mhurhangee/ep-ind-claims huggingface dataset:
A process of manufacturing an electrochromic device laminate comprising: (a) providing an electrochromic substrate; (b) cutting said electrochromic substrate into one or more substrate daughter panes; (c) fabricating a plurality of electrochromic device precursors on each of said one or more substrate daughter panes, wherein a layout for said plurality of electrochromic device precursors has a space between electrochromic device precursors within said plurality of electrochromic device precursors; (d) laser cutting each of said plurality of electrochromic device precursors into individual electrochromic devices; and (e) laminating each of said individual electrochromic devices to a separate outer laminate glass pane, wherein each of said individual electrochromic devices have an edge strength of at least 69 MPa. (a) providing an electrochromic substrate; (b) cutting said electrochromic substrate into one or more substrate daughter panes; (c) fabricating a plurality of electrochromic device precursors on each of said one or more substrate daughter panes, wherein a layout for said plurality of electrochromic device precursors has a space between electrochromic device precursors within said plurality of electrochromic device precursors; (d) laser cutting each of said plurality of electrochromic device precursors into individual electrochromic devices; and (e) laminating each of said individual electrochromic devices to a separate outer laminate glass pane,
Method of redirection of data streams exchanged by a mobile terminal associated with an account, termed third-party account, with a telecommunications network, termed first network, said method comprising a prior phase comprising the following steps: - said first network receives, from said mobile terminal, a registration request, and retrieves the profile of said third-party account, this profile mentioning an access point name, termed redirection APN, - the first network emits a DNS, Domain Name System, request including said redirection APN, - the DNS system provides in response the IP, Internet Protocol, address of at least one server, termed Stream Redirection server, - the first network builds a tunnel between said Stream Redirection server and the mobile terminal, by providing the Stream Redirection server with at least one identifier of said third-party account, - the Stream Redirection server provides a telecommunications network, termed second network, with which the user of the mobile terminal holds an account, termed personal account, distinct from the third-party account, with at least one identifier of said personal account, - the Stream Redirection server builds a tunnel with said second network, - said second network allocates said mobile terminal an IP address, termed second IP address, and transmits said second IP address to said Stream Redirection server, and - the Stream Redirection server allocates the mobile terminal an IP address, termed first IP address, possibly identical to said second IP address, and dispatches said first IP address to the mobile terminal. - said first network receives, from said mobile terminal, a registration request, and retrieves the profile of said third-party account, this profile mentioning an access point name, termed redirection APN, - the first network emits a DNS, Domain Name System, request including said redirection APN, - the DNS system provides in response the IP, Internet Protocol, address of at least one server, termed Stream Redirection server, - the first network builds a tunnel between said Stream Redirection server and the mobile terminal, by providing the Stream Redirection server with at least one identifier of said third-party account, - the Stream Redirection server provides a telecommunications network, termed second network, with which the user of the mobile terminal holds an account, termed personal account, distinct from the third-party account, with at least one identifier of said personal account, - the Stream Redirection server builds a tunnel with said second network, - said second network allocates said mobile terminal an IP address, termed second IP address, and transmits said second IP address to said Stream Redirection server, and - the Stream Redirection server allocates the mobile terminal an IP address, termed first IP address, possibly identical to said second IP address, and dispatches said first IP address to the mobile terminal.
A handover method in which when a relay node and a radio base station are connected via a first radio bearer, a mobile station is switched from a state where a second radio bearer is set between the mobile station and the relay node to perform communication via the relay node and the radio base station to a state where a third radio bearer is set between the mobile station and the radio base station to perform communication via the radio base station, the method comprising: a step in which the relay node transmits a handover request signal of a X2AP layer to the radio base station via the first radio bearer, which is a X2-C radio bearer a step in which upon receiving the handover request signal of the X2AP layer, the radio base station transmits a handover request confirmation signal of the X2AP layer to the relay node via the first radio bearer; and a step in which upon receiving the handover request confirmation signal of the X2AP layer, the relay node transmits a handover instruction signal of a RRC layer to instruct to hand over to the radio base station, to the mobile station via the second radio bearer. a step in which the relay node transmits a handover request signal of a X2AP layer to the radio base station via the first radio bearer, which is a X2-C radio bearer a step in which upon receiving the handover request signal of the X2AP layer, the radio base station transmits a handover request confirmation signal of the X2AP layer to the relay node via the first radio bearer; and a step in which upon receiving the handover request confirmation signal of the X2AP layer, the relay node transmits a handover instruction signal of a RRC layer to instruct to hand over to the radio base station, to the mobile station via the second radio bearer.
A battery pack, comprising: a cell assembly having a plurality of secondary batteries; an electronic component plate having a plate shape and configured to allow at least one electronic component to be mounted thereon; a lower housing configured to have an inner space with an open top and to accommodate the cell assembly and the electronic component plate therein; and an upper housing configured to cover the open top of the lower housing, wherein coupling members are respectively provided between a lower portion of the cell assembly and the lower housing, between an upper portion of the cell assembly and the electronic component plate, between the electronic component plate and the upper housing, and between the lower housing and the upper housing to couple and fix each other characterized in that the cell assembly has an assembly protrusion provided thereon, the electronic component plate has a first plate hole provided at a location corresponding to the assembly protrusion, and the assembly protrusion is inserted into and coupled to the first plate hole to couple and fix an upper portion of the cell assembly to the center plate. a cell assembly having a plurality of secondary batteries; an electronic component plate having a plate shape and configured to allow at least one electronic component to be mounted thereon; a lower housing configured to have an inner space with an open top and to accommodate the cell assembly and the electronic component plate therein; and an upper housing configured to cover the open top of the lower housing, wherein coupling members are respectively provided between a lower portion of the cell assembly and the lower housing, between an upper portion of the cell assembly and the electronic component plate, between the electronic component plate and the upper housing, and between the lower housing and the upper housing to couple and fix each other characterized in that the cell assembly has an assembly protrusion provided thereon, the electronic component plate has a first plate hole provided at a location corresponding to the assembly protrusion, and the assembly protrusion is inserted into and coupled to the first plate hole to couple and fix an upper portion of the cell assembly to the center plate.
A process for preparing a black tea extract, wherein the process comprises extracting black leaf tea particles with an acidic solution at a temperature of less than 35°C, wherein at least 85% by weight of the black leaf tea particles have a particle size of less than 250μm and wherein the acidic solution has a pH of 2 to 3.5.
A hinge system for a panel including: - a hinge comprising a pivot, and - a panel-stop device, which is configured to be applied to the pivot of the hinge and to block the panel when the panel is in an open configuration, characterized in that the hinge system further includes a reinforcing device, that, in order to avoid a deformation of the hinge of the panel when the latter is blocked in the open configuration via the panel-stop device and subjected to external forces which would tend to close it, such as gusts of wind, is mountable between the panel-stop device and the hinge by means of an extractable pin on the pivot; for this purpose, the reinforcing device being provided with fixing holes for fixing the reinforcement device to the panel and with a slot configured to be interposed between the hinge and the panel-stop device and inserted on the extractable pin. - a hinge comprising a pivot, and - a panel-stop device, which is configured to be applied to the pivot of the hinge and to block the panel when the panel is in an open configuration, the hinge system further includes a reinforcing device, that, in order to avoid a deformation of the hinge of the panel when the latter is blocked in the open configuration via the panel-stop device and subjected to external forces which would tend to close it, such as gusts of wind, is mountable between the panel-stop device and the hinge by means of an extractable pin on the pivot; for this purpose, the reinforcing device being provided with fixing holes for fixing the reinforcement device to the panel and with a slot configured to be interposed between the hinge and the panel-stop device and inserted on the extractable pin.
Method for transmitting information between at least one first and one second terminal UT1 and UT2 from among a plurality of terminals UTi, for i = 1 to 3, associated with a common identifier, comprising steps of: - sending by at least said first terminal UT1, of a state notification Ntf intended for at least said second terminal UT2 and carrying an item of information relating to the context in which a user USR1 of the first terminal UT1 finds himself; - upon reception of a communication instigation request CmRq(Idg) intended for said common identifier, presentation of said request to said plurality of terminals UTi, for i = 1 to 3, and sending by at least said first terminal UT1 of a notification of choice intended for at least said second terminal UT2, said notification of choice carrying an item of information relating to the communication instigation request presented, method characterized in that said notification of choice can furthermore include a command intended to produce, in at least one terminal UTj of the plurality of terminals, for j = 2 or 3, a predetermined stimulus indicative of a designation, by a user USR1 of the first terminal UT1, of a user of said terminal UTj. - sending by at least said first terminal UT1, of a state notification Ntf intended for at least said second terminal UT2 and carrying an item of information relating to the context in which a user USR1 of the first terminal UT1 finds himself; - upon reception of a communication instigation request CmRq(Idg) intended for said common identifier, presentation of said request to said plurality of terminals UTi, for i = 1 to 3, and sending by at least said first terminal UT1 of a notification of choice intended for at least said second terminal UT2, said notification of choice carrying an item of information relating to the communication instigation request presented,
An isolated nucleic acid molecule comprising a nucleotide sequence that is capable of initiating transcription of a gene in a xylem and/or cambium tissue-preferred manner of a plant, wherein said isolated nucleic acid molecule comprises a nucleotide sequence as set forth in SEQ ID NO: 3.
A laser-marking film comprising a base film, a white underlying layer formed on the base film, and an ink layer for laser marking formed on the underlying layer, wherein the ink layer for laser marking contains, dispersed therein, (i) an iron oxide as a laser beam-absorbing agent in an amount of 0.1 to 30 parts by weight per 100 parts by weight of a resin binder, and (ii) a white pigment.
A white light emitting device comprising: a substrate; at least one string of blue LED chips mounted on the substrate, with a dominant wavelength in the range from 445nm to 460nm; and a phosphor material composition comprising: a yellow green phosphor material which generates light with a peak emission wavelength in a range 520 nm to 580 nm; and a narrow band red phosphor material which generates light with a peak emission wavelength in a range 625 nm to 635 nm; wherein the phosphor material composition comprises the narrow band red phosphor material in an amount of from 33 to 49 wt. % for a CCT of from 4000 to 6500K or in an amount of from 60 to 70 wt. % for a CCT of from 2700 to 3500K CCT; and wherein the device is adapted to generate a white light output with an efficiency of at least 230 lm/W at a blue LED chip input current density in a range from 10 to 60 mA/mm 2. a substrate; at least one string of blue LED chips mounted on the substrate, with a dominant wavelength in the range from 445nm to 460nm; and a phosphor material composition comprising: a yellow green phosphor material which generates light with a peak emission wavelength in a range 520 nm to 580 nm; and a narrow band red phosphor material which generates light with a peak emission wavelength in a range 625 nm to 635 nm; a yellow green phosphor material which generates light with a peak emission wavelength in a range 520 nm to 580 nm; and a narrow band red phosphor material which generates light with a peak emission wavelength in a range 625 nm to 635 nm; wherein the phosphor material composition comprises the narrow band red phosphor material in an amount of from 33 to 49 wt. % for a CCT of from 4000 to 6500K or in an amount of from 60 to 70 wt. % for a CCT of from 2700 to 3500K CCT; and wherein the device is adapted to generate a white light output with an efficiency of at least 230 lm/W at a blue LED chip input current density in a range from 10 to 60 mA/mm 2.
A defrosting duct for a motor vehicle, said defrosting duct comprising a body showing a chute and being intended to be fixed to a dashboard panel, the defrosting duct comprising at least one loudspeaker bowl showing an opening, at least one loudspeaker bowl is made integrally with said body, the defrosting duct is characterized in that it is made of a thermoplastic material or of a composite material with a thermoplastic matrix and in that at least one loudspeaker bowl comprises a rim forming the periphery of the opening of the loudspeaker bowl; said rim showing a series of ribs intended for fixing said loudspeaker bowl to a dashboard panel by ultrasonic or vibration welding; preferably, at least one loudspeaker bowl comprises at least one internal partition arranged to divide it into at least two compartments.
Method for purifying 2,5-furandicarboxylic acid (abbreviated as FDCA) comprising the steps of - feeding a mixture comprising undissolved FDCA and a solvent to a reactor, wherein the concentration of compounds other than the solvent and FDCA in the mixture is below 3 wt.%; and - dissolving FDCA by superheating the mixture in the reactor under anaerobic conditions; and - crystallizing FDCA from the mixture by cooling; wherein the reactor is a continuous reactor comprising a reactor zone having a temperature above 100 °C and below 190 °C; and wherein the residence time in the reactor zone having a temperature above 100 °C and below 190 °C is less than 15 minutes, and wherein said solvent is selected from water, alcohols other than methanol, aromatic compounds, chlorinated solvents, ethers, esters, ketones, carbonates, amides, nitriles, sulfoxides and sulfones. - feeding a mixture comprising undissolved FDCA and a solvent to a reactor, wherein the concentration of compounds other than the solvent and FDCA in the mixture is below 3 wt.%; and - dissolving FDCA by superheating the mixture in the reactor under anaerobic conditions; and - crystallizing FDCA from the mixture by cooling;
A method for managing memory accesses, implemented at a respective processor of one or more processors that are configured to execute one or more virtual machines, the method comprising: receiving a request for initiating a synchronization event; and in response to the request: identifying a subset of speculative memory access requests in one or more memory access request queues; automatically, in accordance with the identifying, purging translations associated with the subset of speculative memory access requests; and initiating the synchronization event, wherein the respective processor includes a memory management unit, MMU, configured to manage the one or more memory access request queues, the method further comprising: in response to the request, generating by the respective processor a purge instruction to purge translations of the subset of speculative memory access requests, wherein the MMU identifies the subset of speculative memory access requests in the one or more memory access queues and purges the translations associated with the subset of speculative memory access requests. receiving a request for initiating a synchronization event; and in response to the request: identifying a subset of speculative memory access requests in one or more memory access request queues; automatically, in accordance with the identifying, purging translations associated with the subset of speculative memory access requests; and initiating the synchronization event, wherein the respective processor includes a memory management unit, MMU, configured to manage the one or more memory access request queues, the method further comprising: in response to the request, generating by the respective processor a purge instruction to purge translations of the subset of speculative memory access requests, wherein the MMU identifies the subset of speculative memory access requests in the one or more memory access queues and purges the translations associated with the subset of speculative memory access requests. identifying a subset of speculative memory access requests in one or more memory access request queues; automatically, in accordance with the identifying, purging translations associated with the subset of speculative memory access requests; and initiating the synchronization event,
A battery connector comprising: a conductive plate configured to contact a first battery and a second battery so as to electrically connect the first battery and the second battery to each other; an upper fixing means for fixing the first battery; and a lower fixing means for fixing the second battery; wherein the conductive plate is configured to contact a negative electrode terminal of the first battery and to contact a positive electrode terminal of the second battery; wherein the upper fixing means comprises: an extension member extending upwards from an upper surface of the conductive plate; and a fixing protrusion formed on an inside of the extension member so as to be coupled to a groove or a step formed at a negative electrode side of the first battery; and wherein the lower fixing means comprises a fixing latch extending downwards from a lower surface of the conductive plate, and the fixing latch is inserted into a recess formed in a top cap of the second battery, whereby the fixing latch is fixed to the second battery. a conductive plate configured to contact a first battery and a second battery so as to electrically connect the first battery and the second battery to each other; an upper fixing means for fixing the first battery; and a lower fixing means for fixing the second battery; an extension member extending upwards from an upper surface of the conductive plate; and a fixing protrusion formed on an inside of the extension member so as to be coupled to a groove or a step formed at a negative electrode side of the first battery; and the lower fixing means comprises a fixing latch extending downwards from a lower surface of the conductive plate, and the fixing latch is inserted into a recess formed in a top cap of the second battery, whereby the fixing latch is fixed to the second battery.
Processing device for processing at least one stack of bags comprising a plurality of bags wherein at least one stacking device is provided on which the stack of bags can be arranged in a base position wherein the bags in the stack of bags have a bag length and a bag width, wherein at least one centering device is provided comprising at least two centering units (51, 52) disposed opposite one another and disposed so that a driving device can move them relative to one another, towards one another and away from one another, characterized in that the centering unit provided on a first side is at least temporarily coupled with the return side of at least one continuous belt and wherein the centering unit provided on a second side is at least temporarily coupled with the carrying side of at least one continuous belt, and that at least one centering unit is provided in a first position beneath a plate of the stacking device.
A computer comprising: a media processor configured to: receive into memory a bitstream of encoded data, the encoded data including parameters for an operation to be performed on blocks of intermediate image data; count a number of blocks of the intermediate image data having non-zero parameters for the operation; determine whether the operation is sparsely applied to the intermediate image data by comparing the counted number of blocks of the intermediate image data having non-zero parameters for the operation to a threshold; and in response to determining that the operation is sparsely applied to the intermediate image data, generate in memory a representation of the parameters only for each set of parameters to be applied to a block of the intermediate image data having non-zero parameters for the operation, wherein the representation of the parameters includes an indication of the blocks to which the set of parameters is to be applied. receive into memory a bitstream of encoded data, the encoded data including parameters for an operation to be performed on blocks of intermediate image data; count a number of blocks of the intermediate image data having non-zero parameters for the operation; determine whether the operation is sparsely applied to the intermediate image data by comparing the counted number of blocks of the intermediate image data having non-zero parameters for the operation to a threshold; and in response to determining that the operation is sparsely applied to the intermediate image data, generate in memory a representation of the parameters only for each set of parameters to be applied to a block of the intermediate image data having non-zero parameters for the operation, wherein the representation of the parameters includes an indication of the blocks to which the set of parameters is to be applied.