mhurhangee/ep-ind-claims huggingface dataset:
A method for use in an access point for establishing a data connection between a terminal and a data communications network, comprising - Receiving, from the terminal, a service provider request provided in a Probe Request frame comprising a MAC address of the terminal, wherein the terminal has previously been connected to a regular wireless network emitted by an other access point, wherein a network message comprising the MAC address of the terminal has been sent from the other access point to the master server and wherein information of the network message has been stored in the master server; - Sending, to a master server, request information pertaining to the service provider request; - Receiving, from the master server, acknowledgement information relating to a service provider server being comprised in the other access point and associated with a service provider capable of operatively connecting the terminal to the data communications network via the access point; - Establishing a network connection to the service provider server; - Receiving, from said service provider server, a set of instructions; - Allocating a virtual access point according to said instructions; and - Establishing a data connection between the terminal and the data communications network via the virtual access point according to said instructions. - Receiving, from the terminal, a service provider request provided in a Probe Request frame comprising a MAC address of the terminal, wherein the terminal has previously been connected to a regular wireless network emitted by an other access point, wherein a network message comprising the MAC address of the terminal has been sent from the other access point to the master server and wherein information of the network message has been stored in the master server; - Sending, to a master server, request information pertaining to the service provider request; - Receiving, from the master server, acknowledgement information relating to a service provider server being comprised in the other access point and associated with a service provider capable of operatively connecting the terminal to the data communications network via the access point; - Establishing a network connection to the service provider server; - Receiving, from said service provider server, a set of instructions; - Allocating a virtual access point according to said instructions; and - Establishing a data connection between the terminal and the data communications network via the virtual access point according to said instructions.
A joint unit comprising: an input-side support member (60 - 62) that supports a rotationally driven input shaft; a decelerator (37 - 39) that decelerates the input shaft to provide a deceleration output shaft; an output rotating body that is coupled to the deceleration output shaft, and includes a strain generating portion that generates strain due to rotation transmitted by the deceleration output shaft; and an associated rotating body that is coupled to an output-side portion of the strain generating portion of the output rotating body to rotate together with the output rotating body, and is disposed in a space between the input-side support member and an input-side portion of the strain generating portion of the output rotating body, wherein a first angle detection mechanism (66, 81) for detecting an angle formed between the associated rotating body and the input-side support member is provided for the associated rotating body and the input-side support member, and a second angle detection mechanism (48, 81) for detecting an angle formed between the associated rotating body and the input-side portion of the strain generating portion of the output rotating body is provided for the associated rotating body and the input-side portion. an input-side support member (60 - 62) that supports a rotationally driven input shaft; a decelerator (37 - 39) that decelerates the input shaft to provide a deceleration output shaft; an output rotating body that is coupled to the deceleration output shaft, and includes a strain generating portion that generates strain due to rotation transmitted by the deceleration output shaft; and an associated rotating body that is coupled to an output-side portion of the strain generating portion of the output rotating body to rotate together with the output rotating body, and is disposed in a space between the input-side support member and an input-side portion of the strain generating portion of the output rotating body, wherein a first angle detection mechanism (66, 81) for detecting an angle formed between the associated rotating body and the input-side support member is provided for the associated rotating body and the input-side support member, and a second angle detection mechanism (48, 81) for detecting an angle formed between the associated rotating body and the input-side portion of the strain generating portion of the output rotating body is provided for the associated rotating body and the input-side portion.
A method of calculating a normalized received signal level, NRSL, value in mobile communication system supporting a packet idle mode, a packet transfer mode, a dedicated mode and a dual transfer mode, the method performed by a mobile station MS and comprising: obtaining, by the MS, a first NRSL value in the dedicated mode; performing transition from the dedicated mode to the packet idle mode by the MS; calculating, by the MS in the packet idle mode, a second NRSL value for use in the packet idle mode, wherein the second NRSL value is calculated by using a mean value of a received signal level of four normal bursts that compose a radio block and an output power deduction value of the base transceiver station, BTS, relative to a output power used for a broadcast control channel; and filtering, by the MS in the packet idle mode, the second NRSL value with a running average filter using a forgetting factor, a first iteration index, and the first NRSL value, wherein the first iteration index continues from a second iteration index that is obtained by the MS in the dedicated mode, and wherein the dedicated mode is a circuit switched mode and the packet transfer mode is a packet switched mode. obtaining, by the MS, a first NRSL value in the dedicated mode; performing transition from the dedicated mode to the packet idle mode by the MS; calculating, by the MS in the packet idle mode, a second NRSL value for use in the packet idle mode, wherein the second NRSL value is calculated by using a mean value of a received signal level of four normal bursts that compose a radio block and an output power deduction value of the base transceiver station, BTS, relative to a output power used for a broadcast control channel; and filtering, by the MS in the packet idle mode, the second NRSL value with a running average filter using a forgetting factor, a first iteration index, and the first NRSL value, wherein the first iteration index continues from a second iteration index that is obtained by the MS in the dedicated mode, and wherein the dedicated mode is a circuit switched mode and the packet transfer mode is a packet switched mode.
Transport device, comprising a first stationary part and a second part arranged movably relative to the first part, wherein the first part comprises rails and a secondary part, wherein the second part comprises a primary part in operative connection with the secondary part and provided on a rail-guided carriage, wherein the first part comprises a cover, in particular roof-shaped cover, the top surface of which extends in the lateral direction at least over the region of the rails and the secondary part and which extends in the direction of movement, wherein the cover is held by one, two or more tensioning cables, wherein a carriage surrounds the cover in a ring-like manner, wherein the ring is deformed and lies in a plane, the normal direction of which is oriented in the direction of movement, wherein the carriage is movable to and fro between the two suspension points of the cable.
A hydro-expansion chuck for clamping a workpiece having a structured lateral surface in the region of this lateral surface, comprising at least one channel integrated therein for receiving a hydraulic fluid, wherein the hydraulic fluid is provided to be pressurised in order to clamp the workpiece securely in the hydro-expansion chuck, wherein the hydro-expansion chuck is produced by an additive manufacturing method and is designed to be substantially annular, wherein the at least one channel has at least one annular circumferential channel portion (3a, 3b) which is formed radially between an inner circumferential surface and an outer circumferential surface of the hydro-expansion chuck, wherein the hydro-expansion chuck on the inner circumferential surface has a holding contour comprising a plurality of expansion lugs, and in that a plurality of further channel portions branch off from the at least one channel, wherein at least one further channel portion in each case extends into one of the expansion lugs, wherein each further channel portion, viewed in the direction of a rotation axis of the hydro-expansion chuck, is approximately T-shaped, and wherein each further channel portion, in section, is T-shaped as viewed in a longitudinal direction of the circumferential channel portion (3a, 3b).
A method of determining the temperature sensitivity of a product to be cooked in a cooking container having a cooking volume, in particular in a trough-shaped cooking container, comprising the following steps: a) determining at least one sensitivity-relevant parameter of the product to be cooked, the at least one sensitivity-relevant parameter being the temperature, the temperature profile, the slope of the temperature profile, the light transmission, in particular for infrared light, the color, the refractive index, the sound attenuation, in particular for ultrasound, the dielectric constant, the density and/or the viscosity of the product to be cooked, characterized by the following method steps: b) comparing the at least one sensitivity-relevant parameter with at least one predetermined threshold value; c) determining the temperature sensitivity of the product to be cooked on the basis of the result of the comparison; and d) determining whether or not a temperature-sensitive product to be cooked is involved, wherein a temperature-sensitive product to be cooked is understood to be milk, thickened gravies, soups, stews or the like in which, due to a higher viscosity or solid constituents, a mixing and thus the heat transport by convection is limited in contrast to water. a) determining at least one sensitivity-relevant parameter of the product to be cooked, the at least one sensitivity-relevant parameter being the temperature, the temperature profile, the slope of the temperature profile, the light transmission, in particular for infrared light, the color, the refractive index, the sound attenuation, in particular for ultrasound, the dielectric constant, the density and/or the viscosity of the product to be cooked, characterized by the following method steps: b) comparing the at least one sensitivity-relevant parameter with at least one predetermined threshold value; c) determining the temperature sensitivity of the product to be cooked on the basis of the result of the comparison; and d) determining whether or not a temperature-sensitive product to be cooked is involved,
A process for preparing a secondary amide with the following formula wherein R 1 is an aromatic group or a straight or branched aliphatic carbon chain which comprises at least one carbon atom and which may be substituted or not; R 2 and R 3 are, independent from one another, an aromatic group or a further straight or branched aliphatic carbon chain which comprises at least one carbon atom and which may be substituted or not, or R 2 and R 3 form a cycle containing the amide nitrogen, which process comprises the step of carbonylating a tertiary amine of formula with carbon monoxide in a reaction mixture in the presence of a catalyst which comprises palladium and in the presence of a halogen containing promoter; wherein said reaction mixture is substantially free of primary or secondary amines. R 1 is an aromatic group or a straight or branched aliphatic carbon chain which comprises at least one carbon atom and which may be substituted or not; R 2 and R 3 are, independent from one another, an aromatic group or a further straight or branched aliphatic carbon chain which comprises at least one carbon atom and which may be substituted or not, or R 2 and R 3 form a cycle containing the amide nitrogen, which process comprises the step of carbonylating a tertiary amine of formula
An improved endodontic instrument for shaping or cleaning a root canal in a tooth comprising a file (70, 80) with one or more flutes spiraling along the length of the file, the one or more flutes having a first outer diameter at a shank end of the file, a second, smaller outer diameter at a tip end of the file, said first and second outer diameters conforming to a straight taper line between a shank portion (79, 84) and a tip portion (77, 81) of the file (70, 80), the outer diameter of the flutes along an intermediate portion (72, 82, 83) located between the shank portion (79, 84) and the tip portion (77, 81) of the file (70, 80) being less than the first diameter, and a cutting edge on a leading edge of the one or more flutes, wherein the flutes in the shank portion and a tip portion are landed flutes, non-landed flutes or a combination thereof, characterized by: at least one region in the intermediate portion (72, 82, 83) with flute diameters which are less than the straight taper line between the shank portion (79, 84) and the tip portion (77, 81) wherein the flutes (78, 89) in the at least one region in the intermediate portion (72, 82, 83) are landed flutes and all the lands on the flutes in said one region in the intermediate portion have widths greater than the widths of the lands (76, 88) in the shank portion (79, 84) or tip portion (77, 81). at least one region in the intermediate portion (72, 82, 83) with flute diameters which are less than the straight taper line between the shank portion (79, 84) and the tip portion (77, 81) wherein the flutes (78, 89) in the at least one region in the intermediate portion (72, 82, 83) are landed flutes and all the lands on the flutes in said one region in the intermediate portion have widths greater than the widths of the lands (76, 88) in the shank portion (79, 84) or tip portion (77, 81).
An OLED display device, comprising: an array of light emitting pixels, each pixel having three or more first OLEDs (20, 22, 24) configured to emit different colors of light (2, 4, 6) defining a gamut and at least one additional OLED configured to emit white light, wherein the power efficiency of the additional OLED is higher than the power efficiency of at least one of the first OLEDs (20, 22, 24); wherein: the first OLEDs (20, 22, 24) and the additional OLED include the same light-emitting material, the first OLEDs (20, 22, 24) further include respective, different color filters (32, 34, 36) configured to produce the respective, different colors of light (2, 4, 6) defining the gamut, and the filtered light emitted by each of the first OLEDs (20, 22, 24) has a narrower bandwidth than the bandwidth of light emitted by the additional OLED, and further including a processor configured to cause the display to produce colors of light within the gamut using a combination of light from the additional OLED and light from one or more of the first OLEDs (20, 22, 24) to produce a given color and luminance at a reduced power usage compared to the OLED display device without the additional white OLED. an array of light emitting pixels, each pixel having three or more first OLEDs (20, 22, 24) configured to emit different colors of light (2, 4, 6) defining a gamut and at least one additional OLED configured to emit white light, wherein the power efficiency of the additional OLED is higher than the power efficiency of at least one of the first OLEDs (20, 22, 24); wherein: the first OLEDs (20, 22, 24) and the additional OLED include the same light-emitting material, the first OLEDs (20, 22, 24) further include respective, different color filters (32, 34, 36) configured to produce the respective, different colors of light (2, 4, 6) defining the gamut, and the filtered light emitted by each of the first OLEDs (20, 22, 24) has a narrower bandwidth than the bandwidth of light emitted by the additional OLED, and further including a processor configured to cause the display to produce colors of light within the gamut using a combination of light from the additional OLED and light from one or more of the first OLEDs (20, 22, 24) to produce a given color and luminance at a reduced power usage compared to the OLED display device without the additional white OLED. the first OLEDs (20, 22, 24) and the additional OLED include the same light-emitting material, the first OLEDs (20, 22, 24) further include respective, different color filters (32, 34, 36) configured to produce the respective, different colors of light (2, 4, 6) defining the gamut, and the filtered light emitted by each of the first OLEDs (20, 22, 24) has a narrower bandwidth than the bandwidth of light emitted by the additional OLED, and further including a processor configured to cause the display to produce colors of light within the gamut using a combination of light from the additional OLED and light from one or more of the first OLEDs (20, 22, 24) to produce a given color and luminance at a reduced power usage compared to the OLED display device without the additional white OLED.
Method for manufacturing a pressure hose, said method comprising the following steps: - the injection moulding of a tubular first hose element; - the pulling of a fabric hose onto the outside of said first hose element; - the injection moulding of a tubular second hose element around the first hose element and the fabric hose which has been pulled over it; in which method, during the injection moulding of the first hose element, said first hose element is manufactured so as to be longer, at at least one of its ends, than the second hose element is subsequently manufactured to be, so that, with the injection moulding of said second hose element, at least one protruding hose section of the first hose element is produced. - the injection moulding of a tubular first hose element; - the pulling of a fabric hose onto the outside of said first hose element; - the injection moulding of a tubular second hose element around the first hose element and the fabric hose which has been pulled over it;
A link adjustment method, comprising: sending, by a sending side, link information to a receiving side; enabling, by the receiving side according to the link information, a SerDes link to be added; sending, by the sending side according to a short unit frame period, padding data to the receiving side over the added SerDes link, and adding a synchronization word into the padding data; searching, by the receiving side according to the short unit frame period, for the synchronization word in the added SerDes link, and determining, according to the synchronization word, whether the added SerDes link is synchronized, characterized by; when the receiving side determines that the added SerDes link has been synchronized, feeding back, by the receiving side, a response, indicating that the added link has been synchronized to the sending side; inserting, by the sending side, alignment words to an original SerDes link and the added SerDes link, switching, by the receiving side according to the alignment word, a read period of data in the added SerDes link from the short unit frame period into a long unit frame period, wherein a period length of the short unit frame period is shorter than a period length of the long unit frame period, and aligning the data of the added SerDes link with data of the original SerDes link; sending, by the sending side according to the long unit frame period, service data to the receiving side over the added SerDes link. sending, by a sending side, link information to a receiving side; enabling, by the receiving side according to the link information, a SerDes link to be added; sending, by the sending side according to a short unit frame period, padding data to the receiving side over the added SerDes link, and adding a synchronization word into the padding data; searching, by the receiving side according to the short unit frame period, for the synchronization word in the added SerDes link, and determining, according to the synchronization word, whether the added SerDes link is synchronized, characterized by; when the receiving side determines that the added SerDes link has been synchronized, feeding back, by the receiving side, a response, indicating that the added link has been synchronized to the sending side; inserting, by the sending side, alignment words to an original SerDes link and the added SerDes link, switching, by the receiving side according to the alignment word, a read period of data in the added SerDes link from the short unit frame period into a long unit frame period, wherein a period length of the short unit frame period is shorter than a period length of the long unit frame period, and aligning the data of the added SerDes link with data of the original SerDes link; sending, by the sending side according to the long unit frame period, service data to the receiving side over the added SerDes link.
Soil-cultivating implement having at least one soil-cultivating tool, one measuring device and one memory unit which is coupled to the measuring device and has the purpose of storing and processing the data originating from the measuring device, characterized in that the measuring device has at least one sensor (7, 8) which is arranged on a plurality of soil-cultivating tools or on each soil-cultivating tool, and the measurement signals of which are a measure of the interference variables acting on the soil-cultivating tool, and has means for exchanging data with a global position-detection system.
Assembly formed by an electric motor and a handpiece for surgical or dental use, wherein the electric motor comprises a nozzle for coupling to a surgical or dental handpiece, wherein the ratio between the length (L 3) of the coupling nozzle and the external diameter (d 2) of the coupling nozzle set by ISO standard 3964-1982 is comprised between 1.8 and 2.5, so that the length of the coupling nozzle is comprised between 17 and 25 mm, the chirurgical or dental handpiece including a female rear portion defining a cylindrical housing for receiving the coupling nozzle of the electric motor, the length (L 4) of the cylindrical housing being reduced in the same proportions as the length (L 3) of the coupling nozzle of the motor, the length (L 4) of the cylindrical housing having a play of around 1 mm relative to the length (L 3) of the coupling nozzle of the electric motor.
Reed arrangement comprising a reed having elements adjustable by a spindle nut (8, 8'), the spindle nut being arranged on a rotatable spindle with a body which has a threaded bore with an internal thread, characterized in that the body has at least one through-channel (15, 16) which overlaps the threaded bore in the radial direction and interrupts the internal thread, wherein a tangent to the threaded bore and a tangent to the through-channel (15, 16) enclose an acute angle at a point where the threaded bore and the through-channel (15, 16) intersect and form an acute edge.