mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving media data, comprising: receiving a media presentation description, MPD, file that includes an essential property descriptor for session-based dynamic adaptive streaming over hypertext transfer protocol, DASH, the essential property descriptor indicating a session-based description, SBD, file and including a set of keys for a part of a uniform resource locator, URL, that is used for receiving the media data; determining a respective value for each of the set of keys based on whether the respective value is included in the SBD file; and modifying the URL based on the set of keys and the determined values; wherein the part of the URL is one of a plurality of parts of the URL, the essential property descriptor includes a first flag indicating whether a full match of all the parts of the URL is required, and the method further comprises: determining that the URL is not to be modified based on at least one part of the URL not being modified and the first flag indicating that the full match of all parts of the URL is required; and determining that the URL is to be modified based on the at least one part of the URL being modified and the first flag indicating that the full match of all parts of the URL is not required. receiving a media presentation description, MPD, file that includes an essential property descriptor for session-based dynamic adaptive streaming over hypertext transfer protocol, DASH, the essential property descriptor indicating a session-based description, SBD, file and including a set of keys for a part of a uniform resource locator, URL, that is used for receiving the media data; determining a respective value for each of the set of keys based on whether the respective value is included in the SBD file; and modifying the URL based on the set of keys and the determined values; wherein the part of the URL is one of a plurality of parts of the URL, the essential property descriptor includes a first flag indicating whether a full match of all the parts of the URL is required, and the method further comprises: determining that the URL is not to be modified based on at least one part of the URL not being modified and the first flag indicating that the full match of all parts of the URL is required; and determining that the URL is to be modified based on the at least one part of the URL being modified and the first flag indicating that the full match of all parts of the URL is not required. determining that the URL is not to be modified based on at least one part of the URL not being modified and the first flag indicating that the full match of all parts of the URL is required; and determining that the URL is to be modified based on the at least one part of the URL being modified and the first flag indicating that the full match of all parts of the URL is not required.
A method comprising: collecting at least one Mobile Station (206, 208, 210), MS Medium Access Control, MAC Packet Data Units, PDUs, associated with at least one Mobile Station (206, 208, 210); generating at least one MS station identifier, STID sub-header, MSID-SH, indicating for each MS MAC PDU, MPDU (411, 413, 414, 416, 611, 614, 711, 713, 714, 716) a MS STID that is associated with the respective MPDU; characterized in that the method further comprises: packing the MSID-SH and the at least one of MPDU into a single Relay MAC PDU, RPDU; and wirelessly transmitting the RPDU. collecting at least one Mobile Station (206, 208, 210), MS Medium Access Control, MAC Packet Data Units, PDUs, associated with at least one Mobile Station (206, 208, 210); generating at least one MS station identifier, STID sub-header, MSID-SH, indicating for each MS MAC PDU, MPDU (411, 413, 414, 416, 611, 614, 711, 713, 714, 716) a MS STID that is associated with the respective MPDU; characterized in that the method further comprises: packing the MSID-SH and the at least one of MPDU into a single Relay MAC PDU, RPDU; and wirelessly transmitting the RPDU. packing the MSID-SH and the at least one of MPDU into a single Relay MAC PDU, RPDU; and wirelessly transmitting the RPDU.
An imaging system comprising a camera, the camera comprising: a frame extending from a first frame end to a second frame end opposite the first frame end, the frame comprising an aperture extending from the first frame end to the second frame end, the first frame end comprising a first edge around the aperture and the second frame end comprising a second edge around the aperture; a lens shuttle housed within the aperture suspended by a first flex member (102, 401, 501) and a second flex member (103, 401, 501), the lens shuttle having a first body end and a second body end, the lens shuttle fit to house a lens assembly with a lens, the lens of the lens assembly oriented toward the first body end; the first flex member (102, 401, 501) coupling the lens shuttle to the frame, the first flex member (102, 401, 501) coupled to the first frame end and the first body end; the second flex member (103, 401, 501) coupling the lens shuttle to the frame, the second flex member (103, 401, 501) coupled to the second frame end and the second body end; the imaging system further comprising a shuttle driver configured to articulate the lens shuttle housed within the aperture and configured to flex the first flex member (102, 401, 501) and second flex member (103, 401, 501) a defined flex distance, the imaging system being characterised in that the shuttle driver comprises a cam driven by a stepper motor. a frame extending from a first frame end to a second frame end opposite the first frame end, the frame comprising an aperture extending from the first frame end to the second frame end, the first frame end comprising a first edge around the aperture and the second frame end comprising a second edge around the aperture; a lens shuttle housed within the aperture suspended by a first flex member (102, 401, 501) and a second flex member (103, 401, 501), the lens shuttle having a first body end and a second body end, the lens shuttle fit to house a lens assembly with a lens, the lens of the lens assembly oriented toward the first body end; the first flex member (102, 401, 501) coupling the lens shuttle to the frame, the first flex member (102, 401, 501) coupled to the first frame end and the first body end; the second flex member (103, 401, 501) coupling the lens shuttle to the frame, the second flex member (103, 401, 501) coupled to the second frame end and the second body end; the imaging system further comprising a shuttle driver configured to articulate the lens shuttle housed within the aperture and configured to flex the first flex member (102, 401, 501) and second flex member (103, 401, 501) a defined flex distance, the imaging system being characterised in that the shuttle driver comprises a cam driven by a stepper motor.
Method for adjusting a driving speed of a motor vehicle on a route, a control apparatus of the motor vehicle adjusting the driving speed depending on an operating position of a pedal apparatus of the motor vehicle that can be operated by a driver, which operating position is delimited by two extreme positions (15, 16), the control apparatus detecting the operating position of the pedal apparatus and, depending on the detected operating position, determining, at least in a predetermined driving mode, a target driving speed corresponding to the relevant operating position, and the control apparatus adjusting, by means of a closed-loop control system, the driving speed corresponding to the relevant target driving speed irrespective of a current property (17, 18) of the route, as long as the relevant operating position is detected, and the target driving speed being determined by the operating position of the pedal apparatus in combination with a predetermined characteristic pedal curve (20, 21) of the pedal apparatus, characterized in that the predetermined characteristic pedal curve (20, 21) can be adapted to a relevant driving situation.
An aqueous composition for manufacture of hard capsules, characterized in that it comprises, in an aqueous solvent, 15-25% by weight, based on the total weight of the aqueous composition, of a hydroxypropyl methyl cellulose (HPMC) having a methoxy content of 27.0 - 30.0% (w/w), a hydroxypropoxy content of about 6% (w/w) and a viscosity of 3.5 - 6.0 mPa•s as a 2% weight solution in water at 20°C, and wherein the composition is free of gelling system and has a gelling temperature of between 30°C and 40°C.
A communication distribution unit, containing at least one power switch, said communication distribution unit comprising for an at least one consumer a power switch based on a semiconductor design to switch on and off output lines for the at least one consumer and the power switch comprises at least one switching module comprising semiconductor switch and a control unit that controls the semiconductor switch and that communicates via an isolated interface with a bus characterized in that said semiconductor switch is based on a MOSFET semiconductor design, wherein the semiconductor switch of each power switching module is a semiconductor device which based on its controllable resistance allows to set low value currents in addition to the on/off-function, and the output lines comprise a voltage measuring device and/or a current measuring device downstream the semiconductor switch.
Compressible soft seal comprising a core consisting of a mineral fibre board and functional outer layers in the form of an ablative and/or intumescent coating on at least one of the large surfaces of the mineral fibre board, characterised in that the mineral fibres of the mineral fibre board are arranged substantially parallel to one another and perpendicularly to the plane of the large surfaces of the mineral fibre board, that the mineral fibre board has a density of less than 100 kg/m 3 and that the functional outer layers are formed of a composite-forming carrier containing ablative and/or intumescent additives in which the ends of the mineral fibres are embedded.
Positive displacement machine which is an oil-free screw compressor or an oil-free screw expander, for displacing a gaseous or liquid medium, the machine containing an element with at least one inlet and at least one outlet for the medium and at least two cooperating driven moving parts (4a, 4b), whereby the mutual periodic movement of the moving parts (4a, 4b) displaces the medium from the inlet to the outlet, characterised in that each of the at least two driven cooperating moving parts (4a, 4b) is provided with its own individual drive (20a, 20b), wherein the power required to displace the medium with a given flow rate at a given pressure with the positive displacement machine is supplied by the two individual drives, each with a smaller power than the total power required, and that the element is provided with a kinematic synchronisation coupling between the at least two cooperating moving parts (4a, 4b) for the mutual kinematic synchronisation of their movements, wherein the machine is provided with a synchronisation controller to mutually synchronise the individual drives (20a, 20b).
Piece of furniture (1, 1') having a body (2, 2') on which at least one door (7, 7') is movably mounted at an opening, and at least one pushing element is displaceably mounted on the body (2, 2'), wherein the at least one door (7, 7') can be pivoted from a closed position at least partially covering the opening via a pivoting device into a first opening position, wherein the at least one door (7, 7') is displaceable from the first opening position into a second opening position and by means of at least one transmission device the pushing element (9, 9', 90) is movable out in an opening direction by the displacement of the door (7, 7'), characterized in that a coffee machine or a toaster is provided on the pushing element (9, 9', 90).
A system comprising a beverage dispensing machine and at least one exchangeable supply pack comprising a doser (11;31) and a product to be supplied in the operation of the system, said system comprising one or more detection means for at least automatic detection of the product in the exchangeable supply pack said means comprising: a first interface (13; 73) for incorporation in a machine; a second interface (11; 31) on the doser of the exchangeable supply pack, operatively connectable to the first interface; a transmitter (3; 57) on the first interface for emitting radiation; and a first detector (5; 69) on the first interface for detecting presence of product in the exchangeable supply pack, characterized in that presence of the exchangeable supply pack can be automatically detected by the system further comprising a second detector (7; 75) on the first interface for detecting presence of the exchangeable supply pack; wherein the second interface (11; 31) is receivable between the transmitter (3; 57) and both the first and second detectors (5, 7; 69, 75), to interfere with radiation emitted by the transmitter (3; 57), the second interface (11; 31) comprising a first substantially transparent element (11A;49) which in use is positioned between the transmitter (3; 57) and the first detector (5; 69); and a second substantially opaque element (11B; 77) which in use is positioned between the transmitter (3; 57) and the second detector (7; 75). a first interface (13; 73) for incorporation in a machine; a second interface (11; 31) on the doser of the exchangeable supply pack, operatively connectable to the first interface; a transmitter (3; 57) on the first interface for emitting radiation; and a first detector (5; 69) on the first interface for detecting presence of product in the exchangeable supply pack, characterized in that presence of the exchangeable supply pack can be automatically detected by the system further comprising a second detector (7; 75) on the first interface for detecting presence of the exchangeable supply pack; wherein the second interface (11; 31) is receivable between the transmitter (3; 57) and both the first and second detectors (5, 7; 69, 75), to interfere with radiation emitted by the transmitter (3; 57), the second interface (11; 31) comprising a first substantially transparent element (11A;49) which in use is positioned between the transmitter (3; 57) and the first detector (5; 69); and a second substantially opaque element (11B; 77) which in use is positioned between the transmitter (3; 57) and the second detector (7; 75).
A tire tread comprising a silica bar extending in a tire circumferential direction, wherein an upper part of the silica bar is exposed to a tread so as to contact the road, characterized in that the silica bar comprises silica having different particle sizes disposed in upper and lower parts (121, 122) in a tread thickness direction, wherein silica with a particle diameter of 1.5 to 3.0 μm is present in the upper part of the silica bar, and silica with a particle diameter of 3.5 to 5.0 μm is present in the lower part of the silica bar.
A multilayer laminar element for transferring images to a three-dimensional surface, comprising: - a first gelatin layer with a humidity content less than 10%, which, when moistened, becomes soft and elastic, and - at least a second layer providing a transparent cover of said first layer, said transparent cover being elastic or being able to become elastic due to humidity, and intended for being printed on so that it can receive the printed image to be transferred, - said multilayer laminar element being able to be adhered to a three-dimensional surface by means of an adhesive, with the transparent cover facing and in contact with said three-dimensional surface and said first gelatin layer being removable in the moistened state, after applying the multilayer laminar element to a three-dimensional surface. - a first gelatin layer with a humidity content less than 10%, which, when moistened, becomes soft and elastic, and - at least a second layer providing a transparent cover of said first layer, said transparent cover being elastic or being able to become elastic due to humidity, and intended for being printed on so that it can receive the printed image to be transferred, - said multilayer laminar element being able to be adhered to a three-dimensional surface by means of an adhesive, with the transparent cover facing and in contact with said three-dimensional surface and said first gelatin layer being removable in the moistened state, after applying the multilayer laminar element to a three-dimensional surface.
A system for monitoring a state of production of electric-resistance-welded pipe which monitors a state of welded parts on-line when forming steel plate into a tube shape and welding two ends of the steel plate to produce electric-resistance-welded pipe, said system for monitoring a state of production of electric-resistance-welded pipe characterized by having an imaging means for obtaining an image from light emitted from butting surfaces of said steel plate at said welded parts from an upstream side of said welding process, an analyzing means for analyzing a state of the steel plate at said welded parts in a first measurement area and a second measurement area in a plate thickness direction based on image data obtained by said imaging means, the analyzing means comprising a measurement area setting part adapted to set the first measurement area and the second measurement area, wherein the measurement area setting part is adapted to insert lines matched with the shapes of the inside ends of the tube-shaped steel plate into the image, and detect the intersection of the lines as the position of the inside ends of the butting surfaces, so that the center of the lower end of the first measurement area has the position of the inside end of the butting surfaces on the image and the first measurement area has a longitudinal direction of a length corresponding to the thickness of the steel plate thickness and a horizontal direction of a predetermined length for the butting surfaces becoming a V-shape or an inverted V-shape, or otherwise the butting surfaces not becoming vertical, and the second measurement area includes the first measurement area, and the horizontal direction length of the second measurement area is made longer than the horizontal direction length of the first measurement area to grasp the state of entry of scale to the welded parts from as far away as possible, and wherein the analyzing means is adapted to analyze the state of the steel plate at said welded parts based on brightness information or temperature information of the steel plate in the first measurement area and a differential image based on brightness information or temperature information of the steel plate in the second measurement area, and a displaying means for displaying results of analysis by said analyzing means on a display device.
A suspension and transmission strip (700,900) for use with an elevator system, wherein the strip defines a longitudinal direction and a transverse direction, wherein the strip comprises: a. a first component, wherein the first component (704,904) comprises a composite formed from nonmetallic fiber and a second polymer comprising a thiol-cured epoxy; and b. a second component, wherein the second component (702,902) comprises a first polymer, wherein the second component is configured to surround the first component. a. a first component, wherein the first component (704,904) comprises a composite formed from nonmetallic fiber and a second polymer comprising a thiol-cured epoxy; and b. a second component, wherein the second component (702,902) comprises a first polymer,
A method of retrieving targeted retained data from a database, comprising: receiving a request to access targeted retained data associated with a targeted user, the request including partial search matching criteria associated with the targeted user; accessing a first table, the first table including a plain column having unencrypted identification data associated with a plurality of users, and the first table including an encrypted index column having an encrypted index associated with each of the plurality of users; selecting from the first table at least one encrypted index that corresponds to entries in the plain text column that match the partial search matching criteria; accessing a second table, the second table including a plain index column having unencrypted index associated with each of the plurality of users, and the second table including a retained data column having a plurality of retained data including the targeted retained data; selecting from the second table at least one unencrypted index associated with the at least one selected encrypted index, wherein the unencrypted index is the unencrypted counterpart of the encrypted index; identifying, in the column of retained data, the targeted retained data associated with the at least one selected unencrypted index; and retrieving the targeted retained data from the database. receiving a request to access targeted retained data associated with a targeted user, the request including partial search matching criteria associated with the targeted user; accessing a first table, the first table including a plain column having unencrypted identification data associated with a plurality of users, and the first table including an encrypted index column having an encrypted index associated with each of the plurality of users; selecting from the first table at least one encrypted index that corresponds to entries in the plain text column that match the partial search matching criteria; accessing a second table, the second table including a plain index column having unencrypted index associated with each of the plurality of users, and the second table including a retained data column having a plurality of retained data including the targeted retained data; selecting from the second table at least one unencrypted index associated with the at least one selected encrypted index, wherein the unencrypted index is the unencrypted counterpart of the encrypted index; identifying, in the column of retained data, the targeted retained data associated with the at least one selected unencrypted index; and retrieving the targeted retained data from the database.
A method of switching between master and standby container systems, the method being applied to a first container system deployed in a physical network device and functioning as a master container system, a shared file being created in the physical network device, and application processes running on the master container system being isolated, the method comprising: receiving a system upgrade instruction input by a user; in response to the system upgrade instruction, sending container system data to a designated second container system functioning as a standby container system corresponding to the master container system in the physical network device, wherein the designated second container system is one of one or more second container systems; and upon receiving a data backup completion notification from the designated second container system, writing a master/standby container system switching notification into the shared file, so that the designated second container system switches to function as a new master container system when the one or more second container systems detect the master/standby container system switching notification in the shared file. receiving a system upgrade instruction input by a user; in response to the system upgrade instruction, sending container system data to a designated second container system functioning as a standby container system corresponding to the master container system in the physical network device, wherein the designated second container system is one of one or more second container systems; and upon receiving a data backup completion notification from the designated second container system, writing a master/standby container system switching notification into the shared file, so that the designated second container system switches to function as a new master container system when the one or more second container systems detect the master/standby container system switching notification in the shared file.