mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication via narrowband internet of things, NB IOT, by a user equipment, UE comprising: camping on a licensed carrier in the licensed spectrum in an RRC connected mode; performing a synchronization with a base station via a licensed spectrum; receiving hopping pattern information of a plurality of NB IOT hopping carriers in the unlicensed spectrum; tuning to an NB IOT carrier operating in the unlicensed spectrum to communicate uplink data using the NB IOT carrier in the unlicensed spectrum, wherein the tuning to the NB IOT carrier is based on the hopping pattern information and wherein the hopping pattern information includes at least one of: a number of the plurality of NB IOT hopping carriers, information for generating a hopping pattern, subframe number to start hopping, dwell time information per channel, or power restraints on the unlicensed carrier; communicating with the base station based on the synchronization in the licensed spectrum and on the tuning to an NB IOT carrier in the unlicensed spectrum, wherein downlink data is communicated in the licensed spectrum and uplink data is communicated in the NB IOT carrier that is operating in the unlicensed spectrum using the hopping pattern. camping on a licensed carrier in the licensed spectrum in an RRC connected mode; performing a synchronization with a base station via a licensed spectrum; receiving hopping pattern information of a plurality of NB IOT hopping carriers in the unlicensed spectrum; tuning to an NB IOT carrier operating in the unlicensed spectrum to communicate uplink data using the NB IOT carrier in the unlicensed spectrum, wherein the tuning to the NB IOT carrier is based on the hopping pattern information and wherein the hopping pattern information includes at least one of: a number of the plurality of NB IOT hopping carriers, information for generating a hopping pattern, subframe number to start hopping, dwell time information per channel, or power restraints on the unlicensed carrier; communicating with the base station based on the synchronization in the licensed spectrum and on the tuning to an NB IOT carrier in the unlicensed spectrum, wherein downlink data is communicated in the licensed spectrum and uplink data is communicated in the NB IOT carrier that is operating in the unlicensed spectrum using the hopping pattern.
A system for powering an excimer bulb, the system comprising: a first inductor configured to be coupled to a first terminal of the excimer bulb; a first transistor coupled to the first inductor and having an on state configured to allow current to flow through the first inductor and an off state; a second transistor configured to be coupled to the first terminal of the excimer bulb and having an on state configured to allow current to flow through the excimer bulb and an off state; a first resistor coupled between the first transistor and an electrical ground; and a second resistor coupled between the second transistor and the electrical ground; and a controller coupled to the first transistor, the second transistor, the first resistor, and the second resistor and configured to control operation of the first transistor and the second transistor based on electrical properties detected at the first resistor and the second resistor to power the excimer bulb. a first inductor configured to be coupled to a first terminal of the excimer bulb; a first transistor coupled to the first inductor and having an on state configured to allow current to flow through the first inductor and an off state; a second transistor configured to be coupled to the first terminal of the excimer bulb and having an on state configured to allow current to flow through the excimer bulb and an off state; a first resistor coupled between the first transistor and an electrical ground; and a second resistor coupled between the second transistor and the electrical ground; and a controller coupled to the first transistor, the second transistor, the first resistor, and the second resistor and configured to control operation of the first transistor and the second transistor based on electrical properties detected at the first resistor and the second resistor to power the excimer bulb.
Device for detecting the coding profile of a key, of the type intended to be installed and/or provided inside a key cutting machine comprising an operating area provided of at least one milling and/or cutting unit and of at least one clamp for locking a key, and comprising: - an optical reader which is configured to be entirely housed inside the structure of said duplicating machine but outside the operating area of said machine, - a drawer provided with clamping means to hold said key, whose coding profile is to be detected, in correspondence with its head and/or its stem and/or a connecting section between the head and the shaft of said key, said drawer being configured to be movable towards and away from said optical reader, said device being characterized in that: - said optical reader comprises a telecentric optic interposed between said drawer and at least one optical sensor configured to collect at least one image of the coding profile of said key held by said clamping means, - said telecentric optic, said at least one sensor and the framed area, which is defined inside said drawer, are aligned along the same optical axis which is substantially perpendicular to one face of said key of which the coding profile is to be detected. - an optical reader which is configured to be entirely housed inside the structure of said duplicating machine but outside the operating area of said machine, - a drawer provided with clamping means to hold said key, whose coding profile is to be detected, in correspondence with its head and/or its stem and/or a connecting section between the head and the shaft of said key, said drawer being configured to be movable towards and away from said optical reader, - said optical reader comprises a telecentric optic interposed between said drawer and at least one optical sensor configured to collect at least one image of the coding profile of said key held by said clamping means, - said telecentric optic, said at least one sensor and the framed area, which is defined inside said drawer, are aligned along the same optical axis which is substantially perpendicular to one face of said key of which the coding profile is to be detected.
An adaptive twist system for a rotor blade, the adaptive twist system comprising: a slider mechanism coupled to a spar and to a skin, the slider mechanism configured to provide structural connectivity between the spar and the skin; an actuator configured to drive the slider mechanism; wherein the slider mechanism is configured to translate the skin relative to the spar in a spanwise direction, thereby causing the rotor blade to twist; wherein the slider mechanism comprises: a screw drive shaft located in spanwise direction along the rotor blade; a fixed collar (219a-219d) coupled to the skin, the fixed collar including a bearing to allow a first portion of the fixed collar to rotate along with the screw drive, while a second portion of the fixed collar remains fixed relative to the skin; a threaded collar (221a-221c) coupled to the spar, the threaded collar including receiving threads such that rotation of the screw drive shaft causes the threaded collar (221a-221c) to translate relative to the fixed collar (219a-219d). a slider mechanism coupled to a spar and to a skin, the slider mechanism configured to provide structural connectivity between the spar and the skin; an actuator configured to drive the slider mechanism; wherein the slider mechanism is configured to translate the skin relative to the spar in a spanwise direction, thereby causing the rotor blade to twist; wherein the slider mechanism comprises: a screw drive shaft located in spanwise direction along the rotor blade; a fixed collar (219a-219d) coupled to the skin, the fixed collar including a bearing to allow a first portion of the fixed collar to rotate along with the screw drive, while a second portion of the fixed collar remains fixed relative to the skin; a threaded collar (221a-221c) coupled to the spar, the threaded collar including receiving threads such that rotation of the screw drive shaft causes the threaded collar (221a-221c) to translate relative to the fixed collar (219a-219d). a screw drive shaft located in spanwise direction along the rotor blade; a fixed collar (219a-219d) coupled to the skin, the fixed collar including a bearing to allow a first portion of the fixed collar to rotate along with the screw drive, while a second portion of the fixed collar remains fixed relative to the skin; a threaded collar (221a-221c) coupled to the spar, the threaded collar including receiving threads such that rotation of the screw drive shaft causes the threaded collar (221a-221c) to translate relative to the fixed collar (219a-219d).
An apparatus to calibrate an assembly including a controllable device, and a position sensor, the apparatus comprising: an interface (605, 620, 635) adapted to receive a position signal representative of positions of the controllable device, a first value representative of a current position of the controllable device and a second value representative of a sensitivity of the position sensor; and an endpoint estimator adapted to compute a first estimated value of the position signal corresponding to a fully-open position of the controllable device based on the position signal and the first and second values, and to compute a second estimated value of the position signal corresponding to a fully-closed position of the controllable device based on the position signal and the first and second values, wherein the first and second estimated values are computed without repositioning the controllable device. an interface (605, 620, 635) adapted to receive a position signal representative of positions of the controllable device, a first value representative of a current position of the controllable device and a second value representative of a sensitivity of the position sensor; and an endpoint estimator adapted to compute a first estimated value of the position signal corresponding to a fully-open position of the controllable device based on the position signal and the first and second values, and to compute a second estimated value of the position signal corresponding to a fully-closed position of the controllable device based on the position signal and the first and second values, wherein the first and second estimated values are computed without repositioning the controllable device.
Thermoplastic molding compound comprising A) 45% to 65% by weight of at least one aromatic polycarbonate, polyestercarbonate or mixtures thereof, B) 18% by weight to 31% by weight of at least one polybutylene terephthalate having a flowability of 5 g/10 min to 30 g/10 min to DIN EN ISO 1133 at measurement temperature 250°C and a load of 2.16 kg, C) 3% to 10% by weight of at least one rubber-modified graft polymer having a graft base composed of a silicone-acrylate composite rubber and a silicone rubber content of 20% to 60% by weight based on the graft base, D) 8% to 13% by weight of at least one phosphazene, E) 0% to 8.0% by weight of at least one polymer additive, where the weight ratio of components D) to C) is in the range from 1.3:1 to 2.5:1. A) 45% to 65% by weight of at least one aromatic polycarbonate, polyestercarbonate or mixtures thereof, B) 18% by weight to 31% by weight of at least one polybutylene terephthalate having a flowability of 5 g/10 min to 30 g/10 min to DIN EN ISO 1133 at measurement temperature 250°C and a load of 2.16 kg, C) 3% to 10% by weight of at least one rubber-modified graft polymer having a graft base composed of a silicone-acrylate composite rubber and a silicone rubber content of 20% to 60% by weight based on the graft base, D) 8% to 13% by weight of at least one phosphazene, E) 0% to 8.0% by weight of at least one polymer additive,
Skin treatment device (100A, 100B, 200, 300) comprising: - a skin treatment member for performing a skin treatment and defining a main motion direction of the skin treatment device (100A, 100B, 200, 300); - a skin contacting surface, separate from the skin treatment member, for contacting the skin to be treated; - a mounting member for mounting the skin treatment member and the skin contacting surface in the skin treatment device (100A, 100B, 200, 300); - and friction controlling means (124, 125, 126, 134, 136, 137) configured and arranged to control friction between the skin contacting surface and the skin to be treated, in at least one controlled friction area of the skin contacting surface, during use when the skin contacting surface is moved over the skin; characterized in that the friction controlling means (124, 125, 126, 134, 136, 137) are adapted to introduce a slip motion of the controlled friction area relative to the mounting member in a direction deviating from the main motion direction and corresponding to a local direction of extension of the skin contacting surface; and wherein the skin treatment device (100A, 100B, 200, 300) comprises sensing means (130, 138) configured and arranged for detecting a first parameter, which is related to a friction between the skin contacting surface and the skin during use, wherein the friction controlling means (124, 125, 126, 134, 136, 137) are adapted to control a second parameter of the slip motion in dependence on a value of the first parameter detected by the sensing means (130, 138). - a skin treatment member for performing a skin treatment and defining a main motion direction of the skin treatment device (100A, 100B, 200, 300); - a skin contacting surface, separate from the skin treatment member, for contacting the skin to be treated; - a mounting member for mounting the skin treatment member and the skin contacting surface in the skin treatment device (100A, 100B, 200, 300); - and friction controlling means (124, 125, 126, 134, 136, 137) configured and arranged to control friction between the skin contacting surface and the skin to be treated, in at least one controlled friction area of the skin contacting surface, during use when the skin contacting surface is moved over the skin;
An implantation system comprising: a delivery tube comprising a lumen therethrough, a proximal end, and a distal end; an embolic coil detachably attached to the distal end of the delivery tube; an introducer sheath comprising a lumen therethrough sized to slidably receive the delivery tube and the embolic coil; an interference feature positioned approximate the proximal end of the delivery tube; and an elongated member disposed within the lumen of the delivery tube and attached to the interference feature, wherein the introducer sheath is translatable over the delivery tube from the distal end of the delivery tube to the proximal end of the delivery tube and is sized to engage the interference feature, wherein the interference feature is movable in relation to the delivery tube in response to a force applied by the introducer sheath against the interference feature, and wherein the elongated member is movable in relation to the delivery tube in response to a proximal movement of the interference feature. a delivery tube comprising a lumen therethrough, a proximal end, and a distal end; an embolic coil detachably attached to the distal end of the delivery tube; an introducer sheath comprising a lumen therethrough sized to slidably receive the delivery tube and the embolic coil; an interference feature positioned approximate the proximal end of the delivery tube; and an elongated member disposed within the lumen of the delivery tube and attached to the interference feature, wherein the introducer sheath is translatable over the delivery tube from the distal end of the delivery tube to the proximal end of the delivery tube and is sized to engage the interference feature, wherein the interference feature is movable in relation to the delivery tube in response to a force applied by the introducer sheath against the interference feature, and wherein the elongated member is movable in relation to the delivery tube in response to a proximal movement of the interference feature. wherein the introducer sheath is translatable over the delivery tube from the distal end of the delivery tube to the proximal end of the delivery tube and is sized to engage the interference feature, wherein the interference feature is movable in relation to the delivery tube in response to a force applied by the introducer sheath against the interference feature, and wherein the elongated member is movable in relation to the delivery tube in response to a proximal movement of the interference feature.
A shovel, comprising: a lower travelling body; an upper pivot body pivotably mounted to the lower travelling body; an object detection device provided to the upper pivot body; and a controller that brakes a drive unit of the shovel, wherein the controller is configured to, when the object detection device detects an object, automatically brake the drive unit, characterised in that the controller is configured to, when determining that an operator has an intention to continue operation during execution of the braking before the drive unit is stopped, deactivate the braking. a lower travelling body; an upper pivot body pivotably mounted to the lower travelling body; an object detection device provided to the upper pivot body; and a controller that brakes a drive unit of the shovel, wherein the controller is configured to, when the object detection device detects an object, automatically brake the drive unit, characterised in that the controller is configured to, when determining that an operator has an intention to continue operation during execution of the braking before the drive unit is stopped, deactivate the braking.
A ladle flow control system, which includes the base plate fixed on the ladle; A housing is fixed on this base plate, with the top of housing being connected with the driving mechanism of sliding nozzle; A carrier frame is set on this housing, and an elastic used for generating pressure is provided on the carrier frame; A slider is set on the carrier frame; notches (21,51) are set on the corresponding surfaces of the housing and slider, and bottom plate and slide plate are respectively embedded in the notch (21,51), characterized in that a rolling mechanism is set on said carrier frame, a guide mechanism is correspondingly set on the slider; the guide mechanism correspondingly set on the slider makes reciprocating motion relative to the rolling mechanism set on the carrier frame, so as to control the open or close of the ladle sliding nozzle; an orientation pin-joint part comprising a convex pin and an arc notch (44,53) is correspondingly set on the inner side at one end of said carrier frame and on the outer side at one end of slider, so that the slider rotates around the carrier frame in a definite mode with the orientation pin-joint part as its rotating shaft, without the risk of detachment by itself.
Display device for reproducing information in textual and/or graphical form, comprising a housing with a main part and at least one auxiliary part, wherein the main part and the at least one auxiliary part are arranged, such that the housing can be opened and shut like a book around a hinge axis and the main part and the at least one auxiliary part form a book back part, a display unit with at least one screen (3, 4), wherein the book back part is designed to accommodate a battery, which can be recharged in the display device, for supplying power, characterized in that the book back part comprises a swivel joint, which is designed to accommodate the rechargeable battery, for hinged connection of the main part and the at least one auxiliary part,
Method for protecting a computer system from side-channel attacks when using an encryption or decryption method for data packets of a data stream, wherein interruptions in the encryption or decryption method are generated by a random generator (TRNG), characterised in that, during the interruptions, further computing operations which are part of an error-correction method are applied to already encrypted or decrypted data packets of the data stream or to data packets of the data stream which are yet to be encrypted or decrypted such that random noise is generated in the power consumption of the computer system, and after a specified duration of a respective interruption of the encryption and decryption method, the further computing operations which are part of an error-correction method are finished and the encryption and decryption method is started again.
Device for use as a therapeutic aid for the therapeutic treatment of a Camptocormia, characterized in that the device has at least two pressure transducers, which can be arranged and set up to deliver pressure impulses to contact points on a patient's left and right pectoral muscles, whereby the pressure transducers are fitted in the form of harness straps, the harness has aids to adjust the spacing of the straps and whereby the straps are fitted in the form of shoulder harnesses to enclose the shoulder joint, characterized in that the straps have a curved shape.
Procedure for the spectral analysis of samples in a graphite tube, wherein said procedure comprises the following steps: a) Introduction of a liquid sample in a graphite tube; b) Drying of the sample by heating the graphite tube; c) Transformation of the sample into a particle cloud by further heating the graphite tube; and d) Measurement of an optical signal influenced or generated by the sample using a detector; wherein e) Sequences of images of the interior of the graphite tube are taken over selected periods during the spectral analysis with a camera with multiple image elements, wherein the camera is arranged at such an angle that the beam path of the camera does not affect the beam path towards the detector; f) The images of the sequences of images are processed automatically with image-processing resources, g) Wherein a reference image of the interior of the graphite tube is determined; h) The state of the sample is determined by comparing the images of the sequences of images with the reference image, and i) Wherein the temperature of the graphite tube is regulated depending on the state or depending on the parameters that describe the state. a) Introduction of a liquid sample in a graphite tube; b) Drying of the sample by heating the graphite tube; c) Transformation of the sample into a particle cloud by further heating the graphite tube; and d) Measurement of an optical signal influenced or generated by the sample using a detector; wherein e) Sequences of images of the interior of the graphite tube are taken over selected periods during the spectral analysis with a camera with multiple image elements, wherein the camera is arranged at such an angle that the beam path of the camera does not affect the beam path towards the detector; f) The images of the sequences of images are processed automatically with image-processing resources, g) Wherein a reference image of the interior of the graphite tube is determined; h) The state of the sample is determined by comparing the images of the sequences of images with the reference image, and i) Wherein the temperature of the graphite tube is regulated depending on the state or depending on the parameters that describe the state.
A method for producing a soft capsule based on starch, in particular a casting method, characterized in that a mixture comprising starch, wherein more than 50 weight percent of the starch in a liquid phase is present as particles of granular starch, which is destructured at most up to stage 2.2, is shaped to form a film and during and/or after this shaping the mixture is solidified by an increase in temperature, in particular by more than 5°C, by destructuring the granular starch and soft capsules are produced from this film, wherein a starch being destructured to stage 2.2 is defined in that 50-60 % of the starch grains are no longer birefringent in a polarization microscope.