mhurhangee/ep-ind-claims huggingface dataset:
An optical pen comprising a light-emitting apparatus, the light-emitting apparatus comprising: a light source configured to emit light; a photonic crystal configured to pass light emitted from the light source; a projector configured to project the light which passes through the photonic crystal; an aperture configured to control a beam diameter of the projected light; a controller configured to electrically control operation of the photonic crystal to pass different wavelengths of light from the light source; and an input device configured to receive a command to be sent to the controller. a light source configured to emit light; a photonic crystal configured to pass light emitted from the light source; a projector configured to project the light which passes through the photonic crystal; an aperture configured to control a beam diameter of the projected light; a controller configured to electrically control operation of the photonic crystal to pass different wavelengths of light from the light source; and an input device configured to receive a command to be sent to the controller.
A system for extra-corporeal purification of blood from pathogenic enzymes, using known carriers of cysteine peptidases, particularly those obtained from egg protein, containing a column, equipped at both ends with valves ( Z 3, Z 4) connected with pipes of medical grade plastic, wherein the column is in a closed circuit and at the entrance of the circuit is a first terminal valve ( Z 1) connected by a tube to a first peristaltic pump, whose delivery side is connected over a three-way valve ( Z 2) to the entry valve ( Z 3) of the column, and the exit valve ( Z 4) of the column is connected to a second peristaltic pump, whose delivery side is connected to a second terminal valve ( Z 5), where the column is filled with a granular absorbent, particularly granular or modified cellulose or acryl copolymers or absorbents coated with hydroxymethyl methacrylate with 300-500 micrometer granularity and pores in the range 0,1 - 10 micrometer, or fiber diameters of about 200 micrometer, characterised in that the absorbent is saturated with an inhibitor ( inh) of cysteine peptidases at a rate of 20 to 100 mg/g of carrier, whereas at both sides, the column contains internal structures, which support porous polyamide or polypropylene membranes with pores no greater than 20 micrometers.
A physically unclonable function device, including a set of the pairs of floating-gate transistors (FGT1, FGT2) intended to have the same threshold voltage but each having an effective threshold voltage (Vteff) belonging to a common random distribution, logic states being obtained in a physically unclonable way by the random deviation of the values of the effective threshold voltages of the two transistors of a pair, a differential read means (LECT) configured to measure the difference between the effective threshold voltages (Vteff) of the pairs of floating-gate transistors (FGT1, FGT2) and to identify pairs of floating-gate transistors called unreliable floating-gate transistors whose difference between the effective threshold voltages is less than a margin value, and write means configured to shift the effective threshold voltage (C2, El) of one floating-gate transistor of each unreliable pair, in a controlled and limited way such that the shifted threshold voltage remains within said common random distribution and so as to increase the difference between the effective threshold voltages beyond the margin value.
A machining center for machining rail vehicle wheels, wherein the machining center comprises a machine frame consisting of a base and a stand mounted on the base, wherein the base accommodates the main drive and wherein the stand accommodates the machining units for turning, milling, drilling and the like, characterized in that a chuck for the rail vehicle wheel as the workpiece is directly driven by a segment motor disposed underneath the workpiece, which motor is radially segmented and modifiable in its overall height, wherein said segment motor comprises a stator having radial drive segments as stator segments and a rotor which is designed as a rotor bell having rotor segments configured as permanent magnets, wherein two to five separate stator segments with a respectively identical height of 200 to 350 mm are provided, wherein balancing plates are evenly distributed in two rows on the inside of the rotor bell and sliding blocks (7, 8) are disposed on the outer periphery of the rotor bell, wherein the rotor segments are attached to the rotor bell by means of the first sliding blocks, and wherein the stator segments are each individually attached in the base by means of the second sliding blocks.
A support module of a sleeve for a transmission line that is inserted into a part of a plurality of accommodation spaces formed at a flexible sleeve for a transmission line to prevent the sleeve for a transmission line from being slack, the support module comprising: a flexible flat plate: a plurality of bases than is fixed to the flat plate so as to be arranged in a longitudinal direction of the flat plate; a plurality of slack-preventing blocks that is connected to the bases so as to be positioned at a top of the flat plate and prevents the flat plate from being slack by coming in contact with each other; and a plurality of bending-degree restricting blocks that is connected to the bases and the slack-preventing blocks so as to be positioned a bottom of the flat plate and restricts a bending degree of the flat plate by coming in contact with each other. a flexible flat plate: a plurality of bases than is fixed to the flat plate so as to be arranged in a longitudinal direction of the flat plate; a plurality of slack-preventing blocks that is connected to the bases so as to be positioned at a top of the flat plate and prevents the flat plate from being slack by coming in contact with each other; and a plurality of bending-degree restricting blocks that is connected to the bases and the slack-preventing blocks so as to be positioned a bottom of the flat plate and restricts a bending degree of the flat plate by coming in contact with each other.
A crushing ring, in particular for a roller crusher for crushing raw meal fall through of a calciner of a cement clinker line, with a crushing surface for crushing bulk material and with a recess for a drive shaft of the roller crusher characterized in that, the crushing ring is a composite of at least - a ceramic body, wherein the ceramic body is a ring and has an outer ring surface being at least a part of the crushing surface and an inner ring surface; and - a metallic reinforcement structure being incorporated in said ceramic body. - a ceramic body, wherein the ceramic body is a ring and has an outer ring surface being at least a part of the crushing surface and an inner ring surface; and - a metallic reinforcement structure being incorporated in said ceramic body.
A table saw guide assembly comprising: at least one guide (190, 192) rigidly supported by a table saw; a bearing assembly including a first, a second, and a third bearing (204, 208, 206) engaged with the at least one guide (190, 192); and a fence base assembly supported by the bearing assembly wherein the first and the second bearings (204, 208) are biased in a first direction with respect to the at least one guide and the third bearing is biased in a second direction with respect to the at least one guide, the second direction at least partially opposite to the first direction, characterized in that: the at least one guide (190, 192) comprises a pair of opposing guides (190, 192) rigidly supported by a table saw; and the first and second bearings (204, 208) are biased toward a first of the pair of opposing guides (190, 192) and the third bearing is biased toward a second of the pair of opposing guides (190, 192). at least one guide (190, 192) rigidly supported by a table saw; a bearing assembly including a first, a second, and a third bearing (204, 208, 206) engaged with the at least one guide (190, 192); and a fence base assembly supported by the bearing assembly wherein the first and the second bearings (204, 208) are biased in a first direction with respect to the at least one guide and the third bearing is biased in a second direction with respect to the at least one guide, the second direction at least partially opposite to the first direction, characterized in that: the at least one guide (190, 192) comprises a pair of opposing guides (190, 192) rigidly supported by a table saw; and the first and second bearings (204, 208) are biased toward a first of the pair of opposing guides (190, 192) and the third bearing is biased toward a second of the pair of opposing guides (190, 192). the at least one guide (190, 192) comprises a pair of opposing guides (190, 192) rigidly supported by a table saw; and the first and second bearings (204, 208) are biased toward a first of the pair of opposing guides (190, 192) and the third bearing is biased toward a second of the pair of opposing guides (190, 192).
A method for re-parking a vehicle, the method comprising: acquiring, by one or more vehicle-side sensors, environment data of an environment of the vehicle; generating, by one or more vehicle-side processors, a message indicative of a potential necessity to re-park the vehicle based on the environment data; communicating, by a vehicle-side transceiver, the message to an external device (114, 116); communicating, by the vehicle-side transceiver, the environment data to the external device (114, 116) upon detection of an acknowledgement of the external device (114, 116); receiving, by the vehicle-side transceiver, a command to re-park the vehicle in a pre-determined parking space; and initiating, by the one or more processors, a re-parking of the vehicle based on the command, wherein generating a message indicative of a potential necessity to re-park the vehicle comprises pre-evaluating, by the one or more vehicle-side processors, the environment data with respect to a necessity to re-park the vehicle characterized in that pre-evaluating the environment data includes classifying the environment data with respect to emergency cases. acquiring, by one or more vehicle-side sensors, environment data of an environment of the vehicle; generating, by one or more vehicle-side processors, a message indicative of a potential necessity to re-park the vehicle based on the environment data; communicating, by a vehicle-side transceiver, the message to an external device (114, 116); communicating, by the vehicle-side transceiver, the environment data to the external device (114, 116) upon detection of an acknowledgement of the external device (114, 116); receiving, by the vehicle-side transceiver, a command to re-park the vehicle in a pre-determined parking space; and initiating, by the one or more processors, a re-parking of the vehicle based on the command, wherein generating a message indicative of a potential necessity to re-park the vehicle comprises pre-evaluating, by the one or more vehicle-side processors, the environment data with respect to a necessity to re-park the vehicle characterized in that pre-evaluating the environment data includes classifying the environment data with respect to emergency cases.
Multifunctional slide cover plate for the slide of a pistol, comprising a basic slide cover plate which is designed for insertion into a slide cover plate uptake of the slide that is provided for this purpose, and if necessary for supporting at least one firing pin device, characterized in that a sealing cover plate is formed so that it is movable relative to the basic slide cover plate and can be moved between an open position, in which the movement path of the slide is free so it can be pulled off the frame, and a closed position, in which the slide is largely closed to the outside counter to the barrel direction.
A device for ripping gum of a conveyor belt in which individual steel cords embedded in gum of a conveyor belt are separated between each other, and gum is stripped off around each of the steel cords after the separation, which comprises a V-shaped cutting blade, characterized in that the V-shaped cutting blade has a shape such that the upper end and the lower end of the cutting blade are protruded with respect to the traveling direction of the conveyor belt for separating between the individual steel cords, the device comprises a cylindrical cutting blade for stripping gum off around each of the steel cords, and a linear cutting blade which incises gum around each of the steel cords is arranged between the V-shaped cutting blade and the cylindrical cutting blade.
A method of operating a terminal device of a wireless communications network, the terminal device being operable in one or more modes, the one or more modes including one or more discontinuous reception, DRX, modes, the method comprising: selecting a duration for an inactivity timer of the DRX mode, wherein the step of selecting the duration for the inactivity timer comprises selecting the duration from a plurality of different durations, wherein durations are defined in RRC signalling from a network node of the wireless communications network to the terminal device; and wherein the step of selecting the duration for the inactivity timer comprises selecting the duration based on a characteristic of wireless traffic received or transmitted by the terminal device; upon receiving or transmitting one or more wireless communications, starting the inactivity timer; and responsive to a determination that the duration for the inactivity timer has expired without the terminal device receiving or transmitting one or more further wireless communications, entering a DRX sleep state. selecting a duration for an inactivity timer of the DRX mode, wherein the step of selecting the duration for the inactivity timer comprises selecting the duration from a plurality of different durations, wherein durations are defined in RRC signalling from a network node of the wireless communications network to the terminal device; and wherein the step of selecting the duration for the inactivity timer comprises selecting the duration based on a characteristic of wireless traffic received or transmitted by the terminal device; upon receiving or transmitting one or more wireless communications, starting the inactivity timer; and responsive to a determination that the duration for the inactivity timer has expired without the terminal device receiving or transmitting one or more further wireless communications, entering a DRX sleep state.
A frictional power-transmission belt comprising a compression layer and a knitted fabric, wherein a surface of the compression layer is covered with the knitted fabric, the knitted fabric has an overlapping portion in which one end and another end of the knitted fabric overlap each other, the overlapping portion has an adhesion region containing an adhesive component that adheres the one end and the other end of the knitted fabric to each other, and characterized in that the overlapping portion further has a non-adhesion region in which the one end and the other end of the knitted fabric are not adhered to each other. wherein a surface of the compression layer is covered with the knitted fabric, the knitted fabric has an overlapping portion in which one end and another end of the knitted fabric overlap each other, the overlapping portion has an adhesion region containing an adhesive component that adheres the one end and the other end of the knitted fabric to each other, and characterized in that the overlapping portion further has a non-adhesion region in which the one end and the other end of the knitted fabric are not adhered to each other.
A method for gauging the autonomy of a system for storing and delivering gaseous ammonia to a consumer unit, the system including: - a cell for storing and supplying with ammonia including a dedicated heating means, the storage cell including a storage chamber of ammonia containing a storage structure, and - at least one sensor (61, 64) of at least one parameter of the system, the method includes steps consisting in: - controlling the system according to an intrusive setting independent of an ammonia demand from the consumer unit, - during the step of controlling, carrying out an intrusive measurement of the at least one parameter of the system by the sensor (61, 64), and - comparing the intrusive measurement with a threshold value of the at least one parameter under the control conditions in order to estimate the autonomy of the system with respect to a filling threshold of the cell that corresponds to the threshold value of the parameter, wherein the intrusive measurement interrupts the normal operation of the system, the method including a step consisting in filtering the intrusive measurement before the step of comparing, so as to remove values obtained during an engine stoppage during the intrusive measurement. - a cell for storing and supplying with ammonia including a dedicated heating means, the storage cell including a storage chamber of ammonia containing a storage structure, and - at least one sensor (61, 64) of at least one parameter of the system, - controlling the system according to an intrusive setting independent of an ammonia demand from the consumer unit, - during the step of controlling, carrying out an intrusive measurement of the at least one parameter of the system by the sensor (61, 64), and - comparing the intrusive measurement with a threshold value of the at least one parameter under the control conditions in order to estimate the autonomy of the system with respect to a filling threshold of the cell that corresponds to the threshold value of the parameter,
A surgical drill guide system comprising: a handle having an aperture extending through a proximal portion thereof for maintaining slideable communication with a sleeve member along an insertion axis, the sleeve member being elongated and having a tip; an arm slidably engaging a slot in a distal portion of the handle for arcuate movement thereto, the arm having a proximal end engaging the slot and a distal end including an open bore; a rotating member having a threaded shaft extending at least partially through the bore of the arm; a guide; and a template formed integrally with a distal end of the guide, the template having an aperture defining a drilling footprint corresponding to a bone tunnel through which a surgical attachment is passed; characterized by further comprising: a locking member, a biasing member disposed between the locking member and the bore of the arm, the biasing member configured to bias the locking member and the rotating member away from the bore in the arm, wherein the guide is removably coupled to the shaft of the rotating member and extends from the rotating member towards the insertion axis, wherein the threaded shaft of the rotating member extends through a hole in the locking member, and wherein the locking member comprises a locking mechanism for locking the guide at a degree of rotation about a hinge axis defined by the shaft of the rotating member. a handle having an aperture extending through a proximal portion thereof for maintaining slideable communication with a sleeve member along an insertion axis, the sleeve member being elongated and having a tip; an arm slidably engaging a slot in a distal portion of the handle for arcuate movement thereto, the arm having a proximal end engaging the slot and a distal end including an open bore; a rotating member having a threaded shaft extending at least partially through the bore of the arm; a guide; and a template formed integrally with a distal end of the guide, the template having an aperture defining a drilling footprint corresponding to a bone tunnel through which a surgical attachment is passed; characterized by further comprising: a locking member, a biasing member disposed between the locking member and the bore of the arm, the biasing member configured to bias the locking member and the rotating member away from the bore in the arm, a locking member, a biasing member disposed between the locking member and the bore of the arm, the biasing member configured to bias the locking member and the rotating member away from the bore in the arm, wherein the guide is removably coupled to the shaft of the rotating member and extends from the rotating member towards the insertion axis, wherein the threaded shaft of the rotating member extends through a hole in the locking member, and wherein the locking member comprises a locking mechanism for locking the guide at a degree of rotation about a hinge axis defined by the shaft of the rotating member.
A method for measuring luminescence of a biological sample, the method comprising: dispensing a biological sample into a well; dispensing a first reagent into the well over a first reagent dispensing period, wherein the sample reacts with the first reagent to emit a first luminescent light; after a first delay period starting at the end of the first reagent dispensing period and ending at the start of a first measurement period, measuring the first luminescent light at a luminescence detector (108, 224) over the first measurement period; dispensing a second reagent into the well over a second reagent dispensing period, wherein the sample reacts with the second reagent to emit a second luminescent light, wherein the second reagent comprises a luminescent reagent effective for inducing emission of the second luminescent light, and a quenching reagent effective for suppressing emission of the first luminescent light; after a second delay period starting at the end of the second reagent dispensing period and ending at the start of a second measurement period, measuring the second luminescent light at the luminescence detector (108, 224) over the second measurement period; and agitating the well to enhance mixing of the second reagent with the sample, wherein agitating is initiated while dispensing the second reagent; wherein the second delay period is less than 2 seconds, and/or wherein the second measurement period is in a range from 5 to 10 seconds. dispensing a biological sample into a well; dispensing a first reagent into the well over a first reagent dispensing period, wherein the sample reacts with the first reagent to emit a first luminescent light; after a first delay period starting at the end of the first reagent dispensing period and ending at the start of a first measurement period, measuring the first luminescent light at a luminescence detector (108, 224) over the first measurement period; dispensing a second reagent into the well over a second reagent dispensing period, wherein the sample reacts with the second reagent to emit a second luminescent light, wherein the second reagent comprises a luminescent reagent effective for inducing emission of the second luminescent light, and a quenching reagent effective for suppressing emission of the first luminescent light; after a second delay period starting at the end of the second reagent dispensing period and ending at the start of a second measurement period, measuring the second luminescent light at the luminescence detector (108, 224) over the second measurement period; and agitating the well to enhance mixing of the second reagent with the sample, wherein agitating is initiated while dispensing the second reagent; wherein the second delay period is less than 2 seconds, and/or wherein the second measurement period is in a range from 5 to 10 seconds.