mhurhangee/ep-ind-claims huggingface dataset:
A transmitter comprising: an optical modulator configured to modulate continuous wave light by any one of a plurality of modulation schemes according to a drive signal; a drive means for generating the drive signal based on information data; a deviation identification signal generation means for generating a signal value in accordance with a deviation of a bias voltage of the optical modulator by amplifying a signal value of a dither signal extracted from a modulated signal output from the optical modulator by a factor set for each of the plurality of modulation schemes so as to generate a uniform signal value; and a bias control means for generating a bias value at which a center of a variation range from a maximum value to a minimum value of the drive signal corresponds to transmission characteristics of the optical modulator according to one predetermined adjustment method by using the signal value generated by the deviation identification signal generation means, wherein the optical modulator operates with a bias voltage adjusted based on the bias value. an optical modulator configured to modulate continuous wave light by any one of a plurality of modulation schemes according to a drive signal; a drive means for generating the drive signal based on information data; a deviation identification signal generation means for generating a signal value in accordance with a deviation of a bias voltage of the optical modulator by amplifying a signal value of a dither signal extracted from a modulated signal output from the optical modulator by a factor set for each of the plurality of modulation schemes so as to generate a uniform signal value; and a bias control means for generating a bias value at which a center of a variation range from a maximum value to a minimum value of the drive signal corresponds to transmission characteristics of the optical modulator according to one predetermined adjustment method by using the signal value generated by the deviation identification signal generation means, wherein the optical modulator operates with a bias voltage adjusted based on the bias value.
A laundry processing apparatus, comprising: a housing provided with a feed opening for feeding laundry into the housing; a storage tub configured to store the laundry in the housing, the laundry being fed through the feed opening; a steam generator (420, 420A) configured to generate steam to be injected into the storage tub; a water supply mechanism configured to supply water to the steam generator (420, 420A); a heater configured to heat the steam generator (420, 420A); a door configured to close the feed opening; and a locking mechanism configured to lock the door at a closed position at which the door closes the feed opening; characterized in that the laundry processing apparatus further includes i) a detector configured to detect a temperature of the steam generator (420, 420A), and ii) a controller configured to control the locking mechanism in response to the temperature detected by the detector, wherein the controller keeps the door locked by the locking mechanism until the temperature becomes no higher than a prescribed temperature. a housing provided with a feed opening for feeding laundry into the housing; a storage tub configured to store the laundry in the housing, the laundry being fed through the feed opening; a steam generator (420, 420A) configured to generate steam to be injected into the storage tub; a water supply mechanism configured to supply water to the steam generator (420, 420A); a heater configured to heat the steam generator (420, 420A); a door configured to close the feed opening; and a locking mechanism configured to lock the door at a closed position at which the door closes the feed opening; characterized in that the laundry processing apparatus further includes i) a detector configured to detect a temperature of the steam generator (420, 420A), and ii) a controller configured to control the locking mechanism in response to the temperature detected by the detector, wherein the controller keeps the door locked by the locking mechanism until the temperature becomes no higher than a prescribed temperature.
A system consisting of a fire safe sealing and a floor or a ceiling of a building comprising an aperture in the floor or the ceiling of the building, through which aperture at least a pipe, a cable or the like is guided, the ceiling or the floor having an upper surface and a lower surface, whereby the fire safe sealing consists of at least one non-combustible insulation element, preferably made of mineral wool and/or bound mineral fibers, and wherein the insulation element is bendable with respect to at least its longitudinal axis, characterized in that the insulation element has a length (l) and/or a width being larger than a length and/or a width of the aperture, whereby the difference(s) of the length of the insulation element relative to the length of the aperture and/or the width of the insulation element relative to the width of the aperture is adjusted so that the insulation element inserted into the aperture is fixed to the aperture in a bow-shaped arrangement because of its larger length and/or width as well as its bendability and elasticity whereby the insulation element does not extend beyond two planes defined by the upper surface and the lower surface of the ceiling or the floor and wherein the insulation element is therefore force clamped into the aperture so that the insulation element is able to carry a covering layer of mortar or concrete arrangeable on top of the insulation element, without the need for additional supporting elements from below.
Valve assembly for an injection valve, comprising - a valve body comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle axially moveable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, - an upper retaining element fixedly connected to the valve needle, extending in radial direction and being arranged in an axial region of the valve needle remote from the fluid outlet portion; - an electro-magnetic actuator unit being operable to actuate the valve needle, the electro-magnetic actuator unit comprising an armature axially movable in the cavity relative to the valve body, the armature comprising a central axial opening through which the valve needle extends, the armature being able to slide on the valve needle, the upper retaining element limiting the axial displaceability of the armature, wherein the armature comprises a number of axial slots arranged adjacent to and connected with the central axial opening, the slots extending through the armature in axial direction, and characterized in that the upper retaining element projects beyond the central axial opening in radially outward direction and the slots project beyond the upper retaining element in radial outward direction. - a valve body comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle axially moveable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, - an upper retaining element fixedly connected to the valve needle, extending in radial direction and being arranged in an axial region of the valve needle remote from the fluid outlet portion; - an electro-magnetic actuator unit being operable to actuate the valve needle, the electro-magnetic actuator unit comprising an armature axially movable in the cavity relative to the valve body, the armature comprising a central axial opening through which the valve needle extends, the armature being able to slide on the valve needle, the upper retaining element limiting the axial displaceability of the armature,
A method by a network node for selecting a semi-persistent scheduling SPS interval for a wireless device in a cell served by the network node, the method comprising: determining criterion for selecting the SPS interval for the wireless device, the criterion being associated with: a utilization of resources by the network node; and assigning the SPS interval to the wireless device based on the criterion wherein the criterion is associated with the utilization of resources by the network node, and the method further comprises monitoring system resources during a measurement window to determine a measure of available resources in the cell, and wherein assigning the SPS interval to the wireless device comprises assigning the SPS interval based on the measure of available resources in the cell, wherein monitoring system resources comprises: determining an actual amount of resources utilized by all wireless devices scheduled in the cell during a transmission time interval; and filtering the actual amount of resources utilized by all wireless devices scheduled in the cell during the transmission time interval over the measurement window, wherein the measurement window comprises one or more transmission time intervals. determining criterion for selecting the SPS interval for the wireless device, the criterion being associated with: a utilization of resources by the network node; and assigning the SPS interval to the wireless device based on the criterion wherein the criterion is associated with the utilization of resources by the network node, and the method further comprises monitoring system resources during a measurement window to determine a measure of available resources in the cell, and wherein assigning the SPS interval to the wireless device comprises assigning the SPS interval based on the measure of available resources in the cell, wherein monitoring system resources comprises: determining an actual amount of resources utilized by all wireless devices scheduled in the cell during a transmission time interval; and filtering the actual amount of resources utilized by all wireless devices scheduled in the cell during the transmission time interval over the measurement window, wherein the measurement window comprises one or more transmission time intervals. determining an actual amount of resources utilized by all wireless devices scheduled in the cell during a transmission time interval; and filtering the actual amount of resources utilized by all wireless devices scheduled in the cell during the transmission time interval over the measurement window, wherein the measurement window comprises one or more transmission time intervals.
A connection control method, comprising: detecting at a mobile communication management node on a network that a mobile station belonging to a mobile station group associated with a certain user targeted private base station has entered or appeared within a location registration area of the certain user targeted private base station; and transmitting connection information via the certain user targeted private base station from the mobile communication management node to the mobile station in a dedicated channel corresponding to the mobile station or a multicast channel corresponding to the mobile station group via a public targeted base station where the mobile station resides. detecting at a mobile communication management node on a network that a mobile station belonging to a mobile station group associated with a certain user targeted private base station has entered or appeared within a location registration area of the certain user targeted private base station; and transmitting connection information via the certain user targeted private base station from the mobile communication management node to the mobile station in a dedicated channel corresponding to the mobile station or a multicast channel corresponding to the mobile station group via a public targeted base station where the mobile station resides.
A data storage system comprising: a first storage device; a second storage device; a data receiver configured to receive data to be stored in the data storage system and an indicator indicating a storage profile for the data, wherein the data comprises a computer program; a data loader configured to load at least a part of the data to an application processor for execution of the computer program; and a storage controller configured to: store the data on the first storage device upon reception of the data and the indicator by the data receiver; and determine, upon loading of the at least part of the data for the execution of the computer program, and based on the indicator whether to store a portion of the data on the first storage device or to store the portion of the data on the second storage device, wherein the storage profile comprises information indicating which portions of the data are to be stored on the first storage device and which portions of the data are to be stored on the second storage device; wherein the at least part of the data loaded comprises at least one of data for execution of the computer program or a level of a computer game; and wherein an average access time of the first storage device is longer than an average access time of the second storage device. a first storage device; a second storage device; a data receiver configured to receive data to be stored in the data storage system and an indicator indicating a storage profile for the data, wherein the data comprises a computer program; a data loader configured to load at least a part of the data to an application processor for execution of the computer program; and a storage controller configured to: store the data on the first storage device upon reception of the data and the indicator by the data receiver; and determine, upon loading of the at least part of the data for the execution of the computer program, and based on the indicator whether to store a portion of the data on the first storage device or to store the portion of the data on the second storage device, store the data on the first storage device upon reception of the data and the indicator by the data receiver; and determine, upon loading of the at least part of the data for the execution of the computer program, and based on the indicator whether to store a portion of the data on the first storage device or to store the portion of the data on the second storage device, wherein the storage profile comprises information indicating which portions of the data are to be stored on the first storage device and which portions of the data are to be stored on the second storage device; wherein the at least part of the data loaded comprises at least one of data for execution of the computer program or a level of a computer game; and wherein an average access time of the first storage device is longer than an average access time of the second storage device.
Adhesive binder, comprising a book block transport system and a plurality of book block processing stations (1020, 1030, 1040, 1050) including at least one glueing station, a spine lining station and a cover application and pressing station, wherein the book block processing stations (1020, 1030, 1040, 1050) are connected to a common control device, wherein the spine lining station has an independent drive, wherein the cover application and pressing station has a checking device for testing the presence and/or the alignment and/or the position and/or the size of a cover and wherein the checking device is in signalling connection to the common control device, characterised in that the control device activates the spine lining station in dependence on the test result of the checking device in such a way that, in the event of a negative test result, a lining strip is applied to a book block spine.
An arrangement for assembling and disassembling removable elements on a support structure including a clip and a support for said clip, said clip comprising a clip base and a fastening portion to said structure, the support including a bearing wall with an upper face on which the fastening portion of the clip rests after the clip is inserted in the support, and a lower face, below which bearing wall the clip base becomes housed by insertion of the clip in the support, the bearing wall being provided to that end with a buttonhole open at the insertion end of the clip and closed at the opposite end, and a tongue positioned in front of the open end of the buttonhole and secured to the support by one of its two opposite ends (7, 8), the tongue extending substantially parallel to the bearing wall of the support and being elastically deformable between a position in which it is deformed to allow the insertion of the clip in the buttonhole and an idle position in which it prevents the clip from leaving the buttonhole itself after insertion, characterized in that a plane in which a horizontal part of the upper face of the tongue extends corresponds to a plane in which the lower face of the bearing wall extends, and in that the arrangement is suitable for insertion of the clip into the buttonhole in an inclined position relative to the upper surface of the tongue such that the contact zone of the clip base with the tongue is situated at the free end of said tongue just in front of the opening of the buttonhole. an upper face on which the fastening portion of the clip rests after the clip is inserted in the support, and a lower face, below which bearing wall the clip base becomes housed by insertion of the clip in the support, positioned in front of the open end of the buttonhole and secured to the support by one of its two opposite ends (7, 8), the tongue extending substantially parallel to the bearing wall of the support and being elastically deformable between a position in which it is deformed to allow the insertion of the clip in the buttonhole and an idle position in which it prevents the clip from leaving the buttonhole itself after insertion,
Method of allocating power to a channel in a communication system, comprising the steps of: comparing a given transport block size for the channel to a maximum allowed transport block size, allocating power to said channel based on at least the comparison to improve the throughput for the channel, comparing a given power requirement for the channel to a total available power; and allocating power to said channel based at least on the power comparison wherein said comparing step comprises determining the difference between the given power requirement and the total available power to calculate a remaining available power, and the method being characterized by said allocating step comprising allocating at least part of the remaining available power for transport block sizes larger than or equal to a predetermined threshold value, where said predetermined threshold value is less than or equal to the maximum allowed transport block size for the channel comparing a given transport block size for the channel to a maximum allowed transport block size, allocating power to said channel based on at least the comparison to improve the throughput for the channel, comparing a given power requirement for the channel to a total available power; and allocating power to said channel based at least on the power comparison
Method for separating and recovering low density polyethylene and aluminium from a polylaminated material, comprising the following step: - Removing a paper layer from said polylaminated material; - Putting said polylaminated material into contact with a liquid extraction medium comprising a solvent that is able to reversibly pass from a polar and hydrophilic form to an apolar and hydrophobic form, wherein said solvent is N,N-dimethylcyclohexylamine, said solvent being initially in said apolar and hydrophobic form and being able to solubilize said low density polyethylene in said liquid extraction medium, so as to separate said low density polyethylene and said aluminium one from the other; - Modifying the polarity of said solvent to cause said solvent to pass from said apolar and hydrophobic form to said polar and hydrophilic form, so as to separate said low density polyethylene from said liquid extraction medium and enable said low density polyethylene to be removed from said liquid extraction medium, wherein said modifying the polarity of said solvent comprises adding H 2 O and bubbling CO 2 into said liquid extraction medium. - Removing a paper layer from said polylaminated material; - Putting said polylaminated material into contact with a liquid extraction medium comprising a solvent that is able to reversibly pass from a polar and hydrophilic form to an apolar and hydrophobic form, wherein said solvent is N,N-dimethylcyclohexylamine, said solvent being initially in said apolar and hydrophobic form and being able to solubilize said low density polyethylene in said liquid extraction medium, so as to separate said low density polyethylene and said aluminium one from the other; - Modifying the polarity of said solvent to cause said solvent to pass from said apolar and hydrophobic form to said polar and hydrophilic form, so as to separate said low density polyethylene from said liquid extraction medium and enable said low density polyethylene to be removed from said liquid extraction medium, wherein said modifying the polarity of said solvent comprises adding H 2 O and bubbling CO 2 into said liquid extraction medium.
A computer implemented method for intra-cardiac pattern matching, the method comprising: receiving unipolar pattern intra-cardiac electrogram signals for an area of a heart, from a plurality of activity channels corresponding to a plurality of electrodes of a catheter; selecting a window of interest of the IC EGM signals, the WOI representing the entire cycle length for a single heartbeat; selecting a pattern of interest, the POI encompassing at least a portion of the WOI, and corresponding to a specific portion of the WOI where an arrhythmia activation is exhibited; generating a template POI representative of the arrhythmia activation, the template POI formed of a plurality of template channels and based upon the IC EGM signals within the WOI; receiving subsequent electrical activity comprising IC EGM signals from the plurality of activity channels and applying weights to the plurality of activity channels to generate weighted subsequent electrical activity; generating a correlation score by comparing the weighted subsequent electrical activity to the template POI; and determining that the correlation score is above a threshold correlation score; characterized in that the weights are based on a derivative of a pattern within each template channel. receiving unipolar pattern intra-cardiac electrogram signals for an area of a heart, from a plurality of activity channels corresponding to a plurality of electrodes of a catheter; selecting a window of interest of the IC EGM signals, the WOI representing the entire cycle length for a single heartbeat; selecting a pattern of interest, the POI encompassing at least a portion of the WOI, and corresponding to a specific portion of the WOI where an arrhythmia activation is exhibited; generating a template POI representative of the arrhythmia activation, the template POI formed of a plurality of template channels and based upon the IC EGM signals within the WOI; receiving subsequent electrical activity comprising IC EGM signals from the plurality of activity channels and applying weights to the plurality of activity channels to generate weighted subsequent electrical activity; generating a correlation score by comparing the weighted subsequent electrical activity to the template POI; and determining that the correlation score is above a threshold correlation score; characterized in that the weights are based on a derivative of a pattern within each template channel.