mhurhangee/ep-ind-claims huggingface dataset:
Device for displaceably guiding a load, in particular a sliding door, having a horizontal guide for at least one anchor which receives the load and has permanent magnets (7, 8 or 9, 10) of opposite poles which are separated from each other by a non-ferromagnetic intermediate piece and are arranged vertically one above the other and have pole axes which are perpendicular in relation to the vertical guide plane of the anchor, wherein the permanent magnets (7, 8; 9, 10) are arranged in a ferromagnetic circuit substantially closed by the horizontal guide, characterised in that two permanent magnets (7, 8 or 9, 10) are arranged in each case on both sides of a ferromagnetic centre web between two ferromagnetic outer webs, the permanent magnets (7, 9 or 8, 10) lying opposite one another in relation to the centre web being of opposite poles and belong to separate ferromagnetic circuits formed by the common centre web and one of the outer webs, and in that the horizontal guide forms either the centre web or the outer webs and completely covers the pole surfaces of the upper permanent magnets (7, 9).
A device comprising: - an integrated circuit die having - a cryptographic processing circuit configured and arranged to execute a cryptographic algorithm that causes a detectable change in power consumption by the cryptographic processing circuit; - a power storage circuit configured and arranged to store power sufficient for the cryptographic processing circuit to execute the cryptographic algorithm; and - an encapsulation structure that encapsulates the cryptographic processing circuit and the power storage circuit and that is configured and arranged to prevent physical tampering therewith; - a control circuit configured and arranged to charge the power storage circuit by providing power from an external power source; and disable, in response to the crypto-graphic processing circuit executing the cryptographic algorithm, the charging of the power storage circuit using the power from the external power source; the device further including a substrate having one or more electrical traces configured and arranged to provide power from the control circuit to the integrated circuit die; the device further including a printed circuit board having one or more electrical traces configured and arranged to provide power from the control circuit to the integrated circuit die; characterized in that the substrate further includes an inductive coil configured and arranged to receive power from received radio frequency signals and to provide the received power to the control circuit; wherein the electrical traces are routed underneath the inductive coil and to the power storage circuit and thereby inhibit detection of electromagnetic field changes caused by power consumption from the cryptographic processing circuit. - an integrated circuit die having - a cryptographic processing circuit configured and arranged to execute a cryptographic algorithm that causes a detectable change in power consumption by the cryptographic processing circuit; - a power storage circuit configured and arranged to store power sufficient for the cryptographic processing circuit to execute the cryptographic algorithm; and - an encapsulation structure that encapsulates the cryptographic processing circuit and the power storage circuit and that is configured and arranged to prevent physical tampering therewith; - a control circuit configured and arranged to charge the power storage circuit by providing power from an external power source; and disable, in response to the crypto-graphic processing circuit executing the cryptographic algorithm, the charging of the power storage circuit using the power from the external power source;
Method for determining influencing variables on a total zero-point error of a Coriolis mass-flow measuring device with: at least one vibratablymounted measuring tube for guiding a medium; an exciter for exciting a bending vibration mode, at least two vibration sensors for detecting vibrations of the measuring tube; and at least one measuring and operating circuit for driving the exciter, for detecting sensor signals of the vibration sensors and for determining a mass flow measurement value in dependence on the sensor signals, the method comprising: Excitation of a vibration of a bending vibration mode of the measuring tube; measuring a first total zero-point-error with a first medium in the measuring pipe at a flow rate of zero; determining a first damping value of the vibration of the bending vibration mode with the first medium in the measuring tube; and determining of a sensitivity factor for the bending vibration mode; characterized in that the method comprises measuring an exciter-independent zero-point-error in a decaying oscillation of the bending vibration mode with the first medium in the measuring tube at a flow rate of zero; and determining a first exciter-dependent contribution to the first total zero-point-error on the basis of the first total zero-point-error and on the basis of the exciter independent zero-point-error; wherein the sensitivity factor for the bending vibration mode is determined on the basis of the first exciter-dependent contribution to the total zero-point-error and the first damping value. Excitation of a vibration of a bending vibration mode of the measuring tube; measuring a first total zero-point-error with a first medium in the measuring pipe at a flow rate of zero; determining a first damping value of the vibration of the bending vibration mode with the first medium in the measuring tube; and determining of a sensitivity factor for the bending vibration mode; characterized in that the method comprises measuring an exciter-independent zero-point-error in a decaying oscillation of the bending vibration mode with the first medium in the measuring tube at a flow rate of zero; and determining a first exciter-dependent contribution to the first total zero-point-error on the basis of the first total zero-point-error and on the basis of the exciter independent zero-point-error; wherein
Cosmetic use of one or more molecularly imprinted polymer(s) or MIPs obtained via polymerization of "sol-gel" type as agents for trapping molecule(s) at the surface of keratin materials and in particular of the skin.
A method of detecting a transition of a mobile device across an indoor threshold, the mobile device comprising a magnetic sensor device and inertial sensors, the method being executed in one or more processors and comprising: obtaining sensor data from the magnetic sensor device to detect a spatial pattern of magnetic anomaly characteristics associated with a sequence of position changes along a trajectory of motion of the mobile device, the sensor data including absolute values of magnetic measurements associated with the sequence of position changes, and the magnetic measurements including a measurement of the magnetic field strength and a measurement of the magnetic dip angle; upon detecting the spatial pattern of magnetic anomaly characteristics associated with the sequence of position changes of the mobile device, extracting the spatial pattern, the spatial pattern indicative of a variation of the absolute values of the magnetic measurements in the sequence of position changes; comparing the extracted spatial pattern with a stored magnetic signature associated with the indoor threshold; and based on the comparing, inferring that the mobile device is one of transitioning in position and has transitioned in position across the indoor threshold; wherein the indoor threshold is located at an entranceway to a local venue within a building, and the spatial pattern of magnetic anomaly characteristics is at least partly caused by at least one radio frequency identification device deployed at the indoor threshold. obtaining sensor data from the magnetic sensor device to detect a spatial pattern of magnetic anomaly characteristics associated with a sequence of position changes along a trajectory of motion of the mobile device, the sensor data including absolute values of magnetic measurements associated with the sequence of position changes, and the magnetic measurements including a measurement of the magnetic field strength and a measurement of the magnetic dip angle; upon detecting the spatial pattern of magnetic anomaly characteristics associated with the sequence of position changes of the mobile device, extracting the spatial pattern, the spatial pattern indicative of a variation of the absolute values of the magnetic measurements in the sequence of position changes; comparing the extracted spatial pattern with a stored magnetic signature associated with the indoor threshold; and based on the comparing, inferring that the mobile device is one of transitioning in position and has transitioned in position across the indoor threshold;
Hollow particles each having a shell composed of at least one layer, wherein said at least one layer contains a nitrogen atom-containing resin having a refractive index of 1.57 or less, and wherein said hollow particles each have a surface treated with a compound having at least one anionic group, wherein said compound having an anionic group is selected from hydrochloric acid, acid anhydride, and an oxo acid. wherein said at least one layer contains a nitrogen atom-containing resin having a refractive index of 1.57 or less, and wherein said hollow particles each have a surface treated with a compound having at least one anionic group, wherein said compound having an anionic group is selected from hydrochloric acid, acid anhydride, and an oxo acid.
Aluminium brazing method conducted in an atmospheric-pressure furnace by using a filler alloy obtained by mechanical synthesis comprising Aluminium, Silicon, Nickel and optionally Magnesium or other alloying elements such as Copper, Zinc, Silver Chromium and Titanium; and characterised in that a gaseous atmosphere is injected into the furnace comprising an inert gas such as gaseous nitrogen and at least one lower alkane, with the lower alkane being introduced into the furnace continuously or discontinuously, with the injection able to be carried out either before the brazing or during the brazing cycle itself, and by the fact that the oxygen content in the furnace is less than a few ppm, preferably less than 1 ppm and the dew point in the furnace is below -30°C, preferably below -40°C and even more preferably below -45°C.
A NO x absorber catalyst for treating an exhaust gas from a diesel engine comprising: a substrate having an inlet end and an outlet end; and a layer comprising a mixture of a first NO x absorber material and a second NO x absorber material, wherein the layer is directly disposed on the substrate and extends for an entire length of the substrate, wherein the layer is formed from a single washcoat comprising the mixture; wherein the first NO x absorber material comprises a molecular sieve catalyst, wherein the molecular sieve catalyst comprises a noble metal and a molecular sieve, and wherein the molecular sieve contains the noble metal, wherein the noble metal comprises palladium, and wherein the molecular sieve is a small pore molecular sieve; the second NO x absorber material comprises palladium (Pd) supported on an oxide of cerium; and the layer is free of rhodium and a NO x storage component comprising an oxide, a carbonate or a hydroxide of an alkali metal, an alkaline earth metal and a rare earth metal, except for the oxide of cerium from the second NOx absorber material. a substrate having an inlet end and an outlet end; and a layer comprising a mixture of a first NO x absorber material and a second NO x absorber material, wherein the layer is directly disposed on the substrate and extends for an entire length of the substrate, wherein the layer is formed from a single washcoat comprising the mixture; wherein the first NO x absorber material comprises a molecular sieve catalyst, wherein the molecular sieve catalyst comprises a noble metal and a molecular sieve, and wherein the molecular sieve contains the noble metal, wherein the noble metal comprises palladium, and wherein the molecular sieve is a small pore molecular sieve; the second NO x absorber material comprises palladium (Pd) supported on an oxide of cerium; and the layer is free of rhodium and a NO x storage component comprising an oxide, a carbonate or a hydroxide of an alkali metal, an alkaline earth metal and a rare earth metal, except for the oxide of cerium from the second NOx absorber material. the first NO x absorber material comprises a molecular sieve catalyst, wherein the molecular sieve catalyst comprises a noble metal and a molecular sieve, and wherein the molecular sieve contains the noble metal, wherein the noble metal comprises palladium, and wherein the molecular sieve is a small pore molecular sieve; the second NO x absorber material comprises palladium (Pd) supported on an oxide of cerium; and the layer is free of rhodium and a NO x storage component comprising an oxide, a carbonate or a hydroxide of an alkali metal, an alkaline earth metal and a rare earth metal, except for the oxide of cerium from the second NOx absorber material.
A chemical mechanical polishing slurry composition comprising a CMP slurry precursor composition comprising a liquid carrier, an abrasive, a complexing agent, a corrosion inhibitor and a copolymer, wherein the copolymer has an average molecular weight of 600,000 to 1,300,000 and includes acrylic acid and acrylamide monomers in a copolymerization ratio of 1:30 to 30:1 and an oxidizing agent, wherein the composition exhibits non-Prestonian behavior, wherein the complexing agent is selected from the group consisting of carbonyl compounds, carboxylic acids and salts thereof, alcohols, amine-containing compounds, and combinations thereof, wherein the corrosion inhibitor is selected from the group consisting of imines, azoles, and combinations thereof.
A method of optimizing operation of an NGL facility comprising: (a) establishing a baseline NGL recovery for NGL processes that take place within NGL trains in the facility, each NGL process having first and second refrigeration circuits with associated refrigeration compressors; (b) modeling a process scenario for each NGL process; (c) modeling a simulated selective deactivation of a refrigeration compressor; (d) determining a modeled NGL recovery for each NGL process from step (c); (e) classifying the process scenario as a compressor off scenario if the modeled NGL recovery is at least substantially the same as the baseline NGL recovery; (f) operating a functioning NGL facility having a process scenario based on step (b); (g) deactivating a refrigeration compressor of the functioning NGL facility if the process scenario is classified as a compressor off scenario; and (h) optimizing a feed flow rate distribution to each NGL train. (a) establishing a baseline NGL recovery for NGL processes that take place within NGL trains in the facility, each NGL process having first and second refrigeration circuits with associated refrigeration compressors; (b) modeling a process scenario for each NGL process; (c) modeling a simulated selective deactivation of a refrigeration compressor; (d) determining a modeled NGL recovery for each NGL process from step (c); (e) classifying the process scenario as a compressor off scenario if the modeled NGL recovery is at least substantially the same as the baseline NGL recovery; (f) operating a functioning NGL facility having a process scenario based on step (b); (g) deactivating a refrigeration compressor of the functioning NGL facility if the process scenario is classified as a compressor off scenario; and (h) optimizing a feed flow rate distribution to each NGL train.
A method for transmitting a packet data unit, PDU, (512, 514) in a transmitter of a mobile communication system, the method comprising: generating a header (511, 513) including a length indicator, LI, (522, 524, 526) field for every data field except for a last data field, an associated extension bit (521, 523, 525) field located prior to each LI field, and a data/control, D/C, field, wherein the LI field indicates a length of a corresponding data field, the extension bit field indicates whether a data field follows the extension bit field and its associated LI field or a next extension bit field and its associated LI field follows, and the D/C field indicates whether the PDU is a data PDU or a control PDU; generating the PDU including the header and at least one data field (501, 502, 503, 504); and transmitting the PDU. generating a header (511, 513) including a length indicator, LI, (522, 524, 526) field for every data field except for a last data field, an associated extension bit (521, 523, 525) field located prior to each LI field, and a data/control, D/C, field, wherein the LI field indicates a length of a corresponding data field, the extension bit field indicates whether a data field follows the extension bit field and its associated LI field or a next extension bit field and its associated LI field follows, and the D/C field indicates whether the PDU is a data PDU or a control PDU; generating the PDU including the header and at least one data field (501, 502, 503, 504); and transmitting the PDU.
A structure, in particular, a secure document such as a passport, comprising: a first layer comprising a region of modified opacity being a watermark; at least one additional layer (30; 6; 9) fixed relative to the first layer; and a luminescent agent excitable by at least one ultraviolet light and infrared light, positioned relative to the at least one additional layer and the first layer such that upon excitation of the luminescent agent, light produced by the luminescent agent propagates through the first layer to become observable and render features of the region of modified opacity apparent, wherein the region of modified opacity is not visible in ambient light transmitted from any side of the structure, characterised in that the first layer comprises a fibrous material. a first layer comprising a region of modified opacity being a watermark; at least one additional layer (30; 6; 9) fixed relative to the first layer; and a luminescent agent excitable by at least one ultraviolet light and infrared light, positioned relative to the at least one additional layer and the first layer such that upon excitation of the luminescent agent, light produced by the luminescent agent propagates through the first layer to become observable and render features of the region of modified opacity apparent, wherein the region of modified opacity is not visible in ambient light transmitted from any side of the structure, characterised in that the first layer comprises a fibrous material.
Method for cryopreserving human teeth, comprising the steps of (i) admixing the tooth with a medium comprising an antibiotic, a cryoprotectant, serum proteins and a buffer, (ii) freezing, (iii) storing the frozen tooth at a temperature of from -20°C to -88°C. (i) admixing the tooth with a medium comprising an antibiotic, a cryoprotectant, serum proteins and a buffer, (ii) freezing, (iii) storing the frozen tooth at a temperature of from -20°C to -88°C.
A vehicle drive device comprising: a first gear train (22-25, 27-30, 33) that changes a rotation speed of a first input shaft, to which rotational power of an internal combustion engine is input through a clutch, so as to transmit power to a first output shaft and to switch between a plurality of gear ratios; a second gear train (37,42) that changes a rotation speed of a second input shaft, to which rotational power of an electric motor is input, so as to transmit power to a second output shaft and has a higher gear ratio than that of the first gear train; an input-shaft-side switching mechanism that switches between a linked state and an unlinked state to the first input shaft and the second input shaft; an output-shaft-side switching mechanism that switches between a linked state and an unlinked state to the first output shaft and the second output shaft; a slide member that slides in response to a switching operation of the input-shaft-side switching mechanism and the output-shaft-side switching mechanism; and an idler gear that is rotatably held at the slide member, receives rotational power of the first input shaft through the input-shaft-side switching mechanism according to a slide position of the slide member, and transmits rotational power to the second output shaft through the output-shaft-side switching mechanism. a first gear train (22-25, 27-30, 33) that changes a rotation speed of a first input shaft, to which rotational power of an internal combustion engine is input through a clutch, so as to transmit power to a first output shaft and to switch between a plurality of gear ratios; a second gear train (37,42) that changes a rotation speed of a second input shaft, to which rotational power of an electric motor is input, so as to transmit power to a second output shaft and has a higher gear ratio than that of the first gear train; an input-shaft-side switching mechanism that switches between a linked state and an unlinked state to the first input shaft and the second input shaft; an output-shaft-side switching mechanism that switches between a linked state and an unlinked state to the first output shaft and the second output shaft; a slide member that slides in response to a switching operation of the input-shaft-side switching mechanism and the output-shaft-side switching mechanism; and an idler gear that is rotatably held at the slide member, receives rotational power of the first input shaft through the input-shaft-side switching mechanism according to a slide position of the slide member, and transmits rotational power to the second output shaft through the output-shaft-side switching mechanism.
Finger protection blind having a retaining strip, wherein the retaining strip is arrangeable on a door leaf or frame or window casement or frame, the retaining strip has a keder-rail-like receiving slot for the thickened edge of a blind material, having a narrower slot opening of the receiving slot than the interior dimension of the receiving slot and having a through-opening in the retaining strip for a fastening means, characterized in that the slot opening is arrangeable on a side of the retaining strip directed towards the surface of the leaf/casement or frame, and in that the blind material is able to be guided out laterally between the retaining strip and the surface of the leaf/casement or frame under the retaining strip.