mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless electronic communication device comprising: • a first electronic chip and a second electronic chip , • a first antenna electrically connected to the first electronic chip , and • a second antenna electrically connected to the second electronic chip , • a third antenna adapted to be electromagnetically coupled with the first antenna and the second antenna , characterized in that : • the first electronic chip is configured to communicate with a first external terminal, according to a first protocol, by means of a first pair of antennas formed by the first antenna and the third antenna , and • the second electronic chip is configured to communicate with the first external terminal and/or a second external terminal, according to a second protocol, by means of a second pair of antennas formed by the second antenna and the third antenna , wherein the first, second and third antennas are substantially planar and each have an elongated shape defining a length and a width, the first, second and third antennas being disposed such that: • the projection of the longitudinal direction of the first antenna in the plane of the third antenna is parallel to the lateral direction of the third antenna , and • the projection of the longitudinal direction of the second antenna in the plane of the third antenna is parallel to the longitudinal direction of the third antenna . • a first electronic chip and a second electronic chip , • a first antenna electrically connected to the first electronic chip , and • a second antenna electrically connected to the second electronic chip , • a third antenna adapted to be electromagnetically coupled with the first antenna and the second antenna , • the first electronic chip is configured to communicate with a first external terminal, according to a first protocol, by means of a first pair of antennas formed by the first antenna and the third antenna , and • the second electronic chip is configured to communicate with the first external terminal and/or a second external terminal, according to a second protocol, by means of a second pair of antennas formed by the second antenna and the third antenna , • the projection of the longitudinal direction of the first antenna in the plane of the third antenna is parallel to the lateral direction of the third antenna , and • the projection of the longitudinal direction of the second antenna in the plane of the third antenna is parallel to the longitudinal direction of the third antenna .
An operations control room radio communications system comprising: a first digital radio of a user in an operational field; a second digital radio of a user in an operational field; one or more digital radio interface modules, DRIM, each digital radio interface module comprising at least one digital to analogue radio conversion circuit, a digital radio interface, and an analogue radio interface, the at least one digital to analogue radio conversion circuit being in bidirectional data communication with the digital radio interface and the analogue radio interface; and a host console computer having installed thereon a Digital Console Interface Management, DCIM, software application with some necessary settings according to the digital radio interface modules, DRIMs, the host console computer being connected to and in operative communication with the first digital radio and the second digital radio of the users in the operational field via one or more dual-band radio modules, BDBR, and via the one or more digital radio interface modules, DRIMs, for patching of radio communications to and from the first and second digital radios of the users in the operational fields by an operator of the Digital Console Interface Management, DCIM, software application. a first digital radio of a user in an operational field; a second digital radio of a user in an operational field; one or more digital radio interface modules, DRIM, each digital radio interface module comprising at least one digital to analogue radio conversion circuit, a digital radio interface, and an analogue radio interface, the at least one digital to analogue radio conversion circuit being in bidirectional data communication with the digital radio interface and the analogue radio interface; and a host console computer having installed thereon a Digital Console Interface Management, DCIM, software application with some necessary settings according to the digital radio interface modules, DRIMs, the host console computer being connected to and in operative communication with the first digital radio and the second digital radio of the users in the operational field via one or more dual-band radio modules, BDBR, and via the one or more digital radio interface modules, DRIMs, for patching of radio communications to and from the first and second digital radios of the users in the operational fields by an operator of the Digital Console Interface Management, DCIM, software application.
Method for processing containers , wherein the containers are processed by means of a first processing device in a first predetermined manner and are transported by means of a transport device to a second processing device and are processed by this second processing device in a second predetermined manner, and wherein the processing devices are in each case controlled by control devices , wherein for the control parameters are used which are characteristic of the containers and/or the processing of the containers , characterised in that predetermination parameters (V) are output on at least one and preferably on a plurality of the control devices , and these output predetermination parameters (V) are compared with parameters (P1, P2, P3 ... Pn) required by at least one processing device, and it is checked whether the parameters required by the at least one processing device can be derived at least from the predetermination parameters (V), wherein required parameters (P2) which cannot be derived from the predetermination parameters are requested and the requested parameters are output to several and preferably all processing devices .
A screw actuator having a nut arrangement , the nut arrangement comprising: a primary nut for providing a primary load path; a secondary nut for providing a secondary load path; wherein a failsafe connection comprising a transfer member is provided between the primary and secondary nuts to transfer load from the primary load path to the secondary load path in the event the coupling decouples; and a coupling to link the primary nut to the secondary nut during normal operation when the primary load path is active, and characterised in that the coupling is a flexible coupling that allows relative axial movement between the primary and secondary nuts against a bias while coupled, and a position sensor is provided to detect the relative axial movement between the primary and secondary nuts, and in that the position sensor is used as part of a wear detection arrangement to monitor a change in backlash between the primary and secondary nuts. a primary nut for providing a primary load path; a secondary nut for providing a secondary load path; wherein a failsafe connection comprising a transfer member is provided between the primary and secondary nuts to transfer load from the primary load path to the secondary load path in the event the coupling decouples; and a coupling to link the primary nut to the secondary nut during normal operation when the primary load path is active, and characterised in that the coupling is a flexible coupling that allows relative axial movement between the primary and secondary nuts against a bias while coupled, and a position sensor is provided to detect the relative axial movement between the primary and secondary nuts, and in that the position sensor is used as part of a wear detection arrangement to monitor a change in backlash between the primary and secondary nuts.
An orthopedic implant comprising absorbable structural material, the absorbable structural material comprising a biodegradable composite, the biodegradable composite comprising a resorbable reinforcement filler and a biodegradable polymer, characterized in that strength and stiffness properties are anisotropic; wherein an average density of the biodegradable composite is in the range of 1.1 - 3.0 g/cm 3 ; wherein said reinforcement filler comprises a plurality of reinforcing fibers and wherein a weight ratio of reinforcing fibers to said biodegradable polymer is in the range of 1:1 to 3:1; wherein a plurality of said reinforcing fibers are arranged in parallel; and wherein a fiber diameter is in a range of 2-40 micrometer.
A method of operating an application server (170; 400) configured to arbitrate a communication session between a plurality of user equipments UEs (200; 400), the method comprising the following steps performed by the application server: receiving (500; 710A; 710C), from a given UE, data that is configured to visually represent physical user input detected at the given UE, wherein the data is received at a first level of precision (600; 700B; 710B); determining (505; 715 A; 715C) data presentation capabilities of a plurality of target UEs and/or a performance level associated with a connection between the application server and the plurality of target UEs; selectively transitioning (510; 720A; 730C; 800A, 810A, 820A) the received data from the first level of precision to a second level of precision (615; 705B; 715B) for a first set of target UEs and a third level of precision for a third set of target UEs based on the determination, the third level of precision being an intermediate level of precision between the first and the second levels of precision; and transmitting (515; 725 A; 735C) the transitioned data for presentation by sending the selectively transitioned data with the second level of precision to the first set of target UEs and sending the selectively transitioned data with the third level of precision to the third set of target UEs. receiving (500; 710A; 710C), from a given UE, data that is configured to visually represent physical user input detected at the given UE, wherein the data is received at a first level of precision (600; 700B; 710B); determining (505; 715 A; 715C) data presentation capabilities of a plurality of target UEs and/or a performance level associated with a connection between the application server and the plurality of target UEs; selectively transitioning (510; 720A; 730C; 800A, 810A, 820A) the received data from the first level of precision to a second level of precision (615; 705B; 715B) for a first set of target UEs and a third level of precision for a third set of target UEs based on the determination, the third level of precision being an intermediate level of precision between the first and the second levels of precision; and transmitting (515; 725 A; 735C) the transitioned data for presentation by sending the selectively transitioned data with the second level of precision to the first set of target UEs and sending the selectively transitioned data with the third level of precision to the third set of target UEs.
A method of synthesizing cellulose carbonate, comprising: mixing a solution comprising dimethyl sulfoxide and cellulose with an organic base in the presence of carbon dioxide to form a cellulose solution comprising cellulose carbonate anions, wherein the organic base is represented by a formula of: wherein each of R 1 , R 2 and R 3 is C 1 -C 20 alkyl; wherein each of R 4 and R 5 is hydrogen or C 1 -C 20 alkyl; contacting the cellulose solution with one or more organochlorides in the presence of carbon dioxide to form the cellulose carbonate; and adding an alcohol or water to precipitate the cellulose carbonate. mixing a solution comprising dimethyl sulfoxide and cellulose with an organic base in the presence of carbon dioxide to form a cellulose solution comprising cellulose carbonate anions, wherein the organic base is represented by a formula of: wherein each of R 1 , R 2 and R 3 is C 1 -C 20 alkyl; wherein each of R 4 and R 5 is hydrogen or C 1 -C 20 alkyl; wherein each of R 1 , R 2 and R 3 is C 1 -C 20 alkyl; wherein each of R 4 and R 5 is hydrogen or C 1 -C 20 alkyl; contacting the cellulose solution with one or more organochlorides in the presence of carbon dioxide to form the cellulose carbonate; and adding an alcohol or water to precipitate the cellulose carbonate.
A method of determining a working communication channel for use by a first access point in a Wireless Local Area Network, WLAN, the method comprising: identifying a proxy access point in the WLAN, the proxy access point being different to the first access point and being an access point at which performance measurements for use in the determination of the working communication channel of the first access point, can be made, dissociating the proxy access point from a client device to which it is associated, associating the client device to a further access point in the WLAN, making one or more performance measurements in respect of a communication channel at the proxy access point and using the one or more performance measurements to determine a working communication channel for use by the first access point. identifying a proxy access point in the WLAN, the proxy access point being different to the first access point and being an access point at which performance measurements for use in the determination of the working communication channel of the first access point, can be made, dissociating the proxy access point from a client device to which it is associated, associating the client device to a further access point in the WLAN, making one or more performance measurements in respect of a communication channel at the proxy access point and using the one or more performance measurements to determine a working communication channel for use by the first access point.
A rack for an automated processing system, the rack comprising: a plurality of wells , each of the plurality of wells being adapted to selectively hold at least a first sample container having a first size and a second sample container having a second size, the second size being substantially different from the first size; and a structure joining the plurality of wells to form a rack ; wherein the rack is adapted to fit in an automated processing system adapted to remove both the first sample container and the second sample container from the rack , each of the plurality of wells is further adapted to hold a third sample container having a third size, the third size being substantially different from at least one of the first size and the second size, characterised in that each of the plurality of wells comprises: a first cylindrical wall ; a first radial wall below the first cylindrical wall and extending inward from the first cylindrical wall ; a second cylindrical wall extending below the first radial wall ; a second radial wall below the second cylindrical wall and extending inward from the second cylindrical wall ; a conical wall extending below the second radial wall . a plurality of wells , each of the plurality of wells being adapted to selectively hold at least a first sample container having a first size and a second sample container having a second size, the second size being substantially different from the first size; and a structure joining the plurality of wells to form a rack ; a first cylindrical wall ; a first radial wall below the first cylindrical wall and extending inward from the first cylindrical wall ; a second cylindrical wall extending below the first radial wall ; a second radial wall below the second cylindrical wall and extending inward from the second cylindrical wall ; a conical wall extending below the second radial wall .
Polypeptide characterised in that it comprises a fragment of the sequence of peptide GSE24.2 (SEQ ID No. 1) with SEQ ID No. 2 able to reduce production of free radicals and/or damage to the structure of cellular DNA and said polypeptide is selected from the list consisting of: SEQ ID No. 2, SEQ ID No. 5 and SEQ ID No. 6.
A method for enabling a station , STA, lacking a target wake time, TWT, schedule to determine access point , AP, changes or to sync with the AP, the method comprising: using one bit in a frame control, FC, field of a control frame (FIG. 3B) to indicate a presence of a Next TWT field, wherein the Next TWT field is present in the control frame (FIG. 3B) in case the FC field indicates its presence; and wherein the Next TWT field includes a next target wake time value for an intended recipient of the control frame (FIG. 3B), and transmitting a first data unit comprising the control frame to the intended recipient to associate the system with the intended recipient in a wireless network; and wherein the control frame (FIG. 3B) is an Institute for Electronic and Electrical Engineers, IEEE, 802.11ah sub 1 gigahertz, S1G, control frame, the IEEE 802.11ah S1G control frame including one or more of a training acknowledgement, TACK, frame, a short TWT acknowledgement, STACK, frame, and a block acknowledgement TWT, BAT, frame. using one bit in a frame control, FC, field of a control frame (FIG. 3B) to indicate a presence of a Next TWT field, wherein the Next TWT field is present in the control frame (FIG. 3B) in case the FC field indicates its presence; and wherein the Next TWT field includes a next target wake time value for an intended recipient of the control frame (FIG. 3B), and transmitting a first data unit comprising the control frame to the intended recipient to associate the system with the intended recipient in a wireless network; and wherein the control frame (FIG. 3B) is an Institute for Electronic and Electrical Engineers, IEEE, 802.11ah sub 1 gigahertz, S1G, control frame, the IEEE 802.11ah S1G control frame including one or more of a training acknowledgement, TACK, frame, a short TWT acknowledgement, STACK, frame, and a block acknowledgement TWT, BAT, frame.
An aqueous paint composition for a DOD inkjet process with recirculation, comprising - a binder composition comprising a polyacrylate in the form of an aqueous dispersion and a polyurethane in the form of an aqueous dispersion, - at least one humectant, and - water characterized in that the paint composition has a binder solids content of at least 20% by weight, based on the total weight of the paint composition, and the humectant is a combination of 1,3-butanediol, butyl diglycol and glycerol. - a binder composition comprising a polyacrylate in the form of an aqueous dispersion and a polyurethane in the form of an aqueous dispersion, - at least one humectant, and - water
A disposable absorbent article comprising: a central body defining a first waist end region including a first end edge, a second waist end region spaced longitudinally from the first waist end region and including a second end edge , and a crotch region positioned therebetween; and an absorbent core composed of a single absorbent core element , the single absorbent core element constructed of super absorbent particles, the absorbent core situated between the end edges (212a,b), the absorbent core including a plurality of elastics incorporated therewith in a central elasticated region of the single absorbent core element , wherein the plurality of elastics are placed and attached beneath the single absorbent core element or on top of the single absorbent core element such that the single absorbent core element is substantially laterally contracted in a narrowed region (M0) about the elastics ; and wherein the absorbent core includes at least one end region (E1, E2) that is substantially non-elasticized, the at least one end region (E1, E2) having a lateral width substantially wider than a lateral width of the narrowed region (M0). a central body defining a first waist end region including a first end edge, a second waist end region spaced longitudinally from the first waist end region and including a second end edge , and a crotch region positioned therebetween; and an absorbent core composed of a single absorbent core element , the single absorbent core element constructed of super absorbent particles, the absorbent core situated between the end edges (212a,b), the absorbent core including a plurality of elastics incorporated therewith in a central elasticated region of the single absorbent core element , wherein the plurality of elastics are placed and attached beneath the single absorbent core element or on top of the single absorbent core element such that the single absorbent core element is substantially laterally contracted in a narrowed region (M0) about the elastics ; and wherein the absorbent core includes at least one end region (E1, E2) that is substantially non-elasticized, the at least one end region (E1, E2) having a lateral width substantially wider than a lateral width of the narrowed region (M0).
A wireless endoscopic camera , comprising: a grip region at a first end of the endoscopic camera , the grip region comprising an attachment collar extending in a first direction, wherein the attachment collar is adapted to couple the endoscopic camera to an endoscope ; a wireless transmitter ; wherein the grip region comprises a face , the first direction being perpendicular to the grip region , the grip region comprises two shoulders that each comprises an area of reduced width of the endoscopic camera ; the endoscopic camera further comprises a ledge extending from the grip region in the first direction, below the attachment collar , wherein the ledge comprises a protrusion which extends distally from the face and decreases in width as the ledge extends from the face , wherein the ledge is configured to resist movement of the endoscopic camera in a user's hand, and wherein the ledge comprises a first concavity and a second concavity separated by a first convexity, wherein the first and second concavities are adapted to accommodate the user's fingers; and the wireless transmitter is located near a second end of the camera opposite the first end. a grip region at a first end of the endoscopic camera , the grip region comprising an attachment collar extending in a first direction, wherein the attachment collar is adapted to couple the endoscopic camera to an endoscope ; a wireless transmitter ; wherein the grip region comprises a face , the first direction being perpendicular to the grip region , the grip region comprises two shoulders that each comprises an area of reduced width of the endoscopic camera ; the endoscopic camera further comprises a ledge extending from the grip region in the first direction, below the attachment collar , wherein the ledge comprises a protrusion which extends distally from the face and decreases in width as the ledge extends from the face , wherein the ledge is configured to resist movement of the endoscopic camera in a user's hand, and wherein the ledge comprises a first concavity and a second concavity separated by a first convexity, wherein the first and second concavities are adapted to accommodate the user's fingers; and the wireless transmitter is located near a second end of the camera opposite the first end.