mhurhangee/ep-ind-claims huggingface dataset:
Electric power tool comprising: - at least one load, in particular an electric motor for driving a driveable tool, - a number of interfaces via which at least two rechargeable battery packs (14a, 14b) for supplying power to the electric power tool can be electrically and mechanically connected in series to the at least one load, wherein at least one signal interface (D1, D2, NTC1, NTC2) for receiving at least one signal of the connected rechargeable battery pack (14a, 14b) is provided for each of the rechargeable battery packs (14a, 14b) to be connected, and wherein the first rechargeable battery pack outputs signals within a first signal range, and the second rechargeable battery pack outputs signals within a second signal range, - a number of controllers (24, 26), wherein one controller (24, 26) is associated with each connected rechargeable battery pack (14a, 14b), is connected to the associated rechargeable battery pack (14a, 14b), is supplied with electrical power by the said rechargeable battery pack and is designed to receive signals of the associated rechargeable battery pack (14a, 14b), and wherein one of the controllers is designed as a signal processing unit for evaluating and forwarding the signals of the connected rechargeable battery pack to a control system of the electric power tool, characterized in that one of the controllers is connected to each further controller for receiving signals for this purpose, and in that the electric power tool comprises at least one level converter which is in each case arranged between the controller that is designed as a signal processing unit and a further controller in order to match the voltage range of the signals of the at least one further connected controller to the voltage range of the signals of the controller that is designed as a signal processing unit. - at least one load, in particular an electric motor for driving a driveable tool, - a number of interfaces via which at least two rechargeable battery packs (14a, 14b) for supplying power to the electric power tool can be electrically and mechanically connected in series to the at least one load, wherein at least one signal interface (D1, D2, NTC1, NTC2) for receiving at least one signal of the connected rechargeable battery pack (14a, 14b) is provided for each of the rechargeable battery packs (14a, 14b) to be connected, and wherein the first rechargeable battery pack outputs signals within a first signal range, and the second rechargeable battery pack outputs signals within a second signal range, - a number of controllers (24, 26), wherein one controller (24, 26) is associated with each connected rechargeable battery pack (14a, 14b), is connected to the associated rechargeable battery pack (14a, 14b), is supplied with electrical power by the said rechargeable battery pack and is designed to receive signals of the associated rechargeable battery pack (14a, 14b), and wherein one of the controllers is designed as a signal processing unit for evaluating and forwarding the signals of the connected rechargeable battery pack to a control system of the electric power tool,
A system for treating a bronchial tree comprising: a controller and a catheter having an elongated body (2000, 2500, 3000); an expandable balloon (2002, 2502, 3002) adapted for accommodating a coolant which expandable balloon is coupled to the elongated body and having a collapsed state and an expanded state, wherein the expandable balloon in the expanded state is dimensioned to contact the airway wall of the bronchial tree; and at least one deformable ablation element (2004, 2504, 3004) for ablating a target portion of a nerve trunk extending along the bronchial tree to attenuate nervous system signals transmitted to a portion of the bronchial tree in an expanded state of the expandable balloon, characterized in that the system further includes a cooling fluid supply adapted to control the expandable balloon (2002, 2502, 3002) by allowing fluid inflow and regulating the fluid outflow so that the coolant cools the deformable ablation element and the expandable balloon when the catheter is in contact with the airway wall to limit or prevent damage to tissue between the deformable ablation element and the nerve tissue wherein thermal energy from the airway wall is absorbed by the expandable balloon (2002, 2502, 3002) to limit or prevent damage to the tissue between the deformable ablation element and the nerve tissue, and the controller is adapted to control the deformable ablation element (2004, 2504) to output a sufficient amount of energy to ablate a portion of a nerve trunk extending along the bronchial tree to attenuate nervous system signals transmitted to a portion of the bronchial tree while the expandable balloon (2002, 2502, 3002) is in the expanded state. a controller and a catheter having an elongated body (2000, 2500, 3000); an expandable balloon (2002, 2502, 3002) adapted for accommodating a coolant which expandable balloon is coupled to the elongated body and having a collapsed state and an expanded state, wherein the expandable balloon in the expanded state is dimensioned to contact the airway wall of the bronchial tree; and at least one deformable ablation element (2004, 2504, 3004) for ablating a target portion of a nerve trunk extending along the bronchial tree to attenuate nervous system signals transmitted to a portion of the bronchial tree in an expanded state of the expandable balloon,
An apparatus comprising means for: determining whether a user distraction criterion has been met, the user distraction criterion relating to use of a user device (300, 400, 400a, 700), by a first user (401, 401a), exceeding a threshold level; determining whether a presence criterion has been met, the presence criterion relating to: a proximity of at least a second user to the user device (300, 400, 400a, 700) being below a threshold level, and/or a proximity of the at least second user to the first user (401, 401a) being below a threshold level; determining use, by a third user, of another user device (300, 400b); determining whether at least a second user distraction criterion has been met, the at least second user distraction criterion relating to use, by the third user, of the another user device (300, 400b); determining a proximity of: the another user device (300, 400b) to the at least second user, and/or the third user to the at least second user; determining whether a second presence criterion has been met, the second presence criterion relating to a proximity of the third user to the at least second user; and responsive to determining that the first and at least second user distraction criteria and the first and second presence criteria have been met, causing the triggering of a function on the user device (300, 400, 400a, 700) and/or the another user device (300, 400b). determining whether a user distraction criterion has been met, the user distraction criterion relating to use of a user device (300, 400, 400a, 700), by a first user (401, 401a), exceeding a threshold level; determining whether a presence criterion has been met, the presence criterion relating to: a proximity of at least a second user to the user device (300, 400, 400a, 700) being below a threshold level, and/or a proximity of the at least second user to the first user (401, 401a) being below a threshold level; a proximity of at least a second user to the user device (300, 400, 400a, 700) being below a threshold level, and/or a proximity of the at least second user to the first user (401, 401a) being below a threshold level; determining use, by a third user, of another user device (300, 400b); determining whether at least a second user distraction criterion has been met, the at least second user distraction criterion relating to use, by the third user, of the another user device (300, 400b); determining a proximity of: the another user device (300, 400b) to the at least second user, and/or the third user to the at least second user; the another user device (300, 400b) to the at least second user, and/or the third user to the at least second user; determining whether a second presence criterion has been met, the second presence criterion relating to a proximity of the third user to the at least second user; and responsive to determining that the first and at least second user distraction criteria and the first and second presence criteria have been met, causing the triggering of a function on the user device (300, 400, 400a, 700) and/or the another user device (300, 400b).
An oral capsule comprising at least one atorvastatin tablet, wherein such atorvastatin tablets comprise: a. an amount of 25-35 % weight/weight of atorvastatin or a pharmaceutically acceptable salt thereof, b. an amount of 2-3 % weight/weight of a non-ionic surfactant, and c. an amount of 20-35 % weight/weight of granulated calcium carbonate, wherein all amounts in % weight/weight are calculated in relation to the total weight of the atorvastatin tablet. a. an amount of 25-35 % weight/weight of atorvastatin or a pharmaceutically acceptable salt thereof, b. an amount of 2-3 % weight/weight of a non-ionic surfactant, and c. an amount of 20-35 % weight/weight of granulated calcium carbonate,
A permanent magnet synchronous motor comprising a rotor, wherein the rotor comprises an iron core in cylindrical form, with p S pole permanent magnet plates and p N pole permanent magnet plates arranged inside of the iron core around an axis thereof, wherein p is a positive integer, and the p S pole permanent magnet plates and the p N pole permanent magnet plates are arranged with alternate polarity in the circumferential direction; wherein on a surface of a rotor iron core corresponding to each permanent magnet plate are arranged two axial d-axis surface grooves; the two axial d-axis surface grooves corresponding to each permanent magnet plate are situated on two sides of an axial center line of the permanent magnet plate; a circumferential distance of the two d-axis surface grooves of each permanent magnet plate is 90% to 110% of a tooth tip span of a stator tooth of the permanent magnet synchronous motor, characterized in that an internal hole is arranged internally along the axis of the iron core in-between each pair of the adjacent S pole magnet plate and the N pole magnet plate, wherein the permanent magnet synchronous motor is a fractional slot concentrated winding permanent magnet synchronous motor, a slot number per pole per phase is greater than or equal to 1/4 and is less than or equal to 1/2.
An air cell device, comprising: an air cell having two long sides, two height sides, and two short sides defined by an air cell wall when the air cell is inflated, the air cell wall having a left air cell wall and a right air cell wall which are defined on two sides of the long sides; and an air transfer unit in fluid communication with an inside of the air cell and an outside of the air cell to transfer air, wherein the air cell has an upper connection segment and a lower connection segment which are formed by joining of the left air cell wall and the right air cell wall and extended along the long-side direction, wherein the upper connection segment and the lower connection segment each have at least one curved portion (3111, 3121) extending in the direction of the long side by arranging the positions where the left air cell wall and the right air cell wall to be joined. an air cell having two long sides, two height sides, and two short sides defined by an air cell wall when the air cell is inflated, the air cell wall having a left air cell wall and a right air cell wall which are defined on two sides of the long sides; and an air transfer unit in fluid communication with an inside of the air cell and an outside of the air cell to transfer air, wherein the air cell has an upper connection segment and a lower connection segment which are formed by joining of the left air cell wall and the right air cell wall and extended along the long-side direction, wherein the upper connection segment and the lower connection segment each have at least one curved portion (3111, 3121) extending in the direction of the long side by arranging the positions where the left air cell wall and the right air cell wall to be joined.
A compound of formula wherein R 1 is independently selected from OH, OC 1 -C 16 hydrocarbon group which groups may be linear, branched or cyclic or optionally substituted, including steroid moiety (e.g. cholesterol), N(alkyl) 2, N-heterocyclyl; R 2 represents a halogen (e.g. Br); and R 3 is independently selected from hydroxy-C 1-4 alkyl, 1-hydroxy-cyclo-C 3-6 alkyl, cyclo-C 5-7 alkenyl, hydroxy-C 1-6 cycloalkyl, C 1-4 alkyl-N-heterocyclyl; its optical isomers, polymorphs and pharmaceutically acceptable acid addition salts and hydrates and solvates. R 1 is independently selected from OH, OC 1 -C 16 hydrocarbon group which groups may be linear, branched or cyclic or optionally substituted, including steroid moiety (e.g. cholesterol), N(alkyl) 2, N-heterocyclyl; R 2 represents a halogen (e.g. Br); and R 3 is independently selected from hydroxy-C 1-4 alkyl, 1-hydroxy-cyclo-C 3-6 alkyl, cyclo-C 5-7 alkenyl, hydroxy-C 1-6 cycloalkyl, C 1-4 alkyl-N-heterocyclyl; its optical isomers, polymorphs and pharmaceutically acceptable acid addition salts and hydrates and solvates.
An injectable formulation comprising bioactive renal cells and a temperature-sensitive cell-stabilizing biomaterial that maintains: (i) a substantially solid state at about 8°C and below, and (ii) a substantially liquid state at about 18°C and above, wherein the substantially solid state is gel state, wherein the bioactive renal cells are dispersed throughout the biomaterial; wherein the biomaterial comprises 0.5% to 1% gelatin (weight /volume); and wherein the formulation is for injection of the bioactive renal cells in an endogenous host kidney tissue and the biomaterial permits the bioactive renal cells to integrate with the endogenous host kidney tissue. (i) a substantially solid state at about 8°C and below, and (ii) a substantially liquid state at about 18°C and above, wherein the substantially solid state is gel state, wherein the bioactive renal cells are dispersed throughout the biomaterial; wherein the biomaterial comprises 0.5% to 1% gelatin (weight /volume); and wherein the formulation is for injection of the bioactive renal cells in an endogenous host kidney tissue and the biomaterial permits the bioactive renal cells to integrate with the endogenous host kidney tissue. wherein the substantially solid state is gel state, wherein the bioactive renal cells are dispersed throughout the biomaterial; wherein the biomaterial comprises 0.5% to 1% gelatin (weight /volume); and wherein the formulation is for injection of the bioactive renal cells in an endogenous host kidney tissue and the biomaterial permits the bioactive renal cells to integrate with the endogenous host kidney tissue.
A print head (100, 200, 402, 600) comprising: a nozzle (102, 202); a fluid channel (104, 204, 604) formed in a semiconductor material to provide printing fluid to the nozzle (102, 202); and a Light Emitting Diode, LED, (106, 208, 410, 608) to emit light to heat printing fluid in the fluid channel (104, 204, 604) causing localised vaporisation of the printing fluid and ejection of a fluid drop through the nozzle (102, 202) characterised in that the LED (106, 208, 410, 608) is etched into the semiconductor material forming the fluid channel such that it is formed integrally to fluid channel of the print head (100, 200, 402, 600). a nozzle (102, 202); a fluid channel (104, 204, 604) formed in a semiconductor material to provide printing fluid to the nozzle (102, 202); and a Light Emitting Diode, LED, (106, 208, 410, 608) to emit light to heat printing fluid in the fluid channel (104, 204, 604) causing localised vaporisation of the printing fluid and ejection of a fluid drop through the nozzle (102, 202) characterised in that the LED (106, 208, 410, 608) is etched into the semiconductor material forming the fluid channel such that it is formed integrally to fluid channel of the print head (100, 200, 402, 600).
An optical glass, characterized by that it contains the following components: 2wt% - 10wt% SiO 2; 8wt% - 15wt% B 2 O 3; 25wt% - 45wt% La 2 O 3; 10wt% - 35wt% Gd 2 O 3; 2wt%-10wt% ZrO 2; 2.1wt% - 3.9wt% WO 3; 5wt% - 12.9wt% Ta 2 O 5; 0wt% - 5wt% Y 2 O 3 + Yb 2 O 3; 0wt% - 5wt% Nb 2 O 5; 0wt% - 5wt% ZnO; 0wt% - 3wt% BaO; 0wt% - 3wt% SrO; 0wt% - 3wt% CaO; but does not contain TiO 2. 2wt% - 10wt% SiO 2; 8wt% - 15wt% B 2 O 3; 25wt% - 45wt% La 2 O 3; 10wt% - 35wt% Gd 2 O 3; 2wt%-10wt% ZrO 2; 2.1wt% - 3.9wt% WO 3; 5wt% - 12.9wt% Ta 2 O 5; 0wt% - 5wt% Y 2 O 3 + Yb 2 O 3; 0wt% - 5wt% Nb 2 O 5; 0wt% - 5wt% ZnO; 0wt% - 3wt% BaO; 0wt% - 3wt% SrO; 0wt% - 3wt% CaO;
A method for providing information, the method comprising: in a gateway device: after detecting that access authentication information, for establishing a connection to said gateway by a device to be notified, is modified, automatically acquiring (202, 301, 401) the modified access authentication information; acquiring (204, 302, 402) the device to be notified corresponding to the modified access authentication information; and providing (206, 303, 403) the modified access authentication information to the device to be notified, so that the device to be notified may re-establish a wireless network connection with the gateway device by using the modified access authentication information; the method being characterized in that, the step of acquiring the device to be notified corresponding to the modified access authentication information comprises: providing a first device list to a user terminal connected with the gateway, the first device list containing a device identification of an access device having established the connection with the gateway; and receiving a target device identification sent by the user terminal, and determining an access device corresponding to the target device identification as the device to be notified, wherein the target device identification is selected by the user terminal from the first device list. after detecting that access authentication information, for establishing a connection to said gateway by a device to be notified, is modified, automatically acquiring (202, 301, 401) the modified access authentication information; acquiring (204, 302, 402) the device to be notified corresponding to the modified access authentication information; and providing (206, 303, 403) the modified access authentication information to the device to be notified, so that the device to be notified may re-establish a wireless network connection with the gateway device by using the modified access authentication information; the method being characterized in that, the step of acquiring the device to be notified corresponding to the modified access authentication information comprises: providing a first device list to a user terminal connected with the gateway, the first device list containing a device identification of an access device having established the connection with the gateway; and receiving a target device identification sent by the user terminal, and determining an access device corresponding to the target device identification as the device to be notified, wherein the target device identification is selected by the user terminal from the first device list. providing a first device list to a user terminal connected with the gateway, the first device list containing a device identification of an access device having established the connection with the gateway; and receiving a target device identification sent by the user terminal, and determining an access device corresponding to the target device identification as the device to be notified, wherein the target device identification is selected by the user terminal from the first device list.
A method for executing a service, the method comprising: continuously generating, by a node, first blocks, storing the first blocks on a blockchain; providing the blockchain for an end-user device; obtaining, by the end-user device, a block generation rule from a service platform; generating, by the end user device and based on the blockchain, a preprocessing block that matches the block generation rule; performing, by the end-user device, a procedure to generate a consensus on the preprocessing block by using one or more other end-user devices and the node, wherein performing the procedure includes sending, by the end-user device, the preprocessing block to a consensus network to perform the consensus procedure on the preprocessing block by using the consensus network; in response to determining that the consensus on the preprocessing block is achieved, storing, by the end-user device, the preprocessing block on the blockchain as a second block; in response to determining that a predetermined condition is met, obtaining, by the service platform, at least a part of the blockchain at a current moment from at least one end-user device or the node; in response to determining that the current moment is a predetermined moment of the service, determining, by the service platform, a current first block from the blockchain at the current moment; selecting a current second block based on the current first block; and executing, by the service platform, the service based on a user identifier comprised in the current second block. continuously generating, by a node, first blocks, storing the first blocks on a blockchain; providing the blockchain for an end-user device; obtaining, by the end-user device, a block generation rule from a service platform; generating, by the end user device and based on the blockchain, a preprocessing block that matches the block generation rule; performing, by the end-user device, a procedure to generate a consensus on the preprocessing block by using one or more other end-user devices and the node, wherein performing the procedure includes sending, by the end-user device, the preprocessing block to a consensus network to perform the consensus procedure on the preprocessing block by using the consensus network; in response to determining that the consensus on the preprocessing block is achieved, storing, by the end-user device, the preprocessing block on the blockchain as a second block; in response to determining that a predetermined condition is met, obtaining, by the service platform, at least a part of the blockchain at a current moment from at least one end-user device or the node; in response to determining that the current moment is a predetermined moment of the service, determining, by the service platform, a current first block from the blockchain at the current moment; selecting a current second block based on the current first block; and executing, by the service platform, the service based on a user identifier comprised in the current second block.