mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for securing a lift car that is part of an electrically driven lift at a predetermined level for, for example, service or maintenance, and for preventing unintentional vertical motion of the lift car secured in this manner whereby the lift car may be of the type that is arranged with a cage or platform for the transport of persons or goods, the arrangement comprising, a restraining arrangement comprising a restraint that is supported by the lift car arranged such that it can be placed into and removed from a restraining interaction with an extended stationary interaction element arranged to extend along the vertical pathway of the lift car and which restraint when placed into restraining interaction locks the lift car to the stationary interaction element a power-interruption device that can be placed into and removed from a power-interrupting position whereby the power to a driving motor unit that is part of the lift is interrupted when the power-interruption device is placed arranged in its power-interrupting position, in which the power-interruption device is so arranged at the restraining arrangement (13, 7) that the said power-interruption device is located in its power-interrupting position when the restraint has been set into restraining interaction with the extended stationary interaction element characterised in that it comprises an access-limiting device configured to be placed into and removed from an access-limiting position to the restraint whereby access to the restraining arrangement (13, 7) to set the restraint into a restraining position with the interaction element from the lift car is limited when the access-limiting device is located in its access-limiting position, a stop means that through interaction with the restraint that has been placed in restraining interaction with the interaction element prevents the access-limiting device from being arranged in its access-limiting position, and wherein the power interruption device is set to interrupt the circuit that powers the motor when the access-limiting device is removed from its access-limiting position to the restraint.
Screw, - having a screw head, - having a screw shank (4, 4a) adjoining the screw head and - having a screw tip which adjoins a front end of the screw shank (4, 4a), - having a screw thread which extends over a portion of a length of the screw shank (4, 4a) and has a thread pitch, and - having a shank cutter (7, 7a) arranged between the screw thread and the screw head, which shank cutter has a first set of helically arranged first milling ribs distributed over the circumference, which first milling ribs have a first pitch, the first pitch differing from the thread pitch, characterised in that the shank cutter (7, 7a) has a second set of helically arranged second milling ribs distributed over the circumference, which second milling ribs have a second pitch, the second pitch differing from the first pitch and from the thread pitch, wherein the first milling ribs run in the same direction as the screw thread and the second milling ribs run in the opposite direction to the screw thread. - having a screw head, - having a screw shank (4, 4a) adjoining the screw head and - having a screw tip which adjoins a front end of the screw shank (4, 4a), - having a screw thread which extends over a portion of a length of the screw shank (4, 4a) and has a thread pitch, and - having a shank cutter (7, 7a) arranged between the screw thread and the screw head, which shank cutter has a first set of helically arranged first milling ribs distributed over the circumference, which first milling ribs have a first pitch, the first pitch differing from the thread pitch,
Mounting system for plate-shaped solar modules, comprising at least one base rail, which can be arranged on a roof of a building, comprising at least one L-shaped solar module carrier, which has a retaining leg assigned to the base rail, and a carrying leg, which is aligned at least essentially perpendicularly thereto, wherein the carrying leg has a support for at least one solar module, and the retaining leg is formed to rest on the base rail at least in some regions, and comprising a retaining element for fastening the retaining leg to the base rail, and comprising a sliding block, which can be moved in the base rail and which is connected or can be connected to the retaining element by means of a screw connection for fastening the retaining leg to the base rail, characterized in that in a base portion, the retaining element has an edge portion, which can be rested on the retaining leg and which can be connected in a positive manner to the retaining leg, and, spaced apart from the edge portion, at least one spacer, which protrudes from the underside of the base portion, for resting on the base rail, which spacer at least reduces a clamping force, which can be generated by means of the screw connection and which acts on the retaining leg.
Method for controlling an operation of a winch, the method being executable in conjunction with a winch comprising a capstan drive unit for retrieving a rope into the winch and discharging the rope from the winch, a main drive for driving the capstan drive unit, a rope drum for receiving the rope by winding and unwinding the rope, a drum drive for driving the rope drum, the drum drive and the main drive being operable independently of each other, characterized in that the rope winch comprises a rotational speed measuring device (130; 232, 234) disposed in a rope entry portion of the winch, the method comprising the steps of: reading a first rotational speed representing a rotational speed of the main drive and a second rotational speed representing a rotational speed detected by the rotational speed measuring device (130; 232, 234); and determining a torque value for adjusting a torque of the drum drive depending on the first rotational speed and the second rotational speed. reading a first rotational speed representing a rotational speed of the main drive and a second rotational speed representing a rotational speed detected by the rotational speed measuring device (130; 232, 234); and determining a torque value for adjusting a torque of the drum drive depending on the first rotational speed and the second rotational speed.
A method for filtering heterogeneous food admixtures including at least one solid phase and at least one liquid phase therein and having a suspended solid content of up to 40%, volume of suspended solids/total volume, wherein the food admixtures are wine lees or must lees, comprising the steps of: - supplying the input heterogeneous admixture (All) to a pre-filtration station, - pre-filtering the heterogeneous admixture by means of the pre-filtration station in order to obtain a first filtered admixture portion (Filtr1) and a residual solid admixture portion, - supplying at least partially a filtration station comprising at least one tangential filter with a first filtered admixture portion (Filtr1), wherein the pre-filtering step comprises separating the input heterogeneous admixture (All) by means of at least one vibrating sieve, which is contained in the pre-filtration station and has holes of 250 micron if the heterogeneous admixture is wine lee and 500 micron if the heterogeneous admixture is must lee. - supplying the input heterogeneous admixture (All) to a pre-filtration station, - pre-filtering the heterogeneous admixture by means of the pre-filtration station in order to obtain a first filtered admixture portion (Filtr1) and a residual solid admixture portion, - supplying at least partially a filtration station comprising at least one tangential filter with a first filtered admixture portion (Filtr1),
A piston for an engine, the piston comprising: a resin coating film and a recessed part on a surface of a skirt part, wherein resin coating films are distributed in a patchy fashion on the surface of the skirt part, and the recessed part, which is formed by the surface of the skirt part between adjacent ones of the patchy resin coating films and by the adjacent resin coating films, constitutes a net-like groove, and characterized in outer-edge resin coating films extending in a piston movement direction are provided at ends, in a piston circumferential direction, of the skirt part. a resin coating film and a recessed part on a surface of a skirt part, wherein resin coating films are distributed in a patchy fashion on the surface of the skirt part, and the recessed part, which is formed by the surface of the skirt part between adjacent ones of the patchy resin coating films and by the adjacent resin coating films, constitutes a net-like groove, and characterized in outer-edge resin coating films extending in a piston movement direction are provided at ends, in a piston circumferential direction, of the skirt part.
A method for use in a station, STA, in a wireless local area network, WLAN, the method comprising: receiving information from an access point, AP, comprising a sounding schedule announcing when a plurality of sounding frames are received from the AP and a preference indication schedule; measuring the plurality of sounding frames from the AP during a time determined based on the sounding schedule, wherein each of the plurality of sounding frames is associated with a respective sector of the AP; generating a feedback message including an indication of at least one preferred sector of the AP based on the received plurality of sounding frames, and a bitmap indicating whether the STA received a sounding frame associated with each of a plurality of sectors of the AP; and transmitting the feedback message to the AP during a time determined based on the preference indication schedule. receiving information from an access point, AP, comprising a sounding schedule announcing when a plurality of sounding frames are received from the AP and a preference indication schedule; measuring the plurality of sounding frames from the AP during a time determined based on the sounding schedule, wherein each of the plurality of sounding frames is associated with a respective sector of the AP; generating a feedback message including an indication of at least one preferred sector of the AP based on the received plurality of sounding frames, and a bitmap indicating whether the STA received a sounding frame associated with each of a plurality of sectors of the AP; and transmitting the feedback message to the AP during a time determined based on the preference indication schedule.
Packaging made of cardboard with a bottom, a circumferential side wall, and a fixed lid in which an access opening is provided, which is optionally closed and released by a cover (6, 16) and is thus reclosable, characterised in that the cover is formed of two movably arranged cardboard layers (6, 16), wherein the two cardboard layers (6, 16) are located on opposite sides of the fixed lid and the two cardboard layers (6, 16) are connected to each other in a rotationally fixed manner.
A method of communicating status information for a document from an out-space user interface to an in-space user interface for alerting a user of the document of the availability of the status information in the out-space user interface, comprising: providing an in-space user interface having an out-space actuator (106;206) associated with the out-space user interface, wherein the in-space user interface includes authoring features for authoring content of said document, and displaying said document in the in-space user interface; receiving a status of the document, and saving the status of the document in the out-space user interface; temporarily displaying in the in-space user interface an out-space communication user interface component for alerting a user of the document about the availability of the status of the document; disposing the out-space actuator in the out-space communication user interface component for allowing deployment of the out-space user interface in response to selection of the out-space actuator from the out-space communication user interface component for allowing the user of the document to review the status of the document; and in response to receiving the selection of the out-space actuator, removing the document from the display, and displaying the out-space user interface including a non-authoring feature. providing an in-space user interface having an out-space actuator (106;206) associated with the out-space user interface, wherein the in-space user interface includes authoring features for authoring content of said document, and displaying said document in the in-space user interface; receiving a status of the document, and saving the status of the document in the out-space user interface; temporarily displaying in the in-space user interface an out-space communication user interface component for alerting a user of the document about the availability of the status of the document; disposing the out-space actuator in the out-space communication user interface component for allowing deployment of the out-space user interface in response to selection of the out-space actuator from the out-space communication user interface component for allowing the user of the document to review the status of the document; and in response to receiving the selection of the out-space actuator, removing the document from the display, and displaying the out-space user interface including a non-authoring feature.
A method for carrier recovery of an equalized communications signal in a multiple-input multiple-output communications system, the method comprising: - generating a phase rotation estimate from said equalized communications signal and a demodulated signal estimate of said equalized communications signal; - adjusting at least one of the phase and frequency of said equalized communications signal based on said phase rotation estimate; characterized in that said step of generating said phase rotation estimate comprising using a model based filter (207, 402, 412) with said equalized communications signal as input signal to said model based filter (207, 402, 412) and said demodulated signal estimate as a measurement to said model based filter (207, 402, 412). - generating a phase rotation estimate from said equalized communications signal and a demodulated signal estimate of said equalized communications signal; - adjusting at least one of the phase and frequency of said equalized communications signal based on said phase rotation estimate;
A modified conjugated diene-based polymer having: a unimodal shape of gel permeation chromatography molecular weight distribution curve, a molecular weight distribution (PDI; MWD) of 1.0 or more and less than 1.7, and a Si content of 100 ppm or more based on weight. a unimodal shape of gel permeation chromatography molecular weight distribution curve, a molecular weight distribution (PDI; MWD) of 1.0 or more and less than 1.7, and a Si content of 100 ppm or more based on weight.
A method for location reminder, comprising: extracting (101, 201), by a processor of an electronic device, a target voiceprint feature from a voice configured for searching for a terminal, after receiving the voice; the method characterized by comprising: determining (102, 204), by the processor, whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting (103, 205), by the processor, whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering, by the processor, a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location. extracting (101, 201), by a processor of an electronic device, a target voiceprint feature from a voice configured for searching for a terminal, after receiving the voice; the method characterized by comprising: determining (102, 204), by the processor, whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting (103, 205), by the processor, whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering, by the processor, a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location. determining (102, 204), by the processor, whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting (103, 205), by the processor, whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering, by the processor, a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location.
A music analysis apparatus comprising: a feature extractor configured to generate a time series of feature values from a sequence of notes which is designated as an object of analysis; and an analysis processor configured to compute an evaluation index value which indicates a probability that the designated sequence of notes is present in each of a plurality of reference music pieces by applying a probabilistic model to the time series of the feature values generated from the designated sequence of notes, the probabilistic model being generated by machine learning of the plurality of reference music pieces using time series of feature values obtained from the reference music pieces, characterized in that the feature extractor is configured to divide the designated sequence of notes along a time axis into a plurality of unit periods so as to generate each feature value from each unit period which contains one or more of notes belonging to one or more of pitch classes, and the feature extractor is configured to calculate each sum of durations of notes belonging to each pitch class in the unit period and configured to calculate the feature value of the unit period based on each sum of durations of notes belonging to each pitch class in the unit period. a feature extractor configured to generate a time series of feature values from a sequence of notes which is designated as an object of analysis; and an analysis processor configured to compute an evaluation index value which indicates a probability that the designated sequence of notes is present in each of a plurality of reference music pieces by applying a probabilistic model to the time series of the feature values generated from the designated sequence of notes, the probabilistic model being generated by machine learning of the plurality of reference music pieces using time series of feature values obtained from the reference music pieces, characterized in that the feature extractor is configured to divide the designated sequence of notes along a time axis into a plurality of unit periods so as to generate each feature value from each unit period which contains one or more of notes belonging to one or more of pitch classes, and the feature extractor is configured to calculate each sum of durations of notes belonging to each pitch class in the unit period and configured to calculate the feature value of the unit period based on each sum of durations of notes belonging to each pitch class in the unit period.
An anti-p-cadherin IgG monoclonal antibody, wherein the antibody is produced by a hybridoma deposited under Accession Number NITE BP-988, or NITE BP-1145, or wherein the antibody is produced by a cell deposited under Accession Number NITE BP-1147, or NITE BP-1148.
Installation for processing optical lenses for eyeglasses, with two or more processing devices for the same processing, and with a transfer system for conveying the lenses to and from the processing devices, wherein each processing device is associated with a conveying device for in particular linearly conveying at least one lens, the transfer system having a plurality of transfer devices, each of which is arranged between two adjacent processing devices, and wherein the installation or the transfer system has a preferably common or central control device for controlling the transfer devices, wherein the conveying devices of the processing devices can be controlled and/or driven by the respective processing device or its machine control independently of the transfer system and/or the transfer devices, characterized in that the installation has a plurality of separate processing devices for independent processing of the lenses, the processing being carried out in a plurality of steps in separate processing devices, the installation having one or more processing devices for shaping processing of lenses and one or more processing devices for polishing lenses, and in that the lenses can be circulated and/or conveyed in a circuit in order to store them temporarily and/or to avoid congestion upstream of the processing devices. with two or more processing devices for the same processing, and with a transfer system for conveying the lenses to and from the processing devices, wherein each processing device is associated with a conveying device for in particular linearly conveying at least one lens, the transfer system having a plurality of transfer devices, each of which is arranged between two adjacent processing devices, and wherein the installation or the transfer system has a preferably common or central control device for controlling the transfer devices, wherein the conveying devices of the processing devices can be controlled and/or driven by the respective processing device or its machine control independently of the transfer system and/or the transfer devices, characterized in that the installation has a plurality of separate processing devices for independent processing of the lenses, the processing being carried out in a plurality of steps in separate processing devices, the installation having one or more processing devices for shaping processing of lenses and one or more processing devices for polishing lenses, and in that the lenses can be circulated and/or conveyed in a circuit in order to store them temporarily and/or to avoid congestion upstream of the processing devices.