mhurhangee/patent-ind-claim-en huggingface dataset:
A spiral blade unit comprising: a rotational axle ; and spiral blades , a root portion of each spiral blade being fixed on an outer circumferential surface of the rotational axle , wherein the spiral blades are connected with one another through a blade connector , characterized in that the plan figure of the spiral blade has a form which is created by cutting out a portion from a semi-circle along a J-shaped line at a side radius portion of the semi-circle, the J-shaped line including a curved portion and a straight portion, and the cut-out along the curved portion of the J-shaped line starts in the centre of the semi-circle.
A cosmetic agent, containing a) at least one aliphatic and/or aromatic alcohol having 2 to 8 carbon atoms, b) at least one anionic polymer comprising at least one structural unit of formula (I), and at least one structural unit of formula (II) and at least one structural unit of formula (III), where R 1 , R 2 and R 4 each independently represent a hydrogen atom or a C 1 -C 4 alkyl group, R 3 represents a branched or unbranched, saturated or unsaturated C 1 -C 12 alkyl group, R 5 represents a branched or unbranched, saturated or unsaturated C 6 -C 14 alkyl group and A represents oxygen, sulfur or an NH group, and c) 5.0 to 20 wt.% of at least one pigment, wherein the cosmetic agent contains as aliphatic and/or aromatic alcohol having 2 to 8 carbon atoms a) - based on its total weight - a1) 70 to 90 wt.% ethanol and a2) 1,2-propanediol and/or glycerol in a total amount of from 1.0 to 3.5 wt.%. a) at least one aliphatic and/or aromatic alcohol having 2 to 8 carbon atoms, b) at least one anionic polymer comprising at least one structural unit of formula (I), and at least one structural unit of formula (II) and at least one structural unit of formula (III), where R 1 , R 2 and R 4 each independently represent a hydrogen atom or a C 1 -C 4 alkyl group, R 3 represents a branched or unbranched, saturated or unsaturated C 1 -C 12 alkyl group, R 5 represents a branched or unbranched, saturated or unsaturated C 6 -C 14 alkyl group and A represents oxygen, sulfur or an NH group, and R 1 , R 2 and R 4 each independently represent a hydrogen atom or a C 1 -C 4 alkyl group, R 3 represents a branched or unbranched, saturated or unsaturated C 1 -C 12 alkyl group, R 5 represents a branched or unbranched, saturated or unsaturated C 6 -C 14 alkyl group and A represents oxygen, sulfur or an NH group, and c) 5.0 to 20 wt.% of at least one pigment, wherein the cosmetic agent contains as aliphatic and/or aromatic alcohol having 2 to 8 carbon atoms a) - based on its total weight - a1) 70 to 90 wt.% ethanol and a2) 1,2-propanediol and/or glycerol in a total amount of from 1.0 to 3.5 wt.%.
A computer-implemented method comprising: receiving an indication to apply a change to a first configuration parameter for a first network device; obtaining a first version of a set of configuration parameters, including the first configuration parameter, prior to application of the change; determining a delta between the first version of the set of configuration parameters and a second version of the set of configuration parameters, the second version representing the set of configuration parameters after the change; determining a status of a connection with a remote version control repository; and based on the status of the connection: storing the delta locally on the first network device; or providing the configuration changes to the remote version control repository. receiving an indication to apply a change to a first configuration parameter for a first network device; obtaining a first version of a set of configuration parameters, including the first configuration parameter, prior to application of the change; determining a delta between the first version of the set of configuration parameters and a second version of the set of configuration parameters, the second version representing the set of configuration parameters after the change; determining a status of a connection with a remote version control repository; and based on the status of the connection: storing the delta locally on the first network device; or providing the configuration changes to the remote version control repository. storing the delta locally on the first network device; or providing the configuration changes to the remote version control repository.
Method for positioning protective shields in a station for heating preforms made of thermoplastic material, so as to adapt the heating station to a new format of preforms , each preform having a neck intended to be at a moderate temperature and a body having, directly beneath the neck , an outside diameter referred to as the "under-neck diameter (D1)", the heating station having: - members for transporting the preforms one after another along a heating tunnel ; - at least one pair of parallel longitudinal heat shields for the necks , said heat shields being spaced apart transversely so as to leave a longitudinal slot for the preforms to run through; - a motor-driven device for moving the at least one movable shield so as to automatically adapt the width of the slot , the positioning method being characterized in that at least one of the protective shields is movable transversely so as to adapt the width of the slot to the new format of preforms , the positioning method having a prior calibration step (S1), during which: the two protective shields are moved into an initial position in which they are spaced apart by a first distance much greater than the under-neck diameter (D1) of preforms of the new format, at least two calibration elements that have a predetermined transverse width relative to the under-neck diameter (D1) of the preforms of the new format are arranged, then the at least one movable protective shield is driven in movement so as to move the protective shields transversely toward one another into a calibrated position in which they are each in simultaneous contact with the two calibration elements . - members for transporting the preforms one after another along a heating tunnel ; - at least one pair of parallel longitudinal heat shields for the necks , said heat shields being spaced apart transversely so as to leave a longitudinal slot for the preforms to run through; - a motor-driven device for moving the at least one movable shield so as to automatically adapt the width of the slot , the two protective shields are moved into an initial position in which they are spaced apart by a first distance much greater than the under-neck diameter (D1) of preforms of the new format, at least two calibration elements that have a predetermined transverse width relative to the under-neck diameter (D1) of the preforms of the new format are arranged, then the at least one movable protective shield is driven in movement so as to move the protective shields transversely toward one another into a calibrated position in which they are each in simultaneous contact with the two calibration elements .
A method, implemented at a computer system that includes one or more processors , for presenting historical state associated with prior execution of an entity, the method comprising: replaying one or more segments of the prior execution of the entity based on one or more trace data streams storing a trace of at least the prior execution of the entity; relying on one or more variables or functions in the one or more trace data streams, simulating, by a debugger, execution of a function of the entity as it would have executed at a particular execution time point in the prior execution of the entity to obtain the function's return value, wherein the function of the entity did not execute during tracing; and based on replaying the one or more segments of the prior execution of the entity and based on simulating execution of the function of the entity, in connection with the particular execution time point in the prior execution of the entity, presenting at a user interface of the debugger a first indication of at least one value of the one or more variables or functions relied upon by the simulated execution of the function as it would have executed at the particular execution time point, along with a second indication of a timing of knowledge of the at least one value in relation to the particular execution time point. replaying one or more segments of the prior execution of the entity based on one or more trace data streams storing a trace of at least the prior execution of the entity; relying on one or more variables or functions in the one or more trace data streams, simulating, by a debugger, execution of a function of the entity as it would have executed at a particular execution time point in the prior execution of the entity to obtain the function's return value, wherein the function of the entity did not execute during tracing; and based on replaying the one or more segments of the prior execution of the entity and based on simulating execution of the function of the entity, in connection with the particular execution time point in the prior execution of the entity, presenting at a user interface of the debugger a first indication of at least one value of the one or more variables or functions relied upon by the simulated execution of the function as it would have executed at the particular execution time point, along with a second indication of a timing of knowledge of the at least one value in relation to the particular execution time point.
A method for detecting a fault in an electrical machine, the method comprising the steps of: - carrying out at least one first measurement on the machine during a normal operation of the machine to obtain a first set of values; - analysing the first set of values to obtain a first fault indication; - interrupting , as a consequence of obtaining the first fault indication, the normal operation of the machine; - choosing , on the basis of the type of the first fault indication, a second measurement from a plurality of alternative measurements; - carrying out the second measurement on the machine when the normal operation of the machine is interrupted to obtain a second set of values; - analysing the second set of values to obtain a second fault indication; and - determining, on the basis of whether the second fault indication is obtained or not, whether the fault is present or not; the method being characterized by comprising the steps of: - as a consequence of not obtaining the second fault indication, resuming the normal operation of the machine and changing a condition of obtaining the first fault indication such that another false first fault indication is prevented from being obtained. - carrying out at least one first measurement on the machine during a normal operation of the machine to obtain a first set of values; - analysing the first set of values to obtain a first fault indication; - interrupting , as a consequence of obtaining the first fault indication, the normal operation of the machine; - choosing , on the basis of the type of the first fault indication, a second measurement from a plurality of alternative measurements; - carrying out the second measurement on the machine when the normal operation of the machine is interrupted to obtain a second set of values; - analysing the second set of values to obtain a second fault indication; and - determining, on the basis of whether the second fault indication is obtained or not, whether the fault is present or not; - as a consequence of not obtaining the second fault indication, resuming the normal operation of the machine and changing a condition of obtaining the first fault indication such that another false first fault indication is prevented from being obtained.
A frozen frosted yeast doughnut packaged within a container and wrapped in a packaging material, the packaging material having a water vapor transmission rate (WVTR) and Water flux (WFlux) which partially overlap with the WVTR and WFlux of the frozen frosted yeast doughnut, wherein the WVTR of the packaging material is 20g/m 2 /day to 60g/m 2 /day and its WFlux is 1g/day to 20g/day and the frozen frosted yeast doughnut has a WVTR of 1g/m 2 /day 30g/m 2 /day and a WFlux of 0.1g/day to 3g/day, wherein the WVTR and WFlux is as determined at an ambient temperature of 16°C - 21°C and a relative humidity of 60%.
A base plate (4, 4', 4") for an ostomy system , the base plate comprising: a first adhesive layer having a distal surface , a proximal surface , and a first plurality of openings , the proximal surface being configured for attachment of the base plate (4, 4', 4") to the skin surface of a user, and an electrode assembly disposed on the distal surface of the first adhesive layer , the electrode assembly including: a plurality of electrodes , and a masking element arranged between the plurality of electrodes and the first adhesive layer , the masking element having a second plurality of openings aligned with the first plurality of openings of the first adhesive layer to form a plurality of sensor point openings , each of the aligned first and second plurality of openings exposing a portion of one of the plurality of electrodes to define one of a plurality of sensor points . a first adhesive layer having a distal surface , a proximal surface , and a first plurality of openings , the proximal surface being configured for attachment of the base plate (4, 4', 4") to the skin surface of a user, and an electrode assembly disposed on the distal surface of the first adhesive layer , the electrode assembly including: a plurality of electrodes , and a masking element arranged between the plurality of electrodes and the first adhesive layer , the masking element having a second plurality of openings aligned with the first plurality of openings of the first adhesive layer to form a plurality of sensor point openings , each of the aligned first and second plurality of openings exposing a portion of one of the plurality of electrodes to define one of a plurality of sensor points . a plurality of electrodes , and a masking element arranged between the plurality of electrodes and the first adhesive layer , the masking element having a second plurality of openings aligned with the first plurality of openings of the first adhesive layer to form a plurality of sensor point openings , each of the aligned first and second plurality of openings exposing a portion of one of the plurality of electrodes to define one of a plurality of sensor points .
A method of generating a panoramic x-ray image, the method comprising obtaining , with an x-ray detector, volumetric x-ray image data having a first plurality of slices; defining a vertical threshold based on an anatomical feature of a patient's head; separating , with a computer, the volumetric x-ray image data into a first portion above the vertical threshold and a second portion below the vertical threshold; segmenting the second portion of the x-ray image data to separate image data that represents bone from image data that represents tissue by performing a seeding process , including a multi-thread seeding technique, and a region growing process , wherein the output of the multi-thread seeding and region growing process is a set of binary images; separating , with the computer, the set of binary images into a second plurality of slices; generating , with the computer, a plurality of curves for each slice in the second plurality of slices; generating , with the computer, a master arch for the second plurality of slices; and generating , with the computer, a panoramic image based on the master arch. obtaining , with an x-ray detector, volumetric x-ray image data having a first plurality of slices; defining a vertical threshold based on an anatomical feature of a patient's head; separating , with a computer, the volumetric x-ray image data into a first portion above the vertical threshold and a second portion below the vertical threshold; segmenting the second portion of the x-ray image data to separate image data that represents bone from image data that represents tissue by performing a seeding process , including a multi-thread seeding technique, and a region growing process , wherein the output of the multi-thread seeding and region growing process is a set of binary images; separating , with the computer, the set of binary images into a second plurality of slices; generating , with the computer, a plurality of curves for each slice in the second plurality of slices; generating , with the computer, a master arch for the second plurality of slices; and generating , with the computer, a panoramic image based on the master arch.
Food preparation device comprising a food preparation vessel and a rotatable tool for chopping and/or mixing a food in the food preparation vessel , wherein the tool can be detachably connected for rotation to a shaft which is located at least partly outside the food preparation vessel , to be coupled to a drive for rotation, wherein a locking mechanism is provided for interlockingly connecting the tool to the shaft , the locking mechanism being such that during operation the tool can be driven by the shaft in both directions of rotation for chopping and/or mixing a food, in that the tool is connected in the interlockingly connected state with the shaft in a form-fit rotationally fixed manner to the shaft , characterized in that the food preparation vessel comprises a vessel passage in a vessel bottom of the food preparation vessel for connecting the tool to a drive, and the shaft can remain connected to the food preparation vessel for sealing the vessel passage , when the tool is released from the shaft and removed, wherein the tool comprises one or more radial tool arms fixedly attached to a support of the tool .
Circuit arrangement for compensating for an attenuation occurring in an antenna signal link between a mobile radio terminal and an antenna comprising at least one antenna signal amplifier in the antenna signal link and having a control unit for adjusting a gain factor (V, V1, V2), by which the antenna signal conducted through an associated antenna signal amplifier is amplified or attenuated, wherein the circuit arrangement has at least one detection unit for detecting an antenna signal power (PM, PA) of the antenna signal in the signal path of the antenna signal link, characterized in that the control unit - is configured for changing the gain factor (V, V1, V2) for testing purposes, - for detecting a change, following as response to the test-wise change of the gain factor (V, V1, V2), of the antenna signal power (P), which is caused by a change of the transmit power (PM) of the mobile radio terminal , and - for adapting the gain factor (V, V1, V2) to the coupling attenuation of the antenna signal link in dependence on a detected response of the mobile radio terminal . - is configured for changing the gain factor (V, V1, V2) for testing purposes, - for detecting a change, following as response to the test-wise change of the gain factor (V, V1, V2), of the antenna signal power (P), which is caused by a change of the transmit power (PM) of the mobile radio terminal , and - for adapting the gain factor (V, V1, V2) to the coupling attenuation of the antenna signal link in dependence on a detected response of the mobile radio terminal .
A theft warning system for evaluating position information of a vehicle and position information of a plurality of terminal devices associated with a user of the vehicle, wherein the theft warning system comprises a circuit arrangement configured to: - (S1) receive the position information of the vehicle and (S2) receive the position information of the plurality of terminal devices ; - (S4) compare the position information of the vehicle and the position information of the plurality of terminal devices ; and - (S4) generate a warning signal when the vehicle leaves one prespecified region of a plurality of prespecified regions , wherein each prespecified region is dependent on position information of one corresponding terminal device of the plurality of terminal devices . - (S1) receive the position information of the vehicle and (S2) receive the position information of the plurality of terminal devices ; - (S4) compare the position information of the vehicle and the position information of the plurality of terminal devices ; and - (S4) generate a warning signal when the vehicle leaves one prespecified region of a plurality of prespecified regions , wherein each prespecified region is dependent on position information of one corresponding terminal device of the plurality of terminal devices .
Automatic configuration system for a perception system, comprising: - a modelling unit for providing a world model comprising a semantic data model of the perception system and a description of a region, wherein the region comprises the perception system and an environment of the perception system, - a state unit for determining a current state (Z0) of the world model , - a planning unit for planning a sequence (S) of actions (A) from a set of specific actions (A) for achieving a specific perception aim (Z), wherein the planning unit proceeds from the current state (Z0) of the world model when planning the sequence (S), and wherein the specific actions (A) of the set comprise capturing sensor data, combining captured sensor data, historical data and/or world model data in order to provide combined data, and evaluating the combined data, - a simulation unit for simulating execution of the planned sequence (S), and - an interface to the perception system is provided, which is designed to transfer the planned sequence (S) to the perception system and to transfer captured sensor data from the perception system to the automatic configuration system . - a modelling unit for providing a world model comprising a semantic data model of the perception system and a description of a region, wherein the region comprises the perception system and an environment of the perception system, - a state unit for determining a current state (Z0) of the world model , - a planning unit for planning a sequence (S) of actions (A) from a set of specific actions (A) for achieving a specific perception aim (Z), wherein the planning unit proceeds from the current state (Z0) of the world model when planning the sequence (S), and wherein the specific actions (A) of the set comprise capturing sensor data, combining captured sensor data, historical data and/or world model data in order to provide combined data, and evaluating the combined data, - a simulation unit for simulating execution of the planned sequence (S), and - an interface to the perception system is provided, which is designed to transfer the planned sequence (S) to the perception system and to transfer captured sensor data from the perception system to the automatic configuration system .
A method for planning a path of a vehicle having a work tool , the method comprising: determining an actual path through a work area ; modifying the actual path with a margin to determine a modified path plan through the work area ; and passing the work tool through the work area with the vehicle along the modified path plan , characterized in that the margin is based, at least partially, on (a) data received by one or more in situ sensors sensing an in situ environmental factor, and/or (b) one or more a priori environmental factors stored in a data storage device . determining an actual path through a work area ; modifying the actual path with a margin to determine a modified path plan through the work area ; and passing the work tool through the work area with the vehicle along the modified path plan , characterized in that the margin is based, at least partially, on (a) data received by one or more in situ sensors sensing an in situ environmental factor, and/or (b) one or more a priori environmental factors stored in a data storage device .