mhurhangee/ep-ind-claims huggingface dataset:
A switchback mechanism comprising: a conveying path (55, 112a) to convey paper-like materials in a fixed direction, first and second switchback portions (63, 63R, 63L) provided along the conveying path for reversing the top and bottom of a paper-like material by accepting the paper-like material conveyed through the conveying path and sending the paper-like material in the reverse direction, a guide member to accept the paper-like materials conveyed through the conveying path in the first switchback portion and the second switchback portion selectively, wherein the first and second switchback portions are able to reverse the top and bottom of an accepted paper-like material by decelerating and stopping the conveyance of an accepted paper-like material and then, accelerating and sending the paper-like material out in the reverse direction when reversing the top and bottom of the paper-like material, characterized in that the first and second switchback portions are able to send the paper-like material without stopping the paper-like material in the state clamping the paper-like material when the reversion is not required by the first and second switchback portions, out to a bypass conveying path arranged to bypass paper-like materials, wherein the bypass conveying path is so configured that paper-like material conveyed through the switchback portions (63, 63R, 63L) and paper-like material conveyed through the bypass conveying path reach a joining portion with the same time interval. a conveying path (55, 112a) to convey paper-like materials in a fixed direction, first and second switchback portions (63, 63R, 63L) provided along the conveying path for reversing the top and bottom of a paper-like material by accepting the paper-like material conveyed through the conveying path and sending the paper-like material in the reverse direction, a guide member to accept the paper-like materials conveyed through the conveying path in the first switchback portion and the second switchback portion selectively, wherein the first and second switchback portions are able to reverse the top and bottom of an accepted paper-like material by decelerating and stopping the conveyance of an accepted paper-like material and then, accelerating and sending the paper-like material out in the reverse direction when reversing the top and bottom of the paper-like material, characterized in that the first and second switchback portions are able to send the paper-like material without stopping the paper-like material in the state clamping the paper-like material when the reversion is not required by the first and second switchback portions, out to a bypass conveying path arranged to bypass paper-like materials, wherein the bypass conveying path is so configured that paper-like material conveyed through the switchback portions (63, 63R, 63L) and paper-like material conveyed through the bypass conveying path reach a joining portion with the same time interval.
An actuation system for driving a probe of a scanning probe microscope, the system comprising: an optical system arranged to illuminate the probe at two or more locations on the probe; actuation light sources arranged to generate first and second beams (40a, 40b); and a modulation system arranged to modulate the intensity of the illumination differently at the two or more locations, wherein the optical system comprises a lens arranged to receive the first and second beams (40a, 40b) and direct them onto the probe at first and second locations, characterised in that the modulation system is arranged to modulate the intensity of the illumination at the first location in accordance with a first drive signal, and the modulation system is arranged to modulate the intensity of the illumination at the second location in accordance with a second drive signal which is different to the first drive signal.
A chain guide assembly frame comprising a main body and a driven sprocket holding portion that is able to clamps a driven sprocket in an upper part of the main body, the main body including a fixed chain guide, and a pivoting chain guide holding portion to which a pivoting chain guide is mountable, the driven sprocket holding portion including a fixed-guide-side sprocket holding portion provided on a fixed chain guide side, and a pivoting-guide-side sprocket holding portion provided on a pivoting chain guide holding portion side, the main body including a drive sprocket holding portion that is able to hold a drive sprocket and located lower than the driven sprocket holding portion, the main body including a concave and/or convex oil passage extending from an upper part toward a lower part to guide oil toward above the drive sprocket holding portion, the main body includes, in an upper part thereof, a top guide and the oil passage includes an upper oil passage formed extending from the top guide through between the fixed-guide-side sprocket holding portion and the pivoting-guide-side sprocket holding portion, and a lower oil passage formed at a position lower than the upper oil passage, characterized in that the upper oil passage includes a fixed-guide-side upper oil passage formed on a fixed-guide-side sprocket holding portion side, and a pivoting-guide-side upper oil passage formed on a pivoting-guide-side sprocket holding portion side. the main body including a fixed chain guide, and a pivoting chain guide holding portion to which a pivoting chain guide is mountable, the driven sprocket holding portion including a fixed-guide-side sprocket holding portion provided on a fixed chain guide side, and a pivoting-guide-side sprocket holding portion provided on a pivoting chain guide holding portion side, the main body including a drive sprocket holding portion that is able to hold a drive sprocket and located lower than the driven sprocket holding portion, the main body including a concave and/or convex oil passage extending from an upper part toward a lower part to guide oil toward above the drive sprocket holding portion, the main body includes, in an upper part thereof, a top guide and the oil passage includes an upper oil passage formed extending from the top guide through between the fixed-guide-side sprocket holding portion and the pivoting-guide-side sprocket holding portion, and a lower oil passage formed at a position lower than the upper oil passage, characterized in that the upper oil passage includes a fixed-guide-side upper oil passage formed on a fixed-guide-side sprocket holding portion side, and a pivoting-guide-side upper oil passage formed on a pivoting-guide-side sprocket holding portion side.
Blade for a lining of a mould intended for vulcanizing a tyre tread, the said blade (1; 10; 33) being produced by selective laser melting, the said blade comprising: - an anchoring part (3; 14; 39) configured to anchor the blade (1; 10; 33) in a body of the lining; - a moulding part (5; 16; 41) configured to mould at least one cut in the tread of the tyre; characterized in that the blade (1; 10; 33) comprises reinforcing means (9a, 9b, 9c; 12a, 12b, 12c; 40a, 40b, 40c), the said reinforcing means being present only in the anchoring part (3; 14; 39) of the said blade. - an anchoring part (3; 14; 39) configured to anchor the blade (1; 10; 33) in a body of the lining; - a moulding part (5; 16; 41) configured to mould at least one cut in the tread of the tyre; characterized in that the blade (1; 10; 33) comprises reinforcing means (9a, 9b, 9c; 12a, 12b, 12c; 40a, 40b, 40c), the said reinforcing means being present only in the anchoring part (3; 14; 39) of the said blade.
A synchronization control apparatus configured to be connected to a first processor and a second processor, comprising: a counter that carries out a counting and outputs resulting count information; a timeout time holder that holds a timeout time indicating a resynchronisation maximum time and outputs the timeout time; a comparator that compares the count information output from the counter and the timeout time output from the timeout time holder; a synchronization controller (13, 14) that monitors a synchronization between the first processor and the second processor by comparing an output from the first processor and an output from the second processor, and starts a resynchronization process as well as a counting with said counter when a mis-match of the outputs from the first processor and the second processor is detected; and wherein: when the comparator detects that the count information and the timeout time match after the counter starts a counting, the synchronization control apparatus stops either the first processor or second processor in which a synchronization delay has occurred, and initializes one of the first processor and the second processor in which the synchronization delay has not occurred, and stops the comparison between the output from the first processor and the output from the second processor. a counter that carries out a counting and outputs resulting count information; a timeout time holder that holds a timeout time indicating a resynchronisation maximum time and outputs the timeout time; a comparator that compares the count information output from the counter and the timeout time output from the timeout time holder; a synchronization controller (13, 14) that monitors a synchronization between the first processor and the second processor by comparing an output from the first processor and an output from the second processor, and starts a resynchronization process as well as a counting with said counter when a mis-match of the outputs from the first processor and the second processor is detected; and wherein: when the comparator detects that the count information and the timeout time match after the counter starts a counting, the synchronization control apparatus stops either the first processor or second processor in which a synchronization delay has occurred, and initializes one of the first processor and the second processor in which the synchronization delay has not occurred, and stops the comparison between the output from the first processor and the output from the second processor. when the comparator detects that the count information and the timeout time match after the counter starts a counting, the synchronization control apparatus stops either the first processor or second processor in which a synchronization delay has occurred, and initializes one of the first processor and the second processor in which the synchronization delay has not occurred, and stops the comparison between the output from the first processor and the output from the second processor.
A data account management method performed by a mobile communication terminal, comprising the following steps of: a. choosing one of SIM cards of the mobile communication terminal when an application of the mobile communication terminal needs to use a data account; b. searching for a corresponding data account group of the SIM card, and choosing data accounts, which are stored in the data account group, in sequence according to priority orders of the data accounts; and c. activating the data accounts that are chosen; before the step a further comprising the following steps: a01. creating a database for each mobile communication operator of the mobile communication terminal respectively, the database comprising names and priority orders of data accounts corresponding to the respective mobile communication operator; and a02. when a new SIM card is inserted in the mobile communication terminal, determining an available data account of the new SIM card and a priority order of the available data account according to the database and creating the data account group; wherein the step a02 comprises: when the new SIM card is inserted in the mobile communication terminal, listing the data accounts corresponding to the respective mobile communication operator according to the database for choice by a user; and creating the data account group according to the choice of the user and the priority orders of the data accounts in the database; wherein the data accounts comprise a WIFI account; wherein the step a further comprises: if no SIM card is available in the mobile communication terminal when the application of the mobile communication terminal needs to use a data account, then choosing the WIFI account directly. a. choosing one of SIM cards of the mobile communication terminal when an application of the mobile communication terminal needs to use a data account; b. searching for a corresponding data account group of the SIM card, and choosing data accounts, which are stored in the data account group, in sequence according to priority orders of the data accounts; and c. activating the data accounts that are chosen; a01. creating a database for each mobile communication operator of the mobile communication terminal respectively, the database comprising names and priority orders of data accounts corresponding to the respective mobile communication operator; and a02. when a new SIM card is inserted in the mobile communication terminal, determining an available data account of the new SIM card and a priority order of the available data account according to the database and creating the data account group;
A belt for suspending and/or driving an elevator car of an elevator system comprising: a plurality of tension members arranged in a lengthwise direction; and a jacket substantially retaining the plurality of tension members, the jacket defining a traction portion, a back portion, and an inner portion between the traction portion and the back portion; wherein the traction portion is formed from a first material and the inner portion is formed from a second material having an increased fire resistance compared to the first material, characterized in that said belt further comprises an edge treatment at one or more lateral edges of the belt to increase fire resistance of the lateral edges, wherein the edge treatment extends inboard partially along the traction portion and/or the back portion. a plurality of tension members arranged in a lengthwise direction; and a jacket substantially retaining the plurality of tension members, the jacket defining a traction portion, a back portion, and an inner portion between the traction portion and the back portion; wherein the traction portion is formed from a first material and the inner portion is formed from a second material having an increased fire resistance compared to the first material, characterized in that said belt further comprises an edge treatment at one or more lateral edges of the belt to increase fire resistance of the lateral edges, wherein the edge treatment extends inboard partially along the traction portion and/or the back portion.
A golf club head comprising: a body member having a ball striking face, a crown region, a toe region, a heel region, a sole region, a rear region and a hosel region; the crown region having a drag-reduction feature that includes a first elongated fin and a second elongated fin, at least one of the first and second fins extending in a generally ball striking face-to-rear region orientation, each fin having an uppermost edge extending between a forward-most end and a rearward-most end, the uppermost edge of the first fin and the uppermost edge of the second fin being spaced farther apart at their forward-most ends than at their rearward-most ends, wherein the first and second elongated fins are formed with a height (H f), and the height of the first elongated fin decreases from a maximum height at, or near, the forward-most end as the fin extends toward the rear of the club head. a body member having a ball striking face, a crown region, a toe region, a heel region, a sole region, a rear region and a hosel region; the crown region having a drag-reduction feature that includes a first elongated fin and a second elongated fin, at least one of the first and second fins extending in a generally ball striking face-to-rear region orientation, each fin having an uppermost edge extending between a forward-most end and a rearward-most end, the uppermost edge of the first fin and the uppermost edge of the second fin being spaced farther apart at their forward-most ends than at their rearward-most ends, wherein the first and second elongated fins are formed with a height (H f), and the height of the first elongated fin decreases from a maximum height at, or near, the forward-most end as the fin extends toward the rear of the club head.
A structure for collecting, concentrating and transmitting sunlight, comprising multiple sunlight collection structures, a sunlight collecting unit and a filtering valve designed to disperse light on a wave-length basis,, wherein a sunlight collecting structure transmits parallel light after it collects sunlight by performing total reflection of sunlight in parallel, which takes place when light is incident on the reflective surface above a certain threshold angle, and wherein sunlight is concentrated by combining collected sunlight in a multistage manner, wherein each of the sunlight collecting structures includes: a first paraboloidal reflector with a concave reflective surface; and a second paraboloidal reflector with a convex reflective surface, positioned inside the first paraboloidal reflector and sharing a same focus with the first paraboloidal reflector, and wherein an opening for transmitting sunlight reflected from the second paraboloidal reflector is formed at a lower portion of the first paraboloidal reflector, wherein the opening is equipped with a light transmitting pipe for transmitting sunlight collected through the first paraboloidal reflector and the second paraboloidal reflector, wherein the sunlight collecting unit collects sunlight transmitted from the respective light transmitting pipes, wherein a cover is formed in an upper opening of a first paraboloidal reflector of the sunlight collecting unit, wherein the cover has a plurality of pipe holes wherein the plurality of the light pipes are received and attached, and at a central axis of the cover, a second paraboloidal reflector is coupled and attached to a support. a first paraboloidal reflector with a concave reflective surface; and a second paraboloidal reflector with a convex reflective surface, positioned inside the first paraboloidal reflector and sharing a same focus with the first paraboloidal reflector, and wherein an opening for transmitting sunlight reflected from the second paraboloidal reflector is formed at a lower portion of the first paraboloidal reflector, wherein the opening is equipped with a light transmitting pipe for transmitting sunlight collected through the first paraboloidal reflector and the second paraboloidal reflector, wherein the sunlight collecting unit collects sunlight transmitted from the respective light transmitting pipes, wherein a cover is formed in an upper opening of a first paraboloidal reflector of the sunlight collecting unit, wherein the cover has a plurality of pipe holes wherein the plurality of the light pipes are received and attached, and at a central axis of the cover, a second paraboloidal reflector is coupled and attached to a support.
Pyrolysis process to extract pyrolysis oil comprising the steps of: - feeding a batch of waste materials in a plasma pyrolysis reactor, the batch comprising organic and/or inorganic origin waste materials, - generating a plasma arc inside a reactor chamber for carrying out the pyrolysis reaction, - calculating a target temperature of the plasma arc as a function of one or more parameters of the organic and/or inorganic origin waste materials, - controlling the temperature of the plasma arc such as to maintain the actual temperature of the plasma arc at the target temperature, - extracting pyrolysis oil from the reactor; wherein the step of calculating the target temperature of the plasma arc is carried out as a function of a reactor efficiency; wherein the reactor efficiency is the ratio between the difference of the weight of the batch fed in the reactor and the weight of leftover slag after batch processing to the weight of the batch fed in the reactor; wherein the reactor efficiency is retrieved in a database containing reactor efficiencies of previous pyrolysis processes of said reactor; and/or wherein the step of calculating the target temperature of the plasma arc is carried out as a function of an efficiency of pyrolytic output; wherein the efficiency of pyrolytic output is calculated as the ratio between the weight of material converted to pyrolysis oil, or the weight of the pyrolysis oil, and the weight of the batch fed in the reactor; wherein the efficiency of pyrolytic output is retrieved in a database containing efficiencies of pyrolysis of previous pyrolysis processes of said reactor. - feeding a batch of waste materials in a plasma pyrolysis reactor, the batch comprising organic and/or inorganic origin waste materials, - generating a plasma arc inside a reactor chamber for carrying out the pyrolysis reaction, - calculating a target temperature of the plasma arc as a function of one or more parameters of the organic and/or inorganic origin waste materials, - controlling the temperature of the plasma arc such as to maintain the actual temperature of the plasma arc at the target temperature, - extracting pyrolysis oil from the reactor;
Electrical switching device comprising at least one switching point (5, 6) and at least one switching resistor (11a, 11b) which is electrically connected in parallel with the switching point and comprises a stack of resistance elements (n), wherein a ratio of the length of the switching resistor (11a, 11b) in mm to the electrical resistance of the switching resistor (11a, 11b) in ohms is less than or equal to 8, in particular less than or equal to 6, characterized in that a ratio of the number of resistance elements (n) forming a stack to the electrical resistance of the stack of resistance elements (n) in ohms is between the limits of from 0.5 to 2, in particular from 0.5 to 1.5.