mhurhangee/patent-ind-claim-en huggingface dataset:
An oral capsule comprising at least one atorvastatin tablet, wherein such atorvastatin tablets comprise: a. an amount of 25-35 % weight/weight of atorvastatin or a pharmaceutically acceptable salt thereof, b. an amount of 2-3 % weight/weight of a non-ionic surfactant, and c. an amount of 20-35 % weight/weight of granulated calcium carbonate, wherein all amounts in % weight/weight are calculated in relation to the total weight of the atorvastatin tablet. a. an amount of 25-35 % weight/weight of atorvastatin or a pharmaceutically acceptable salt thereof, b. an amount of 2-3 % weight/weight of a non-ionic surfactant, and c. an amount of 20-35 % weight/weight of granulated calcium carbonate,
An intermediate segment for an arrangement between a concave implantation surface of a joint component and bone tissue, wherein the intermediate segment comprises an intermediate segment body having at least one side to be turned toward the joint component , wherein a side to be turned toward the at least one joint component is convex, characterized in that the intermediate segment comprises a locking mechanism for attaching the intermediate segment to the joint component having at least one first and one second detent element, wherein at least one of the detent elements is movable and the first detent element comprises a first engagement axis (E1) and the second detent element comprises a second engagement axis (E2), wherein the angle between the first engagement axis and the second engagement axis is not equal to zero.
A method for confirming a digital signature that has been added to a document, comprising: receiving (S501), by a computer , a digital document formed by placing a signature represented by a two-dimensional code in an area , which is filled with a predetermined color, within data to be signed obtained by digitalizing the document, wherein the signature is a signature with respect to the data to be signed using a secret key and the two-dimensional code represents a public key in addition to the signature, verifying (S502), by the computer, the signature using the public key, and when the verification succeeds, displaying (S503) a visual element overlaid to the area, wherein the visual element is for confirming success of the verification. receiving (S501), by a computer , a digital document formed by placing a signature represented by a two-dimensional code in an area , which is filled with a predetermined color, within data to be signed obtained by digitalizing the document, wherein the signature is a signature with respect to the data to be signed using a secret key and the two-dimensional code represents a public key in addition to the signature, verifying (S502), by the computer, the signature using the public key, and when the verification succeeds, displaying (S503) a visual element overlaid to the area, wherein the visual element is for confirming success of the verification.
A dog or horse blood analyzing method comprising: acquiring fluorescence information by irradiating with light a measurement sample prepared by mixing a blood sample collected from a dog or a horse, a fluorescent dye that stains nucleic acid, and a cationic surfactant; and detecting a piroplasm-infected red blood cell in the blood sample based on the fluorescence information. acquiring fluorescence information by irradiating with light a measurement sample prepared by mixing a blood sample collected from a dog or a horse, a fluorescent dye that stains nucleic acid, and a cationic surfactant; and detecting a piroplasm-infected red blood cell in the blood sample based on the fluorescence information.
Device for removing metallic and non-metallic encrustations at an oxygen lance , comprising at least one coupling device which can be moved up to the oxygen lance by means of a guide and brought into operative connection with the oxygen lance by way of a gripper associated with the guide , characterised in that an oscillation excitation device by which the oxygen lance in the operatively connected state can be set into oscillations is associated with the coupling device , wherein the oscillations generated by the oscillation excitation device are linear oscillations which can be formed in two mutually perpendicular directions and perpendicularly to the longitudinal axis of the oxygen lance .
A method of wireless communication performed by a user equipment, UE, comprising: determining channel state information for a communication link, wherein the channel state information is based at least in part on a linear combination using a plurality of beams of the communication link, wherein a first set of beams used for a first subband, of a plurality of subbands of the communication link, is different than a second set of beams used for a second subband of the plurality of subbands, and wherein the plurality of beams includes the first set of beams and the second set of beams, and wherein the first set of beams and the second set of beams include at least one beam in common, wherein the channel state information is further based at least in part on a plurality of amplitude scaling values that are subband-specific and specific to beams, polarizations, and layers, wherein a particular amplitude scaling value indicates that a corresponding beam, of the plurality of beams, is not used with regard to a corresponding subband of the plurality of subbands; and transmitting the channel state information. determining channel state information for a communication link, wherein the channel state information is based at least in part on a linear combination using a plurality of beams of the communication link, wherein a first set of beams used for a first subband, of a plurality of subbands of the communication link, is different than a second set of beams used for a second subband of the plurality of subbands, and wherein the plurality of beams includes the first set of beams and the second set of beams, and wherein the first set of beams and the second set of beams include at least one beam in common, wherein the channel state information is further based at least in part on a plurality of amplitude scaling values that are subband-specific and specific to beams, polarizations, and layers, wherein a particular amplitude scaling value indicates that a corresponding beam, of the plurality of beams, is not used with regard to a corresponding subband of the plurality of subbands; and transmitting the channel state information.
A device for generating a microstructure with a structure gradient in an axisymmetric mechanical part (P) having a hollow center and initially possessing a uniform structure with fine grains, the device comprising first heater means defining a first shell for receiving the mechanical part (P) and suitable for heating the outer periphery (E) of the mechanical part (P) to a first temperature (T 1 ) higher than the solvus temperature, the device being characterized in that it comprises second heater means defining a second shell arranged inside the first shell and suitable for heating the inner periphery (I) of said mechanical part (P) to a second temperature (T 2 ) lower than the solvus temperature, with the space between the first shell and the second shell defining a housing (L) suitable for receiving the axisymmetric mechanical part (P) having a hollow center, a control unit configured to deliver a first temperature setpoint to the first heater means and a second temperature setpoint to the second heater means , the control unit including a synchronization module suitable for coordinating the delivery of the first and second temperature setpoints so that the first heater means and the second heater means operate simultaneously during a stage of heating and/or a stage of cooling in the generation of a microstructure with a structure gradient, and a regulator module for regulating the heating temperature difference between the first heater means and the second heater means so as to determine the value of the first temperature setpoint and the value of the second temperature setpoint as a function of the position desired for an intermediate zone (ZT) between a fine-grain structure and a coarse-grain structure in the mechanical part.
A circuit for providing a regulated output voltage (Vout), the circuit comprising: a variable frequency oscillator ; a control circuit configured and arranged to adjust an oscillation frequency of the variable frequency oscillator in response to a feedback signal (Vfb) indicating the regulated output voltage; a charge pump having a control input coupled to an output of the variable frequency oscillator and configured to charge one or more energy storage elements in response to the output of the variable frequency oscillator to produce a voltage signal; a plurality of output stages , each output stage having an input driven by the voltage signal and configured and arranged to drive the regulated output voltage at the output node in response to respective enable signals (En) provided to the output stages; and an enable control circuit configured and arranged to provide the respective enable signals, characterised in that the control circuit comprises: a replica output stage , configured to produce a feedback voltage proportional to the regulated output voltage, the replica output stage having an input driven by the voltage signal; and a difference amplifier having a first input coupled to an output of the replica output stage, a second input coupled to a reference voltage (vref), and an output coupled to a control input of the variable frequency oscillator. a variable frequency oscillator ; a control circuit configured and arranged to adjust an oscillation frequency of the variable frequency oscillator in response to a feedback signal (Vfb) indicating the regulated output voltage; a charge pump having a control input coupled to an output of the variable frequency oscillator and configured to charge one or more energy storage elements in response to the output of the variable frequency oscillator to produce a voltage signal; a plurality of output stages , each output stage having an input driven by the voltage signal and configured and arranged to drive the regulated output voltage at the output node in response to respective enable signals (En) provided to the output stages; and an enable control circuit configured and arranged to provide the respective enable signals, characterised in that the control circuit comprises: a replica output stage , configured to produce a feedback voltage proportional to the regulated output voltage, the replica output stage having an input driven by the voltage signal; and a difference amplifier having a first input coupled to an output of the replica output stage, a second input coupled to a reference voltage (vref), and an output coupled to a control input of the variable frequency oscillator. a replica output stage , configured to produce a feedback voltage proportional to the regulated output voltage, the replica output stage having an input driven by the voltage signal; and a difference amplifier having a first input coupled to an output of the replica output stage, a second input coupled to a reference voltage (vref), and an output coupled to a control input of the variable frequency oscillator.
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein the washing process is performed; a door which cuts the contact between the washing tub and the outer environment; a decorative panel which is mounted onto the door as per the user preference; and a control unit which is installed onto the door and which remains between the decorative panel and the door , an optical system having at least one light source which is connected to the control unit , at least one shape plate which is disposed in front of the light source and which is transparent so as to allow the light emitted by the light source to pass therethrough, and at least one reflective lens which enables the light passing through the shape plate to be reflected characterized by a plurality of shapes which are arranged on the shape plate and which provide information on the operational steps, a transmission member which is provided between the shape plate and the reflective lens and which has a plurality of channels extending from the shape plate towards the reflective lens so as to prevent the light beams passing through the shapes from mixing with each other.
A high-frequency heating device comprising: a first generation unit configured to generate microwaves; a surface wave exciter including a plurality of metal plates and configured to heat a heating subject by propagating the microwaves in a surface wave mode, the plurality of metal plates being periodically arranged at a predetermined interval in a propagation direction of the microwaves; and a first connecting unit disposed in a middle portion of the surface wave exciter in the propagation direction of the microwaves generated by the first generation unit so that the microwaves are supplied to the surface wave exciter , characterized in that the high-frequency heating device further comprises: a second connecting unit disposed at one end portion of the surface wave exciter in the propagation direction of the microwaves; and a third connecting unit disposed at an other end portion of the surface wave exciter in the propagation direction of the microwaves. a first generation unit configured to generate microwaves; a surface wave exciter including a plurality of metal plates and configured to heat a heating subject by propagating the microwaves in a surface wave mode, the plurality of metal plates being periodically arranged at a predetermined interval in a propagation direction of the microwaves; and a first connecting unit disposed in a middle portion of the surface wave exciter in the propagation direction of the microwaves generated by the first generation unit so that the microwaves are supplied to the surface wave exciter , characterized in that the high-frequency heating device further comprises: a second connecting unit disposed at one end portion of the surface wave exciter in the propagation direction of the microwaves; and a third connecting unit disposed at an other end portion of the surface wave exciter in the propagation direction of the microwaves. a second connecting unit disposed at one end portion of the surface wave exciter in the propagation direction of the microwaves; and a third connecting unit disposed at an other end portion of the surface wave exciter in the propagation direction of the microwaves.
A green or at least partially vulcanised tyre comprising at least: a carcass structure , a tread band applied in radially outer position to said carcass structure , optionally a layer of elastomeric material substantially impermeable to air, liner , applied in radially inner position to said carcass structure , a sealing composite applied to the radially more internal surface of said tyre axially extended at least at a crown portion of the tyre; wherein said sealing composite is according to claim 14 and comprises at least a self-supporting thermoplastic film and a sealing composition layer associated with and supported by said self-supporting thermoplastic film and wherein the sealing composition layer is placed substantially in contact with the radially more internal surface of the tyre and the self-supporting thermoplastic film is radially inside the sealing composition layer , wherein the self-supporting thermoplastic film comprises at least 50% by weight with respect to the weight of the film itself of at least one or more polyolefins, wherein the at least one polyolefin has a fluidity index (MFI) less than 4, preferably less than 2, more preferably less than 1.5, still more preferably less than 1 gram per 10 minutes evaluated according to ASTM D1238 at 190°C/2.16 Kg.. a carcass structure , a tread band applied in radially outer position to said carcass structure , optionally a layer of elastomeric material substantially impermeable to air, liner , applied in radially inner position to said carcass structure , a sealing composite applied to the radially more internal surface of said tyre axially extended at least at a crown portion of the tyre; wherein said sealing composite is according to claim 14 and comprises at least a self-supporting thermoplastic film and a sealing composition layer associated with and supported by said self-supporting thermoplastic film and wherein the sealing composition layer is placed substantially in contact with the radially more internal surface of the tyre and the self-supporting thermoplastic film is radially inside the sealing composition layer , wherein the self-supporting thermoplastic film comprises at least 50% by weight with respect to the weight of the film itself of at least one or more polyolefins, wherein the at least one polyolefin has a fluidity index (MFI) less than 4, preferably less than 2, more preferably less than 1.5, still more preferably less than 1 gram per 10 minutes evaluated according to ASTM D1238 at 190°C/2.16 Kg..
A positioning device for positioning forks for a lift truck comprising: a supporting structure configured to support a pair of forks which comprises at least one upper bar and a lower bar , which have a main longitudinal extension, and a first side bar and a second side bar , which connect the upper bar and the lower bar ; the supporting structure has a viewing window defined at least by the upper bar , by the lower bar and by the first side bar and by the second side bar ; a movement unit for moving the supporting structure configured to translate the supporting structure along a horizontal direction (D) parallel to the longitudinal direction of extension of the upper bar and of the lower bar of the supporting structure ; whereby the movement unit is positioned at the lower bar of the supporting structure , outside the viewing window ; characterised in that the lower bar comprises a seat for housing at least part of the movement unit . a supporting structure configured to support a pair of forks which comprises at least one upper bar and a lower bar , which have a main longitudinal extension, and a first side bar and a second side bar , which connect the upper bar and the lower bar ; the supporting structure has a viewing window defined at least by the upper bar , by the lower bar and by the first side bar and by the second side bar ; a movement unit for moving the supporting structure configured to translate the supporting structure along a horizontal direction (D) parallel to the longitudinal direction of extension of the upper bar and of the lower bar of the supporting structure ; whereby the movement unit is positioned at the lower bar of the supporting structure , outside the viewing window ; characterised in that the lower bar comprises a seat for housing at least part of the movement unit .
A testing device for cables having a VLF voltage for generating a cosine square-wave test voltage, a direct current voltage source charging the cable to a voltage during testing and the charged cable reversing to an opposite polarity via controllable switching elements and in a further switch position, the cable reversing back to the original polarity, characterized in that - the switching elements are formed by switches (S1, S2, S3, S4) of a bridge circuit and - a switch (S1 and S4 or S2 and S3) of each bridge branch is used via a measuring and control unit to switch the polarity on the cable - and via the measuring and control unit when switching after a half-wave, when the voltage (u), du/dt falls below a defined increase, via a further controlled switching element (TI), an assigned throttle (LI) switches on as an energy store parallel to the direct current voltage source . - the switching elements are formed by switches (S1, S2, S3, S4) of a bridge circuit and - a switch (S1 and S4 or S2 and S3) of each bridge branch is used via a measuring and control unit to switch the polarity on the cable - and via the measuring and control unit when switching after a half-wave, when the voltage (u), du/dt falls below a defined increase, via a further controlled switching element (TI), an assigned throttle (LI) switches on as an energy store parallel to the direct current voltage source .
An apparatus comprising - means for receiving a 360-degree video; - means for receiving head-tracking data of a user of a head-mounted display; - means for determining a current field of view based on the head-tracking data; - means for determining a predicted field of view, that is expected to become visible, based on the head-tracking data; - means for adjusting resolution of the 360-degree video based on the current field of view and on the predicted field of view, wherein resolution of the current field of view is a first resolution, the resolution outside of the current and the predicted fields of view is a second resolution, and the resolution of the predicted field of view is a third resolution, and wherein said adjusting comprises reducing the second resolution and the third resolution; characterized in that the apparatus further comprises - means for determining a confidence of the head-tracking data; - means for scaling the resolution of the 360-degree video based on the confidence of the head-tracking data, wherein said scaling comprises reducing the first resolution if the confidence of the head-tracking data is low; and - means for streaming the 360-degree video into the head-mounted display, the 360-degree video having an adjusted resolution based on the current field of view and on the predicted field of view, wherein the third resolution is lower than the first resolution and higher than the second resolution. - means for receiving a 360-degree video; - means for receiving head-tracking data of a user of a head-mounted display; - means for determining a current field of view based on the head-tracking data; - means for determining a predicted field of view, that is expected to become visible, based on the head-tracking data; - means for adjusting resolution of the 360-degree video based on the current field of view and on the predicted field of view, wherein resolution of the current field of view is a first resolution, the resolution outside of the current and the predicted fields of view is a second resolution, and the resolution of the predicted field of view is a third resolution, and wherein said adjusting comprises reducing the second resolution and the third resolution; - means for determining a confidence of the head-tracking data; - means for scaling the resolution of the 360-degree video based on the confidence of the head-tracking data, wherein said scaling comprises reducing the first resolution if the confidence of the head-tracking data is low; and - means for streaming the 360-degree video into the head-mounted display, the 360-degree video having an adjusted resolution based on the current field of view and on the predicted field of view, wherein the third resolution is lower than the first resolution and higher than the second resolution.