mhurhangee/ep-ind-claims 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 method for conveying solid waste from at least one holding area into at least one collection conduit or at least one collection station through at least one waste transport conduit, wherein the method includes a step of generating differential pressure between the at least one holding area and the at least one waste transport conduit so that the at least one holding area has a higher pressure and the at least one waste transport conduit has a lower pressure to allow discharging of the solid waste from the at least one holding area to the at least one waste transport conduit, characterized in that the method further includes the steps of: i) using at least one moving means in the at least one waste transport conduit to push the solid waste through the at least one waste transport conduit to the at least one collection conduit or at least one collection station, wherein the at least one moving means is urged to push and move the solid waste by generating differential pressure across the at least one moving means which allows movement of the at least one moving means from an original position of the at least one moving means in the at least one waste transport conduit to the at least one collection station or the at least one collection conduit; ii) controlling the at least one moving means to be returned to the original position wherein the at least one moving means is returned to the original position by generating differential pressure across the at least one moving means which creates movement of the at least one moving means from the at least one collection station or the at least one collection conduit to the original position. i) using at least one moving means in the at least one waste transport conduit to push the solid waste through the at least one waste transport conduit to the at least one collection conduit or at least one collection station, wherein the at least one moving means is urged to push and move the solid waste by generating differential pressure across the at least one moving means which allows movement of the at least one moving means from an original position of the at least one moving means in the at least one waste transport conduit to the at least one collection station or the at least one collection conduit; ii) controlling the at least one moving means to be returned to the original position wherein the at least one moving means is returned to the original position by generating differential pressure across the at least one moving means which creates movement of the at least one moving means from the at least one collection station or the at least one collection conduit to the original position.
A roll holder (10, 100), in particular a paper towel roll holder, comprising a base section such as a pedestal with a first hollow-cylindrical body emanating therefrom with an aperture at a distance from the bottom section, and a first element movable inside the first body along its longitudinal axis and subjected to a force in the direction of the aperture, and which on the aperture side has or is connected to a second element such as a handle having an underside preferably conically tapering at least in some areas in the direction of the first body and facing the latter, wherein a sleeve, such as a core of a paper towel roll, surrounding the first body is fixable when a force is acting on the second element in the direction of the base section, and rotatable about the first body when there is no force acting on it, characterized in that the first body is, starting from the edge of the aperture, longitudinally slotted such that during movement of the second element in the direction of the base section and interaction of the underside with the first body the latter widens in circumference.
An optical imaging detector comprising at least one photo detector and at least one micro-lens array with a plurality of micro-lenses for fluorescence and bioluminescence imaging of an imaged object, characterized in that the plurality of micro lenses of the at least one micro-lens array are arranged to collimate light emitted from the imaged object, in that an optical multi-hole collimator is arranged in front or behind of each micro-lens array with the purpose of averting light cross-talk between individual micro-lens detector pairs and in that each photo detector is positioned at a focal plane of one of the micro-lens arrays (10, 21).
Method for handling loads (6, 7) with a load handling device connected to a loader, which load handling device comprises at least two arms (3a, 3b) with contact surfaces (4a, 4b) for contacting substantially opposite side surfaces of a load and wherein at least one of the at least two arms is movable in relation to the other arm for obtaining the clamping and release operations for the load, wherein when the load (6, 7) is clamped between the contact surfaces (4a, 4b) the distance and/or position of the arms (3a, 3b) in relation to each other or in relation to the handled load is defined, characterized in that during releasing of the load the movement and/or position of the arms in relation to each other or in relation to the handled load is measured, and once defined distance and/or position between the arms or in relation to the handled load is reached, a signal indicating safe movement of the loader is issued.
A method of controlling arc welding with a consumable electrode, the method being characterised by: repeating following periods in sequence: a short-circuit welding period (Ts) to perform short-circuit arc welding; a pulse welding period (Tp) to perform pulse welding; and a cooling period (Tn), in which a welding current output is zero. a short-circuit welding period (Ts) to perform short-circuit arc welding; a pulse welding period (Tp) to perform pulse welding; and a cooling period (Tn), in which a welding current output is zero.
An automated luminaire, comprising: a head comprising a light source, wherein the head is rotatable about a tilt axis and about a pan axis; a first pan absolute encoder; a second pan absolute encoder; a controller configured to determine a pan position of the head, wherein the controller is configured to determine the pan position of the head based on first rotational position information received from the first pan absolute encoder and second rotational position information received from the second pan absolute encoder, wherein the controller is configured to determine whether the pan position of the head is more than 360 degrees from a reference pan position; and a drive pulley and a driven pulley that are connected by a belt, wherein a ratio of the driven pulley to the drive pulley is a non-integer number, wherein the first pan absolute encoder is located at the drive pulley, and wherein the second pan absolute encoder is located at the driven pulley. a head comprising a light source, wherein the head is rotatable about a tilt axis and about a pan axis; a first pan absolute encoder; a second pan absolute encoder; a controller configured to determine a pan position of the head, wherein the controller is configured to determine the pan position of the head based on first rotational position information received from the first pan absolute encoder and second rotational position information received from the second pan absolute encoder, wherein the controller is configured to determine whether the pan position of the head is more than 360 degrees from a reference pan position; and a drive pulley and a driven pulley that are connected by a belt, wherein a ratio of the driven pulley to the drive pulley is a non-integer number, wherein the first pan absolute encoder is located at the drive pulley, and wherein the second pan absolute encoder is located at the driven pulley.
A digital processor including a data file, the data file comprising: a data port; an address port; at least one read/write port configured to receive a read/write control signal to indicate whether the data file should be read or written; a plurality of entries each entry having an address and partitioned into a plurality of fields; and a plurality of enable ports, wherein said plurality of fields are each configured to have a number of data bits selected to accomodate a plurality of different data bit data types, and the enable ports are adapted to enable one or more of the fields for each address, wherein the number of said one or more enabled fields is only the number of fields necessary for a selected data type. a data port; an address port; at least one read/write port configured to receive a read/write control signal to indicate whether the data file should be read or written; a plurality of entries each entry having an address and partitioned into a plurality of fields; and a plurality of enable ports, wherein said plurality of fields are each configured to have a number of data bits selected to accomodate a plurality of different data bit data types, and the enable ports are adapted to enable one or more of the fields for each address, wherein the number of said one or more enabled fields is only the number of fields necessary for a selected data type.
A split-ring resonator (11, 21 31, 41, 81, 91) comprising a first ground terminal (14, 44) which is separated from a ground pattern of the split-ring resonator, wherein the first ground terminal is electrically connected with the ground pattern via soldering, characterized in that the first ground terminal is located on a side from a straight-line L where a split of the split-ring resonator exists; on the straight-line L, a point C exists, the point C being a center of a ring of the split-ring resonator; and the straight-line L is perpendicular to a line segment m, which connects the point C and the split to each other. the first ground terminal is electrically connected with the ground pattern via soldering, characterized in that the first ground terminal is located on a side from a straight-line L where a split of the split-ring resonator exists; on the straight-line L, a point C exists, the point C being a center of a ring of the split-ring resonator; and the straight-line L is perpendicular to a line segment m, which connects the point C and the split to each other.
A method for laying down and tensioning an impermeable cover comprising a number of geostrips in elastically yielding synthetic material, on a surface (12, 13) of a hydraulic work in loose material, comprising the steps of: excavating a plurality of spaced apart trenches which extend in one direction on the surface and into the soil (12, 13) of the hydraulic work; shaping the individual trenches with a regularly finished surface suitable to come in contact with the geostrips; and laying down the geostrips, in an unfolded and in a contact condition with the surface (12, 13) of the hydraulic work, overlapping opposite edges of adjacent geostrips, and ballasting the geostrips into the trenches by ballasting material (22, 22A); characterised by excavating said plurality of trenches comprising first and second sets (14A, 14B) of alternate trenches; sealingly connecting the overlapped edges of a plurality of geostrips and, while laying down the plurality of geostrips, maintaining a bridging disposition of the geostrips on the trenches; pushing the geostrips to penetrate into the cavities of a first set of trenches, blocking them by a first ballasting material; and subsequently tensioning the geostrips, pushing them into the cavities of a second set of trenches, blocking them in a taut condition by a second ballasting material. excavating a plurality of spaced apart trenches which extend in one direction on the surface and into the soil (12, 13) of the hydraulic work; shaping the individual trenches with a regularly finished surface suitable to come in contact with the geostrips; and laying down the geostrips, in an unfolded and in a contact condition with the surface (12, 13) of the hydraulic work, overlapping opposite edges of adjacent geostrips, and ballasting the geostrips into the trenches by ballasting material (22, 22A); characterised by excavating said plurality of trenches comprising first and second sets (14A, 14B) of alternate trenches; sealingly connecting the overlapped edges of a plurality of geostrips and, while laying down the plurality of geostrips, maintaining a bridging disposition of the geostrips on the trenches; pushing the geostrips to penetrate into the cavities of a first set of trenches, blocking them by a first ballasting material; and subsequently tensioning the geostrips, pushing them into the cavities of a second set of trenches, blocking them in a taut condition by a second ballasting material.
Redirecting device for mm-waves, comprising an input section, an output section, and a rigid, dielectric waveguide member extending from the input section to the output section, wherein the input section and the output section are at 90 degrees to each other, wherein the redirecting device comprises a support structure for supporting the waveguide member, wherein the redirecting device is a monolithically moulded piece, and a part (61, 62) of the support structure extending away from the waveguide member tapers towards the waveguide member.
A rear vehicle body structure comprising: a right and left pair of frame members extending substantially in a front-rear direction in a rear part of a vehicle body and having a damper supporting part which is located at an intermediate part in the front-rear direction of each of the frame members and to which a damper provided in a rear suspension is mounted from below; a rear wheel well provided adjacent to and on an outer side in a vehicle width direction of each of the frame members; a rear floor extending inward in the vehicle width direction from inner ends in the vehicle width direction of the frame members; a cross member (15, 16) that is provided on an upper surface of the rear floor and connects the right and left pair of frame members to each other in the vehicle width direction on a front side of the damper supporting part; and a front side reinforcement provided along a vehicle cabin inner side of each of the rear wheel wells and extending substantially in an up-down direction on the front side of the damper supporting part, wherein the rear vehicle body structure further comprises a reinforcing member mounted on each of the frame members and having a reinforcing member main body that reinforces the damper supporting part and a reinforcing member coupling part that couples together at least a part of the cross member (15, 16) and the front side reinforcement. a right and left pair of frame members extending substantially in a front-rear direction in a rear part of a vehicle body and having a damper supporting part which is located at an intermediate part in the front-rear direction of each of the frame members and to which a damper provided in a rear suspension is mounted from below; a rear wheel well provided adjacent to and on an outer side in a vehicle width direction of each of the frame members; a rear floor extending inward in the vehicle width direction from inner ends in the vehicle width direction of the frame members; a cross member (15, 16) that is provided on an upper surface of the rear floor and connects the right and left pair of frame members to each other in the vehicle width direction on a front side of the damper supporting part; and a front side reinforcement provided along a vehicle cabin inner side of each of the rear wheel wells and extending substantially in an up-down direction on the front side of the damper supporting part, wherein the rear vehicle body structure further comprises a reinforcing member mounted on each of the frame members and having a reinforcing member main body that reinforces the damper supporting part and a reinforcing member coupling part that couples together at least a part of the cross member (15, 16) and the front side reinforcement.
A method at a first metadata client access device, the method comprising: acquiring metadata information sent by a first client device, the metadata information including data replication progress information of the first client device corresponding to database data information that is replicated to the first client device; sending the metadata information to a first metadata transmission node device in a metadata transmission channel; acquiring to-be-forwarded data information sent by the first metadata transmission node device; and pushing the to-be-forwarded data information to the first client device, the to-be-forwarded data information including data replication progress information of a second client device corresponding to database data information from the first client device that is replicated to the second client device; the method further comprising: sending, when the first metadata transmission node device fails, a first node device configuration request to a device equipped with a protocol for globally distributed consensus, to acquire an updated first metadata transmission node device by deleting the first metadata transmission node device from the metadata transmission channel, and adding another metadata transmission node device whose current node state is a healthy state to the metadata transmission channel. acquiring metadata information sent by a first client device, the metadata information including data replication progress information of the first client device corresponding to database data information that is replicated to the first client device; sending the metadata information to a first metadata transmission node device in a metadata transmission channel; acquiring to-be-forwarded data information sent by the first metadata transmission node device; and pushing the to-be-forwarded data information to the first client device, the to-be-forwarded data information including data replication progress information of a second client device corresponding to database data information from the first client device that is replicated to the second client device; the method further comprising: sending, when the first metadata transmission node device fails, a first node device configuration request to a device equipped with a protocol for globally distributed consensus, to acquire an updated first metadata transmission node device by deleting the first metadata transmission node device from the metadata transmission channel, and adding another metadata transmission node device whose current node state is a healthy state to the metadata transmission channel.
Method for creating an imprint representing a predefined pattern on an article comprising a body formed by several layers (26, 28, 30A, 30B, 32A, 32B), said body being made of a first material at a first thermal expansion coefficient, characterized in that the method comprises: a step of incorporation in the body of a piece made from a second material at a second thermal expansion coefficient, less than the first coefficient, the piece being interspersed between two layers (26, 28, 30A, 30B, 32A, 32B) of the body, - a step of heating the article to a predefined temperature to induce expansion of the materials and a lamination step during which a pressure is simultaneously exerted on the body from either side of the faces of the body to induce the first material making up the layers 26, 28, 30A, 30B, 32A, 32B) to flow around piece 22, and then - a step of cooling the article to induce shrinkage of the materials generating mechanical stress that causes the article to deform, the piece being shaped so that the deformation generated corresponds to the predefined pattern, said imprint forming a relief. a step of incorporation in the body of a piece made from a second material at a second thermal expansion coefficient, less than the first coefficient, the piece being interspersed between two layers (26, 28, 30A, 30B, 32A, 32B) of the body, - a step of heating the article to a predefined temperature to induce expansion of the materials and a lamination step during which a pressure is simultaneously exerted on the body from either side of the faces of the body to induce the first material making up the layers 26, 28, 30A, 30B, 32A, 32B) to flow around piece 22, and then - a step of cooling the article to induce shrinkage of the materials generating mechanical stress that causes the article to deform, the piece being shaped so that the deformation generated corresponds to the predefined pattern, said imprint forming a relief. - a step of heating the article to a predefined temperature to induce expansion of the materials and a lamination step during which a pressure is simultaneously exerted on the body from either side of the faces of the body to induce the first material making up the layers 26, 28, 30A, 30B, 32A, 32B) to flow around piece 22, and then - a step of cooling the article to induce shrinkage of the materials generating mechanical stress that causes the article to deform, the piece being shaped so that the deformation generated corresponds to the predefined pattern, said imprint forming a relief.