mhurhangee/ep-ind-claims huggingface dataset:
A flip chip assembly (100, 200) configured to improve performance of a flip chip device, the assembly comprising: a semiconductor die having an active surface and a back surface, the active surface comprising a plurality of conductive pads; characterized in that the assembly further comprises: an interposer substrate (104, 204) having a first surface in electrical contact with the active surface of the semiconductor die and a second surface; a space between the active surface of the semiconductor die and the first surface of the interposer substrate, wherein the space is substantially free of underfill material; a carrier substrate having a top surface in electrical contact with the second surface of the interposer; and an underfill layer between the top surface of the carrier substrate and the second surface of the interposer substrate, wherein a footprint of the interposer is matched to a footprint of the semiconductor die. a semiconductor die having an active surface and a back surface, the active surface comprising a plurality of conductive pads; characterized in that the assembly further comprises: an interposer substrate (104, 204) having a first surface in electrical contact with the active surface of the semiconductor die and a second surface; a space between the active surface of the semiconductor die and the first surface of the interposer substrate, wherein the space is substantially free of underfill material; a carrier substrate having a top surface in electrical contact with the second surface of the interposer; and an underfill layer between the top surface of the carrier substrate and the second surface of the interposer substrate, an interposer substrate (104, 204) having a first surface in electrical contact with the active surface of the semiconductor die and a second surface; a space between the active surface of the semiconductor die and the first surface of the interposer substrate, wherein the space is substantially free of underfill material; a carrier substrate having a top surface in electrical contact with the second surface of the interposer; and an underfill layer between the top surface of the carrier substrate and the second surface of the interposer substrate, wherein a footprint of the interposer is matched to a footprint of the semiconductor die.
A method, comprising: detecting, in an apparatus, a frame from an access node with which the apparatus is in an unassociated state, the frame comprising an information element specifying operating channel of at least one first wireless network and a further information element; verifying, by the apparatus on the basis of the further information element, that the information element originates from a source trusted by the apparatus; and upon verifying that the information element originates from the trusted source, configuring by the apparatus a second wireless network managed by the apparatus to operate on a channel different from the operating channel specified by the information element. detecting, in an apparatus, a frame from an access node with which the apparatus is in an unassociated state, the frame comprising an information element specifying operating channel of at least one first wireless network and a further information element; verifying, by the apparatus on the basis of the further information element, that the information element originates from a source trusted by the apparatus; and upon verifying that the information element originates from the trusted source, configuring by the apparatus a second wireless network managed by the apparatus to operate on a channel different from the operating channel specified by the information element.
An acoustic insulation assembly for an auxiliary power unit with a centrifugal compressor, comprising an annular-shaped casing of an air inlet and comprising a plurality of reinforcing arms connecting its inner walls, the assembly being characterised in that it comprises a plurality of removable acoustic insulation mechanical parts, each mechanical part being annular-shaped, having a fastening face formed by a radial surface to be positioned in contact with an internal radial surface of the casing, and an opposite face to be facing inside the casing and comprising fastening means to cooperate with the casing such that the mechanical part and the flow surface of the casing, delimited by a pair of reinforcing arms, are superimposed.
A method of providing a voice recognition service, the method comprising: receiving a voice command from a microphone; determining similarity between the voice command and a voice index of each application program; determining an executable application program according to the similarity; determining an execution of an application program when a single application program is determined; displaying an application list corresponding to executable application programs when a plurality of the executable application programs is determined; determining an execution of an application program selected from the application list, when the application program is selected by a user; determining an additional service associated with the voice command on the determined application, in response to the execution determination of the application program; when the additional service associated with the voice command from the application program is determined, displaying a picture of the application program including the additional service associated with the voice command; and displaying a home picture of the selected application program when there is no additional service corresponding to the voice command and mapping the voice command with the additional service when any one additional service is selected on the home picture of the application. receiving a voice command from a microphone; determining similarity between the voice command and a voice index of each application program; determining an executable application program according to the similarity; determining an execution of an application program when a single application program is determined; displaying an application list corresponding to executable application programs when a plurality of the executable application programs is determined; determining an execution of an application program selected from the application list, when the application program is selected by a user; determining an additional service associated with the voice command on the determined application, in response to the execution determination of the application program; when the additional service associated with the voice command from the application program is determined, displaying a picture of the application program including the additional service associated with the voice command; and displaying a home picture of the selected application program when there is no additional service corresponding to the voice command and mapping the voice command with the additional service when any one additional service is selected on the home picture of the application.
A thermoplastic resin composition comprising: (a) a polyphenylene sulfide resin, and (b) a polyetherimide resin or a polyethersulfone resin, wherein the thermoplastic resin composition contains 99 to 1% by weight of the component (a) and 1 to 99% by weight of the component (b) based on 100% by weight of the total amount of the component (a) and the component (b), wherein an amount of olefin elastomer in the thermoplastic resin composition is less than 4 parts by weight based on 100 parts by weight of the total amount of the resin (a) and the resin (b), and also satisfies the following conditions: (i) tensile elongation, measured in accordance with ASTM-D638 under the conditions of a tension speed of 10 mm/minute and an ambient temperature of -20°C using ASTM No. 4 dumbbell test pieces, is 15% or more; and (ii) tensile creep strain, measured after the lapse of 100 hours from the beginning of a tensile creep test performed in accordance with ASTM-D2990 under the conditions of an ambient temperature of 80°C and a tensile stress of 20 MPa using ASTM No. 4 dumbbell test pieces, is 2.8% or less. (a) a polyphenylene sulfide resin, and (b) a polyetherimide resin or a polyethersulfone resin, wherein the thermoplastic resin composition contains 99 to 1% by weight of the component (a) and 1 to 99% by weight of the component (b) based on 100% by weight of the total amount of the component (a) and the component (b), wherein an amount of olefin elastomer in the thermoplastic resin composition is less than 4 parts by weight based on 100 parts by weight of the total amount of the resin (a) and the resin (b), and also satisfies the following conditions: (i) tensile elongation, measured in accordance with ASTM-D638 under the conditions of a tension speed of 10 mm/minute and an ambient temperature of -20°C using ASTM No. 4 dumbbell test pieces, is 15% or more; and (ii) tensile creep strain, measured after the lapse of 100 hours from the beginning of a tensile creep test performed in accordance with ASTM-D2990 under the conditions of an ambient temperature of 80°C and a tensile stress of 20 MPa using ASTM No. 4 dumbbell test pieces, is 2.8% or less. (i) tensile elongation, measured in accordance with ASTM-D638 under the conditions of a tension speed of 10 mm/minute and an ambient temperature of -20°C using ASTM No. 4 dumbbell test pieces, is 15% or more; and (ii) tensile creep strain, measured after the lapse of 100 hours from the beginning of a tensile creep test performed in accordance with ASTM-D2990 under the conditions of an ambient temperature of 80°C and a tensile stress of 20 MPa using ASTM No. 4 dumbbell test pieces, is 2.8% or less.
A method of an access point, the method comprising: generating a medium access control MAC header of a data frame for a terminal; generating a very high throughput signal VHT-SIG field of the data frame, characterized in that the VHT-SIG field includes a bit indicating whether the access point allows the terminal to enter a doze state during a transmission opportunity TXOP duration of the access point; and transmitting the data frame including the MAC header and the VHT-SIG field to the terminal. generating a medium access control MAC header of a data frame for a terminal; generating a very high throughput signal VHT-SIG field of the data frame, characterized in that the VHT-SIG field includes a bit indicating whether the access point allows the terminal to enter a doze state during a transmission opportunity TXOP duration of the access point; and transmitting the data frame including the MAC header and the VHT-SIG field to the terminal.
Method for operating an automation component by means of a control program comprising a plurality of control program components (103-1,..., 103-n), having the steps of: - detecting fault events of the control program during operation of the automation component; characterized by - downloading a current control program component (103-1,..., 103-n) from a central system for fault analysis on the basis of the detected fault events; and on the basis of a process image of the automation component; and - updating an existing control program component (103-1,..., 103-n) by means of the current control program component (103-1,..., 103-n) for fault analysis. - detecting fault events of the control program during operation of the automation component; - downloading a current control program component (103-1,..., 103-n) from a central system for fault analysis on the basis of the detected fault events; and on the basis of a process image of the automation component; and - updating an existing control program component (103-1,..., 103-n) by means of the current control program component (103-1,..., 103-n) for fault analysis.
A lamp assembly (100, 400, 500) comprising: a solid, opaque panel (410, 510) perforated by a plurality of apertures producing a silhouetted symbol representative of a traffic or pedestrian message; a reflective coating affixed to the light-facing inner side of the panel (410, 510) that reflects light emitted from a light source (420, 520); at least one optical element that scatters the reflected light through the panel (410, 510) at a plurality of angles relative to the path of the emitted light passing directly from the light source (420, 520); and a low reflective, dark colored layer affixed to the outer side of the panel (410, 510) in order to provide contrast with the light passing through the pattern of apertures. a solid, opaque panel (410, 510) perforated by a plurality of apertures producing a silhouetted symbol representative of a traffic or pedestrian message; a reflective coating affixed to the light-facing inner side of the panel (410, 510) that reflects light emitted from a light source (420, 520); at least one optical element that scatters the reflected light through the panel (410, 510) at a plurality of angles relative to the path of the emitted light passing directly from the light source (420, 520); and a low reflective, dark colored layer affixed to the outer side of the panel (410, 510) in order to provide contrast with the light passing through the pattern of apertures.
Method of monitoring a tap changer, wherein - during actuation thereof, i.e. during the switching-over process, current I, voltage U and phase angle cosφ are measured at an electric drive motor of a motor drive provided for actuation of the tap changer, - the instantaneous effective power taken up the drive motor is determined from these measured values in accordance with the equation Pw = U • I • cosφ, - the torque Md effective at the drive motor is determined from this effective power Pw, - prior to the start of the first actuation of the tap changer, factors q, m, n specific to the respective drive motor are stored as value pairs in non-volatile form as a matrix, - at the start of actuation of the tap changer the instantaneous voltage U at the drive motor is measured, - the associated value pairs q, m, n are read out from the stored matrix and - after determination of the effective power Pw the respective motor torque Md is determined, characterised in that - the factors q, m, n are dependent on the voltage U at the drive motor; - the storage is carried out in such a way that the factors q, m, n are stored as value pairs for different voltages U in non-volatile form as a matrix; - the reading out is carried out in such a way that the value pairs q, m, n associated with this measured voltage U are read out of the stored matrix; and - the determination of the respective motor torque Md is carried out in accordance with the equation Md = q · Pw 2 + m · Pw + n ⁢. - during actuation thereof, i.e. during the switching-over process, current I, voltage U and phase angle cosφ are measured at an electric drive motor of a motor drive provided for actuation of the tap changer, - the instantaneous effective power taken up the drive motor is determined from these measured values in accordance with the equation Pw = U • I • cosφ, - the torque Md effective at the drive motor is determined from this effective power Pw, - prior to the start of the first actuation of the tap changer, factors q, m, n specific to the respective drive motor are stored as value pairs in non-volatile form as a matrix, - at the start of actuation of the tap changer the instantaneous voltage U at the drive motor is measured, - the associated value pairs q, m, n are read out from the stored matrix and - after determination of the effective power Pw the respective motor torque Md is determined, - the factors q, m, n are dependent on the voltage U at the drive motor; - the storage is carried out in such a way that the factors q, m, n are stored as value pairs for different voltages U in non-volatile form as a matrix; - the reading out is carried out in such a way that the value pairs q, m, n associated with this measured voltage U are read out of the stored matrix; and - the determination of the respective motor torque Md is carried out in accordance with the equation Md = q · Pw 2 + m · Pw + n ⁢.
A battery separator comprising: (i) a plurality of first fibers forming a first fiber mat, the plurality of first fibers including fibers having a fiber diameter of between 0.05 and 5 microns so as to allow the first fiber mat to absorb an electrolyte of the battery; and (ii) a plurality of second fibers disposed on at least one surface of the first fiber mat, the plurality of second fibers including fibers having a fiber diameter of between 8 and 20 microns; characterized in that, the plurality of second fibers are arranged on the at least one surface of the first fiber mat so as to form a plurality of strands that extend between a first edge of the first fiber mat and a second edge of the first fiber mat opposite the first edge. (i) a plurality of first fibers forming a first fiber mat, the plurality of first fibers including fibers having a fiber diameter of between 0.05 and 5 microns so as to allow the first fiber mat to absorb an electrolyte of the battery; and (ii) a plurality of second fibers disposed on at least one surface of the first fiber mat, the plurality of second fibers including fibers having a fiber diameter of between 8 and 20 microns;
An immunonutritional composition comprising: at least one immuno-enhancing agent and a pharmaceutically acceptable carrier, said immune-enhancing agent comprising arginine, for use in transiently preventing or reducing anti-cancer treatment induced toxicity of the bone marrow, wherein said immunonutritional composition is used as part of neoadjuvant treatment and wherein said immunotritional composition is enterally administered. at least one immuno-enhancing agent and a pharmaceutically acceptable carrier, said immune-enhancing agent comprising arginine, for use in transiently preventing or reducing anti-cancer treatment induced toxicity of the bone marrow, wherein said immunonutritional composition is used as part of neoadjuvant treatment and wherein said immunotritional composition is enterally administered.
An electronic device comprising: a processor; and a touch-screen display configured to transfer data to the processor including touch events based on a first period; wherein the processor is configured to: identify movement speeds related to the touch events obtained by the touch-screen display, on the basis of an interval of time at which each of the touch events is transmitted and a coordinate difference between each of the touch events, determine a resampling time based on the movement speeds during a second period, wherein the second period is an integer multiple of the first period and the processor acquires resampling data by performing a resampling using the data according to the second period, and resample the data based on the resampling time. a processor; and a touch-screen display configured to transfer data to the processor including touch events based on a first period; wherein the processor is configured to: identify movement speeds related to the touch events obtained by the touch-screen display, on the basis of an interval of time at which each of the touch events is transmitted and a coordinate difference between each of the touch events, determine a resampling time based on the movement speeds during a second period, wherein the second period is an integer multiple of the first period and the processor acquires resampling data by performing a resampling using the data according to the second period, and resample the data based on the resampling time. identify movement speeds related to the touch events obtained by the touch-screen display, on the basis of an interval of time at which each of the touch events is transmitted and a coordinate difference between each of the touch events, determine a resampling time based on the movement speeds during a second period, wherein the second period is an integer multiple of the first period and the processor acquires resampling data by performing a resampling using the data according to the second period, and resample the data based on the resampling time.
Coating composition comprising A) at least one allophanate-containing compounds having the formula 1: where R, R 1 -R 6 are each independently identical or different hydrocarbyl radicals having 1-8 carbon atoms, which may be branched or cyclic, or else may be integrated together to form a cyclic system, and m and n are each independently 0-2, B) at least one binder, C) optionally at least one aliphatic or cycloaliphatic polyisocyanate having an NCO functionality of at least 2, D) optionally at least one catalyst, E) optionally auxiliaries and/or additive, F) optionally solvents. A) at least one allophanate-containing compounds having the formula 1: where R, R 1 -R 6 are each independently identical or different hydrocarbyl radicals having 1-8 carbon atoms, which may be branched or cyclic, or else may be integrated together to form a cyclic system, and m and n are each independently 0-2, B) at least one binder, C) optionally at least one aliphatic or cycloaliphatic polyisocyanate having an NCO functionality of at least 2, D) optionally at least one catalyst, E) optionally auxiliaries and/or additive, F) optionally solvents.
Switch capable of polarity-independent direct current operation, comprising at least two separate fixed contacts, each having a first contact region (21, 22) and at least one movable electrically conductive bridge contact having two second contact regions (31, 32) for establishing an electrically conducting connection between the first and second contact regions (21, 22, 31, 32) in an ON state of the switch and for disconnecting the first and second contact regions (21, 22, 31, 32) in an OFF state of the switch, comprising at least one magnet (71, 72) capable of generating a substantially constant magnetic field in the region of the first and second contact regions (21, 22, 31, 32) so as to exert a magnetic force on an arc (51, 52) occurring between the first and second contact regions (21, 22, 31, 32) when the OFF state is established, comprising two first arcing chambers (41, 42) for quenching the arcs (51, 52) having a first current direction, a first arc deflector plate extending, at least in the OFF state, from each of the first arcing chambers towards the first contact region (21, 22) and a second arc deflector plate extending towards the second contact region (31, 32) for discharging the arc (51, 52) into the first arcing chambers, characterised in that the movable bridge contact comprises two bridge plates (81, 82) which extend around each of the first contact regions (21, 22) to a rear side of the fixed contacts facing away from the bridge contact, so as to quench the arcs (51, 52) having a second current direction counter to the first current direction from the bridge contact along the displacement axis of the bridge contact.