mhurhangee/patent-ind-claim-en huggingface dataset:
Device for synchronous serial data transmission via a differential data channel and a differential clock channel , having an interface controller with a clock generator and a data controller , and a clock transmission module and a data receiver module , wherein - a transmission clock signal (CLK_S), which comprises a clock pulse sequence (TP) with a period duration (T) during a data transmission cycle, is able to be produced by the clock generator , - the transmission clock signal (CLK_S) is supplied to the clock transmission module , which converts said signal to a differential clock signal (C+, C-) for output via the clock channel , - a differential data signal (D+, D-) arriving via the differential data channel is supplied to the data receiver module that converts said signal to a data signal (DT) and supplies same to the data controller , - the transmission clock signal (CLK_S) is supplied to the data controller to synchronize the reading-in of the data signal (DT), characterized in that the clock generator is suitably designed, in the case of data transmission cycles in a dynamic operating state (DYN), in which the greatest occurring differential voltage of the differential clock signal (C+, C-) is lower than the maximum differential voltage (UDmax) of the clock transmission module , to set the duration of the first clock phase (TH1) of the first clock period (T1) of the clock pulse sequence (TP) to be longer than the first clock phase (TH) of the following clock periods and shorter than a time duration necessary for reaching the maximum differential voltage (UDmax). - a transmission clock signal (CLK_S), which comprises a clock pulse sequence (TP) with a period duration (T) during a data transmission cycle, is able to be produced by the clock generator , - the transmission clock signal (CLK_S) is supplied to the clock transmission module , which converts said signal to a differential clock signal (C+, C-) for output via the clock channel , - a differential data signal (D+, D-) arriving via the differential data channel is supplied to the data receiver module that converts said signal to a data signal (DT) and supplies same to the data controller , - the transmission clock signal (CLK_S) is supplied to the data controller to synchronize the reading-in of the data signal (DT),
A method for dynamic display of an application interface, comprising: parsing a configuration file of a first application to obtain a display string identifier of the first application; reading a display string of the first application according to the display string identifier; and dynamically displaying the display string on the application interface; characterized in that when the configuration file of the first application is parsed, a second application is further determined, wherein the second application is determined based on the configuration file of the first application; and the dynamically displaying the display string on the application interface comprises: updating an interface of the second application according to the display string; and displaying an updated interface of the second application. parsing a configuration file of a first application to obtain a display string identifier of the first application; reading a display string of the first application according to the display string identifier; and dynamically displaying the display string on the application interface; characterized in that when the configuration file of the first application is parsed, a second application is further determined, wherein the second application is determined based on the configuration file of the first application; and the dynamically displaying the display string on the application interface comprises: updating an interface of the second application according to the display string; and displaying an updated interface of the second application.
Intraluminal vascular prosthesis for implantation into the heart and/or into cardiovascular vessels of a patient, in particular for anchoring in the region of the cardiac valve leaflets , having a distal and a proximal end, the vascular prosthesis having a stent support , and a prosthesis material with which the stent support is at least partially covered, such that a covered proximal portion and a non-covered distal portion are formed, characterized in that the vascular prosthesis comprises, at the proximal end , at least one to three elongate wire-shaped anchoring structure(s) which is/are substantially loop-shaped and which via two ends (23; 24) is/are fixed to the stent support and which is/are positioned with its proximal end in the form of a loop pointing towards the proximal direction and projecting beyond the proximal end of the stent support .
A display device comprising: a plurality of pixel areas (PA) disposed on a lower substrate , each pixel area (PA) including a plurality of sub-pixel areas (BSP, RSP, GSP) for displaying images; a plurality of light emitting structures disposed respectively in the sub-pixel areas (BSP, RSP, GSP) of each pixel area (PA), and configured to output at least one color light; a plurality of color filters disposed correspondingly to the light emitting structures , and configured to convert the at least one color light output from the light emitting structures into different color lights; a white light emitting structure configured to output white color light; an upper substrate ; a pixel protection layer disposed on the white light emitting structure ; and an adhesive layer for attaching the upper substrate to the pixel protection layer , wherein the white light emitting structure covers all the light emitting structures and the color filters . a plurality of pixel areas (PA) disposed on a lower substrate , each pixel area (PA) including a plurality of sub-pixel areas (BSP, RSP, GSP) for displaying images; a plurality of light emitting structures disposed respectively in the sub-pixel areas (BSP, RSP, GSP) of each pixel area (PA), and configured to output at least one color light; a plurality of color filters disposed correspondingly to the light emitting structures , and configured to convert the at least one color light output from the light emitting structures into different color lights; a white light emitting structure configured to output white color light; an upper substrate ; a pixel protection layer disposed on the white light emitting structure ; and an adhesive layer for attaching the upper substrate to the pixel protection layer , wherein the white light emitting structure covers all the light emitting structures and the color filters .
Surveying spherical retroreflector for retroreflection of incoming surveying light , the retroreflector comprising a transparent, retroreflective sphere with a defined equatorial plane, and the retroreflector further comprising a light shielding (3, 3a-3f) designed as shielding of the sphere against direct ambient irradiation , in particular solar irradiation.
A fiber-reinforced resin composite material comprising: a first member including a first fiber and a first matrix resin , the first fiber including a reinforcing fiber and having a sheet shape and being impregnated with the first matrix resin , the reinforcing fiber having a melting point and a tensile strength that are higher than a melting point and a tensile strength of an aliphatic polyamide fiber , the first matrix resin being cured; and a second member including a stack and a second matrix resin , and provided on a surface of the first member , the stack including a second fiber and a third fiber that are stacked alternately and that are filled with the second matrix resin , the second fiber including the reinforcing fiber and having a sheet shape, the third fiber having a sheet shape, the second matrix resin being cured, wherein the second matrix resin includes a component common to a component of the first matrix resin , and includes a first polyamide resin that comprises an aliphatic polyamide resin, and characterized in that the third fiber includes a second polyamide resin, the second polyamide resin comprising an aliphatic polyamide resin and having a melting point higher than a melting point of the first polyamide resin by 7 degrees centigrade to 50 degrees centigrade, and the second member includes a yarn that penetrates the second fiber and the third fiber in a direction in which the second fiber and the third fiber are stacked. a first member including a first fiber and a first matrix resin , the first fiber including a reinforcing fiber and having a sheet shape and being impregnated with the first matrix resin , the reinforcing fiber having a melting point and a tensile strength that are higher than a melting point and a tensile strength of an aliphatic polyamide fiber , the first matrix resin being cured; and a second member including a stack and a second matrix resin , and provided on a surface of the first member , the stack including a second fiber and a third fiber that are stacked alternately and that are filled with the second matrix resin , the second fiber including the reinforcing fiber and having a sheet shape, the third fiber having a sheet shape, the second matrix resin being cured, wherein the second matrix resin includes a component common to a component of the first matrix resin , and includes a first polyamide resin that comprises an aliphatic polyamide resin, and characterized in that the third fiber includes a second polyamide resin, the second polyamide resin comprising an aliphatic polyamide resin and having a melting point higher than a melting point of the first polyamide resin by 7 degrees centigrade to 50 degrees centigrade, and the second member includes a yarn that penetrates the second fiber and the third fiber in a direction in which the second fiber and the third fiber are stacked.
A sorbent manifold system, comprising: a sorbent manifold comprising a plurality of passageways (113-116) fluidly connectable to a sorbent dialysis system; one or more valves and one or more sensors (106-109); and at least one sorbent inlet fluidly connectable to an outlet of a sorbent cartridge ; and a controller controlling the one or more valves to direct fluid to either pass through the sorbent cartridge in the sorbent dialysis system or bypass the sorbent cartridge based on measurements of the one or more sensors, wherein the controller controls the fluid to enter the at least one sorbent inlet from the outlet of the sorbent cartridge. a sorbent manifold comprising a plurality of passageways (113-116) fluidly connectable to a sorbent dialysis system; one or more valves and one or more sensors (106-109); and at least one sorbent inlet fluidly connectable to an outlet of a sorbent cartridge ; and a controller controlling the one or more valves to direct fluid to either pass through the sorbent cartridge in the sorbent dialysis system or bypass the sorbent cartridge based on measurements of the one or more sensors, wherein the controller controls the fluid to enter the at least one sorbent inlet from the outlet of the sorbent cartridge.
Valve made up of a rigid wall and a flap , characterized in that : - said flap has a non-perforated flexible and deformable peripheral region situated facing the rigid wall , - the rigid wall is perforated by at least one orifice situated facing the peripheral region , - the flap is joined to the rigid wall by a non-deformable fixed connection, - the peripheral region has a substantially conical shape before mounting with a large base and a small base and an inner face on the inner side of the cone, - said peripheral region exhibits a deformation following the pressing of the inner face of the large base against the rigid wall in an assembled position. - said flap has a non-perforated flexible and deformable peripheral region situated facing the rigid wall , - the rigid wall is perforated by at least one orifice situated facing the peripheral region , - the flap is joined to the rigid wall by a non-deformable fixed connection, - the peripheral region has a substantially conical shape before mounting with a large base and a small base and an inner face on the inner side of the cone, - said peripheral region exhibits a deformation following the pressing of the inner face of the large base against the rigid wall in an assembled position.
A method for configuring four poles included in a seabed acquisition station for marine electromagnetic surveying, wherein the four poles are M1, M2, N1 and N2, respectively, the pole M1 has grounded pins M1 1 , M1 2 and M1 3 , the pole M2 has grounded pins M2 1 , M2 2 and M2 3 , the pole N1 has grounded pins N1 1 , N1 2 and N1 3 , and the pole N2 has grounded pins N2 1 , N2 2 and N2 3 , the method comprising: connecting the grounded pins M1 1 , M1 2 and M1 3 in the pole M1 to the grounded pins N1 1 , N2 1 and M2 1 , respectively, so as to form three electric field components M1 1 N1 1 , M1 2 N2 1 and M1 3 M2 1 ; connecting the grounded pins M2 1 , M2 2 and M2 3 in the pole M2 to the grounded pins M1 3 , N1 2 and N2 3 , respectively, so as to form three electric field components M2 1 M1 3 , M2 2 N1 2 and M2 3 N2 3 ; connecting the grounded pins N1 1 , N1 2 and N1 3 in the pole N1 to the grounded pins M1 1 , M2 2 and N2 2 , respectively, so as to form three electric field components N1 1 M1 1 , N1 2 M2 2 and N1 3 N2 2 ; and connecting the grounded pins N2 1 , N2 2 and N2 3 in the pole N2 to the grounded pins M1 2 , M2 3 and N1 3 , respectively, so as to form three electric field components N2 1 M1 2 , N2 3 M2 3 and N2 2 N1 3 , wherein, the electric field components M1 3 M2 1 and M2 1 M1 3 , M1 1 N1 1 and N1 1 M1 1 , M1 2 N2 1 and N2 1 M1 2 , M2 3 N2 3 and N2 3 M2 3 , M2 2 N1 2 and N1 2 M2 2 , and N1 3 N2 2 and N2 2 N1 3 , respectively are the same electric field components,_so as to forming six horizontal electric field components for simultaneously recording the data for electromagnetic field over time series. connecting the grounded pins M1 1 , M1 2 and M1 3 in the pole M1 to the grounded pins N1 1 , N2 1 and M2 1 , respectively, so as to form three electric field components M1 1 N1 1 , M1 2 N2 1 and M1 3 M2 1 ; connecting the grounded pins M2 1 , M2 2 and M2 3 in the pole M2 to the grounded pins M1 3 , N1 2 and N2 3 , respectively, so as to form three electric field components M2 1 M1 3 , M2 2 N1 2 and M2 3 N2 3 ; connecting the grounded pins N1 1 , N1 2 and N1 3 in the pole N1 to the grounded pins M1 1 , M2 2 and N2 2 , respectively, so as to form three electric field components N1 1 M1 1 , N1 2 M2 2 and N1 3 N2 2 ; and connecting the grounded pins N2 1 , N2 2 and N2 3 in the pole N2 to the grounded pins M1 2 , M2 3 and N1 3 , respectively, so as to form three electric field components N2 1 M1 2 , N2 3 M2 3 and N2 2 N1 3 ,
A user equipment, UE, comprising: a receiver configured to receive a downlink control information, DCI; a processor configured to determine, based on information contained in the DCI, transmission power of a Demodulation Reference Signal, DM-RS, for Physical Uplink Shared Channel, PUSCH, using a Discrete Fourier Transform-spread-Orthogonal Frequency-Division Multiplexing, DFT-s-OFDM, or a Cyclic Prefix, CP,-OFDM; and a transmitter configured to transmit the DM-RS using the determined transmission power; wherein the processor is configured to control the determination of the transmission power so that the transmission power differs between a case of using the DFT-s-OFDM and a case of using the CP-OFDM; and wherein the processor is configured to control resource elements, REs, in an OFDM symbol where the DM-RS is multiplexed, the resource elements being not multiplexed with the DM-RS in the OFDM symbol are set as Null in the case of using the DFT-s-OFDM. a receiver configured to receive a downlink control information, DCI; a processor configured to determine, based on information contained in the DCI, transmission power of a Demodulation Reference Signal, DM-RS, for Physical Uplink Shared Channel, PUSCH, using a Discrete Fourier Transform-spread-Orthogonal Frequency-Division Multiplexing, DFT-s-OFDM, or a Cyclic Prefix, CP,-OFDM; and a transmitter configured to transmit the DM-RS using the determined transmission power; wherein the processor is configured to control the determination of the transmission power so that the transmission power differs between a case of using the DFT-s-OFDM and a case of using the CP-OFDM; and wherein the processor is configured to control resource elements, REs, in an OFDM symbol where the DM-RS is multiplexed, the resource elements being not multiplexed with the DM-RS in the OFDM symbol are set as Null in the case of using the DFT-s-OFDM.
A labelled detection probe consisting of SEQ ID NO:13 or the reverse complement thereof.
An isolated anti-FcRn antibody or an antigen-binding fragment thereof, comprising a heavy chain variable region comprising CDR1 comprising an amino acid sequence of SEQ ID No: 27, CDR2 comprising an amino acid sequence of SEQ ID No: 28 and CDR3 comprising an amino acid sequence of SEQ ID No: 29, and a light chain variable region comprising CDR1 comprising an amino acid sequence of SEQ ID No: 30, CDR2 comprising an amino acid sequence of SEQ ID No: 31 and CDR3 comprising an amino acid sequence of SEQ ID No: 32; wherein said antibody or antigen-binding fragment comprises either: (i) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 4 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 14; or (ii) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 6 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 16. (i) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 4 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 14; or (ii) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 6 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 16.
A method performed by a first portable terminal to communicate with a second portable terminal , the method comprising: executing an application on the first portable terminal ; requesting, in response to execution of the application, contact information related to the first portable terminal from an external server; receiving contact information from the external server; displaying a contact list based on the received contact information on a screen of the first portable terminal ; the first portable terminal receiving a user input indicating a selection of at least one contact, corresponding to the second portable terminal, from the contact list; the first portable terminal transmitting , over a mobile communication network to the external server, connection information necessary for the second portable terminal to establish a wireless local area network, WLAN, link with the first portable terminal , the first portable terminal establishing the WLAN link to the second portable terminal in response to a connection request received from the second portable terminal through a WLAN interface, wherein a connection mode of the WLAN link is determined according to a type of application executed. executing an application on the first portable terminal ; requesting, in response to execution of the application, contact information related to the first portable terminal from an external server; receiving contact information from the external server; displaying a contact list based on the received contact information on a screen of the first portable terminal ; the first portable terminal receiving a user input indicating a selection of at least one contact, corresponding to the second portable terminal, from the contact list; the first portable terminal transmitting , over a mobile communication network to the external server, connection information necessary for the second portable terminal to establish a wireless local area network, WLAN, link with the first portable terminal , the first portable terminal establishing the WLAN link to the second portable terminal in response to a connection request received from the second portable terminal through a WLAN interface, wherein a connection mode of the WLAN link is determined according to a type of application executed.
A method carried out by one or more devices, comprising: - obtaining or determining geometric information representative of the spatial position of a plurality of points on a surface of a textile ; - - determining, on the basis of the spatial position of the points of the geometric information by means of an interpolation between the points, at least one size of the area of the surface of the textile, the spanned volume of the surface of the textile, and/or cross-sections of the surface of the textile; - determining at least one treatment parameter for treating the textile based at least partially on the geometric information, wherein the at least one treatment parameter indicates at least one amount of cleaning agent; and - outputting or triggering an output of the at least one treatment parameter, wherein the determination of the at least one treatment parameter is based on the determined size of the area of the surface of the textile and/or on a determination of the volume spanned by the surface of the textile and/or from cross-sections of the surface of the textile. - obtaining or determining geometric information representative of the spatial position of a plurality of points on a surface of a textile ; - - determining, on the basis of the spatial position of the points of the geometric information by means of an interpolation between the points, at least one size of the area of the surface of the textile, the spanned volume of the surface of the textile, and/or cross-sections of the surface of the textile; - determining at least one treatment parameter for treating the textile based at least partially on the geometric information, wherein the at least one treatment parameter indicates at least one amount of cleaning agent; and - outputting or triggering an output of the at least one treatment parameter,
side panel of a facade blind box in a form of a plate comprising at the internal box side a plurality of protruding over the plate and permanently connected therewith mounting, setting and guiding elements in a form of guides creating a slot tapering in the upper zone characterized in that the mounting elements in a form of pins with openings and setting elements are grouped in subsequent and interconnected modules (1, 1', 1", 1"'), and between particular modules is made a recess , and in the lower section the side panel comprising two bolts deployed beyond the lateral panel plate and located at the left and right side of the panel.