mhurhangee/ep-ind-claims huggingface dataset:
An optical line terminal, hereinafter referred as to OLT, coupled to a plurality of optical network units, hereinafter referred as to ONUs, through a passive optical network, hereinafter referred as to PON, said OLT comprising: a transceiver configured to communicate via a management channel of a communication network with a plurality of OLTs, wherein said communication includes sending or receiving a notification, wherein said notification comprises information, said information including: a source OLT identifier associated with a source OLT sending said notification, wherein said source OLT is configured to communicate over a first channel at a first wavelength of said PON; a destination OLT identifier associated with a destination OLT receiving said notification, wherein said destination OLT is configured to communicate over a second channel at a second wavelength of said PON; and an ONU identifier associated with a first ONU associated with said notification, said OLT configured to send a tune wavelength message notification to said first ONU over said first channel of said PON instructing said first ONU to tune to said second channel, wherein said tune wavelength message comprises said information. a source OLT identifier associated with a source OLT sending said notification, wherein said source OLT is configured to communicate over a first channel at a first wavelength of said PON; a destination OLT identifier associated with a destination OLT receiving said notification, wherein said destination OLT is configured to communicate over a second channel at a second wavelength of said PON; and an ONU identifier associated with a first ONU associated with said notification, said OLT configured to send a tune wavelength message notification to said first ONU over said first channel of said PON instructing said first ONU to tune to said second channel, wherein said tune wavelength message comprises said information.
Arrangement of a valve and a valve block for connection to an oil separator of a refrigeration circuit, comprising a solid body with an inlet opening and an outlet opening, as well as a first and a second connection opening (14, 15) for the valve, the solid body having a first oil channel which leads from the inlet opening to the first connection opening, and having a second oil channel which leads from the outlet opening to the second connection opening, the valve being arranged on the connection openings (14, 15) in such a way that it connects the two connection openings (14, 15) and controls the flow through the connection, the solid body having a filter opening which intersects the first oil channel and into which a filter is inserted in such a way that it filters the oil flowing through the first oil channel, characterized in that the filter opening has an internal thread into which the filter is screwed. a solid body with an inlet opening and an outlet opening, as well as a first and a second connection opening (14, 15) for the valve, the solid body having a first oil channel which leads from the inlet opening to the first connection opening, and having a second oil channel which leads from the outlet opening to the second connection opening, the valve being arranged on the connection openings (14, 15) in such a way that it connects the two connection openings (14, 15) and controls the flow through the connection, the solid body having a filter opening which intersects the first oil channel and into which a filter is inserted in such a way that it filters the oil flowing through the first oil channel, characterized in that the filter opening has an internal thread into which the filter is screwed.
Use of a compound selected from the group consisting of: 4-bromopropofol, 4-chloropropofol and 4-iodopropofol, and salts thereof; in the manufacture of a medicament for the treatment of pain.
A method of delivering data packets according to sequence numbers during a handover of a mobile device from a second base station to a first base station, the method performed at the first base station in wireless communication network, comprising: receiving signaling related to a last service data unit, SDU, received in-order at the second base station, wherein the signaling related to the last SDU received in-order comprises an index indicative of the last SDU received in-order by the second base station; obtaining one or more subsequent SDUs received from the mobile device at the second base station; and determining one or more missing SDUs numbered between the index indicative of the last SDU received in-order and a highest index of the one or more subsequent SDUs, wherein the signaling related to the last SDU received in-order and the one or more subsequent SDUs are sent from the second base station to the first base station as part of a handover of the mobile device from the second base station to the first base station. receiving signaling related to a last service data unit, SDU, received in-order at the second base station, wherein the signaling related to the last SDU received in-order comprises an index indicative of the last SDU received in-order by the second base station; obtaining one or more subsequent SDUs received from the mobile device at the second base station; and determining one or more missing SDUs numbered between the index indicative of the last SDU received in-order and a highest index of the one or more subsequent SDUs,
A method performed by a mobile device communicatively coupled to a remote computing system, the method comprising: capturing imagery of an area at which the mobile device is located; performing at least one image-based privacy filtering process using the captured imagery to generate filtered imagery; determining a set of spatial features in the filtered imagery; selecting, based on a maximum spatial feature density criterion, only a subset of the set of spatial features for inclusion in an area description file representative of the subset of spatial features; generating the area description file representative of the subset of spatial features; and transmitting the area description file representative of the subset of spatial features to the remote computing system. capturing imagery of an area at which the mobile device is located; performing at least one image-based privacy filtering process using the captured imagery to generate filtered imagery; determining a set of spatial features in the filtered imagery; selecting, based on a maximum spatial feature density criterion, only a subset of the set of spatial features for inclusion in an area description file representative of the subset of spatial features; generating the area description file representative of the subset of spatial features; and transmitting the area description file representative of the subset of spatial features to the remote computing system.
An information processing device, comprising: a memory; a processing unit which operates a virtual machine, an operating system which is executed on the virtual machine, and a hypervisor which controls the virtual machine, and controls relationship between the virtual machine and a physical resource being allocated to the virtual machine; and a control unit which controls the information processing device including the memory and the processing unit, wherein the processing unit manages first information specifying a first memory area used by the hypervisor; pauses the operating system when detecting an error of the hypervisor; notifies the control unit of the first information; stops the hypervisor; allocates a second memory area different from the first memory area specified in the first information to the hypervisor; starts the hypervisor using the second memory area as an available area; starts the operating system, and resumes an application program which is operated on the operating system; and reads data in the first memory area, and writes the data to a file as a dump file of the hypervisor. a memory; a processing unit which operates a virtual machine, an operating system which is executed on the virtual machine, and a hypervisor which controls the virtual machine, and controls relationship between the virtual machine and a physical resource being allocated to the virtual machine; and a control unit which controls the information processing device including the memory and the processing unit, wherein the processing unit manages first information specifying a first memory area used by the hypervisor; pauses the operating system when detecting an error of the hypervisor; notifies the control unit of the first information; stops the hypervisor; allocates a second memory area different from the first memory area specified in the first information to the hypervisor; starts the hypervisor using the second memory area as an available area; starts the operating system, and resumes an application program which is operated on the operating system; and reads data in the first memory area, and writes the data to a file as a dump file of the hypervisor.
Semiconductor arrangement for voltage limiting, comprising a first cover electrode, a heavily p-doped semiconductor layer connected to the first cover electrode, a weakly n-doped semiconductor layer connected to the heavily p-doped semiconductor layer, and a second cover electrode, wherein at least one p-doped semiconductor layer and two highly n-doped semiconductor layers are provided alternately alongside one another between the weakly n-doped semiconductor layer and the second cover electrode, wherein the breakdown voltage is virtually independent of temperature, and the semiconductor arrangement corresponds to a combination of a pn diode with a punch-through diode, and wherein the limiting voltage (UZPT) of the punch-through diode is chosen such that it is always less than the breakdown voltage (UZPN) of the pn diode, wherein a parasitic pnp transistor is formed by the at least one p-doped semiconductor layer, arranged between the weakly n-doped semiconductor layer and the second cover electrode, as emitter, the weakly n-doped semiconductor layer as base and the heavily p-doped semiconductor layer, connected to the first cover electrode, as collector, wherein the breakdown voltage of the parasitic pnp transistor does not fall below the limiting voltage (UZPT) of the punch-through diode by virtue of the fact that the at least one p-doped semiconductor layer arranged between the weakly n-doped semiconductor layer and the second cover electrode and acting as emitter is chosen to be smaller than 0.1 micrometer.
A heat dissipation sheet comprising: a first nanofiber member having a first density; a second nanofiber member attached to the first nanofiber member and having a second density lower than the first density; a heat transfer member positioned on or above the second nanofiber member; and a conductive material coated on at least a portion of the first nanofiber member or the second nanofiber member, wherein at least some of the conductive material penetrates into the first nanofiber member or the second nanofiber member. a first nanofiber member having a first density; a second nanofiber member attached to the first nanofiber member and having a second density lower than the first density; a heat transfer member positioned on or above the second nanofiber member; and a conductive material coated on at least a portion of the first nanofiber member or the second nanofiber member, wherein at least some of the conductive material penetrates into the first nanofiber member or the second nanofiber member.
Steel composition essentially being constituted by: Carbon: 0.28-0.35; Manganese: 0.10-0.30, preferably 0.10-0.20; Silicon: 0.10-0.20; Chromium: 2.80-3.40; Molybdenum: 0.70-1.60, preferably 0.70-1.30; Vanadium: 0.20-0.50, preferably 0.20-0.40; Phosphorus: ≤ 0.005; Nickel: ≤ 0.10; Aluminium: ≤ 0.025, preferably 0.006-0.025; Copper: ≤ 0.10; Arsenic + Antimony + Tin: < 100 ppm; Sulfur: < 10 ppm; Iron: remainder; as weight percentages of the total composition, and also the inevitable impurities. Carbon: 0.28-0.35; Manganese: 0.10-0.30, preferably 0.10-0.20; Silicon: 0.10-0.20; Chromium: 2.80-3.40; Molybdenum: 0.70-1.60, preferably 0.70-1.30; Vanadium: 0.20-0.50, preferably 0.20-0.40; Phosphorus: ≤ 0.005; Nickel: ≤ 0.10; Aluminium: ≤ 0.025, preferably 0.006-0.025; Copper: ≤ 0.10; Arsenic + Antimony + Tin: < 100 ppm; Sulfur: < 10 ppm; Iron: remainder;
A secondary battery (100: 200; 300) configured such that an electrode assembly (110;220; 320) including a positive electrode, a separator, and a negative electrode is housed in a battery case together with an electrolyte solution, wherein the battery case is made of metal, and a conductive layer (151, 152, 153, 154;270) consisting of a conductive epoxy layer is formed on a part or the whole of the inner surface of the battery case coming into contact with the electrolyte solution.
Insulating glazing at least comprising - a first pane, which has, on an inner-side surface at least partially, a coating as well as two busbars for contacting the coating, - a second pane, - a thermoplastic spacer, which extends peripherally around the first and second pane (2, 3) and which has a polymeric main body, two pane contact surfaces (6.1, 6.2), a glazing interior surface, and an outer surface, wherein the first pane rests directly against a first pane contact surface (6.1) of the spacer and the second pane rests directly against a second pane contact surface (6.2) of the spacer, - an interior, which is enclosed between the first and the second pane (2, 3), - an outer interpane space adjacent the outer surface, in which an outer seal is inserted, - an electrical connection element for electrically contacting the coating having an outer and an inner end (17, 18), whose outer end protrudes from the outer seal, wherein the inner end of the connection element and one busbar are electrically connected and are arranged between the spacer and the first pane outside the interior formed peripherally by the spacer. - a first pane, which has, on an inner-side surface at least partially, a coating as well as two busbars for contacting the coating, - a second pane, - a thermoplastic spacer, which extends peripherally around the first and second pane (2, 3) and which has a polymeric main body, two pane contact surfaces (6.1, 6.2), a glazing interior surface, and an outer surface, wherein the first pane rests directly against a first pane contact surface (6.1) of the spacer and the second pane rests directly against a second pane contact surface (6.2) of the spacer, - an interior, which is enclosed between the first and the second pane (2, 3), - an outer interpane space adjacent the outer surface, in which an outer seal is inserted, - an electrical connection element for electrically contacting the coating having an outer and an inner end (17, 18), whose outer end protrudes from the outer seal,
A lost circulation material composition, the composition comprising: a carrier fluid; a particulate material comprising volcanic ash; a viscosifier; and a fibrous material comprising date tree rachis fibers. a carrier fluid; a particulate material comprising volcanic ash; a viscosifier; and a fibrous material comprising date tree rachis fibers.
A recombinant insecticidal polypeptide comprising an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 124 or a biologically active portion thereof having insecticidal activity.
An image processing apparatus comprising: recognition means for performing recognition of products from a captured image; and detection means for detecting, based on store fixture information related to a store fixture in which the products are displayed, a region of a product that is included in the captured image but has not been recognized by the recognition means as being included, the store fixture information comprising positional installation information, wherein the recognition means is configured to perform recognition of products again on the region of the captured image where no product has been recognized, and wherein the detection means is configured to detect again a region of the captured image where no product has been recognized by the recognition means as being included but where a product is included. recognition means for performing recognition of products from a captured image; and detection means for detecting, based on store fixture information related to a store fixture in which the products are displayed, a region of a product that is included in the captured image but has not been recognized by the recognition means as being included, the store fixture information comprising positional installation information, wherein the recognition means is configured to perform recognition of products again on the region of the captured image where no product has been recognized, and wherein the detection means is configured to detect again a region of the captured image where no product has been recognized by the recognition means as being included but where a product is included.
A water supply system for delivering water used for adiabatically cooling air in a heat exchanger, comprising: a water softener configured to receive water from a water source; a reverse osmosis device configured to receive softened water from said water softener; an RO-permeate storage tank configured to receive RO-permeate water from said reverse osmosis device; a flush pump configured to deliver RO-permeate water from said RO-permeate storage tank to surfaces of a coil of said heat exchanger via a coil flush line; an RO-reject storage tank configured to receive RO-reject water from said reverse osmosis device; a RO-permeate water line comprising a valve configured to deliver RO-permeate water from the RO-permeate storage tank to a spray pump; a RO-reject water line comprising a valve configured to deliver RO-reject water from the RO-reject storage tank to the spray pump; spray nozzles receiving water from the spray pump via a spray nozzle line. a water softener configured to receive water from a water source; a reverse osmosis device configured to receive softened water from said water softener; an RO-permeate storage tank configured to receive RO-permeate water from said reverse osmosis device; a flush pump configured to deliver RO-permeate water from said RO-permeate storage tank to surfaces of a coil of said heat exchanger via a coil flush line; an RO-reject storage tank configured to receive RO-reject water from said reverse osmosis device; a RO-permeate water line comprising a valve configured to deliver RO-permeate water from the RO-permeate storage tank to a spray pump; a RO-reject water line comprising a valve configured to deliver RO-reject water from the RO-reject storage tank to the spray pump; spray nozzles receiving water from the spray pump via a spray nozzle line.
A communication device, comprising: a display for displaying information; a wireless communication unit for determining location of the communication device; and a controller configured for associating a predetermined location information, indicating a predetermined location, and relative location information, indicating a predetermined distance from the predetermined location, to a specific application, and generating location information according to the determined location of the communication device, searching for an application corresponding to the location information, and displaying an indicator of the searched application corresponding to the location information, wherein the displayed indicator indicates that the communication device is in the predetermined location or within the predetermined distance from the predetermined location, and executing the searched application when the displayed indicator is selected, wherein the relative location information further comprises a speed information indicating a specific speed, and wherein the controller is further configured to display the indicator of the specific application on the display when a speed of the communication device, in the predetermined location or within the predetermined distance from the predetermined location, is equal or higher than the specific speed. a display for displaying information; a wireless communication unit for determining location of the communication device; and a controller configured for associating a predetermined location information, indicating a predetermined location, and relative location information, indicating a predetermined distance from the predetermined location, to a specific application, and generating location information according to the determined location of the communication device, searching for an application corresponding to the location information, and displaying an indicator of the searched application corresponding to the location information, wherein the displayed indicator indicates that the communication device is in the predetermined location or within the predetermined distance from the predetermined location, and executing the searched application when the displayed indicator is selected, wherein the relative location information further comprises a speed information indicating a specific speed, and wherein the controller is further configured to display the indicator of the specific application on the display when a speed of the communication device, in the predetermined location or within the predetermined distance from the predetermined location, is equal or higher than the specific speed.
A method for producing a catheter with a plurality of spaced apart electrodes thereon, the method comprising forming the electrodes from respective electrically conductive elements (61,70,114) and bonding the electrically conductive elements (61,70,114) to the catheter to form the electrodes thereon, characterised in that the electrically conductive elements (61,70,114) are formed from a single sheet (62,71,110) of electrically conductive foil material with the electrically conductive elements (61,70,114) spaced apart from each other and joined by connecting portions (66,75,112,113) formed by portions of the single sheet (62,71,110) between the electrically conductive elements (61,70,114), each electrically conductive element (61,70,114) being of length sufficient to form a band electrode to extend at least partly around the catheter, the electrically conductive elements (61,70,114) are bonded to the catheter with the electrically conductive elements (61,70,114) joined by the connecting portions (66,75,112,113) and extending at least partly around the catheter, and each electrically conductive element (61, 70, 114) is severed from at least one of the connecting portions (66,75,112,113) connecting the electrically conductive element to an adjacent one of the electrically conductive elements subsequent to the electrically conductive elements (61,70,114) being bonded to the catheter to form the electrodes.
Method for measuring the position of a magnet relative to a measuring location arranged in the magnetic field of the magnet, the magnetic field strengths being measured at the measuring location in three orthogonal axes (x, y, z) using magnetic field sensors (5, 6, 7, 8) which measure in three dimensions, and the magnet or the measuring location having a predetermined position during the measurement, wherein the magnetic field strengths are measured in each of the three orthogonal axes at the measuring location at at least two measuring point pairs which lie on a circumference, and the measured magnetic field strengths are analysed in order to determine the position of the magnet with respect to a reference position of the magnet, the measuring location lying at the centre of the circumference, and wherein a difference quotient of the magnetic field strengths is generated from the measured values of the magnetic field strengths from two magnetic field sensors in each case and a measured position value is determined for the relative position of the magnet and the measuring location from a variation between the difference quotient and a stored reference difference quotient.