mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications by a base station, comprising: determining a transmission configuration of a first synchronization signal, SS, and/or a second SS based, at least in part, on a frequency band on which the base station is to transmit the first and second SS; and transmitting the first and second SS in accordance with the determined transmission configuration, characterized in that the transmission configuration indicates: one or more antenna ports used for transmission of the SS; and/or precoding used to generate the transmitted SS. determining a transmission configuration of a first synchronization signal, SS, and/or a second SS based, at least in part, on a frequency band on which the base station is to transmit the first and second SS; and transmitting the first and second SS in accordance with the determined transmission configuration, characterized in that the transmission configuration indicates: one or more antenna ports used for transmission of the SS; and/or precoding used to generate the transmitted SS. one or more antenna ports used for transmission of the SS; and/or precoding used to generate the transmitted SS.
A glass composition suitable for fiber forming comprising: SiO 2 from 60 to 63 weight percent; Al 2 O 3 from 14 to 16 weight percent; CaO from 14 to 16.5 weight percent; MgO from 6 to 8.5 weight percent; Fe 2 O 3 less than 1 weight percent; TiO 2 less than 1 weight percent; and Li 2 O from 0 to no greater than 0.1 weight percent, wherein the (Li 2 O + MgO + Al 2 O 3) content ranges from 22 up to 24 weight percent and the ratio of CaO to MgO, (CaO/MgO), ranges from 1.7 to 2.0, wherein the glass composition further comprises up to 0.2 weight percent K 2 O. SiO 2 from 60 to 63 weight percent; Al 2 O 3 from 14 to 16 weight percent; CaO from 14 to 16.5 weight percent; MgO from 6 to 8.5 weight percent; Fe 2 O 3 less than 1 weight percent; TiO 2 less than 1 weight percent; and Li 2 O from 0 to no greater than 0.1 weight percent, wherein the (Li 2 O + MgO + Al 2 O 3) content ranges from 22 up to 24 weight percent and the ratio of CaO to MgO, (CaO/MgO), ranges from 1.7 to 2.0, wherein the glass composition further comprises up to 0.2 weight percent K 2 O.
A method for detection of human contact with a non-moving implement in a power tool comprising: generating, with a clock source in the power tool, a time varying electrical signal that passes through the non-moving implement, wherein the time varying electrical signal is a complex valued signal that includes both an in-phase component and a quadrature component; sampling, with a controller in the power tool, the time varying electrical signal passing through the non-moving implement to obtain a series of samples of the electrical signal; identifying, with the controller, a component for each sample in the series of samples; identifying, with the controller, a first max-min value (480, 516) corresponding to a first plurality of samples in the series of samples occurring during a first periodic time interval (458; 508), wherein the first max-min value (480; 516) refers to a difference between a maximum value and a minimum value identified in the in-phase components of the first plurality of samples; and identifying, with the controller, human contact with the non-moving implement in response to the first max-min value (480; 516) being greater than a first predetermined threshold; and disabling, with the controller, an actuator in the power tool that is configured to move the non-moving implement in response to identifying the human contact with the non-moving implement. generating, with a clock source in the power tool, a time varying electrical signal that passes through the non-moving implement, wherein the time varying electrical signal is a complex valued signal that includes both an in-phase component and a quadrature component; sampling, with a controller in the power tool, the time varying electrical signal passing through the non-moving implement to obtain a series of samples of the electrical signal; identifying, with the controller, a component for each sample in the series of samples; identifying, with the controller, a first max-min value (480, 516) corresponding to a first plurality of samples in the series of samples occurring during a first periodic time interval (458; 508), wherein the first max-min value (480; 516) refers to a difference between a maximum value and a minimum value identified in the in-phase components of the first plurality of samples; and identifying, with the controller, human contact with the non-moving implement in response to the first max-min value (480; 516) being greater than a first predetermined threshold; and disabling, with the controller, an actuator in the power tool that is configured to move the non-moving implement in response to identifying the human contact with the non-moving implement.
An intrabody fluid transfer system comprising: a cannula assembly comprising a proximal end with a luer connector and having a longitudinally opposing distal end with an open channel extending therethrough; and surgical plunger assembly comprising: a stylet comprising opposing proximal and distal ends; a luer connector comprising an internal seal adjacent the stylet; and a support body coupled to the luer connector and extending above the distal end of the stylet, wherein the support body encloses a sub-length of the stylet; and wherein the stylet is longitudinally moveable relative to the support body between first and second positions, wherein, in the first position, the proximal end of the stylet is closer to the luer connector than in the second position; wherein the surgical plunger assembly is configured to be coupled to the cannula assembly, wherein the stylet extends in the open channel of the cannula assembly to position the distal end of the stylet adjacent the distal end of the cannula assembly, wherein the open channel and the stylet cooperate to define a fluid channel extending from the distal end of the cannula assembly; wherein the surgical plunger assembly is configured to create a vacuum to intake fluid at the distal end of the cannula assembly in response to movement of the stylet towards the second position. a cannula assembly comprising a proximal end with a luer connector and having a longitudinally opposing distal end with an open channel extending therethrough; and surgical plunger assembly comprising: a stylet comprising opposing proximal and distal ends; a luer connector comprising an internal seal adjacent the stylet; and a support body coupled to the luer connector and extending above the distal end of the stylet, wherein the support body encloses a sub-length of the stylet; and wherein the stylet is longitudinally moveable relative to the support body between first and second positions, wherein, in the first position, the proximal end of the stylet is closer to the luer connector than in the second position; a stylet comprising opposing proximal and distal ends; a luer connector comprising an internal seal adjacent the stylet; and a support body coupled to the luer connector and extending above the distal end of the stylet, wherein the support body encloses a sub-length of the stylet; and wherein the stylet is longitudinally moveable relative to the support body between first and second positions, wherein, in the first position, the proximal end of the stylet is closer to the luer connector than in the second position; wherein the surgical plunger assembly is configured to be coupled to the cannula assembly, wherein the stylet extends in the open channel of the cannula assembly to position the distal end of the stylet adjacent the distal end of the cannula assembly, wherein the open channel and the stylet cooperate to define a fluid channel extending from the distal end of the cannula assembly; wherein the surgical plunger assembly is configured to create a vacuum to intake fluid at the distal end of the cannula assembly in response to movement of the stylet towards the second position.
A dosing machine for pasta comprising: at least one channel for roughing the pasta, provided with first dosing means (7, 5, 11), a first basket for collecting the dosed pasta and a device adapted to weigh the pasta collected in said first basket, at least one channel for finishing the pasta, provided with second dosing means, said dosing machine comprising at least one further basket for collecting the pasta unloaded from said first basket and from said finishing channel, and a further device adapted to weigh the pasta collected in said further basket, wherein said further device for weighing the pasta is configured to emit an electronic signal corresponding to the weighing being completed, said electronic signal being adapted to control the opening of the further basket to cause the pasta to fall into a hopper having a bottom opening, characterized in that, below said bottom opening, a drawer is arranged being configured to slide horizontally, preferably with a short travel of 100 mm, and to take a first position for collecting the pasta from the hopper into a passage and a second position for transferring the pasta from said passage to a compartment provided with an openable base, the dosing machine further comprising a plate configured to act as support surface for the dose of pasta contained in said passage of the drawer when it is guided towards the compartment, or alternatively, if the dose of pasta is an undesired amount, to translate so as to make an unloading channel having an upper inlet opposite to the lower opening of the hopper accessible. at least one channel for roughing the pasta, provided with first dosing means (7, 5, 11), a first basket for collecting the dosed pasta and a device adapted to weigh the pasta collected in said first basket, at least one channel for finishing the pasta, provided with second dosing means, said dosing machine comprising at least one further basket for collecting the pasta unloaded from said first basket and from said finishing channel, and a further device adapted to weigh the pasta collected in said further basket, wherein said further device for weighing the pasta is configured to emit an electronic signal corresponding to the weighing being completed, said electronic signal being adapted to control the opening of the further basket to cause the pasta to fall into a hopper having a bottom opening, characterized in that, below said bottom opening, a drawer is arranged being configured to slide horizontally, preferably with a short travel of 100 mm, and to take a first position for collecting the pasta from the hopper into a passage and a second position for transferring the pasta from said passage to a compartment provided with an openable base, the dosing machine further comprising a plate configured to act as support surface for the dose of pasta contained in said passage of the drawer when it is guided towards the compartment, or alternatively, if the dose of pasta is an undesired amount, to translate so as to make an unloading channel having an upper inlet opposite to the lower opening of the hopper accessible.
A method for radar-based measurement of a fill level of a filling material in a container, wherein the method comprises the following method steps, which are repeated in successive measuring cycles (n): - emitting a microwave signal (S HF) in a direction of the filling material via an antenna, - receiving a receive signal (E HF) after reflection of the microwave signal (S HF) inside the container, - creating an evaluation curve (ZF n) with complex values on the basis of at least the receive signal (E HF), - progressively storing each current evaluation curve (ZF n), - forming a first difference curve (Diff n) with complex values on the basis of the evaluation curve (ZF n) of the current measuring cycle (n) and a stored evaluation curve (ZF n-m) of a preceding measuring cycle (n-m), and - determining the fill level on the basis of a maximum (A m) of the imaginary part or the real part of the current, first difference curve (Diff n). - emitting a microwave signal (S HF) in a direction of the filling material via an antenna, - receiving a receive signal (E HF) after reflection of the microwave signal (S HF) inside the container, - creating an evaluation curve (ZF n) with complex values on the basis of at least the receive signal (E HF), - progressively storing each current evaluation curve (ZF n), - forming a first difference curve (Diff n) with complex values on the basis of the evaluation curve (ZF n) of the current measuring cycle (n) and a stored evaluation curve (ZF n-m) of a preceding measuring cycle (n-m), and - determining the fill level on the basis of a maximum (A m) of the imaginary part or the real part of the current, first difference curve (Diff n).
A gas phase nanowire growth apparatus comprising: a reaction chamber; a first input; and a second input, wherein the first input is located concentrically within the second input and the first and second inputs are configured such that a second fluid delivered from the second input provides a sheath between a first fluid delivered from the first input and a wall of the reaction chamber, and wherein the apparatus further comprises a first output and a second output located at an opposite wall of the reaction chamber from the first and second input and wherein the first output is located concentrically within the second output. a reaction chamber; a first input; and a second input, wherein the first input is located concentrically within the second input and the first and second inputs are configured such that a second fluid delivered from the second input provides a sheath between a first fluid delivered from the first input and a wall of the reaction chamber, and wherein the apparatus further comprises a first output and a second output located at an opposite wall of the reaction chamber from the first and second input and wherein the first output is located concentrically within the second output.
An analysis device comprising a substrate having at least one sample addition zone, at least one sink, and at least one flow path connecting the at least one sample addition zone and the at least one sink, wherein the at least one flow path comprises projections substantially vertical to the surface of said substrate and having a height, diameter and reciprocal spacing (t1, t2) such that lateral capillary flow of a liquid sample is achieved, characterized in that the device comprises at least two reaction zones in series, wherein each reaction zone is adapted to measuring a response originating from one and the same analyte, and wherein the at least two reaction zones are positioned to allow calculation of the concentration of at least one analyte, wherein the reaction zone closest to the sample addition zone has a width, in the direction of the at least one flow path which is smaller than the width of any one of the other reaction zone(s).
Heat exchange system in a turbomachine comprising a number of units and equipment (10,20) to be cooled and/or lubricated, said system containing at least two distinct oil circuits (2,3) for cooling and/or lubricating said equipment (10,20), said system being configured to put said oil circuits (2,3) in close thermal contact with each other on the one hand and with a fluid playing the part of a cold source on the other hand.
Network server apparatus, located at the edge of a CDN network, the network server apparatus comprising: a processor; computer memory holding computer program instructions adapted to be executed by the processor, the computer program instructions comprise: step to receive requests having a HTTP host header associated therewith, the HTTP host header including a value; step (412,414) to determine whether the value in the HTTP host header is recognized; step to perform a DNS query on the value when the value in the HTTP host header is not recognized; step to receive a list of Domain Name Service, DNS, canonical names in response to the DNS query; step to analyze the list of DNS canonical names to determine whether a predetermined intermediate pattern is recognized for the value; step (424,426,406) to use at least the predetermined intermediate pattern to attempt to locate a content handling metadata file when the predetermined intermediate pattern is recognized, the content handling metadata file including content handling metadata to be applied to content requests thereafter associated with the request. a processor; computer memory holding computer program instructions adapted to be executed by the processor, the computer program instructions comprise: step to receive requests having a HTTP host header associated therewith, the HTTP host header including a value; step (412,414) to determine whether the value in the HTTP host header is recognized; step to perform a DNS query on the value when the value in the HTTP host header is not recognized; step to receive a list of Domain Name Service, DNS, canonical names in response to the DNS query; step to analyze the list of DNS canonical names to determine whether a predetermined intermediate pattern is recognized for the value; step (424,426,406) to use at least the predetermined intermediate pattern to attempt to locate a content handling metadata file when the predetermined intermediate pattern is recognized, the content handling metadata file including content handling metadata to be applied to content requests thereafter associated with the request. step to receive requests having a HTTP host header associated therewith, the HTTP host header including a value; step (412,414) to determine whether the value in the HTTP host header is recognized; step to perform a DNS query on the value when the value in the HTTP host header is not recognized; step to receive a list of Domain Name Service, DNS, canonical names in response to the DNS query; step to analyze the list of DNS canonical names to determine whether a predetermined intermediate pattern is recognized for the value; step (424,426,406) to use at least the predetermined intermediate pattern to attempt to locate a content handling metadata file when the predetermined intermediate pattern is recognized, the content handling metadata file including content handling metadata to be applied to content requests thereafter associated with the request.
A method of diagnosing Arrhythmogenic Right Ventricular Cardiomyopathy (ARVC) in a mammal comprising: 1) contacting a biological sample obtained from the mammal with DSG2 or an antigenic fragment thereof to bind desmoglein-2 autoantibody; 2) contacting the sample with a detectable non-human secondary antibody to the DSG2 autoantibody and determining whether or not DSG2 autoantibody is bound to the DSG2 or antigenic fragment by detecting binding of the detectable non-human secondary antibody to DSG2 autoantibody; and 3) diagnosing the mammal with ARVC when the presence of DSG2 autoantibody is detected. 1) contacting a biological sample obtained from the mammal with DSG2 or an antigenic fragment thereof to bind desmoglein-2 autoantibody; 2) contacting the sample with a detectable non-human secondary antibody to the DSG2 autoantibody and determining whether or not DSG2 autoantibody is bound to the DSG2 or antigenic fragment by detecting binding of the detectable non-human secondary antibody to DSG2 autoantibody; and 3) diagnosing the mammal with ARVC when the presence of DSG2 autoantibody is detected.
Use of a laser processing apparatus for refining magnetic domains of a grain-oriented electromagnetic steel sheet by setting a laser beam to be focused on the grain-oriented electromagnetic steel sheet and scanned in a scanning direction, wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light having a degree of polarization defined as PW1/(PW1+PW2) of 0.9 or higher and lower than 1.0, wherein a power of a linearly polarized component is given by PW1 and a power of an orthogonal component is given by PW2, wherein an angle between a linear polarization direction and the scanning direction is equal to or higher than 0° and lower than 45°, and wherein the incident angle φ of the laser beam becomes 0° when the incident position of the laser beam is coincident with the center portion of the laser scanning width and the incident angle φ of the laser beam increases as the incident position of the laser beam approaches the end portion of the laser scanning width. wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light having a degree of polarization defined as PW1/(PW1+PW2) of 0.9 or higher and lower than 1.0, wherein a power of a linearly polarized component is given by PW1 and a power of an orthogonal component is given by PW2, wherein an angle between a linear polarization direction and the scanning direction is equal to or higher than 0° and lower than 45°, and wherein the incident angle φ of the laser beam becomes 0° when the incident position of the laser beam is coincident with the center portion of the laser scanning width and the incident angle φ of the laser beam increases as the incident position of the laser beam approaches the end portion of the laser scanning width.
An absorbent article comprising: an absorbent body provided between a liquid permeable topsheet and a backsheet; and a second sheet provided between the liquid permeable topsheet and the absorbent body, wherein slits that penetrate in the thickness direction of the absorbent body are formed along a longitudinal direction on both side portions of the absorbent body in the width direction, a body-fluid-expelling-portion corresponding region is included between the slits, the second sheet is provided along an inner surface of the slits, concave grooves, in which the second sheet and the backsheet are integrated, are formed in the slits, at least a portion of the second sheet that forms one of the side surfaces of the concave grooves has water-repellent properties, wherein a portion of the second sheet that forms all of an inner surface of the concave grooves has water-repellent properties, and wherein the second sheet is made of a continuous sheet that covers the slits on both sides, portions of the second sheet that form the concave grooves on both sides have water-repellent properties, and a portion of the second sheet between the water-repellent portions has hydrophilic properties.
Domestic appliance apparatus, in particular hob apparatus, with an operating element and with at least one operating element contact surface, on which the operating element coupled from a functional perspective lies in at least one operating state, wherein the domestic appliance apparatus has at least one retaining sheet element, which exerts a magnetic main fastening force upon the operating element in the operating state, and with at least one sensor unit (22, 44), which is arranged at least partially between the retaining sheet element and the operating element contact surface, characterised in that the sensor unit (22, 44) can precisely sense a magnetic field, which emanates from the operating element, wherein the operating element has at least one permanent magnet and at least one magnetic field conducting element made from sheet metal in a star-shaped manner, in which a field generated by the permanent magnet is conducted, wherein field lines of said field extend from the permanent magnet through an arm of the magnetic field conducting element and penetrate the sensor unit (22, 44) of the domestic appliance apparatus and are conveyed through the retaining sheet element up to the permanent magnet.