mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting a parafunctional activity and comprising: - Sensing means (3, 103) configured to detect an electromyographic signal produced by a muscular activity; - A processor programmed for recognizing a parafunctional activity by means of an analysis of the said electromyographic signal; - A sound detecting device (150, C), cooperating with the processor in such a manner as to distinguish a potential vocal sound emitted in use by the user; - A dissuading device for interrupting the parafunctional activity; - wherein the processor and the sound detecting device cooperate with each other in such a manner that, in the event of concomitant detection of an electromyographic signal compatible with a parafunctional activity and of recognition of the vocal sound emitted by the user, the processor categorizes such an occurrence as a false positive and in the case of detection of the electromyographic signal compatible with a parafunctional activity without the recognition of a vocal sound emitted by the user, the processor identifies such an occurrence as a parafunctional activity, said device being provided with an adhesive support, able to be applied to the user's face, on which said sensing means, the processor and the sound detecting device are arranged and wherein, further, said dissuading device is integrated in said adhesive support and is activated in response to the identification of said parafunctional activity in the said case of detection of the electromyographic signal compatible with a parafunctional activity without the recognition of a vocal sound emitted by the user. - Sensing means (3, 103) configured to detect an electromyographic signal produced by a muscular activity; - A processor programmed for recognizing a parafunctional activity by means of an analysis of the said electromyographic signal; - A sound detecting device (150, C), cooperating with the processor in such a manner as to distinguish a potential vocal sound emitted in use by the user; - A dissuading device for interrupting the parafunctional activity; - wherein the processor and the sound detecting device cooperate with each other in such a manner that, in the event of concomitant detection of an electromyographic signal compatible with a parafunctional activity and of recognition of the vocal sound emitted by the user, the processor categorizes such an occurrence as a false positive and in the case of detection of the electromyographic signal compatible with a parafunctional activity without the recognition of a vocal sound emitted by the user, the processor identifies such an occurrence as a parafunctional activity, said device being provided with an adhesive support, able to be applied to the user's face, on which said sensing means, the processor and the sound detecting device are arranged and wherein, further, said dissuading device is integrated in said adhesive support and is activated in response to the identification of said parafunctional activity in the said case of detection of the electromyographic signal compatible with a parafunctional activity without the recognition of a vocal sound emitted by the user.
A thermostable cellobiohydrolase, having a cellobiohydrolase catalytic domain comprising: a polypeptide comprising an amino acid sequence represented by SEQ ID NO: 1, a polypeptide comprising an amino acid sequence in which 1 to 20 amino acids have been deleted, substituted, or added in the amino acid sequence represented by SEQ ID NO: 1, and having hydrolysis activity against a substrate of phosphoric acid swollen Avicel at least under conditions of 65°C and pH 6, or a polypeptide comprising an amino acid sequence having 80% or greater sequence identity with the amino acid sequence represented by SEQ ID NO: 1, and having hydrolysis activity against a substrate of phosphoric acid swollen Avicel at least under conditions of 65°C and pH 6. a polypeptide comprising an amino acid sequence represented by SEQ ID NO: 1, a polypeptide comprising an amino acid sequence in which 1 to 20 amino acids have been deleted, substituted, or added in the amino acid sequence represented by SEQ ID NO: 1, and having hydrolysis activity against a substrate of phosphoric acid swollen Avicel at least under conditions of 65°C and pH 6, or a polypeptide comprising an amino acid sequence having 80% or greater sequence identity with the amino acid sequence represented by SEQ ID NO: 1, and having hydrolysis activity against a substrate of phosphoric acid swollen Avicel at least under conditions of 65°C and pH 6.
A box comprising a first box portion (1; 21), a second box portion (2; 22), and a third box portion (3; 23), the first box portion and the second box portion comprising complementary snap fastener means (5, 8) formed in a wall of the first box portion and in a first wall of the second box portion, the box being characterized in that the complementary snap fastener means are arranged so that, when the first box portion and the second box portion are assembled together, and in the absence of the third box portion, axial clearance exists along an axis parallel to the wall of the first box portion and to the first wall of the second box portion, which walls are parallel to each other, the second box portion and the third box portion comprising complementary adjustment means (11, 14; 24, 25, 26, 28; 31) arranged so that, when the third box portion is assembled with the first box portion and the second box portion, the axial clearance is reduced and the position of the second box portion and of the third box portion is adjusted along the axis.
A cutting element for a tool, the cutting element comprising: a high pressure-high temperature polycrystalline diamond body comprising a surface region; an electrically conductive track formed at the surface region, wherein the electrically conductive track has an electrical resistance substantially lower than that of the surface region, characterised by the conductive track comprising graphite. a high pressure-high temperature polycrystalline diamond body comprising a surface region; an electrically conductive track formed at the surface region, wherein the electrically conductive track has an electrical resistance substantially lower than that of the surface region, characterised by the conductive track comprising graphite.
A method for verifying system integrity of an electronic device, the method comprising: generating, by a verifier module provided within a secure environment in the electronic device, a challenge; transmitting the challenge from the verifier module to a scanner module provided within a normal environment in the electronic device; executing, by the scanner module, an integrity verification function in the normal environment to generate a response, wherein the scanner module is instructed by the challenge to execute the integrity verification function; encrypting, by the scanner module, the response and transmitting the encrypted response to the verifier module; and decrypting, by the verifier module, the encrypted response, whereby in response to a successful decryption of the encrypted response, the integrity of the scanner module is verified, whereby in response to a determination that the integrity of the scanner module is verified, determining, by the verifier module, whether the response is valid, whereby in response to a determination that the response is invalid, performing a mitigation action. generating, by a verifier module provided within a secure environment in the electronic device, a challenge; transmitting the challenge from the verifier module to a scanner module provided within a normal environment in the electronic device; executing, by the scanner module, an integrity verification function in the normal environment to generate a response, wherein the scanner module is instructed by the challenge to execute the integrity verification function; encrypting, by the scanner module, the response and transmitting the encrypted response to the verifier module; and decrypting, by the verifier module, the encrypted response, whereby in response to a successful decryption of the encrypted response, the integrity of the scanner module is verified, whereby in response to a determination that the integrity of the scanner module is verified, determining, by the verifier module, whether the response is valid, whereby in response to a determination that the response is invalid, performing a mitigation action.
Connection element (1, 11, 111) for connecting with at least one rectangular ducting component (91, 92), comprising a main body with an end section (31, 32) having a rectangular outer circumference, said end section being insertable into an end section of a respective ducting component with a rectangular inner circumference; characterized in that said main body is made out of one duct-shaped piece; that the connection element further comprises at least one separate lip element (41, 42, 43, 44, 401, 402, 403, 404, 4001, 4002, 4003, 4004) fixed on the outer face of each panel of the rectangular outer circumference of the main body, which lip elements are configured to extend at least partially over the outer face of an end section of said ducting component when the main body is inserted therein, so as to clamp said ducting component between the lip elements and the rectangular outer circumference of the main body; and that the connection element is configured for connecting with rectangular ducting components, such that connecting only requires sliding said end section of the main body into a female ducting component to obtain a sealing connection. a main body with an end section (31, 32) having a rectangular outer circumference, said end section being insertable into an end section of a respective ducting component with a rectangular inner circumference; characterized in that said main body is made out of one duct-shaped piece; that the connection element further comprises at least one separate lip element (41, 42, 43, 44, 401, 402, 403, 404, 4001, 4002, 4003, 4004) fixed on the outer face of each panel of the rectangular outer circumference of the main body, which lip elements are configured to extend at least partially over the outer face of an end section of said ducting component when the main body is inserted therein, so as to clamp said ducting component between the lip elements and the rectangular outer circumference of the main body; and that the connection element is configured for connecting with rectangular ducting components, such that connecting only requires sliding said end section of the main body into a female ducting component to obtain a sealing connection.
A network-side device, capable of performing data communication with user equipment by using a millimeter-wave band, wherein the network-side device comprises: a receiving module, configured to receive measurement information sent by the user equipment; a determining module, configured to identify a status of the user equipment according to the measurement information fed back by the user equipment, wherein the status of the user equipment is a normal communication state or a blind area state, and the blind area state comprises at least one of a beam biased state, an interfered state, or a blocked state; and a blind area state processing module, configured to perform blind area management on the user equipment that is in the blind area state according to the identified blind area state, wherein blind area management comprises performing a corresponding optimization operation according to a corresponding blind area state. a receiving module, configured to receive measurement information sent by the user equipment; a determining module, configured to identify a status of the user equipment according to the measurement information fed back by the user equipment, wherein the status of the user equipment is a normal communication state or a blind area state, and the blind area state comprises at least one of a beam biased state, an interfered state, or a blocked state; and a blind area state processing module, configured to perform blind area management on the user equipment that is in the blind area state according to the identified blind area state, wherein blind area management comprises performing a corresponding optimization operation according to a corresponding blind area state.
Apparatus for measuring a measured variable, having - a first inductance, - at least one measurement inductance (LS1, LS2, LS3) that is designed to sense the measured variable and that is coupled to the first inductance, - a capacitance that is interconnected with the first inductance to form a parallel resonant circuit, and - an electronic control unit, - wherein the electronic control unit is connected directly to the parallel resonant circuit and is configured to excite the parallel resonant circuit into oscillation at an excitation frequency that is derived from a clock of the electronic control unit, - wherein the electronic control unit has at least one analog-to-digital converter having a signal input (P4, P5, P6) connected directly to the at least one measurement inductance (LS1, LS2, LS3) for picking up a signal, - wherein the electronic control unit has a distortion signal generator having a distortion signal output (P3, D), the distortion signal generator being designed to deliver a distortion signal at a distortion signal reference point, - wherein the distortion signal output is coupled to the analog-to-digital converter exclusively by means of passive components, - wherein the electronic control unit is configured to measure the signal at intervals, a number of measured values being picked up within each interval, and - wherein the electronic control unit is configured to perform a frequency analysis of the measured values of a respective interval and to determine at least one characteristic value, indicating the measured variable, of the signal at an evaluation frequency. - a first inductance, - at least one measurement inductance (LS1, LS2, LS3) that is designed to sense the measured variable and that is coupled to the first inductance, - a capacitance that is interconnected with the first inductance to form a parallel resonant circuit, and - an electronic control unit, - wherein the electronic control unit is connected directly to the parallel resonant circuit and is configured to excite the parallel resonant circuit into oscillation at an excitation frequency that is derived from a clock of the electronic control unit, - wherein the electronic control unit has at least one analog-to-digital converter having a signal input (P4, P5, P6) connected directly to the at least one measurement inductance (LS1, LS2, LS3) for picking up a signal, - wherein the electronic control unit has a distortion signal generator having a distortion signal output (P3, D), the distortion signal generator being designed to deliver a distortion signal at a distortion signal reference point, - wherein the distortion signal output is coupled to the analog-to-digital converter exclusively by means of passive components, - wherein the electronic control unit is configured to measure the signal at intervals, a number of measured values being picked up within each interval, and - wherein the electronic control unit is configured to perform a frequency analysis of the measured values of a respective interval and to determine at least one characteristic value, indicating the measured variable, of the signal at an evaluation frequency.
A method for producing a therapeutically active protein in a two-container system, comprising: placing blood from a mammal into a first container of the two-container system; transferring the blood into a second container of the two-container system, said second container defining a longitudinal axis and comprising a cap having dual luer locks, one for injecting blood into the second container, the other for removing serum from the second container, the second container containing beads or spheres, the cap comprising a conduit that forms an angle with the longitudinal axis and being configured to allow the blood to flow into the second container on a sidewall of the second container; and incubating the second container for a sufficient time and at a sufficient temperature to produce a therapeutically active protein in the blood. placing blood from a mammal into a first container of the two-container system; transferring the blood into a second container of the two-container system, said second container defining a longitudinal axis and comprising a cap having dual luer locks, one for injecting blood into the second container, the other for removing serum from the second container, the second container containing beads or spheres, the cap comprising a conduit that forms an angle with the longitudinal axis and being configured to allow the blood to flow into the second container on a sidewall of the second container; and incubating the second container for a sufficient time and at a sufficient temperature to produce a therapeutically active protein in the blood.
A mobile radio network, in particular according to the GSM and/or UMTS standard, for the communication of mobile terminals (20, 22, 24), comprising at least two base stations respectively comprising at least one antenna for receiving and/or sending uplink and/or downlink transmissions, wherein the area covered by a base station at least forms one radio cell, in which frequency ranges for the uplink and the downlink transmission are provided, characterized in that identical frequency ranges of the downlink transmission of an adjacent radio cell are respectively provided for the uplink transmission between the mobile terminal (20, 22, 24) and the base station and/or identical frequency ranges of the uplink transmission of an adjacent radio cell are respectively provided for the downlink transmission between the mobile terminal (20, 22, 24) and the base station.
Safety eyeglasses, in particular safety eyeglasses for work or safety eyeglasses for sport, with corrective eyeglass safety lenses for correcting ametropia, comprising lateral protection parts and arms, characterized in that - the safety eyeglasses are configured as frameless eyeglasses, - and the corrective lenses are configured as plastic lenses which are fixedly connected to lateral protection parts adjoining them at the temples, - wherein the lateral protection parts, in the connection region to the corrective lenses, are moulded to the latter with an exact fit, such that the curved profile of the corrective lenses is mirrored by the lateral protection parts in the connection region, and - the corrective lenses, in an overlap region, lie flat on the correspondingly formed lateral protection parts and, in this connection region, are adhesively bonded and/or welded and/or screwed to the lateral protection parts. - the safety eyeglasses are configured as frameless eyeglasses, - and the corrective lenses are configured as plastic lenses which are fixedly connected to lateral protection parts adjoining them at the temples, - wherein the lateral protection parts, in the connection region to the corrective lenses, are moulded to the latter with an exact fit, such that the curved profile of the corrective lenses is mirrored by the lateral protection parts in the connection region, and - the corrective lenses, in an overlap region, lie flat on the correspondingly formed lateral protection parts and, in this connection region, are adhesively bonded and/or welded and/or screwed to the lateral protection parts.
A cap intended to obturate a duct for ejecting cartridges from a turret, the cap comprising a circular base intended to allow it to be attached at the duct, and a shell having a spherical dome profile including a concave face and a convex face, the shell being divided into at least four sectors by slots which are evenly distributed angularly, the sectors being contiguous pairwise.
An input apparatus comprising: a handwriting input unit configured to receive a handwritten input using a position of a pen or a user's finger in contact with a display; and a display unit configured to display the handwritten input received by the handwriting input unit on the display as a handwritten object, wherein the input apparatus is configured to, in response to no occurrence of a change in the handwritten object during a first period, display one or more operation command candidates on the basis of the handwritten object, characterized in that the input apparatus is configured to identify one or more character string candidates from the handwritten object, to identify one or more operation command candidates from the handwritten object and to display the one or more character string candidates identified from the handwritten object and the one or more operation command candidates identified from the handwritten object at the same time as selectable candidates. a handwriting input unit configured to receive a handwritten input using a position of a pen or a user's finger in contact with a display; and a display unit configured to display the handwritten input received by the handwriting input unit on the display as a handwritten object, wherein the input apparatus is configured to, in response to no occurrence of a change in the handwritten object during a first period, display one or more operation command candidates on the basis of the handwritten object, characterized in that the input apparatus is configured to identify one or more character string candidates from the handwritten object, to identify one or more operation command candidates from the handwritten object and to display the one or more character string candidates identified from the handwritten object and the one or more operation command candidates identified from the handwritten object at the same time as selectable candidates.