mhurhangee/ep-ind-claims huggingface dataset:
A method of installing a plurality of telecommunications connections in a distribution network by connecting a series of distribution points (23, 24, 25) to an exchange using a multicore cable connected to the exchange and comprising a plurality of cores having a common enclosure, at least one of the cores being a hollow tube through which optical fibre can be inserted and at least one other core being arranged to carry an electrical power supply, and arranged such that the enclosure may be disrupted over part of its length, wherein each of a series of distribution points passed by the multicore cable is connected to one or more of said cores by disrupting the enclosure at a divergence location close to the respective distribution point to allow a length of the or each core that is to be connected to the distribution point to be separated from the multicore cable core at the divergence location, cutting the separated core or cores to a length suitable to reach the distribution point, and connecting the separated core or cores to the distribution point.
An LED-light heatsink, comprising: a hollow heatsink body; and a heatsink baseplate provided at one end of the heatsink body; wherein the heatsink body is provided with a plurality of fins on an exterior wall thereof, characterized in that: an average thickness m of the fins, a length 1 of the fins, and a spacing d between the fins satisfy a relation of: m l ≤ 1 18, l d = 75 6.5. a hollow heatsink body; and a heatsink baseplate provided at one end of the heatsink body; wherein the heatsink body is provided with a plurality of fins on an exterior wall thereof, an average thickness m of the fins, a length 1 of the fins, and a spacing d between the fins satisfy a relation of: m l ≤ 1 18, l d = 75 6.5.
An industrial process for a direct and complete temperature induced transformation, via decomposition and recrystallization, of asbestos containing wastes, comprising the following steps: - admission and temporary storage of asbestos containing wastes packages sealed with plastic material containing from 50 to 70 of roofing cement-asbestos slates or other asbestos containing wastes; - submitting said asbestos containing wastes packed into said sealed packages to a continuous firing cycle without any modification of said sealed packages before the firing cycle, wherein said continuous firing cycle is a multi-step firing cycle comprising submitting said asbestos containing wastes to a non-isothermal heating up not shorter than 8h to a maximum temperature of 1200-1300 °C, keeping said asbestos containing wastes to said maximum temperature for a time not shorter than 12h and submitting said asbestos containing wastes to a non-isothermal cooling up to room temperature not shorter than 6h; said firing cycle being accomplished in an industrial continuous tunnel kiln technologically comparable to those utilized for the production of bricks having a length not shorter than 50 m. - admission and temporary storage of asbestos containing wastes packages sealed with plastic material containing from 50 to 70 of roofing cement-asbestos slates or other asbestos containing wastes; - submitting said asbestos containing wastes packed into said sealed packages to a continuous firing cycle without any modification of said sealed packages before the firing cycle,
Timepiece escapement comprising a bistable elastic member, a winding lever arranged to wind the bistable elastic member during winding phases, and a detent lever arranged to be driven by a detent of the bistable elastic member after each winding phase in order to communicate an impulse to a regulator, characterised in that it comprises a single escapement mobile to drive the winding lever during the winding phases, the escapement mobile comprising a winding member arranged to cooperate with winding elements (11, 12) of the winding lever, in the manner of a gear, in order to cause the winding lever to pivot in an alternating manner in opposing directions.
A method of processing a brake rotor for improved damping or fatigue strength of said brake rotor comprising: placing said brake rotor in electrical contact with a current carrying coil; closing a circuit to apply current to said coil producing a magnetic field in said brake rotor; opening said circuit; closing said circuit a second time to apply a second current to said coil; opening said circuit a second time; and removing said brake rotor from said current carrying coil, wherein said method comprises increasing numbers of closure domains absorbing vibrational energy, and movement of the non 180° domain walls. placing said brake rotor in electrical contact with a current carrying coil; closing a circuit to apply current to said coil producing a magnetic field in said brake rotor; opening said circuit; closing said circuit a second time to apply a second current to said coil; opening said circuit a second time; and removing said brake rotor from said current carrying coil, wherein said method comprises increasing numbers of closure domains absorbing vibrational energy, and movement of the non 180° domain walls.
An objective optical system configured to be used for sample surface analysis by an attenuated total reflectance method by being attached to an infrared microscope, comprising: a convex secondary mirror configured to reflect measurement light irradiated from the infrared microscope; a concave primary mirror configured to reflect the measurement light reflected by the secondary mirror; a prism to which the measurement light reflected by the primary mirror is irradiated; a housing which accommodates the primary mirror and the secondary mirror; a prism holder which holds the prism; a slide plate having a mask accommodation portion and having, at the center of the mask accommodation portion, a prism opening configured to accommodate the prism holder; a light shielding mask accommodated in the mask accommodation portion and shielding a part of a light beam of the measurement light incident on the prism; and a prism accommodation portion attached to the lower portion of the housing, wherein the prism accommodation portion comprises a plate accommodation portion arranged to horizontally accommodate the slide plate, and wherein the slide plate is slidably held in the prism accommodation portion. a convex secondary mirror configured to reflect measurement light irradiated from the infrared microscope; a concave primary mirror configured to reflect the measurement light reflected by the secondary mirror; a prism to which the measurement light reflected by the primary mirror is irradiated; a housing which accommodates the primary mirror and the secondary mirror; a prism holder which holds the prism; a slide plate having a mask accommodation portion and having, at the center of the mask accommodation portion, a prism opening configured to accommodate the prism holder; a light shielding mask accommodated in the mask accommodation portion and shielding a part of a light beam of the measurement light incident on the prism; and a prism accommodation portion attached to the lower portion of the housing, wherein the prism accommodation portion comprises a plate accommodation portion arranged to horizontally accommodate the slide plate, and wherein the slide plate is slidably held in the prism accommodation portion.
Pump for recirculating a cooling fluid for a vehicle with combustion engine, comprising: - a pump body designed to be fixed to a base of the vehicle engine; - an impeller inserted inside a chamber containing the cooling fluid and mounted on a driven shaft, - at least one first electric motor for driving the shaft of the impeller; wherein - said electric motor comprises a fixed stator and a rotor radially outer lying with respect to the stator and connected to the shaft of the impeller of the pump on the outside of the cooling fluid chamber and via transmission means (54,54a;354,354a;54a,66), and the electric motor is designed to operate the impeller independently of the combustion engine, characterized in that the fixed stator of said electric motor is mounted on the pump body of the pump on the outside thereof. - a pump body designed to be fixed to a base of the vehicle engine; - an impeller inserted inside a chamber containing the cooling fluid and mounted on a driven shaft, - at least one first electric motor for driving the shaft of the impeller; - said electric motor comprises a fixed stator and a rotor radially outer lying with respect to the stator and connected to the shaft of the impeller of the pump on the outside of the cooling fluid chamber and via transmission means (54,54a;354,354a;54a,66), and the electric motor is designed to operate the impeller independently of the combustion engine,
A microparticle sorting device comprising: an imaging element configured to obtain an image of fluid and fluid droplets at a position where fluid discharged from an orifice of the microparticle sorting device which generates a fluid stream is converted into a fluid stream of fluid droplets; and a controller configured to control a driving voltage for an oscillation element wherein the oscillation element is configured to give oscillation to the orifice of the microparticle sorting device, based on a state of the fluid in the image and a state of a satellite fluid droplet, wherein the satellite fluid droplet does not include microparticles and exists between the position where the fluid is converted into the fluid droplets, and a fluid droplet among fluid droplets including the microparticles which is closest to the position where the fluid is converted into the fluid droplets characterized in that the driving voltage is controlled such that a distance in the image from a position where the fluid is converted into fluid droplets to a satellite fluid droplet matches a reference distance. an imaging element configured to obtain an image of fluid and fluid droplets at a position where fluid discharged from an orifice of the microparticle sorting device which generates a fluid stream is converted into a fluid stream of fluid droplets; and a controller configured to control a driving voltage for an oscillation element wherein the oscillation element is configured to give oscillation to the orifice of the microparticle sorting device, based on a state of the fluid in the image and a state of a satellite fluid droplet, wherein the satellite fluid droplet does not include microparticles and exists between the position where the fluid is converted into the fluid droplets, and a fluid droplet among fluid droplets including the microparticles which is closest to the position where the fluid is converted into the fluid droplets characterized in that the driving voltage is controlled such that a distance in the image from a position where the fluid is converted into fluid droplets to a satellite fluid droplet matches a reference distance.
A method of controlling an accessory device which is connected with a body unit of an interchangeable lens system camera, the interchangeable lens system camera comprises at least a lens unit, the body unit, the accessory device and another accessory device, the method comprising: receiving identification information of the another accessory device from the another accessory device through a first communication path, wherein the first communication path is a communication path through which the another accessory device and the body unit transmit the identification information of the another accessory device and identification information of the accessory device to the another accessory device via a digital signal processing unit of the accessory device; the digital signal processing unit of the accessory device generating combination information by adding identification information of the accessory device to the identification information of the another accessory device; transmitting the combination information to the body unit through the first communication path; and when receiving a switching signal from the body unit, switching the first communication path to a second communication path, wherein the second communication path is a communication path through which the body unit and the lens unit directly communicate with each other without communication passing through the digital signal processing unit of the accessory device, characterised in that the combination information comprises information about an order of combination of the accessory device and the another accessory device. receiving identification information of the another accessory device from the another accessory device through a first communication path, wherein the first communication path is a communication path through which the another accessory device and the body unit transmit the identification information of the another accessory device and identification information of the accessory device to the another accessory device via a digital signal processing unit of the accessory device; the digital signal processing unit of the accessory device generating combination information by adding identification information of the accessory device to the identification information of the another accessory device; transmitting the combination information to the body unit through the first communication path; and when receiving a switching signal from the body unit, switching the first communication path to a second communication path, wherein the second communication path is a communication path through which the body unit and the lens unit directly communicate with each other without communication passing through the digital signal processing unit of the accessory device, characterised in that the combination information comprises information about an order of combination of the accessory device and the another accessory device.
Communication device for identifying and/or locating an RFID transponder with - a first RFID reader and - at least a second RFID reader, wherein - the first and/or the at least a second RFID reader (14, 16) for identifying and/or locating the RFID transponder send(s) out a query signal (S1 to S4) to the RFID transponder and receive(s) a response signal (A1, A2) from the RFID transponder, wherein - the communication device has a triggering device, which is designed to send a triggering signal (R1/2_OUT, R3/4_OUT, R1/2/3/4_OUT) to the first and/or the at least a second RFID reader (14, 16), as a result of which the first and/or the at least a second RFID reader (14, 16) send(s) out the query signal (S1 to S4), characterized in that - the triggering device is designed to check whether the first RFID reader and/or the at least a second RFID reader is/are ready to send the query signal (S1 to S4). - a first RFID reader and - at least a second RFID reader, wherein - the first and/or the at least a second RFID reader (14, 16) for identifying and/or locating the RFID transponder send(s) out a query signal (S1 to S4) to the RFID transponder and receive(s) a response signal (A1, A2) from the RFID transponder, wherein - the communication device has a triggering device, which is designed to send a triggering signal (R1/2_OUT, R3/4_OUT, R1/2/3/4_OUT) to the first and/or the at least a second RFID reader (14, 16), as a result of which the first and/or the at least a second RFID reader (14, 16) send(s) out the query signal (S1 to S4), characterized in that - the triggering device is designed to check whether the first RFID reader and/or the at least a second RFID reader is/are ready to send the query signal (S1 to S4).
A sweetened beverage having a degree of sweetness, produced using mineral-rich water, wherein mineral-rich water is water of which the mineral content, calculated as a solid residue, is more than 1,000 mg/l in accordance with annex 6 to section 9, paragraph 3 of the Mineral and Table Water Regulation of the Federal Republic of Germany, dated August 1, 1984 (BGBl. I p. 1036), last amended by article 25 of the regulation dated July 5, 2017 (BGBl. I p. 2272), and one or more natural sweeteners, containing or consisting of saccharose, the mineral-rich water or the beverage having a total hardness °dH of at least 35, determined in accordance with the Washing and Cleaning Agents Act of the Federal Republic of Germany, in the version that came into effect on May 5, 2007, wherein the indication millimoles of calcium carbonate per litre provided in said act is to be replaced with millimoles of cations of alkaline earth metals per litre. one or more natural sweeteners, containing or consisting of saccharose, the mineral-rich water or the beverage having a total hardness °dH of at least 35, determined in accordance with the Washing and Cleaning Agents Act of the Federal Republic of Germany, in the version that came into effect on May 5, 2007, wherein the indication millimoles of calcium carbonate per litre provided in said act is to be replaced with millimoles of cations of alkaline earth metals per litre.
A method of detection, by mass spectrometry of MS/MS type in MRM mode, for at least one microorganism contained in a sample, of at least one marker of resistance to at least one antimicrobial, which is a carbapenem, said markers of resistance being markers of KPC type, chosen from the peptides of sequence SEQ ID No. 20 to SEQ ID No. 33, SEQ ID No. 1094, SEQ ID No. 1096 and SEQ ID No. 1097.
Enteric-coated duloxetine tablet consisting of: - a core comprising duloxetine hydrochloride, which is blended uniformly without the use of any liquid with compressible sugar as defined in the monograph of the British Pharmacopoeia 2013, Volume II, pages 2117-2118, the amount of said compressible sugar being 60-85% by weight calculated on the total weight of the core, and optionally with one or more pharmaceutically acceptable excipients, and - an enteric coating applied directly on the core and comprising methacrylic acid-ethyl acrylate copolymer (1:1) as the only polymer resistant to gastric acid and one or more pharmaceutically acceptable excipients. - a core comprising duloxetine hydrochloride, which is blended uniformly without the use of any liquid with compressible sugar as defined in the monograph of the British Pharmacopoeia 2013, Volume II, pages 2117-2118, the amount of said compressible sugar being 60-85% by weight calculated on the total weight of the core, and optionally with one or more pharmaceutically acceptable excipients, and - an enteric coating applied directly on the core and comprising methacrylic acid-ethyl acrylate copolymer (1:1) as the only polymer resistant to gastric acid and one or more pharmaceutically acceptable excipients.
A method for performing, by a user equipment, UE, a cell reselection in a wireless communication system, the method comprising: camping on a cell of a base station; receiving, from the base station, broadcast system information, SI, for the cell, wherein the broadcast SI includes a failure offset, a timer value and information related to whether transmission of an on-demand SI is scheduled or not; requesting transmission of the on-demand SI by sending a SI request message to the base station via the cell; starting a timer with the timer value included in the received broadcast SI and applying the failure offset to the cell if the UE fails N times to request transmission of the on-demand SI to the base station via the cell; performing the cell reselection after applying the failure offset to the cell; transmitting, to the base station, the on-demand SI request at the reselected cell, wherein the N is an integer value, wherein, if the UE is still camping on the cell, the UE does not request transmission of the on-demand SI to the base station via the cell, while the timer is running, and wherein the timer is expired if the UE reselects to another cell. camping on a cell of a base station; receiving, from the base station, broadcast system information, SI, for the cell, wherein the broadcast SI includes a failure offset, a timer value and information related to whether transmission of an on-demand SI is scheduled or not; requesting transmission of the on-demand SI by sending a SI request message to the base station via the cell; starting a timer with the timer value included in the received broadcast SI and applying the failure offset to the cell if the UE fails N times to request transmission of the on-demand SI to the base station via the cell; performing the cell reselection after applying the failure offset to the cell; transmitting, to the base station, the on-demand SI request at the reselected cell, wherein the N is an integer value, wherein, if the UE is still camping on the cell, the UE does not request transmission of the on-demand SI to the base station via the cell, while the timer is running, and wherein the timer is expired if the UE reselects to another cell.
A motorcycle tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core therein, a carcass extending between the bead portions through the tread portion and sidewall portions, and a breaker disposed radially outside the carcass in the tread portion and composed of two cross plies (7A, 7B) of breaker cords, the tread portion is provided on each side of the tire equator with main oblique grooves so that each of the main oblique grooves has an axially inner end at a certain axial distance from the tire equator, and extends axially outwardly and terminates within the tread portion, each of the main oblique grooves comprises an axially inner oblique segment extending axially outwardly from said axially inner end, while inclining to one tire circumferential direction at a small angle (α2i) with respect to the tire circumferential direction, and an axially outer oblique segment extending from the axially outer end of the axially inner oblique segment, while inclining to said one tire circumferential direction at a large angle (α2o) with respect to the tire circumferential direction which is larger than the small angle (α2i) of the axially inner oblique segment so as to form a bent point therebetween, and the tread portion is further provided with an auxiliary oblique groove so as to alternate with the main oblique grooves, characterized in that the two cross plies (7A, 7B) of breaker cords have different axial widths, each of the main oblique grooves extends axially outwardly beyond the side edge of a narrow width ply of the breaker, the developed axial distance (L2b) from the bent point to the side edge of the narrow width ply is not more than 10 % of the developed tread width (TWe), the auxiliary oblique groove inclines to the same direction as the main oblique grooves, the auxiliary oblique groove has an axially inner end positioned axially outside the axially inner end of the main oblique grooves and axially inside the bent point, and an axially outer end positioned axially outside the bent point and axially inside the axially outer end of the main oblique grooves.