mhurhangee/patent-ind-claim-en huggingface dataset:
A method for using an initialization hierarchy, comprising: including, by a device, in a moving pictures experts group, MPEG, dynamic adaptive streaming over hypertext transfer protocol, DASH, media presentation description, MPD, file, an initialization presentation element that identifies an initialization presentation and two or more initialization groups included in the initialization presentation; the MPD file including periods of a content to be played, including, by the device, in the MPD file, for each of the two or more initialization groups an initialization group element that identifies an initialization group and two or more initialization sets included in the initialization group; including, by the device, in the MPD file, a first initialization set element that identifies a first initialization set and a second initialization set element that identifies a second initialization set; setting, by the device, for the first initialization set an attribute to a first value, indicating that there is at least one adaptation set in each period included in the MPD file, and setting for the second initialization set the attribute to a second value, indicating that the second initialization set is not common to all periods included in the MPD file, and transmitting, by the device, the MPD file to a client device. including, by a device, in a moving pictures experts group, MPEG, dynamic adaptive streaming over hypertext transfer protocol, DASH, media presentation description, MPD, file, an initialization presentation element that identifies an initialization presentation and two or more initialization groups included in the initialization presentation; the MPD file including periods of a content to be played, including, by the device, in the MPD file, for each of the two or more initialization groups an initialization group element that identifies an initialization group and two or more initialization sets included in the initialization group; including, by the device, in the MPD file, a first initialization set element that identifies a first initialization set and a second initialization set element that identifies a second initialization set; setting, by the device, for the first initialization set an attribute to a first value, indicating that there is at least one adaptation set in each period included in the MPD file, and setting for the second initialization set the attribute to a second value, indicating that the second initialization set is not common to all periods included in the MPD file, and transmitting, by the device, the MPD file to a client device.
A core-shell particle comprising a core part and a shell part covering a surface of the core part, wherein the core part is formed of an elastic body, and the shell part is formed of a cured product of a composition containing a curing agent and polyimide.
Method of stitching a plurality of acquired images of an angular sector of an iridocorneal angle of an eye, comprising the steps of: A) processing the acquired images, wherein each of the acquired image is rotated and/or perspectively corrected and/or devignetted, B) registering the processed images, wherein for each couple of adjacent processed images a transformation is determined that correlates the couple, C) positioning the registered images, wherein for each registered image a corresponding relative positioning is carried out, and D) merging the positioned images based on their relative positions; whereby a panoramic linear picture of said angular sector of iridocorneal angle of eye in the form of a rectangular picture is obtained; wherein at step "B" for each couple of adjacent processed images a coordinate transformation of one image of the couple is determined so that one or more features of the images of the couple are aligned, a feature being in particular a portion of an iris or a portion of a sclera or a portion of a trabecular meshwork; and wherein at step "B" for each couple of adjacent processed images a first region-of-interest within a first image of the couple and a second region-of-interest within a first image of the couple are identified being at the opposite ends of a tangential median line, the tangential median line being a straight line passing through the centre of the image and being perpendicular to the acquisition direction of the image. A) processing the acquired images, wherein each of the acquired image is rotated and/or perspectively corrected and/or devignetted, B) registering the processed images, wherein for each couple of adjacent processed images a transformation is determined that correlates the couple, C) positioning the registered images, wherein for each registered image a corresponding relative positioning is carried out, and D) merging the positioned images based on their relative positions; whereby a panoramic linear picture of said angular sector of iridocorneal angle of eye in the form of a rectangular picture is obtained; wherein at step "B" for each couple of adjacent processed images a coordinate transformation of one image of the couple is determined so that one or more features of the images of the couple are aligned, a feature being in particular a portion of an iris or a portion of a sclera or a portion of a trabecular meshwork; and
A camera comprising an image sensor for detecting image data from a detection zone , an illumination unit having at least one light source for illuminating the detection zone , and a front screen as well as a lateral deflection element that is associated with the light source , the lateral deflection element being arranged in the camera protected by the front screen and having a diffusely scattering surface or a reflective surface in order to generate a diffuse illumination or a dark field illumination in the detection zone , characterized in that the deflection element is subsequently replaceable in order to change between diffuse illumination and dark field illumination and/or in order to modify illumination parameters by a different shape of the deflection element .
A user equipment having a dual connectivity function to communicate with a master base station and a secondary base station simultaneously, comprising: a transmission and reception unit configured to transmit and receive radio signals to/from the master base station and the secondary base station; an random access, RA, processing unit configured to perform a RA procedure; and a timer management unit configured to activate a timer upon detecting an RA procedure activation event for triggering activation of the RA procedure for the secondary base station, wherein a period configured for the timer is indicated from the master base station, wherein if the RA procedure performed in response to detection of the RA procedure activation event has not been completed before expiration of the timer, the timer management unit is configured to indicate to the triggering base station that the RA procedure has not been completed, and wherein the RA procedure activation event is additional configuration of a secondary cell, and if the RA procedure has not been completed before expiration of the timer, the RA processing unit is configured to stop all uplink transmissions in the secondary cell. a transmission and reception unit configured to transmit and receive radio signals to/from the master base station and the secondary base station; an random access, RA, processing unit configured to perform a RA procedure; and a timer management unit configured to activate a timer upon detecting an RA procedure activation event for triggering activation of the RA procedure for the secondary base station, wherein a period configured for the timer is indicated from the master base station, wherein if the RA procedure performed in response to detection of the RA procedure activation event has not been completed before expiration of the timer, the timer management unit is configured to indicate to the triggering base station that the RA procedure has not been completed, and wherein the RA procedure activation event is additional configuration of a secondary cell, and if the RA procedure has not been completed before expiration of the timer, the RA processing unit is configured to stop all uplink transmissions in the secondary cell.
A method for operating a machine, said method comprising: generating monument point data , said monument point data comprising a plurality of reference points representing a plurality of monument points on a machine bed ; generating part data , said part data comprising a plurality of reference points representing a part with respect to said plurality of monument points; generating theoretical machined part data , said theoretical machined part data comprising a plurality of reference points representing a theoretical machined part; generating control data by integrating said part data and said theoretical machined part data, said control data comprising a plurality of reference points representing an integration of said part and said theoretical machined part; generating machine control data by integrating said control data and said monument point data, said machine control data comprising a plurality of reference points representing said integration of said part and said theoretical machined part positioned on said machine bed with respect to said plurality of monument points; executing said machine control data for controlling operation of said machine to form a machined part; generating an error for at least one reference point of said monument point data and at least one reference point of said control data; and comparing at least a subset of said error to a threshold range to verify that said machine control data is within tolerance. generating monument point data , said monument point data comprising a plurality of reference points representing a plurality of monument points on a machine bed ; generating part data , said part data comprising a plurality of reference points representing a part with respect to said plurality of monument points; generating theoretical machined part data , said theoretical machined part data comprising a plurality of reference points representing a theoretical machined part; generating control data by integrating said part data and said theoretical machined part data, said control data comprising a plurality of reference points representing an integration of said part and said theoretical machined part; generating machine control data by integrating said control data and said monument point data, said machine control data comprising a plurality of reference points representing said integration of said part and said theoretical machined part positioned on said machine bed with respect to said plurality of monument points; executing said machine control data for controlling operation of said machine to form a machined part; generating an error for at least one reference point of said monument point data and at least one reference point of said control data; and comparing at least a subset of said error to a threshold range to verify that said machine control data is within tolerance.
A liquid pharmaceutical formulation comprising: a. an antibody or an antigen-binding fragment thereof as an active ingredient; b. cyclodextrin at a concentration of from 7.5mM to 250mM and c. methionine at a concentration of from 30mM to 200mM. a. an antibody or an antigen-binding fragment thereof as an active ingredient; b. cyclodextrin at a concentration of from 7.5mM to 250mM and c. methionine at a concentration of from 30mM to 200mM.
Method for preventing the unintended operation of a cooking appliance with at least one hotplate, the heat source of which, for safety reasons, after actuation, is automatically switched off by means of a time-switch apparatus after a predetermined heating time has elapsed, wherein with the activation of the at least one heat source, the time-switch apparatus is set to a predetermined, in other words, prespecified, short control heating time and a shutdown of the heat source which is dependent thereupon, which is automatically carried out without further action, wherein the control heating time is automatically activated when the desired hotplate is activated and the desired cooking level is set, characterised in that the control heating time is indicated in a digital display facility of the cooking appliance when the desired hotplate is activated and the desired cooking level is set and the user is therefore compelled to perform a manipulation on a control unit if the desire is to extendthe control heating time, or not.
A printed circuit board comprising: a multi-layer body sandwiched between a top surface and a bottom surface; and at least one tapered surface interconnect (485; 495) mechanically drilled on the top layer into one or more layers of the printed circuit board , wherein the at least one tapered surface interconnect : has a flared entrance aperture, has a bottom surface , has one or more tapered side walls with a concave inclination, such that the tapered surface interconnect is tapered towards the bottom surface , wherein the one or more tapered side walls is concave with respect to said tapered surface interconnect towards the printed circuit board; or has one or more tapered side walls , such that the tapered surface interconnect is tapered towards the bottom surface and has a rounded intersection between the bottom surface and the one or more tapered side walls thereof, and is sized and configured to accept a tapered compliant pin and solder such that the tapered surface interconnect is suitable for soldering the tapered compliant pin therein. a multi-layer body sandwiched between a top surface and a bottom surface; and at least one tapered surface interconnect (485; 495) mechanically drilled on the top layer into one or more layers of the printed circuit board , wherein the at least one tapered surface interconnect : has a flared entrance aperture, has a bottom surface , has one or more tapered side walls with a concave inclination, such that the tapered surface interconnect is tapered towards the bottom surface , wherein the one or more tapered side walls is concave with respect to said tapered surface interconnect towards the printed circuit board; or has one or more tapered side walls , such that the tapered surface interconnect is tapered towards the bottom surface and has a rounded intersection between the bottom surface and the one or more tapered side walls thereof, and has a flared entrance aperture, has a bottom surface , has one or more tapered side walls with a concave inclination, such that the tapered surface interconnect is tapered towards the bottom surface , wherein the one or more tapered side walls is concave with respect to said tapered surface interconnect towards the printed circuit board; or has one or more tapered side walls , such that the tapered surface interconnect is tapered towards the bottom surface and has a rounded intersection between the bottom surface and the one or more tapered side walls thereof, and is sized and configured to accept a tapered compliant pin and solder such that the tapered surface interconnect is suitable for soldering the tapered compliant pin therein.
A susceptor assembly for inductively heating an aerosol-forming substrate under the influence of an alternating magnetic field, wherein the susceptor assembly comprises a first susceptor including a first susceptor material and a second susceptor including a second susceptor material, wherein the first and second susceptor materials are chosen such that during pre-heating of the susceptor assembly starting at room temperature a resistance-over-temperature profile of the susceptor assembly has a minimum value of resistance in a temperature range of ±5 degree Celsius around a Curie temperature of the second susceptor material.
A pneumatic tire for use on trucks, the tire comprising a tread and a belt structure located radially inward of the tread , the belt structure including a first working belt and a second working belt , wherein the angle of the first and second working belts each range from 10 degrees to 50 degrees as measured relative to the circumferential direction of the tire , and wherein the angle of the first working belt is greater than the angle of the second working belt , wherein the belt structure further comprises a relatively low angle belt having reinforcements angled at less than 5 degrees relative to the circumferential direction of the tire , wherein the relatively low angle belt has extensible reinforcement cords, i. e. cords having a relative elongation of greater than 0.2% at 10% of the breaking load, when measured from a cord extracted from a cured tire, characterized in that the tire further includes a radially outermost top protector belt comprising reinforcement cords having an impact energy absorption of > 7.5 J/mm 2 measured using a Charpy Impact Tester in a 2.54 cm strip with 10 ends per 2.54 cm, and wherein the rubber penetration at the outer lateral ends of the relatively low angle belt is greater than the rubber penetration at a central portion of the relatively low angle belt .
A system comprising: one or more scintillators ; at least one SiPM adapted to receive light from the one or more scintillators; and a logic device configured to communicate with the at least one SiPM, wherein the logic device is adapted to: receive detection signals from the at least one SiPM; partition the at least one SiPM into a plurality of logical detectors, wherein the plurality of logical detectors comprises one SiPM partitioned into a plurality of groups of SiPM pixels, and wherein each group of SiPM pixels correspond to one of the plurality of logical detectors; process the detection signals according to coincidence criteria applied to adjacent ones of the plurality of logical detectors; determine detection events from the processed detection signals by omitting substantially non-coincident and non-adjacent detection signals; and determine an angle of incidence for each pair of coincident detection events from energy and timing responses for each pair of coincident detection events. one or more scintillators ; at least one SiPM adapted to receive light from the one or more scintillators; and a logic device configured to communicate with the at least one SiPM, wherein the logic device is adapted to: receive detection signals from the at least one SiPM; partition the at least one SiPM into a plurality of logical detectors, wherein the plurality of logical detectors comprises one SiPM partitioned into a plurality of groups of SiPM pixels, and wherein each group of SiPM pixels correspond to one of the plurality of logical detectors; process the detection signals according to coincidence criteria applied to adjacent ones of the plurality of logical detectors; determine detection events from the processed detection signals by omitting substantially non-coincident and non-adjacent detection signals; and determine an angle of incidence for each pair of coincident detection events from energy and timing responses for each pair of coincident detection events. receive detection signals from the at least one SiPM; partition the at least one SiPM into a plurality of logical detectors, wherein the plurality of logical detectors comprises one SiPM partitioned into a plurality of groups of SiPM pixels, and wherein each group of SiPM pixels correspond to one of the plurality of logical detectors; process the detection signals according to coincidence criteria applied to adjacent ones of the plurality of logical detectors; determine detection events from the processed detection signals by omitting substantially non-coincident and non-adjacent detection signals; and determine an angle of incidence for each pair of coincident detection events from energy and timing responses for each pair of coincident detection events.
A loader, comprising at least one boom uplock device for loader, where the boom of the loader is pivotally fastened to the front body , and the said boom uplock device comprises at least one elongated, cylindrical locking pin and a support for supporting the locking pin , which support is fastened to the front body , and that the support has an essentially horizontal through going aperture- , in which aperture the locking pin is movably fitted, characterized in that there is formed a helical guiding groove into the surface of the locking pin , which helical guiding groove is in touch with a steering piece- to control the movement of the locking pin , so that when the locking pin is rotating around its longitudinal axis the locking pin at the same time moves in its horizontal direction to; enable contact between the locking pin and the underside of the boom to prevent the downward movement of the boom and keeping the boom in an elevated position, or to disable contact between the locking pin and the boom to allow the downward movement of the boom .
A feeding carriage for a compressor machine of the type having an upper filling end through which a particulate material which is to be compressed in a mold of the compressor machine is introduced and a lower discharging end for discharging said particulate material towards said mold, wherein at least some of the elements forming said feeding carriage can move with respect to one another, which thereby allows modifying the geometry of at least one of said lower discharging end, said upper filling end and an intermediate portion of the feeding carriage located between both ends, characterized in that said feeding carriage is formed by two side plates , at least one rear plate , a fixed lower front plate , a movable upper front plate , a first sliding front plate and a second sliding front plate which allow changing the feeding carriage geometry.
A smoking article comprising: a combustible heat source having a front end and a rear end; an aerosol-forming substrate downstream of the rear end of the combustible heat source; an outer wrapper circumscribing the aerosol-forming substrate and at least a rear portion of the combustible heat source; one or more airflow pathways along which air may be drawn through the smoking article for inhalation by a user; one or more air inlets downstream of a rear face of the combustible heat source for drawing air into the one or more airflow pathways, wherein the one or more air inlets comprise one or more third air inlets downstream of the aerosol-forming substrate for drawing air into the one or more airflow pathways; and an airflow directing element downstream of the aerosol-forming substrate, wherein the one or more third air inlets are provided between a downstream end of the aerosol-forming substrate and a downstream end of the airflow directing element, wherein the combustible heat source is isolated from the one or more airflow pathways such that, in use, air drawn through the smoking article along the one or more airflow pathways does not directly contact the combustible heat source. a combustible heat source having a front end and a rear end; an aerosol-forming substrate downstream of the rear end of the combustible heat source; an outer wrapper circumscribing the aerosol-forming substrate and at least a rear portion of the combustible heat source; one or more airflow pathways along which air may be drawn through the smoking article for inhalation by a user; one or more air inlets downstream of a rear face of the combustible heat source for drawing air into the one or more airflow pathways, wherein the one or more air inlets comprise one or more third air inlets downstream of the aerosol-forming substrate for drawing air into the one or more airflow pathways; and an airflow directing element downstream of the aerosol-forming substrate, wherein the one or more third air inlets are provided between a downstream end of the aerosol-forming substrate and a downstream end of the airflow directing element, wherein the combustible heat source is isolated from the one or more airflow pathways such that, in use, air drawn through the smoking article along the one or more airflow pathways does not directly contact the combustible heat source.