mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: an acquisition unit configured to acquire a MPD (Media Presentation Description) file comprising group information of one or more adaptation sets, wherein each of the one or more adaptation sets comprises information suitable for playing 3D object contents generated by volumetric capturing and composed of a plurality of bitstreams, wherein the group information comprises information indicating that the content is the 3D object content, and information for 3D object contents for each of the one or more adaptation sets; a MPD file processing unit configured to select the adaptation sets corresponding to a bitstream used for playing the content based on the MPD file; and a segment file acquisition unit configured to acquire data based on the selected adaptation sets, wherein the group information and each of the one or more adaptation sets includes information indicating a displayable region of the 3D object content. an acquisition unit configured to acquire a MPD (Media Presentation Description) file comprising group information of one or more adaptation sets, wherein each of the one or more adaptation sets comprises information suitable for playing 3D object contents generated by volumetric capturing and composed of a plurality of bitstreams, wherein the group information comprises information indicating that the content is the 3D object content, and information for 3D object contents for each of the one or more adaptation sets; a MPD file processing unit configured to select the adaptation sets corresponding to a bitstream used for playing the content based on the MPD file; and a segment file acquisition unit configured to acquire data based on the selected adaptation sets, wherein the group information and each of the one or more adaptation sets includes information indicating a displayable region of the 3D object content.
A method for controlling message traffic in a communication network, comprising: • controlling a short message traffic by using an ordinary license when the short message traffic is as usual; • judging whether a time of triggering use of a first extended license arrives, wherein the first extended license is added in addition to the ordinary license to cope with an increase of short message traffic; • controlling the short message traffic by using the first extended license if the time of triggering use of the first extended license arrives; • judging whether a time of triggering use of a second extended license arrives, wherein the second extended license is added in addition to the first extended license to cope with a traffic peak of short messages; • controlling the short message traffic by using the second extended license if the time of triggering use of the second extended license arrives; wherein each of the licenses indicates a maximum short message traffic allowed by a Short Message Service Center, SMSC. • controlling a short message traffic by using an ordinary license when the short message traffic is as usual; • judging whether a time of triggering use of a first extended license arrives, wherein the first extended license is added in addition to the ordinary license to cope with an increase of short message traffic; • controlling the short message traffic by using the first extended license if the time of triggering use of the first extended license arrives; • judging whether a time of triggering use of a second extended license arrives, wherein the second extended license is added in addition to the first extended license to cope with a traffic peak of short messages; • controlling the short message traffic by using the second extended license if the time of triggering use of the second extended license arrives;
Mobility training apparatus with a vertical guide and a treatment device guided in this guide for treating muscles M and muscle fasciae of the human body, wherein the treatment device comprises at least one elongate treatment body and is automatically movable upwards and downwards in the guide in the vertical direction by a drive, characterised in that the training apparatus comprises a holding device connected to the vertical guide and having struts, configured such that there is an area between the guide and the struts for a standing user, so that the user can hold on and brace against the struts.
Method to produce an insulating glass unit comprising the following steps: - Forming a first assembly by fastening to a first glass plate an insulating glass unit spacer and, apart from said insulating glass unit spacer, an edge element comprising at least one through hole, said edge element being fastened with the help of one of an immediate tack and green strength adhesive or a compressible adhesive seal; - Fastening by pressing a second glass plate to said first assembly, said second glass plate being fastened to the insulating glass unit spacer and to the edge element, said edge element being fastened thanks to the other one of an immediate tack and green strength adhesive or a compressible adhesive seal; - Injecting a structural sealant into said at least one through hole of said edge element to fill up the space between the insulating glass unit spacer and the edge element. - Forming a first assembly by fastening to a first glass plate an insulating glass unit spacer and, apart from said insulating glass unit spacer, an edge element comprising at least one through hole, said edge element being fastened with the help of one of an immediate tack and green strength adhesive or a compressible adhesive seal; - Fastening by pressing a second glass plate to said first assembly, said second glass plate being fastened to the insulating glass unit spacer and to the edge element, said edge element being fastened thanks to the other one of an immediate tack and green strength adhesive or a compressible adhesive seal; - Injecting a structural sealant into said at least one through hole of said edge element to fill up the space between the insulating glass unit spacer and the edge element.
Heat exchanger, at least partly cast from metal, comprising at least one casting hole, closed off by a plug, wherein the plug is glued or bonded into the casting hole, by glue or bonding agent, characterised in that the plug has an end and comprises at least one peripheral ridge, wherein the glue or bonding agent extends between the plug and the exchanger, at least between the ridge and the end and/or between two ridges, the agent providing or aiding at least part of a seal sealing off the casting hole.
A protective device for an elongate catheter carrying a functional element on a distal end portion of the catheter, the protective device comprising - a protector designed to be arranged on the distal end portion of the catheter so that the functional element is surrounded by the protector, and - a protective sleeve surrounding an interior for receiving the catheter and the protector arranged thereon, characterised in that the protective sleeve has at least one projection on an inner side of the protective sleeve facing the interior of the protective sleeve, which projection is designed to retain the protector when the catheter together with the protector is arranged in the interior of the protective sleeve and the catheter is withdrawn from the protective sleeve so that the protector is pulled off the distal end portion of the catheter. - a protector designed to be arranged on the distal end portion of the catheter so that the functional element is surrounded by the protector, and - a protective sleeve surrounding an interior for receiving the catheter and the protector arranged thereon,
A display device, comprising: a display module that is foldable about a first folding axis and a second folding axis, the first folding axis and the second folding axis being spaced apart from each other along a first direction and extended in a second direction crossing the first direction; and a digitizer module below the display module, wherein the digitizer module comprises: a plurality of first electrodes extended in the first direction and arranged along the second direction; and a plurality of second electrodes extended in the second direction and arranged along the first direction, the second electrodes being insulated from the first electrodes, and wherein the plurality of first electrodes comprises: a plurality of first sub-electrodes overlapped with the first folding axis; and a plurality of second sub-electrodes overlapped with the second folding axis, the second sub-electrodes being at a different layer from the first sub-electrodes. a display module that is foldable about a first folding axis and a second folding axis, the first folding axis and the second folding axis being spaced apart from each other along a first direction and extended in a second direction crossing the first direction; and a digitizer module below the display module, wherein the digitizer module comprises: a plurality of first electrodes extended in the first direction and arranged along the second direction; and a plurality of second electrodes extended in the second direction and arranged along the first direction, the second electrodes being insulated from the first electrodes, and wherein the plurality of first electrodes comprises: a plurality of first sub-electrodes overlapped with the first folding axis; and a plurality of second sub-electrodes overlapped with the second folding axis, the second sub-electrodes being at a different layer from the first sub-electrodes.
A communication apparatus comprising: a sending unit configured to send, in order to cause a plurality of communication apparatuses other than the communication apparatus to send data in one or more communication channels (300-1, 300-2, 300-3, 300-4), a trigger frame including information of a plurality of resource units splitting the one or more communication channels in a frequency domain; and a receiving unit configured to receive data from the plurality of communication apparatuses having responded to the trigger frame sent by the sending unit, wherein the trigger frame includes, for each of the plurality of resource units, information indicating an access category specified in the IE E E 802.11 series standard, and wherein the trigger frame is a trigger frame compliant with the IEEE802.11ax standard. a sending unit configured to send, in order to cause a plurality of communication apparatuses other than the communication apparatus to send data in one or more communication channels (300-1, 300-2, 300-3, 300-4), a trigger frame including information of a plurality of resource units splitting the one or more communication channels in a frequency domain; and a receiving unit configured to receive data from the plurality of communication apparatuses having responded to the trigger frame sent by the sending unit, wherein the trigger frame includes, for each of the plurality of resource units, information indicating an access category specified in the IE E E 802.11 series standard, and wherein the trigger frame is a trigger frame compliant with the IEEE802.11ax standard.
A method for transmitting and receiving signals between a first device-to-device, D2D, and a second D2D device in a wireless communication system comprising two or more component carriers, the method comprising: determining, by the first device, a component carrier among the two or more component carriers; transmitting, by the first device, a first discovery signal on the determined component carrier; and detecting and receiving, by the first device, a second discovery signal on the determined component carrier from the second device; wherein the determining is based on one of a frequency band of the two or more component carriers, a device ID, a measurement result and a service type, and wherein the first discovery signal includes information for a carrier component, wherein the information for the carrier component is related to one of a component carrier for D2D communication, a component carrier that is used by a device transmitting the discovery signal for performing communication with a base station, and a component carrier that is to be avoided for usage in D2D communication. determining, by the first device, a component carrier among the two or more component carriers; transmitting, by the first device, a first discovery signal on the determined component carrier; and detecting and receiving, by the first device, a second discovery signal on the determined component carrier from the second device; wherein the determining is based on one of a frequency band of the two or more component carriers, a device ID, a measurement result and a service type, and wherein the first discovery signal includes information for a carrier component, wherein the information for the carrier component is related to one of a component carrier for D2D communication, a component carrier that is used by a device transmitting the discovery signal for performing communication with a base station, and a component carrier that is to be avoided for usage in D2D communication.
Process for producing polymer-functionalized filler particles, characterized by the following steps at least: - binding a Diels-Alder control agent for controlled free-radical polymerization to the surface of a filler particle, wherein the R group of the RAFT agent becomes bound to the surface of a filler particle via an R1 group, wherein R1 is at least one Diels-Alder-reactive functionality, wherein the filler particles are particles of carbon black, wherein the control agent for controlled free-radical polymerization is selected from the group of trithiocarbonates, and - then performing a controlled free-radical polymerization of monomers using the control agent bound to the filler particle. - binding a Diels-Alder control agent for controlled free-radical polymerization to the surface of a filler particle, wherein the R group of the RAFT agent becomes bound to the surface of a filler particle via an R1 group, wherein R1 is at least one Diels-Alder-reactive functionality, wherein the filler particles are particles of carbon black, wherein the control agent for controlled free-radical polymerization is selected from the group of trithiocarbonates, and - then performing a controlled free-radical polymerization of monomers using the control agent bound to the filler particle.
An intrinsically safe remote data monitoring system comprising: a process control computer or computer system that monitors or controls the controlled process, and a remote monitoring computer or computer system that remotely monitors the process control computer or computer system, and the intrinsically safe remote data monitoring system further comprises a signal collecting device or system physically connected with the process control computer or computer system with no network connection therebetween, for acquiring data signal from the process control computer or computer system, and a local monitoring computer or computer system connected with the signal collecting device or system, wherein the local monitoring computer or computer system is connected with the remote monitoring computer or computer system through network, the signal collecting device or system is an image or video collecting device, the image or video collecting device is a camera for shooting data video image shown on the display of the process control computer, or a video collecting device for acquiring the video signal from the display of the process control computer, and is characterized in that: the video or image signal of the acquired data is converted into an image or video format file, then the image or video format file is converted into text format data or floating-point format data by recognizing characters and numbers by means of the Optical Character Recognition technique OCR, and the local monitoring computer sends the data to the remote monitoring computer for monitoring through a network data transmission system.
An aqueous binder composition comprising: (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, or ammonium salts; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component (c). (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, or ammonium salts; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component (c).
A food or beverage packaging container coated on the interior with a coating composition, the coating composition comprising: a crosslinkable polyester-polyurethane polymer having at least two carbamate sites and a glass transition temperature of at least 50°C; a crosslinker; and at least one adjuvant selected from the group consisting of carriers, lubricants, pigments, rheological control agents, and flow control agents. a crosslinkable polyester-polyurethane polymer having at least two carbamate sites and a glass transition temperature of at least 50°C; a crosslinker; and at least one adjuvant selected from the group consisting of carriers, lubricants, pigments, rheological control agents, and flow control agents.
Tool unit with at least one spindle located in a housing and configured to be driven, the spindle having a tool holder with an integrated eccentric clamp, the eccentric clamp having an eccentric shaft carrying an actuating adapter on at least one end of the shaft, characterized by - the housing having therein an actuating subassembly with at least one holding element, at least one actuating element and at least one return spring, - the actuating element being mounted in housing and/or in holding element for pivoting and longitudinally adjustable movement, - the pivoting axis of eccentric shaft lying at least approximately in a plane in which the centre line of actuating element lies as well and - the actuating element having in the interior of the housing on its end face a structure suited for coupling to actuating adapter when spindle is at a standstill. - the housing having therein an actuating subassembly with at least one holding element, at least one actuating element and at least one return spring, - the actuating element being mounted in housing and/or in holding element for pivoting and longitudinally adjustable movement, - the pivoting axis of eccentric shaft lying at least approximately in a plane in which the centre line of actuating element lies as well and - the actuating element having in the interior of the housing on its end face a structure suited for coupling to actuating adapter when spindle is at a standstill.
Use of a photosensitizer composition in the manufacture of a medicament for inhibiting at least one Gram-negative bacterial cell during photodynamic therapy comprising: providing a photosensitizer composition having a phenothiazine in a reduced state wherein the phenothiazine in the reduced state has lost a degree of color and at least 10% of optical density compared to the phenothiazine in a photoactive state; applying the photosensitizer composition to a substrate containing the at least one Gram-negative bacterial cell such that the phenothiazine in the a reduced state associates with at least one of the following: bacterial membrane structure of the at least one Gram-negative bacterial cell, intracellular environment of the at least one Gram-negative bacterial cell, and a combination thereof, and becomes oxidized to the photoactive state; and exposing the phenothiazine to light at a wavelength absorbed by the phenothiazine so that the phenothiazine at least assists in inhibiting the at least one Gram-negative bacterial cell. providing a photosensitizer composition having a phenothiazine in a reduced state wherein the phenothiazine in the reduced state has lost a degree of color and at least 10% of optical density compared to the phenothiazine in a photoactive state; applying the photosensitizer composition to a substrate containing the at least one Gram-negative bacterial cell such that the phenothiazine in the a reduced state associates with at least one of the following: bacterial membrane structure of the at least one Gram-negative bacterial cell, intracellular environment of the at least one Gram-negative bacterial cell, and a combination thereof, and becomes oxidized to the photoactive state; and exposing the phenothiazine to light at a wavelength absorbed by the phenothiazine so that the phenothiazine at least assists in inhibiting the at least one Gram-negative bacterial cell.
Pest trap including: - a support platform of a capture structure; - a hook arranged to hold the capture structure in the "cocked" position; - a lever arranged for moving the hook to release the capture structure when pressure is applied to said lever; - a spring arranged to cause the capture structure to rotate around an axis when released, characterized by the fact that the trap additionally includes - a sensor for detecting the armament or the triggering of the trap; - a sensor for detecting the capture of a pest if the trap is triggered; - a motor arranged to activate means of resetting the trap if no pests are detected in the triggered trap. - a support platform of a capture structure; - a hook arranged to hold the capture structure in the "cocked" position; - a lever arranged for moving the hook to release the capture structure when pressure is applied to said lever; - a spring arranged to cause the capture structure to rotate around an axis when released, characterized by the fact that the trap additionally includes - a sensor for detecting the armament or the triggering of the trap; - a sensor for detecting the capture of a pest if the trap is triggered; - a motor arranged to activate means of resetting the trap if no pests are detected in the triggered trap.