mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a bump electrode substrate, comprising steps of: - applying a first flux to an electrode formed on a substrate and placing a solder material on the electrode ; - heating the substrate to a temperature at which the solder material melts in order to form a solder bump on the electrode ; - deforming the solder bump to form a flat surface or a depressed portion on the solder bump ; - applying a second flux to the solder bump ; - placing a core material on the solder bump , the core material comprising a core portion , an intermediate layer covering the core portion 24a, and a solder layer that covers the intermediate layer and thus a surface of the core material ; and - heating the substrate to a temperature at which the solder bump and the solder layer of the core material melt in order to join the core material to the electrode by the solder bump and the solder layer . - applying a first flux to an electrode formed on a substrate and placing a solder material on the electrode ; - heating the substrate to a temperature at which the solder material melts in order to form a solder bump on the electrode ; - deforming the solder bump to form a flat surface or a depressed portion on the solder bump ; - applying a second flux to the solder bump ; - placing a core material on the solder bump , the core material comprising a core portion , an intermediate layer covering the core portion 24a, and a solder layer that covers the intermediate layer and thus a surface of the core material ; and - heating the substrate to a temperature at which the solder bump and the solder layer of the core material melt in order to join the core material to the electrode by the solder bump and the solder layer .
A steel comprising, by unit mass%, C: 0.08% to 0.12%; Si: 0.05% to 0.50%; Mn: 1.50% to 3.00%; P: 0.040% or less; S: 0.020% or less; V: 0.010% or less; Ti: 0.010% or less; Nb: 0.005% or less; Cr: 1.00% to 2.50%; Cu: 0.01% to 0.50%; Ni: 0.75% to 1.60%; Mo: 0.10% to 0.50%; Al: 0.025% to 0.050%; N: 0.0100% to 0.0200%; Ca: 0% to 0.0100%; Zr: 0% to 0.0100%; Mg: 0% to 0.0100%; and the remainder consisting of Fe and impurities, wherein a Y value defined by Equation (a) is 2.6 or less, and a Z value defined by Equation (b) is 1.5 or more and 3.0 or less, Y = Al / N Z = Mn / Ni symbols (Al), (N), (Mn), and (Ni) in the equations represent amounts of elements relating to the respective symbols in the steel, by unit mass%.
A spider silk protein film comprising: a polypeptide derived from spider major dragline silk proteins wherein said polypeptide contains four or more units of an amino acid sequence represented by the formula 1: [REP1-REP2] , wherein REP1 represents polyalanine with 2 to 16 alanine residues arranged in succession; REP 2 is an amino acid sequence composed of 10 to 200 amino acid residues; and the total number of glycine, serine, glutamine, proline and alanine residues contained in the amino acid sequence is 60% or more with respect to the total number of amino acids residues contained therein, wherein the decomposition temperature of the film is 240 to 260°C, the film absorbs ultraviolet light having a wavelength of 200 to 300 nm and has a light transmittance of 85% or more at a wavelength of 400 to 780 nm, the film is transparent and colorless in the visible light region, and the spider silk protein film is a uniaxially stretched film or a biaxially stretched film, wherein said film is obtainable by dissolving a polypeptide derived from spider major dragline silk proteins in a dimethyl sulfoxide solvent to prepare a dope and cast-molding the dope on a surface of a base. a polypeptide derived from spider major dragline silk proteins wherein said polypeptide contains four or more units of an amino acid sequence represented by the formula 1: [REP1-REP2] , wherein REP1 represents polyalanine with 2 to 16 alanine residues arranged in succession; REP 2 is an amino acid sequence composed of 10 to 200 amino acid residues; and the total number of glycine, serine, glutamine, proline and alanine residues contained in the amino acid sequence is 60% or more with respect to the total number of amino acids residues contained therein, wherein the decomposition temperature of the film is 240 to 260°C, the film absorbs ultraviolet light having a wavelength of 200 to 300 nm and has a light transmittance of 85% or more at a wavelength of 400 to 780 nm, the film is transparent and colorless in the visible light region, and the spider silk protein film is a uniaxially stretched film or a biaxially stretched film, wherein said film is obtainable by dissolving a polypeptide derived from spider major dragline silk proteins in a dimethyl sulfoxide solvent to prepare a dope and cast-molding the dope on a surface of a base.
An expandable container, preferably made of a polymer material, comprising: a base ; side walls ; and a rim defining a container opening having a larger cross section than the base , wherein at least one of the side walls is configured as a movable side wall , having an upwardly extending side portion and a substantially horizontal base portion (4.2) an upper edge portion of the side portion being connected to the rim by a first hinge (4.4) such that the movable side wall is movable between a nesting position, in which the side wall is inclined to facilitate nesting of the container inside another container and an expanded position, in which the side wall is moved outwardly to increase the storage space of the container , when compared to the nesting position, characterized in that the base portion (4.2) of the movable side wall is coupled to the base such that, when the movable side wall is moved between the nesting position and the expanded position, the base portion (4.2) performs a guided movement in a plane substantially parallel to the base , wherein a joint is provided that connects the base portion (4.2) of the movable side wall and the base that prevents the base portion (4.2) from moving away from the base , when the movable side wall moves inwards. a base ; side walls ; and a rim defining a container opening having a larger cross section than the base , wherein at least one of the side walls is configured as a movable side wall , having an upwardly extending side portion and a substantially horizontal base portion (4.2) an upper edge portion of the side portion being connected to the rim by a first hinge (4.4) such that the movable side wall is movable between a nesting position, in which the side wall is inclined to facilitate nesting of the container inside another container and an expanded position, in which the side wall is moved outwardly to increase the storage space of the container , when compared to the nesting position, characterized in that the base portion (4.2) of the movable side wall is coupled to the base such that, when the movable side wall is moved between the nesting position and the expanded position, the base portion (4.2) performs a guided movement in a plane substantially parallel to the base , wherein a joint is provided that connects the base portion (4.2) of the movable side wall and the base that prevents the base portion (4.2) from moving away from the base , when the movable side wall moves inwards.
A backlit tension fabric popup display, comprising: an exhibit grid frame ; a plurality of backlit grooved straight rods ; wherein the exhibit grid frame is composed of a plurality of X-shaped pull rods; the pull rods are connected to each other by plastic parts with nails; link parts are located inside the exhibit grid frame , and the link parts are fixed to two symmetrically arranged plastic parts with nails when the exhibit grid frame is open; corner grooved plastic parts engaged with the backlit grooved straight rods are fixed to the plastic parts with nails at each corner of the exhibit grid frame ; four sides on one plane or eight sides on two planes of the exhibit grid frame are all connected to the backlit grooved straight rods by the corner grooved plastic parts at both ends of the each side; a display is formed on the one plane or the two planes by inserting silicone strips at edges of the display into corresponding grooves of the backlit grooved straight rods ; wherein the X-shaped pull rods are provided between the two planes; characterized in that the backlit tension fabric popup display further comprises a plurality of columns of LED light bars , wherein each column of LED light bars includes a plurality of intra-columns of roller-shutter-style LED light bars , wherein the plurality of intra-columns of roller-shutter-style LED light bars are suspended on light bar hooks between an upper and a lower X-shaped pull rods. an exhibit grid frame ; a plurality of backlit grooved straight rods ; wherein the exhibit grid frame is composed of a plurality of X-shaped pull rods; the pull rods are connected to each other by plastic parts with nails; link parts are located inside the exhibit grid frame , and the link parts are fixed to two symmetrically arranged plastic parts with nails when the exhibit grid frame is open; corner grooved plastic parts engaged with the backlit grooved straight rods are fixed to the plastic parts with nails at each corner of the exhibit grid frame ; four sides on one plane or eight sides on two planes of the exhibit grid frame are all connected to the backlit grooved straight rods by the corner grooved plastic parts at both ends of the each side; a display is formed on the one plane or the two planes by inserting silicone strips at edges of the display into corresponding grooves of the backlit grooved straight rods ; wherein the X-shaped pull rods are provided between the two planes; characterized in that the backlit tension fabric popup display further comprises a plurality of columns of LED light bars , wherein each column of LED light bars includes a plurality of intra-columns of roller-shutter-style LED light bars , wherein the plurality of intra-columns of roller-shutter-style LED light bars are suspended on light bar hooks between an upper and a lower X-shaped pull rods.
A radio terminal configured to communicate with a base station simultaneously through a plurality of cells, the radio terminal comprising: a controller configured to perform a process of receiving, from the base station , first information setting a first virtual communication path and a second virtual communication path for a specific bearer of the radio terminal , wherein the first information includes a mapping configuration for setting a mapping between the first virtual communication path and a first specific cell, and for setting a mapping between the second virtual communication path and a second specific cell, the controller being configured to map the first virtual communication path with the first specific cell and to map the second virtual communication path with the second specific cell, based on the mapping configuration, the controller being further configured to perform, when transmitting data of the specific bearer, a process of transmitting the data by using only the first specific cell in response to an amount of retained data of the specific bearer not exceeding a threshold value set by the base station , and a process of transmitting the data by using both of the first specific cell and the second specific cell in response to the amount of retained data of the specific bearer exceeding the threshold value. a controller configured to perform a process of receiving, from the base station , first information setting a first virtual communication path and a second virtual communication path for a specific bearer of the radio terminal , wherein the first information includes a mapping configuration for setting a mapping between the first virtual communication path and a first specific cell, and for setting a mapping between the second virtual communication path and a second specific cell, the controller being configured to map the first virtual communication path with the first specific cell and to map the second virtual communication path with the second specific cell, based on the mapping configuration, the controller being further configured to perform, when transmitting data of the specific bearer, a process of transmitting the data by using only the first specific cell in response to an amount of retained data of the specific bearer not exceeding a threshold value set by the base station , and a process of transmitting the data by using both of the first specific cell and the second specific cell in response to the amount of retained data of the specific bearer exceeding the threshold value. a process of transmitting the data by using only the first specific cell in response to an amount of retained data of the specific bearer not exceeding a threshold value set by the base station , and a process of transmitting the data by using both of the first specific cell and the second specific cell in response to the amount of retained data of the specific bearer exceeding the threshold value.
Building material reinforcement layer comprising at least one reinforcement , wherein at least one data carrier is connected to the reinforcement, wherein the at least one data carrier is comprised by a thread , wherein the thread is connected to the reinforcement .
System for ascertaining the position of a mobile beacon , comprising - at least one first and at least one second lighting device , each comprising a communication module for setting up a data network between the at least one first and at least one second lighting device by means of a wireless communication link, - the mobile beacon, which is designed to emit an identification signal (S18a, S18b, S18c, S18d) with a beacon identification number (UUID _a, UUID_b, UUID_c, UUID_d) that is unique within the system, wherein - the respective communication modules of the at least one first and at least one second lighting device are designed to ascertain a respective signal strength (RSSI_a, RSSI_b, RSSI_c, RSSI_d) at which the identification signal is receivable by the respective communication module, characterized in that - the data network is meshed, and - the mobile beacon has a timer and is designed to transmit, in addition to the beacon identification number, a counter reading (T_a, T_b, T_c, T_d) of the timer corresponding to a time of emission of the first identification signal. - at least one first and at least one second lighting device , each comprising a communication module for setting up a data network between the at least one first and at least one second lighting device by means of a wireless communication link, - the mobile beacon, which is designed to emit an identification signal (S18a, S18b, S18c, S18d) with a beacon identification number (UUID _a, UUID_b, UUID_c, UUID_d) that is unique within the system, wherein - the respective communication modules of the at least one first and at least one second lighting device are designed to ascertain a respective signal strength (RSSI_a, RSSI_b, RSSI_c, RSSI_d) at which the identification signal is receivable by the respective communication module, characterized in that - the data network is meshed, and - the mobile beacon has a timer and is designed to transmit, in addition to the beacon identification number, a counter reading (T_a, T_b, T_c, T_d) of the timer corresponding to a time of emission of the first identification signal.
Quinine or one of its pharmaceutically acceptable salts, hydrates and solvates for use by oral or pharyngeal administration in the prophylaxis or treatment of a coronaviral infection caused by SARS-CoV-2.
Suction device for the separation of particles from a suction flow , with a suction motor to generate the suction flow and with a suction device housing in which the suction motor and a dust collection chamber for collecting particles separated from the suction flow are mounted, wherein the suction device is provided to suck away particles arising in operation of a hand-operated power tool with a drive motor for driving a tool , wherein it has a suction device communication facility (40; 140) for communication with an external communication device (50; 150; 250), to be operated in conjunction with the hand-operated power tool at a distance from the suction device housing , in particular forming a part of the hand-operated power tool , and wherein the suction device communication facility (40; 140) has a suction device transmitter for sending at least one control signal and/or status signal to the external communication device (50; 150; 250), characterised in that the suction device communication facility (40; 140) is designed for sending a control signal changing the operating status of the hand-operated power tool .
Device for dispensing a liquid medium from a container having a housing , a metering drum accommodated therein and a sealing disc , wherein - the housing has a drum outlet and a system aeration facility , and - the sealing disc has a aeration opening and a drum inlet , wherein - the metering drum has a metering chamber , a chamber outlet and a chamber inlet , and wherein - the metering drum comprises an aeration duct characterized in, that the metering drum comprises a rotary valve , - wherein, in a first working position, the rotary valve connects the drum inlet to the chamber inlet and closes the chamber outlet , thereby an aeration of the container and a de-aeration of the metering chamber is taking place, - and, in a second working position, the metering drum closes the chamber inlet and connects the drum outlet to the chamber outlet , thereby a further aeration of the metering chamber is taking place and the aeration duct is connected to the system aeration facility , wherein a first bypass is arranged at the chamber outlet of the metering chamber , which, in the first working position, represents a connection between the metering chamber and the aeration duct or to the drum outlet and is arranged to enable a de-aeration of the metering chamber in the first working position, and wherein the metering drum comprises a second bypass which, in the second working position, is arranged between the metering chamber and the aeration duct in order to allow aeration of the metering chamber in the second working position. - the housing has a drum outlet and a system aeration facility , and - the sealing disc has a aeration opening and a drum inlet , wherein - the metering drum has a metering chamber , a chamber outlet and a chamber inlet , and wherein - the metering drum comprises an aeration duct - wherein, in a first working position, the rotary valve connects the drum inlet to the chamber inlet and closes the chamber outlet , thereby an aeration of the container and a de-aeration of the metering chamber is taking place, - and, in a second working position, the metering drum closes the chamber inlet and connects the drum outlet to the chamber outlet , thereby a further aeration of the metering chamber is taking place and the aeration duct is connected to the system aeration facility , wherein
A computer-based method for rendering online ads on a page, the method comprising: creating a first inter-frame communication channel comprising a first communication channel between a first cross-domain frame and a host page, where the first cross-domain frame comprises content from a first domain different than a domain of the host page ; and creating a second inter-frame communication channel comprising a secure second communication channel that passes data from the first cross-domain frame to the host page and then to a second cross-domain frame in the host page, wherein the second cross-domain frame comprises content from the first domain, wherein content from the first cross-domain frame communicates a request to interact with the second cross-domain frame in order to initiate an interactive ad with the second cross-domain frame, including passing ad content from the first cross-domain frame to the second cross-domain frame as an animation. creating a first inter-frame communication channel comprising a first communication channel between a first cross-domain frame and a host page, where the first cross-domain frame comprises content from a first domain different than a domain of the host page ; and creating a second inter-frame communication channel comprising a secure second communication channel that passes data from the first cross-domain frame to the host page and then to a second cross-domain frame in the host page, wherein the second cross-domain frame comprises content from the first domain, wherein content from the first cross-domain frame communicates a request to interact with the second cross-domain frame in order to initiate an interactive ad with the second cross-domain frame, including passing ad content from the first cross-domain frame to the second cross-domain frame as an animation.
A method of operating a wireless device in a wireless system , comprising: allocating a first uplink sub-channel to the wireless device in a first subframe associated with the wireless device , wherein the first uplink sub-channel comprises a portion of an uplink system bandwidth, and portions of the uplink system bandwidth outside of the first uplink sub-channel are not available for transmission in the first subframe by the wireless device ; and determining a first sounding reference signal, SRS, sub-channel , wherein the first SRS sub-channel comprises a portion of the first uplink sub-channel in frequency domain, and the SRS sub-channel is available for transmitting SRS in the first subframe by the wireless device ; wherein the uplink system bandwidth comprises a plurality of uplink sub-channels including the first uplink sub-channel, wherein: each uplink sub-channel coincides with a starting resource block of a SRS sub-channel such that adjacent uplink sub-channels overlap; or the plurality of uplink sub-channels do not overlap, each uplink sub-channel contains a SRS sub-channel comprising a portion of the uplink sub-channel, and the relative frequency position of the SRS sub-channel in each uplink sub-channel varies between the uplink sub-channels. allocating a first uplink sub-channel to the wireless device in a first subframe associated with the wireless device , wherein the first uplink sub-channel comprises a portion of an uplink system bandwidth, and portions of the uplink system bandwidth outside of the first uplink sub-channel are not available for transmission in the first subframe by the wireless device ; and determining a first sounding reference signal, SRS, sub-channel , wherein the first SRS sub-channel comprises a portion of the first uplink sub-channel in frequency domain, and the SRS sub-channel is available for transmitting SRS in the first subframe by the wireless device ; wherein the uplink system bandwidth comprises a plurality of uplink sub-channels including the first uplink sub-channel, wherein: each uplink sub-channel coincides with a starting resource block of a SRS sub-channel such that adjacent uplink sub-channels overlap; or the plurality of uplink sub-channels do not overlap, each uplink sub-channel contains a SRS sub-channel comprising a portion of the uplink sub-channel, and the relative frequency position of the SRS sub-channel in each uplink sub-channel varies between the uplink sub-channels.