mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor assembly for detecting at least one analyte in a body fluid, comprising at least one control part , the control part having: - at least one body mount configured for attachment to a body of a user; - at least one electronics unit attachable to the body mount , having at least one electronics component for one or more of controlling the detection of the analyte or transmitting measurement data to another component; wherein the body mount includes a locking mechanism having at least one lever pivotably mounted to the body mount , the lever being configured to lock the electronics unit to the body mount , wherein the lever has at least one open position in which the electronics unit is removable from the body mount and at least one closed position in which the electronics unit is locked to the body mount , wherein, with the electronics unit attached to the body mount and the lever being in the closed position, the electronics unit exerts a force onto the lever which keeps the lever in the closed position, wherein the lever is pivotable about a pivot axle, characterized in that the lever comprises a lever arm on one side of the pivot axle and an extension on an opposing side of the pivot axle, wherein the electronics unit , when attached to the body mount and the lever being in the closed position, exerts a force onto the extension, thereby forcing the lever into the closed position or keeping the lever in the closed position. - at least one body mount configured for attachment to a body of a user; - at least one electronics unit attachable to the body mount , having at least one electronics component for one or more of controlling the detection of the analyte or transmitting measurement data to another component;
A method for improving physical properties of a separator by post-treatment, comprising the steps of: a) preparing a separator having a layer comprising a binder on a substrate comprising a polyolefin substrate or no polyolefin substrate; b) transforming the binder into a crosslinkable coupling part by performing deintercalation of some elements of the binder; and c) treating the separator with a crosslinking initiator and/or a reaction catalyst after step b); wherein, in step b), crosslinking sites are formed by performing deintercalation of some elements of the binder so as to transform a single bond into a double bond. a) preparing a separator having a layer comprising a binder on a substrate comprising a polyolefin substrate or no polyolefin substrate; b) transforming the binder into a crosslinkable coupling part by performing deintercalation of some elements of the binder; and c) treating the separator with a crosslinking initiator and/or a reaction catalyst after step b);
A media depository comprising: a media item validation module ; a diverter for routing a received media item via either a storage path or a return path ; an escrow for temporarily holding received media items; and a printer located between the diverter and the escrow so that the printer can print on any media items transported via the return path , wherein the printer comprises a light source operable to ablate toner and/or magnetic ink from cheques to prevent any media items in the form of cheques presented a second time from being cashed or deposited. a media item validation module ; a diverter for routing a received media item via either a storage path or a return path ; an escrow for temporarily holding received media items; and a printer located between the diverter and the escrow so that the printer can print on any media items transported via the return path , wherein the printer comprises a light source operable to ablate toner and/or magnetic ink from cheques to prevent any media items in the form of cheques presented a second time from being cashed or deposited.
Device (1; 1a; 1b; 1c) for irradiating an object , having: a light-emitting device for emitting a laser beam onto the object , said laser beam being combined from a plurality of individual beams , wherein a radiant power and a phase of the individual beams may be adjusted in each case; a sensor device , which is embodied for the purpose of receiving light that is reflected from the object and to determine information therefrom in relation to a change of the respective radiant power and the respective phase of the individual beams during the light propagation time to the object ; and a regulating device , which is embodied for the purpose of adapting the radiant powers and the phases of the individual beams in dependence upon the information that is determined by the sensor device ; wherein the regulating device is moreover configured for the purpose of modulating the phases of the individual beams with different frequencies during operation, wherein the sensor device is configured for the purpose of determining with the aid of the reflected light a modulation-dependent radiant power change of the individual beams during the light propagation time to the object , and wherein the regulating device is configured for the purpose of changing the radiant powers and the phases of the individual beams in such a manner that an intensity of the laser beam is maximised when said laser beam impinges upon the object . a light-emitting device for emitting a laser beam onto the object , said laser beam being combined from a plurality of individual beams , wherein a radiant power and a phase of the individual beams may be adjusted in each case; a sensor device , which is embodied for the purpose of receiving light that is reflected from the object and to determine information therefrom in relation to a change of the respective radiant power and the respective phase of the individual beams during the light propagation time to the object ; and a regulating device , which is embodied for the purpose of adapting the radiant powers and the phases of the individual beams in dependence upon the information that is determined by the sensor device ; wherein the regulating device is moreover configured for the purpose of modulating the phases of the individual beams with different frequencies during operation, wherein the sensor device is configured for the purpose of determining with the aid of the reflected light a modulation-dependent radiant power change of the individual beams during the light propagation time to the object , and wherein the regulating device is configured for the purpose of changing the radiant powers and the phases of the individual beams in such a manner that an intensity of the laser beam is maximised when said laser beam impinges upon the object .
Suspension device for a vehicle seat , comprising an upper suspension portion and a lower suspension portion , said suspension portions being connected to one another by a first swivel connector and a second swivel connector , each connector having exactly two swivel axes (7, 8; 9, 10), said first swivel connector being arranged on the lower suspension portion in such a way that it can swivel about a first swivel axis and with the upper suspension portion in such a way that it can swivel about a second swivel axis , and said second swivel connector being arranged on the lower suspension portion in such a way that it can swivel about a third swivel axis and on the upper suspension portion in such a way that it can swivel about a fourth swivel axis , the upper suspension portion moves backwards when viewed in a longitudinal direction (L) of the vehicle seat and downwards in a vertical direction (H) of the vehicle seat when moved towards the lower suspension portion , the fourth swivel axis being arranged behind the third swivel axis , the third swivel axis behind the second swivel axis , and the second swivel axis behind the first swivel axis when viewed in the longitudinal direction (L), wherein the first swivel connector is arranged in parallel with the second swivel connector at least in a non-deflected state of the suspension device and the distance between the first and the second swivel axis is designed to be longer than the distance between the third and the fourth swivel axis .
A method performed by a terminal in a communication system, the method comprising: receiving , at a first layer associated with a first radio access technology, RAT, a first protocol data unit, PDU; receiving , at a first layer associated with a second RAT, a second PDU; generating , at the first layer associated with the first RAT, a first service data unit, SDU, based on the first PDU and submitting the first SDU to a second layer; and generating , at the first layer associated with the second RAT, a second SDU based on the second PDU and submitting the second SDU to the second layer, wherein the second layer is an upper layer of the first layer associated with the first RAT and the first layer associated with the second RAT. receiving , at a first layer associated with a first radio access technology, RAT, a first protocol data unit, PDU; receiving , at a first layer associated with a second RAT, a second PDU; generating , at the first layer associated with the first RAT, a first service data unit, SDU, based on the first PDU and submitting the first SDU to a second layer; and generating , at the first layer associated with the second RAT, a second SDU based on the second PDU and submitting the second SDU to the second layer, wherein the second layer is an upper layer of the first layer associated with the first RAT and the first layer associated with the second RAT.
An alkali metal salt of fluorosulfonyl imide represented by the following general formula (I), wherein a temperature of 210°C or higher at which a mass loss rate becomes 2% when the salt is heated from 25°C at a temperature rise rate of 10°C/minute under an air current: where M a represents Li, and each of R a and R b represents a fluorine atom. a temperature of 210°C or higher at which a mass loss rate becomes 2% when the salt is heated from 25°C at a temperature rise rate of 10°C/minute under an air current: where M a represents Li, and each of R a and R b represents a fluorine atom.
A control operating method comprising: displaying (S102) in an expanding manner, around a menu control, multiple menu items corresponding to the menu control in response to a first click operation on the menu control on a display screen; and switching (S104) among the multiple menu items in response to one or both of a second click operation and a sliding operation on the menu control, wherein a direction in which the multiple menu items are switched to is controlled according to an incline angle of the display screen; wherein displaying in the expanding manner, around the menu control, the multiple menu items comprises: displaying in the expanding manner, around a position of the menu control, the multiple menu items horizontally or longitudinally, wherein one of the multiple menu items is displayed at the position of the menu control; wherein switching among the multiple menu items displayed in the expanding manner when one or both of a click operation and a sliding operation on the menu control again comprises: switching to a next menu item each time a click on the menu control is detected, wherein a direction prompt for switching the multiple menu items next time is displayed in a region where the multiple menu items are displayed. displaying (S102) in an expanding manner, around a menu control, multiple menu items corresponding to the menu control in response to a first click operation on the menu control on a display screen; and switching (S104) among the multiple menu items in response to one or both of a second click operation and a sliding operation on the menu control, wherein a direction in which the multiple menu items are switched to is controlled according to an incline angle of the display screen; wherein displaying in the expanding manner, around the menu control, the multiple menu items comprises: displaying in the expanding manner, around a position of the menu control, the multiple menu items horizontally or longitudinally, wherein one of the multiple menu items is displayed at the position of the menu control; wherein switching among the multiple menu items displayed in the expanding manner when one or both of a click operation and a sliding operation on the menu control again comprises: switching to a next menu item each time a click on the menu control is detected, wherein a direction prompt for switching the multiple menu items next time is displayed in a region where the multiple menu items are displayed. displaying in the expanding manner, around a position of the menu control, the multiple menu items horizontally or longitudinally, wherein one of the multiple menu items is displayed at the position of the menu control; wherein switching among the multiple menu items displayed in the expanding manner when one or both of a click operation and a sliding operation on the menu control again comprises: switching to a next menu item each time a click on the menu control is detected, wherein a direction prompt for switching the multiple menu items next time is displayed in a region where the multiple menu items are displayed.
An LG 12-clade variant subtilisin enzyme or an active fragment thereof comprising an amino acid modification to a parent LG12-clade subtilisin enzyme, wherein the modification is at productive position 166, wherein said variant has at least 75% identity to the amino acid sequence of a parent LG12-clade subtilisin enzyme selected from Bacillus sp.LG12sprC substilin set forth in SEQ ID NO:3; Bacillus sp. M3-13 subtilisin enzyme E set forth in SEQ ID NO:7; Bacillus horikoshii strain DSM 8719, Bhon03321 set forth in SEQ ID NO:10; Bacillus horikoshii strain DSM_9711 set forth in SEQ ID NO:13; Bacillus horikoshii strain DSM_9712 set forth in SEQ ID NO:16; Bacillus horikoshii strain DSM_6951 set forth in SEQ ID NO:19; B_sp_sprD_AAC43581 as shown in Fig. 9A-C; Bacillus_sp_WP_010192405 as shown in Fig. 9A-C; Bacillus_sp_BAD 11988 as shown in Fig. 9A-C; and/or Bacillus sp. KSM-LD1, SB (BAD21128.1) set forth in SEQ ID NO:20, wherein the modification is selected from the group consisting of residues 166 C, F, I, L, A, D, E, H, M, N, Q, S, T and Y, wherein the amino acid positions of the LG12-clade subtilisin variant are numbered by correspondence with the amino acid sequence of Bacillus sp. LG12sprC subtilisin set forth in SEQ ID NO:3.
A converter system for electrically coupling a photovoltaic array and an electricity grid , the converter system comprising: a DC to AC converter arranged to convert DC from a photovoltaic array to AC for a grid; a maximum power point tracking device coupled to the array; and an array-side controller, coupled to the DC to AC converter and the device, arranged to prevent overvoltage in a DC bus of the DC to AC converter using array voltage and current data from the device and voltage data from the DC to AC converter during a grid transient by adjusting the operating power point of the array to increase array voltage; wherein the controller includes a DC voltage regulator ; and the DC to AC converter includes a boost converter and a grid side converter arranged to regulate active power into a grid according to maximum power of a photovoltaic array ; and the system further comprising an array-side converter arranged to regulate power flow from the array to maintain the DC bus voltage of the DC to AC converter. a DC to AC converter arranged to convert DC from a photovoltaic array to AC for a grid; a maximum power point tracking device coupled to the array; and an array-side controller, coupled to the DC to AC converter and the device, arranged to prevent overvoltage in a DC bus of the DC to AC converter using array voltage and current data from the device and voltage data from the DC to AC converter during a grid transient by adjusting the operating power point of the array to increase array voltage; wherein the controller includes a DC voltage regulator ; and the DC to AC converter includes a boost converter and a grid side converter arranged to regulate active power into a grid according to maximum power of a photovoltaic array ; and the system further comprising an array-side converter arranged to regulate power flow from the array to maintain the DC bus voltage of the DC to AC converter.
A method for message forwarding, comprising: receiving, by a second device in a second domain, a first message from a first domain (S202), wherein the first message carries a first SFPID allocated by the first domain for the first message; allocating, by the second device for the first message, a second Service Function Path Identifier, SFPID, corresponding to a Service Function Chain, SFC, in the second domain, and obtaining, by the second device, a second message (S204); and sending, by the second device, the second message to one or more other devices, except the second device, in the second domain (S206); wherein allocating, by the second device for the first message, the second SFPID corresponding to the SFC in the second domain, and obtaining, by the second device, the second message (S204) comprises classifying, by the second device, the first message, and generating, by the second device, the second SFPID according to a classification result; the method being characterized by encapsulating, by the second device, the first message by adding a new SFPID header corresponding to the second SFPID of the second domain outside the SFPID header corresponding to the first SFPID of the first domain, so as to obtain the second message. receiving, by a second device in a second domain, a first message from a first domain (S202), wherein the first message carries a first SFPID allocated by the first domain for the first message; allocating, by the second device for the first message, a second Service Function Path Identifier, SFPID, corresponding to a Service Function Chain, SFC, in the second domain, and obtaining, by the second device, a second message (S204); and sending, by the second device, the second message to one or more other devices, except the second device, in the second domain (S206); wherein allocating, by the second device for the first message, the second SFPID corresponding to the SFC in the second domain, and obtaining, by the second device, the second message (S204) comprises classifying, by the second device, the first message, and generating, by the second device, the second SFPID according to a classification result; the method being characterized by encapsulating, by the second device, the first message by adding a new SFPID header corresponding to the second SFPID of the second domain outside the SFPID header corresponding to the first SFPID of the first domain, so as to obtain the second message.
Trigger-type dispensing head for actuating a stem of a valve of a pressurized container , comprising: • an insert provided with - a cam surface , and - cooperating means for cooperating with the stem of the valve of the container to actuate the valve when the cam surface is moved towards the pressurized container , • a ring on which is articulated • a lever so that the lever can pivot relative to said ring about a pivot axis (B), the lever being provided with - a trigger , and - at least one cam follower configured to follow the cam surface , the dispensing head being configured to allow relative rotation of the lever with respect to the cam surface about a main axis (A) between a closed position in which the cam follower or followers cannot move the cam surface towards the container to actuate the valve, and an open position in which the cam follower or followers can press on the cam surface and move it towards the container, thus actuating the valve, the ring being an adjustment ring which is configured to rotate relative to the container and to the insert about the main axis (A) to bring the lever and the cam follower or followers into the open or closed position, characterized in that - the insert is configured to be blocked in rotation relative to the container and to the stem of the valve, - the cam surface has at least one ramp inclined relative to a radial plane perpendicular to the main axis (A) so as to connect two points offset angularly and located in two planes offset axially relative to the main axis (A). • an insert provided with - a cam surface , and - cooperating means for cooperating with the stem of the valve of the container to actuate the valve when the cam surface is moved towards the pressurized container , - a cam surface , and - cooperating means for cooperating with the stem of the valve of the container to actuate the valve when the cam surface is moved towards the pressurized container , • a ring on which is articulated • a lever so that the lever can pivot relative to said ring about a pivot axis (B), the lever being provided with - a trigger , and - at least one cam follower configured to follow the cam surface , - a trigger , and - at least one cam follower configured to follow the cam surface , - the insert is configured to be blocked in rotation relative to the container and to the stem of the valve, - the cam surface has at least one ramp inclined relative to a radial plane perpendicular to the main axis (A) so as to connect two points offset angularly and located in two planes offset axially relative to the main axis (A).
A hairdryer attachment , comprising: an inlet section for receiving a flow of air in a first direction; an outlet section ; and a plurality of air channels located within the outlet section for turning and separating the flow of air into a plurality of streams of air, wherein the outlet section comprises an arcuate portion , with the plurality of air channels arranged around the arcuate portion in successively angularly offset directions relative to each other; and wherein the arcuate portion comprises a radius of curvature such that it can accommodate a rounded barrel brush ; characterized in that said air channels are arranged such that the streams of air exit substantially tangentially to a curve defined by the arcuate portion. , an inlet section for receiving a flow of air in a first direction; an outlet section ; and a plurality of air channels located within the outlet section for turning and separating the flow of air into a plurality of streams of air, wherein the outlet section comprises an arcuate portion , with the plurality of air channels arranged around the arcuate portion in successively angularly offset directions relative to each other; and wherein the arcuate portion comprises a radius of curvature such that it can accommodate a rounded barrel brush ; characterized in that said air channels are arranged such that the streams of air exit substantially tangentially to a curve defined by the arcuate portion. ,