mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring multiple analytes from a single sample comprising the steps of a) providing a system comprising i. a common inlet configured to receive a fluid stream ii. a single microfluidic channel without bifurcation or branching iii. a measurement cell iv. a channel outlet wherein the microfluidic channel comprises at least two immobilization areas and at least one spacer area that are arranged alternating, wherein at the site of the immobilization areas biorecognition elements are immobilized that possess a binding affinity for an analyte b) introducing the sample comprising at least two analytes into the microfluidic channel via the common inlet, whereby first analytes immobilize in a first immobilization area and second analytes immobilize in a second immobilization area c) introducing a fluid comprising a reporter catalyst into the microfluidic channel via the common inlet, whereby the reporter catalyst immobilizes in the respective immobilization areas depending on the presence of analytes to form an analyte-dependent catalyst complex d) introducing a fluid containing a substrate for the reporter catalyst e) stopping the flow of the fluid stream for a stop interval such that in each immobilization area a catalytic reaction may take place to produce target molecules f) initiating a flow of the fluid stream such that at the measurement cell the amount of target molecules produced in each immobilization area can be detected as separate peak signals. a) providing a system comprising i. a common inlet configured to receive a fluid stream ii. a single microfluidic channel without bifurcation or branching iii. a measurement cell iv. a channel outlet wherein the microfluidic channel comprises at least two immobilization areas and at least one spacer area that are arranged alternating, wherein at the site of the immobilization areas biorecognition elements are immobilized that possess a binding affinity for an analyte i. a common inlet configured to receive a fluid stream ii. a single microfluidic channel without bifurcation or branching iii. a measurement cell iv. a channel outlet b) introducing the sample comprising at least two analytes into the microfluidic channel via the common inlet, whereby first analytes immobilize in a first immobilization area and second analytes immobilize in a second immobilization area c) introducing a fluid comprising a reporter catalyst into the microfluidic channel via the common inlet, whereby the reporter catalyst immobilizes in the respective immobilization areas depending on the presence of analytes to form an analyte-dependent catalyst complex d) introducing a fluid containing a substrate for the reporter catalyst e) stopping the flow of the fluid stream for a stop interval such that in each immobilization area a catalytic reaction may take place to produce target molecules f) initiating a flow of the fluid stream such that at the measurement cell the amount of target molecules produced in each immobilization area can be detected as separate peak signals.
A centrifugal friction clutch comprising: a fixing member for being fixed on a rotary shaft, the fixing member defining at least one guiding groove extending in a radial direction of the fixing member and passing through an outer circumferential surface of the fixing member; at least one centrifugal block correspondingly slidably received in said at least one guiding groove; and a loading wheel having an inner hole in which the fixing member is received, a gap between a wall of the inner hole and the outer circumferential surface of the fixing member being less than a length of the centrifugal block along its sliding direction; characterized in that the loading wheel is formed with latching grooves for latching with a load. a fixing member for being fixed on a rotary shaft, the fixing member defining at least one guiding groove extending in a radial direction of the fixing member and passing through an outer circumferential surface of the fixing member; at least one centrifugal block correspondingly slidably received in said at least one guiding groove; and a loading wheel having an inner hole in which the fixing member is received, a gap between a wall of the inner hole and the outer circumferential surface of the fixing member being less than a length of the centrifugal block along its sliding direction; characterized in that the loading wheel is formed with latching grooves for latching with a load.
A method for transmitting an encrypted message at a transmission device, the method comprising: if a first user input to run a message application is detected, displaying a keyboard supporting a security mode; detecting a second user input to select the security mode; switching to the security mode in response to the second user input, detecting a third user input for a message; if a writing completion instruction of the message is detected on the keyboard, generating an encrypted message including a pattern mapped to decryption software by encrypting the message, wherein the pattern mapped to the decryption software is used for identification of the decryption software that is used to decrypt the encrypted message; displaying the encrypted message; and transmitting, to a reception device, the encrypted message. if a first user input to run a message application is detected, displaying a keyboard supporting a security mode; detecting a second user input to select the security mode; switching to the security mode in response to the second user input, detecting a third user input for a message; if a writing completion instruction of the message is detected on the keyboard, generating an encrypted message including a pattern mapped to decryption software by encrypting the message, wherein the pattern mapped to the decryption software is used for identification of the decryption software that is used to decrypt the encrypted message; displaying the encrypted message; and transmitting, to a reception device, the encrypted message.
A roof paver locking system comprising: - at least three pavers of a symmetrical polygonal shape with at least one side adjacent to a side of another paver to create a paver seam; - a paver lock comprising an upper frame having a center connector, wherein the center connector is located at the center of the upper frame and has a connector hole; - a connector bolt having a length and width sufficient for fitting inside and through the connector hole of the center connector and the connector bolt configured for fastening to a stationary object; wherein at least one vertex of each of said pavers contains a paver groove diagonally spanning between either side of the vertex and comprises a center connector cutaway in place of the tip of the vertex; wherein - the upper frame shape corresponds to the paver grooves on a multiple of pavers; - the upper frame fits into the paver grooves on a multiple of roof pavers; and - the top of the upper frame is flush with or below a paver surface; characterized in that the upper frame comprises an empty interior surface area, at least two spacer arms extending from a point on the upper frame to the center connector, wherein the spacer arms have a width being sufficient to fit in the paver seam formed between two adjacent ones of said pavers and a top of the spacer arms is below the paver surface; and wherein the center connector has a size sufficient to fit into the center connector cutaway of the pavers and the top of the connector bolt is disposed below the paver surface. - at least three pavers of a symmetrical polygonal shape with at least one side adjacent to a side of another paver to create a paver seam; - a paver lock comprising an upper frame having a center connector, wherein the center connector is located at the center of the upper frame and has a connector hole; - a connector bolt having a length and width sufficient for fitting inside and through the connector hole of the center connector and the connector bolt configured for fastening to a stationary object; - the upper frame shape corresponds to the paver grooves on a multiple of pavers; - the upper frame fits into the paver grooves on a multiple of roof pavers; and - the top of the upper frame is flush with or below a paver surface; wherein the spacer arms have a width being sufficient to fit in the paver seam formed between two adjacent ones of said pavers and a top of the spacer arms is below the paver surface; and wherein the center connector has a size sufficient to fit into the center connector cutaway of the pavers and the top of the connector bolt is disposed below the paver surface.
A method for transmitting pilots in sub-frames, the sub-frames comprising a first sub-frame having a length of 0.5 ms and a second sub-frame having a length of 0.5 ms in time domain, the method comprising: transmitting, at a user equipment, UE, a data demodulation, DM, pilot used for demodulating data, wherein the DM pilot is transmitted in two blocks spaced not contiguous with each other, wherein a first block of the two blocks and a second block of the two blocks are transmitted on different frequency bands, wherein the first block is transmitted in the first sub-frame, and the second block is transmitted in the second sub-frame; and transmitting, at the UE, a channel quality, CQ, pilot used for measuring channel quality, wherein the CQ pilot is transmitted in a last block of the second sub-frame, wherein a frequency band for the CQ pilot is wider than that for the DM pilot, and wherein the two blocks used for transmitting the DM pilot are different from the last block used for transmitting the CQ pilot. transmitting, at a user equipment, UE, a data demodulation, DM, pilot used for demodulating data, wherein the DM pilot is transmitted in two blocks spaced not contiguous with each other, wherein a first block of the two blocks and a second block of the two blocks are transmitted on different frequency bands, wherein the first block is transmitted in the first sub-frame, and the second block is transmitted in the second sub-frame; and transmitting, at the UE, a channel quality, CQ, pilot used for measuring channel quality, wherein the CQ pilot is transmitted in a last block of the second sub-frame, wherein a frequency band for the CQ pilot is wider than that for the DM pilot, and wherein the two blocks used for transmitting the DM pilot are different from the last block used for transmitting the CQ pilot.
Cable transport installation, comprising: at least two carriers (4 to 10), a first hauling cable to haul a first carrier and describing a first closed loop, and a second hauling cable to haul a second carrier (4 to 10) and describing a second closed loop, the second loop surrounding the first loop so as to create a separating space between the first and second hauling cables (2, 3) the installation comprising a first drive means of the first hauling cable, provided with a first driving pulley and two diverting pulleys (26, 27) to divert the first hauling cable in the direction of the first driving pulley, and a second drive means of the second hauling cable provided with a second driving pulley and two diverting pulleys (28, 29) to divert the second hauling cable in the direction of the second driving pulley, the axes of rotation (A24, A25) of the driving pulleys (24, 25) being vertical, the second driving pulley being positioned inside the second closed loop, characterized in that the first driving pulley is positioned outside the first closed loop. at least two carriers (4 to 10), a first hauling cable to haul a first carrier and describing a first closed loop, and a second hauling cable to haul a second carrier (4 to 10) and describing a second closed loop, the second loop surrounding the first loop so as to create a separating space between the first and second hauling cables (2, 3) the installation comprising a first drive means of the first hauling cable, provided with a first driving pulley and two diverting pulleys (26, 27) to divert the first hauling cable in the direction of the first driving pulley, and a second drive means of the second hauling cable provided with a second driving pulley and two diverting pulleys (28, 29) to divert the second hauling cable in the direction of the second driving pulley, the axes of rotation (A24, A25) of the driving pulleys (24, 25) being vertical, the second driving pulley being positioned inside the second closed loop, characterized in that the first driving pulley is positioned outside the first closed loop.
A process for preparing a liquid polyurethane reactive composition comprising the consecutive steps a to c: a) providing a diol or a higher functional polyol of a liquid polyester polyurethane as an isocyanate reactive compound, b) adding a solid isocyanate which is then surface-deactivated by a compound having at least two primary amino groups and c) finally adding a mixture comprising the isocyanate reactive compound and a sterically hindered bismuth-catalyst. a) providing a diol or a higher functional polyol of a liquid polyester polyurethane as an isocyanate reactive compound, b) adding a solid isocyanate which is then surface-deactivated by a compound having at least two primary amino groups and c) finally adding a mixture comprising the isocyanate reactive compound and a sterically hindered bismuth-catalyst.
Actuating element for a switch cabinet door lock, having a housing which has a mounting side and in which an actuating mechanism is accommodated, by means of which mechanism a handle is coupled to an adjusting element for the adjustment of a switch cabinet door lock, the adjusting element being accommodated between a closed position and an open position in a carrier which is fixable to an inside or outside of a switch cabinet door, the adjusting element engaging the actuating mechanism via a coupling when the housing is mounted on the carrier via its mounting side, wherein the housing is fixable to the carrier via a latching connection, characterized in that the latching connection has two opposing latching pawls and two opposing undercuts which are gripped behind by the latching pawls when the housing is fixed to the carrier, the latching pawls being adjustable between a locking position and a release position and being biased in the direction of the locking position, and wherein the latching pawls are coupled to one another via a rigid coupling rod such that they perform a counter-rotating movement, in which the latching pawls are moved towards one another by the coupling rod during the transfer into the locking position and away from one another during the transfer into the release position.
A pharmaceutical composition comprising a monoclonal antibody to human CEACAM1; and a pharmaceutical composition comprising a monoclonal antibody to human PD-L1 or an antigen-binding fragment thereof, for use in treatment of cancer by separate sequential administration one after the other; wherein said monoclonal antibody is capable of inhibiting or blocking the interaction between human PD-1 and its ligand PD-L1; and wherein said monoclonal antibody to human CEACAM1 has: a heavy-chain CDR1 comprising a sequence set forth in SEQ ID NO: 1, a heavy-chain CDR2 comprising a sequence set forth in SEQ ID NO: 2, a heavy-chain CDR3 comprising a sequence set forth in SEQ ID NO: 3, a light-chain CDR1 comprising a sequence set forth in SEQ ID NO: 4, a light-chain CDR2 comprising a sequence set forth in SEQ ID NO: 5, and a light-chain CDR3 comprising a sequence set forth in SEQ ID NO: 6. a pharmaceutical composition comprising a monoclonal antibody to human PD-L1 or an antigen-binding fragment thereof, for use in treatment of cancer by separate sequential administration one after the other; wherein said monoclonal antibody is capable of inhibiting or blocking the interaction between human PD-1 and its ligand PD-L1; and wherein said monoclonal antibody to human CEACAM1 has: a heavy-chain CDR1 comprising a sequence set forth in SEQ ID NO: 1, a heavy-chain CDR2 comprising a sequence set forth in SEQ ID NO: 2, a heavy-chain CDR3 comprising a sequence set forth in SEQ ID NO: 3, a light-chain CDR1 comprising a sequence set forth in SEQ ID NO: 4, a light-chain CDR2 comprising a sequence set forth in SEQ ID NO: 5, and a light-chain CDR3 comprising a sequence set forth in SEQ ID NO: 6. a heavy-chain CDR1 comprising a sequence set forth in SEQ ID NO: 1, a heavy-chain CDR2 comprising a sequence set forth in SEQ ID NO: 2, a heavy-chain CDR3 comprising a sequence set forth in SEQ ID NO: 3, a light-chain CDR1 comprising a sequence set forth in SEQ ID NO: 4, a light-chain CDR2 comprising a sequence set forth in SEQ ID NO: 5, and a light-chain CDR3 comprising a sequence set forth in SEQ ID NO: 6.
An apparatus for a blockchain system, comprising: a device including at least one memory adapted to store run-time data for the device, and at least one processor that is adapted to execute processor-executable code that, in response to execution, enables the device to perform actions, including: storing, in a trusted execution environment, TEE, of the processor, a pre-determined type of blockchain protocol code, and a pre-determined type of consensus code; using TEE attestation to verify that the blockchain protocol code stored in the TEE is the pre-determined type of blockchain protocol code, and to verify that the consensus code stored in the TEE is the pre-determined type of consensus code; receiving a request to alter the pre-determined type of blockchain protocol code; and executing the pre-determined consensus code to determine whether to change the pre-determined type of blockchain protocol code. storing, in a trusted execution environment, TEE, of the processor, a pre-determined type of blockchain protocol code, and a pre-determined type of consensus code; using TEE attestation to verify that the blockchain protocol code stored in the TEE is the pre-determined type of blockchain protocol code, and to verify that the consensus code stored in the TEE is the pre-determined type of consensus code; receiving a request to alter the pre-determined type of blockchain protocol code; and executing the pre-determined consensus code to determine whether to change the pre-determined type of blockchain protocol code.
A method of making a semiconductor device comprising: - providing a mixed substrate disposed within a chamber, wherein the mixed substrate comprises an active area surface having a single crystalline surface morphology and an insulator surface having an amorphous surface morphology; and - supplying trisilane to the chamber under chemical vapor deposition conditions effective to deposit a Si-containing film onto the substrate directly onto each of the active area surface and the insulator surface by thermal chemical vapor deposition, wherein the Si-containing film has a first thickness T 1 over the active area surface and a second thickness T 2 over the insulator surface such that T 1:T 2 is in the range of 2:1 to 1:2. - providing a mixed substrate disposed within a chamber, wherein the mixed substrate comprises an active area surface having a single crystalline surface morphology and an insulator surface having an amorphous surface morphology; and - supplying trisilane to the chamber under chemical vapor deposition conditions effective to deposit a Si-containing film onto the substrate directly onto each of the active area surface and the insulator surface by thermal chemical vapor deposition,
A method for categorizing traffic in a wireless network, the method, comprising: determining whether to send new or changed data from a host server (100, 300) to a mobile device (150, 250, 350, 450, 550, 750) based on: whether an application on the mobile device to which the new or changed data is relevant, is running in the foreground; suppressing the sending of the new or changed data if the application is running in the background on the mobile device; wherein the suppressing is performed by a proxy server (125, 325) coupled to the host server and able to wirelessly connect to the mobile device; wherein, the proxy server is remote from the mobile device, and selecting a network configuration for use in sending the new or changed data; wherein a network configuration with a slower data rate is selected for traffic when the application is running in the foreground and is not interacting with the user. determining whether to send new or changed data from a host server (100, 300) to a mobile device (150, 250, 350, 450, 550, 750) based on: whether an application on the mobile device to which the new or changed data is relevant, is running in the foreground; suppressing the sending of the new or changed data if the application is running in the background on the mobile device; wherein the suppressing is performed by a proxy server (125, 325) coupled to the host server and able to wirelessly connect to the mobile device; wherein, the proxy server is remote from the mobile device, and selecting a network configuration for use in sending the new or changed data; wherein a network configuration with a slower data rate is selected for traffic when the application is running in the foreground and is not interacting with the user.
A multi-band communication device comprising a transceive front-end module and a receive front-end module (4, 600, 601, 601'), the communication device having at least a first antenna and a second antenna (20, 20') electrically separated from the first antenna, wherein the transceive front-end module comprises a plurality of transmit signal paths (150, 260, 340) operatively connected to the first antenna for transmitting signals in at least a first transmit frequency band and a different second transmit frequency band, said receive front-end module (4, 600, 601, 601') comprising: a feed point, operatively connected to the second antenna (20, 20') for receiving communication signals in the communication device; and a plurality of receive signal paths (220, 240, 320), operatively connected to the feed point for receiving communication signals in a plurality of receive frequency bands, whereby the first transmit frequency band comprises a frequency range from 1920 MHz to 1980 MHz and the second transmit frequency band comprises a frequency range from 1850 MHz to 1910 MHz, and said plurality of receive frequency bands includes at least a first receive frequency band comprising a frequency range from 1930 MHz to 1990 MHz, a second receive frequency band comprising a frequency range from 1805 MHz to 1880 MHz, and a third receive frequency band comprising a frequency range from 2110 MHz to 2170 MHz. a feed point, operatively connected to the second antenna (20, 20') for receiving communication signals in the communication device; and a plurality of receive signal paths (220, 240, 320), operatively connected to the feed point for receiving communication signals in a plurality of receive frequency bands, whereby the first transmit frequency band comprises a frequency range from 1920 MHz to 1980 MHz and the second transmit frequency band comprises a frequency range from 1850 MHz to 1910 MHz, and said plurality of receive frequency bands includes at least a first receive frequency band comprising a frequency range from 1930 MHz to 1990 MHz, a second receive frequency band comprising a frequency range from 1805 MHz to 1880 MHz, and a third receive frequency band comprising a frequency range from 2110 MHz to 2170 MHz.