10 is NR 12 R 13, and R 12 and R 13 are independently selected from the group consisting of methyl, ethyl, n-propyl, n-butyl, octyl, decanyl, iso-propyl, iso-butyl, iso-pentyl, tert-butyl, tert-amyl, cyclohexyl, methylcyclopentyl and cycloheptyl; and wherein n is 3. with R 1 and R 2 being the same or different and being a linear or branched C 1 -C 12 -alkyl group, and with R being H or a linear, branched or cyclic C 1 to C 12 -alkyl, whereby it is preferred that R is not H; and the external electron donor is a silane compound having the formula Si(OR 11) n R 10 4-n, wherein each R 11 is independently a linear or branched C 1 -C 4 alkyl, preferably methyl or ethyl; wherein R 10 is NR 12 R 13, and R 12 and R 13 are independently selected from the group consisting of methyl, ethyl, n-propyl, n-butyl, octyl, decanyl, iso-propyl, iso-butyl, iso-pentyl, tert-butyl, tert-amyl, cyclohexyl, methylcyclopentyl and cycloheptyl; and wherein n is 3.
A health monitoring device which is configured to process a trunk acoustic pulse wave measured from the trunk of a person to estimate a health condition of the person, the health monitoring device comprising: a left ventricular pressure waveform identifying means which is configured to match a left ventricular pressure waveform resulting from filtering of the trunk acoustic pulse wave, with waveforms indicated according to a constant C, C being a constant given by flow velocity and pressure, when x = 0 and t = ±0.35 seconds in a general solution of a wave equation represented by the following equation: u t x = ∅ x − ct + ∅ x − c t + α = c 2 sech 2 c 2 x − ct + c 2 sech 2 c 2 x − c t + α and is configured to find a C value of a corresponding one of the waveforms as an indicator relating to the left ventricular pressure waveform which indicates a behavior of the heart; an apical beat component extracting means which is configured to filter the trunk acoustic pulse wave to extract a frequency component stemming from an apical beat; and an estimating means which is configured to estimate the health condition of the person from a correlation between the indicator relating to the left ventricular pressure waveform and a vibration frequency of the frequency component stemming from the apical beat. a left ventricular pressure waveform identifying means which is configured to match a left ventricular pressure waveform resulting from filtering of the trunk acoustic pulse wave, with waveforms indicated according to a constant C, C being a constant given by flow velocity and pressure, when x = 0 and t = ±0.35 seconds in a general solution of a wave equation represented by the following equation: u t x = ∅ x − ct + ∅ x − c t + α = c 2 sech 2 c 2 x − ct + c 2 sech 2 c 2 x − c t + α and is configured to find a C value of a corresponding one of the waveforms as an indicator relating to the left ventricular pressure waveform which indicates a behavior of the heart; an apical beat component extracting means which is configured to filter the trunk acoustic pulse wave to extract a frequency component stemming from an apical beat; and an estimating means which is configured to estimate the health condition of the person from a correlation between the indicator relating to the left ventricular pressure waveform and a vibration frequency of the frequency component stemming from the apical beat.
Drive for opening and closing a window sash, a door leaf or the like, having a motorized drive unit which can be integrated in the profile of the window frame or door frame and which, to actuate the window sash or door leaf, interacts with a force transmission element which is flexurally rigid on one side, in particular a chain, which is provided, at its end which can be connected to the sash/leaf, to an end piece which can be fixed in a force transmission element lock which can be integrated in the sash/leaf profile, wherein the end piece of the force transmission element can be fixed in the force transmission element lock via a latching connection and the force transmission element lock is configured in such a way that, in the normal situation, both for motorized opening and closing of the sash/leaf, and when the sash/leaf is closed, the end piece of the force transmission element can be fixed in the force transmission element lock by the latching connection and, for the emergency situation, when the sash/leaf is closed, the latching connection can be manually released from outside by applying a pressing force by means of a tool, in particular a screwdriver or the like, which can be guided through an opening provided in the sash/leaf profile, to free the end piece of the force transmission element, characterized in that the latching connection comprises two mutually opposite bolts or the like which are each mounted so as to be axially displaceable in the force transmission element lock, which bolts extend from mutually opposite sides in a receiving region of the force transmission element lock for the end piece of the force transmission element, are preloaded resiliently towards one another and, to fix the end piece of the force transmission element in the receiving region, can be latched from the two mutually opposite sides into an opening of the end piece of the force transmission element.