mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a motivation enhancing exercise system, the exercise system comprising an exercise device configured to be driven by an exercising user; a first sensor unit mounted on a movable part of the exercise device, the first sensor unit being configured to detect movements of the movable part of the exercise device; a head mounted output device configured to output a visual and/or an audible output for an exercising user, the head mounted output device further comprising a second sensor unit configured to detect movements of a head of the exercising user; and a processing unit being communicatively connected to the first sensor unit and to the head mounted output device, the method comprising the steps of: - measuring movements of the movable part of the exercise device by means of the first sensor unit, in response to an exercising user operating the exercise device, - measuring movements of a head of the exercising user, by means of the second sensor unit, while the head mounted output device is mounted on the head of the exercising user, and while the exercising user operates the exercise device, - providing the measurements performed by the first sensor unit and by the second sensor unit to the processing unit, - the processing unit determining an activity being performed by the exercising user, based on the measurements provided from the first sensor unit and from the second sensor unit, - the processing unit generating an output signal for the head mounted output device, in accordance with the determined activity, and providing the output signal to the head mounted output device, and - the head mounted output device providing a visual and/or audible output for the exercising user in accordance with the output signal, characterized in that the step of the processing unit determining an activity comprises the processing unit comparing the received measurements to expected movement patterns of the first sensor unit and the second sensor unit for one or more predefined activities, and wherein the expected movement patterns are generated by means of machine learning. - measuring movements of the movable part of the exercise device by means of the first sensor unit, in response to an exercising user operating the exercise device, - measuring movements of a head of the exercising user, by means of the second sensor unit, while the head mounted output device is mounted on the head of the exercising user, and while the exercising user operates the exercise device, - providing the measurements performed by the first sensor unit and by the second sensor unit to the processing unit, - the processing unit determining an activity being performed by the exercising user, based on the measurements provided from the first sensor unit and from the second sensor unit, - the processing unit generating an output signal for the head mounted output device, in accordance with the determined activity, and providing the output signal to the head mounted output device, and - the head mounted output device providing a visual and/or audible output for the exercising user in accordance with the output signal,
A drum type washing machine comprising: a tub for storing washing water; a drum rotatably arranged in the tub for washing and dehydrating laundry; a driving motor positioned at a rear side of the drum for generating a driving force by which the drum is rotated; and a cabinet for forming an appearance of the washing machine, wherein the cabinet accommodates the tub, the drum and the driving motor, characterized in that the tub has a cylindrical shape and the front side of the tub is fixed to or integrally formed at a front side inner wall of the cabinet, wherein the tub has a straight line portion with a predetermined length at both sides thereof, wherein the straight line portion is fixed to the inner wall of both sides of the cabinet or integrally formed at the wall surface of both sides of the cabinet, and a supporting unit positioned at the rear side of the tub and arranged between a supporting plate to which the driving motor is fixed and the cabinet for supporting the drum with buffering. a tub for storing washing water; a drum rotatably arranged in the tub for washing and dehydrating laundry; a driving motor positioned at a rear side of the drum for generating a driving force by which the drum is rotated; and a cabinet for forming an appearance of the washing machine, wherein the cabinet accommodates the tub, the drum and the driving motor, characterized in that the tub has a cylindrical shape and the front side of the tub is fixed to or integrally formed at a front side inner wall of the cabinet, wherein the tub has a straight line portion with a predetermined length at both sides thereof, wherein the straight line portion is fixed to the inner wall of both sides of the cabinet or integrally formed at the wall surface of both sides of the cabinet, and a supporting unit positioned at the rear side of the tub and arranged between a supporting plate to which the driving motor is fixed and the cabinet for supporting the drum with buffering.
A stable primary composition comprising at least one carotenoid- containing material, enriched in Z isomers of the carotenoid compound, wherein the carotenoid-containing material contains by weight of a total carotenoid content a greater percentage of an isomer selected from the group consisting of 5-Z, 9-Z and combinations thereof than of 13-Z isomer, and contains an amount greater than 30% by weight of an isomer selected from the group consisting of 5-Z, 9-Z and combinations thereof, and an amount of 13-Z isomer that is less than 10% by weight and wherein the carotenoid compound is selected from the group consisting of lycopene, zeaxanthine, astaxanthine, beta-cryptoxanthin, capsanthine, canthaxanthine, lutein, phytofluene, phytoene and combinations thereof.
A computer-implemented method comprising: downloading a portion of a driving profile to a vehicle, wherein the vehicle is configured for autonomous driving and wherein the driving profile is associated with a specific driver; and executing one or a plurality of operating instructions, for steering the vehicle, prescribed by the downloaded portion of the driving profile, such that the vehicle is steered within a predefined range of values of sinuosity/degree of weaving in accordance with the downloaded portion of the driving profile. downloading a portion of a driving profile to a vehicle, wherein the vehicle is configured for autonomous driving and wherein the driving profile is associated with a specific driver; and executing one or a plurality of operating instructions, for steering the vehicle, prescribed by the downloaded portion of the driving profile, such that the vehicle is steered within a predefined range of values of sinuosity/degree of weaving in accordance with the downloaded portion of the driving profile.
A method of decoding a block of video data using palette coding for a video coding system, the method comprising: receiving input data associated with a current coding unit having a current block size; selecting as a current coding mode for decoding the current coding unit a palette coding mode, recovering the palette related size by applying one Kth order Exp-Golomb code, one unary code plus one Kth order Exp-Golomb code, or one truncated unary code plus one Kth order Exp-Golomb code to the binarized palette related size recovered from a bitstream including the current coding unit, and recovering a current palette table for the current coding unit based on a palette predictor and palette information including the palette related size, wherein the reused major color size represents a first number of major colors in the current palette table that reuse major colors in the palette predictor, the new major color size represents a second number of major colors in the current palette table not predicted by the palette predictor, and the total major color size represents a third number of major colors present in the current coding unit. decoding the current coding unit according to the current palette table. receiving input data associated with a current coding unit having a current block size; selecting as a current coding mode for decoding the current coding unit a palette coding mode, recovering the palette related size by applying one Kth order Exp-Golomb code, one unary code plus one Kth order Exp-Golomb code, or one truncated unary code plus one Kth order Exp-Golomb code to the binarized palette related size recovered from a bitstream including the current coding unit, and recovering a current palette table for the current coding unit based on a palette predictor and palette information including the palette related size, wherein the reused major color size represents a first number of major colors in the current palette table that reuse major colors in the palette predictor, the new major color size represents a second number of major colors in the current palette table not predicted by the palette predictor, and the total major color size represents a third number of major colors present in the current coding unit. decoding the current coding unit according to the current palette table.
A method for processing data of a strip material, in particular of metal and/or paper strips, wherein the data are present in the form of data records which can be associated with the strip surface according to coordinates and which include information about the condition of the strip and/or the surface thereof and/or an anomaly (5, 6, 7) which may be present, wherein at least a part of the data records are grouped and stored in cells (12, 17, 18, 19, 21, 29) on the basis of predeterminable grouping rules, the geometric configuration of these cells having a topological similarity to the strip surface on a screen or another visualization medium, wherein the contents of the cells are available for further electronic processing and/or linking to other cells or other data, wherein in particular the contents of a cell may not be just one-dimensional but may contain and make available source data, grouping rules and/or processing formulae, wherein a data record of an anomaly (5, 6, 7) includes at least one anomaly type, an anomaly size and/or an anomaly severity, characterized in that the following groupings are carried out using the grouping rules: - combining data records which correspond to spatially adjacent and/or correlated anomalies (5, 6, 7), - combining data records which include anomalies (5, 6, 7) which, alone or with other anomalies (5, 6, 7) and/or with other data, in particular the surface roughness or planarity, enable the assignment of a quality level in comparison to at least one quality standard, in particular of the end product to be produced from the strip material. - combining data records which correspond to spatially adjacent and/or correlated anomalies (5, 6, 7), - combining data records which include anomalies (5, 6, 7) which, alone or with other anomalies (5, 6, 7) and/or with other data, in particular the surface roughness or planarity, enable the assignment of a quality level in comparison to at least one quality standard, in particular of the end product to be produced from the strip material.
Device for pivoting an arbor of a timepiece movement including a jewel hole fixed in a setting traversed by a pivot of said arbor having an axis of revolution, and an endstone indirectly fixed to a plate of said movement by at least said setting, said endstone including a first bearing surface arranged to cooperate in abutment with the distal end of said pivot, and arranged such that, in the position of abutment of said pivot on said endstone, the normal to the tangent plane common to said pivot and to said first bearing surface is oblique with respect to said axis at an angle of cant (θ), said normal and said axis defining together an endstone plane having a first angular orientation at a yaw angle (α) with respect to a reference direction of said plate, said bearing surface being plane, characterized in that said device includes means for adjustment of said yaw angle (α) or/and of said angle of cant (e) to regulate and adjust the rate of said movement.
A computer network device, comprising: an interface circuit; a processor; and memory configured to store program instructions, wherein, when executed by the processor, the program instructions cause the computer network device to perform operations comprising: receiving a report message that is associated with a host, which indicates that the host wants to join a group in a network that receives an audio-video channel from a source; adding, based at least in part on the report message, information associated with the host to a group data structure that comprises information associated with one or more hosts in the group; when the computer network device receives a leave message that is associated with the host, removing (316, 432) or deactivating,, based at least in part on information corresponding to the leave message, the host from the group data structure; and when the group data structure is empty or has no active hosts, stopping forwarding (320, 434) of the audio-video channel from the source to the group without further delay. an interface circuit; a processor; and memory configured to store program instructions, wherein, when executed by the processor, the program instructions cause the computer network device to perform operations comprising: receiving a report message that is associated with a host, which indicates that the host wants to join a group in a network that receives an audio-video channel from a source; adding, based at least in part on the report message, information associated with the host to a group data structure that comprises information associated with one or more hosts in the group; when the computer network device receives a leave message that is associated with the host, removing (316, 432) or deactivating,, based at least in part on information corresponding to the leave message, the host from the group data structure; and when the group data structure is empty or has no active hosts, stopping forwarding (320, 434) of the audio-video channel from the source to the group without further delay. receiving a report message that is associated with a host, which indicates that the host wants to join a group in a network that receives an audio-video channel from a source; adding, based at least in part on the report message, information associated with the host to a group data structure that comprises information associated with one or more hosts in the group; when the computer network device receives a leave message that is associated with the host, removing (316, 432) or deactivating,, based at least in part on information corresponding to the leave message, the host from the group data structure; and when the group data structure is empty or has no active hosts, stopping forwarding (320, 434) of the audio-video channel from the source to the group without further delay.
Direct printing method for a direct printing machine for printing on containers, in particular form containers, with a direct print (D 2), wherein the form containers differ from a rotation symmetry about a container longitudinal axis, wherein the containers are transported with a transporter to at least one printing station each with at least one direct printing head, characterized in that, from 3D data of the containers, a print movement path of the direct printing machine and from print parameters of the direct printing machine a 3D print model is generated, to predict an image of a print graphic template to be printed on the containers as a direct print, wherein the 3D data comprise a digital data set, which describes a geometry of a container to be printed, wherein the print movement path of the direct printing machine comprises a relative movement between the container to be printed and the at least one direct printing head, wherein by means of the 3D print model a macroscopic correction and a microscopic correction are determined (102, 103), wherein the macroscopic correction comprises an inverse of a distortion of the print graphic template on the containers and the microscopic correction a nozzle correction, wherein the print graphic template is corrected with the macroscopic correction and stored in a corrected print graphic, wherein by means of a raster image processor a print raster image is generated from the corrected print graphic, and wherein the print raster image is corrected based on the microscopic correction and stored as corrected print raster image and printed as the direct print (D 2) with the direct printing machine on the containers. from 3D data of the containers, a print movement path of the direct printing machine and from print parameters of the direct printing machine a 3D print model is generated, to predict an image of a print graphic template to be printed on the containers as a direct print, wherein the 3D data comprise a digital data set, which describes a geometry of a container to be printed, wherein the print movement path of the direct printing machine comprises a relative movement between the container to be printed and the at least one direct printing head, wherein by means of the 3D print model a macroscopic correction and a microscopic correction are determined (102, 103), wherein the macroscopic correction comprises an inverse of a distortion of the print graphic template on the containers and the microscopic correction a nozzle correction, wherein the print graphic template is corrected with the macroscopic correction and stored in a corrected print graphic, wherein by means of a raster image processor a print raster image is generated from the corrected print graphic, and wherein the print raster image is corrected based on the microscopic correction and stored as corrected print raster image and printed as the direct print (D 2) with the direct printing machine on the containers.
A method for controlling an electronic device that executes a plurality of applications, the method comprising: executing the plurality of applications capable each of providing one or more application execution screens, wherein tasks executable on application execution screens provided by the plurality of applications are mapped to user inputs in a stored database of the electronic device; displaying a plurality of application execution screens corresponding to the plurality of applications being executed respectively; filtering necessary data from the stored database according to a change of at least one of the plurality of application execution screens being displayed; receiving a user input; based on receiving the user input, determining a first application related to the user input from among the plurality of applications based on the necessary data filtered from the stored database; and executing the task corresponding to the user input in the first application, while maintaining execution of a task of at least one other application among the plurality of applications being executed. executing the plurality of applications capable each of providing one or more application execution screens, wherein tasks executable on application execution screens provided by the plurality of applications are mapped to user inputs in a stored database of the electronic device; displaying a plurality of application execution screens corresponding to the plurality of applications being executed respectively; filtering necessary data from the stored database according to a change of at least one of the plurality of application execution screens being displayed; receiving a user input; based on receiving the user input, determining a first application related to the user input from among the plurality of applications based on the necessary data filtered from the stored database; and executing the task corresponding to the user input in the first application, while maintaining execution of a task of at least one other application among the plurality of applications being executed.
A compressor structure for turbochargers configured to be able to accommodate an impeller and comprising an intake port for drawing in air toward the impeller; a scroll chamber formed in a circumferential direction on an outer circumferential side of the impeller in such a manner to flow air discharged from the impeller; a discharge port for discharging air flowing through the scroll chamber to an outside; and an intermediate part for communicating the discharge port and the scroll chamber, the compressor structure comprising a scroll piece, a shroud piece and a seal plate assembled with each other in an axial direction as separate members, wherein the scroll piece comprises the intake port formed penetrating in the axial direction; an intake-side wall surface constituting a wall surface of the scroll chamber on an intake side on an outer circumferential side of the intake port; a penetration part formed penetrating in the axial direction and having an intake side end constituting the discharge port; and a first intermediate wall surface configured to constitute a part of the inner wall surface of the intermediate part, smoothly extending from the intake-side wall surface to the discharge port in such a manner that an extending direction of the first intermediate wall surface approaches a direction parallel to the axial direction by being bent toward the intake side, the shroud piece comprises a cylindrical shroud press fitting part to be press-fitted into the intake port; an inner circumferential side wall surface constituting a wall surface on an inner circumference side of the scroll chamber; a shroud surface opposed to the impeller; and a diffuser surface extending from the shroud surface toward the scroll chamber, the seal plate comprises an outer circumferential side wall surface constituting a wall surface on an outer circumferential side of the scroll chamber; and a protruding part protruding toward the intake side so as to be inserted into the penetration part in the axial direction, and the protruding part comprises a second intermediate wall surface configured to constitute a part of the inner wall surface of the intermediate part, the second intermediate wall surface extending from the outer circumferential side wall surface in such a manner that an extending direction of the second intermediate wall surface approaches a direction parallel to the axial direction by being bent toward the intake side and facing the first intermediate wall surface.
A monoclonal antibody or antigen-binding fragment thereof, wherein the antibody or antigen-binding fragment a) binds tau deposits in human Alzheimer's disease brain tissue b) does not bind tau in normal human brain tissue and c) does not bind tau deposits in Progressive Supranuclear Palsy brain tissue, wherein the antibody is selected from the group consisting of a) an antibody comprising a heavy chain CDR1 region of SEQ ID NO:163, a heavy chain CDR2 region of SEQ ID NO:164, and a heavy chain CDR3 region of SEQ ID NO:165, a light chain CDR1 region of SEQ ID NO:166, a light chain CDR2 region of SEQ ID NO:167 and a light chain CDR3 region of SEQ ID NO:168. b) an antibody comprising a heavy chain CDR1 region of SEQ ID NO:169, a heavy chain CDR2 region of SEQ ID NO:170, and a heavy chain CDR3 region of SEQ ID NO:171, a light chain CDR1 region of SEQ ID NO:172, a light chain CDR2 region of SEQ ID NO:173 and a light chain CDR3 region of SEQ ID NO:174,wherein the antibody or antigen-binding fragment thereof is phospho-specific.