mhurhangee/ep-ind-claims huggingface dataset:
Polyoxometalate represented by the formula (A n) m+ {M' s [M"M 12 X 8 O y]} m- or solvates thereof, wherein each A independently represents a cation and is selected from the group consisting of Li, K, Na and combinations thereof, n is the number of cations, all M are the same, and are selected from the group consisting of Pd and Pt, and each M has d 8 valence electron configuration, all M' are the same, and are selected from the group consisting of Ag and Au, s is 2 or 4, M" is selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au, each X is independently selected from the group consisting of P, As, Sb, or Bi, y is a number from 32 to 40, and m is a number representing the total positive charge m+ of n cations A and the corresponding negative charge m- of the oxo-cluster {M' s [M"M 12 X 8 O y]}. or solvates thereof, wherein each A independently represents a cation and is selected from the group consisting of Li, K, Na and combinations thereof, n is the number of cations, all M are the same, and are selected from the group consisting of Pd and Pt, and each M has d 8 valence electron configuration, all M' are the same, and are selected from the group consisting of Ag and Au, s is 2 or 4, M" is selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au, each X is independently selected from the group consisting of P, As, Sb, or Bi, y is a number from 32 to 40, and m is a number representing the total positive charge m+ of n cations A and the corresponding negative charge m- of the oxo-cluster {M' s [M"M 12 X 8 O y]}.
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which apparatus comprises a tool carrier device adapted to position at least one tool unit inside a process chamber of the apparatus, characterized in that the tool carrier device comprises at least one, in particular exchangeable, tool unit that is moveable between a retracted position in which the tool unit is received in a tool housing and an extended position in which the tool unit is at least partly extended from the tool housing, wherein the tool carrier device is built as application device adapted to apply build material onto at least one build plane, wherein the tool unit is built as a coater, in particular a coater blade, adapted to convey build material from a dose plane of a dose module to a build plane of a build module.
A method for use by an encoding node configured for encoding packets for transmission toward a decoding node, the method comprising: receiving, at the encoding node, a control packet of the decoding node, the control packet identifying a reference packet stored in a packet cache of the encoding node that is missing from a packet cache of the decoding node; processing the reference packet stored in the packet cache of the encoding node in a manner for preventing use of the reference packet by the encoding node for encoding packets for transmission to the decoding node, wherein the processing of the reference packet comprises: identifying, at the encoding node, a region of a target packet that matches a region of the reference packet stored in the packet cache of the encoding node; and preventing replacement of the region of the target packet with an encoding key identifying the reference packet based on a determination that the reference packet is marked in a manner indicating that the reference packet is not to be used for encoding. receiving, at the encoding node, a control packet of the decoding node, the control packet identifying a reference packet stored in a packet cache of the encoding node that is missing from a packet cache of the decoding node; processing the reference packet stored in the packet cache of the encoding node in a manner for preventing use of the reference packet by the encoding node for encoding packets for transmission to the decoding node, wherein the processing of the reference packet comprises: identifying, at the encoding node, a region of a target packet that matches a region of the reference packet stored in the packet cache of the encoding node; and preventing replacement of the region of the target packet with an encoding key identifying the reference packet based on a determination that the reference packet is marked in a manner indicating that the reference packet is not to be used for encoding. identifying, at the encoding node, a region of a target packet that matches a region of the reference packet stored in the packet cache of the encoding node; and preventing replacement of the region of the target packet with an encoding key identifying the reference packet based on a determination that the reference packet is marked in a manner indicating that the reference packet is not to be used for encoding.
A panic exit device for mounting on a door, comprising: a latch mechanism; a mounting plate having a plurality of holes for fastener attachment to a door; means for attaching the latch mechanism to the mounting plate; and a strike locator for location of a strike on a door frame and not permanently mounted; wherein said mounting plate comprises: (a) a generally planar member; (b) a pair of mounting tabs extending upwardly from the generally planar member; and (c) a mounting slot located on each of the mounting tabs, the mounting slots being adapted to engage corresponding tabs of the strike locator for location of a strike on a door frame; the mounting slots being further adapted to engage corresponding attachment tabs of the latch mechanism upon removal of the strike locator. a latch mechanism; a mounting plate having a plurality of holes for fastener attachment to a door; means for attaching the latch mechanism to the mounting plate; and a strike locator for location of a strike on a door frame and not permanently mounted; (a) a generally planar member; (b) a pair of mounting tabs extending upwardly from the generally planar member; and (c) a mounting slot located on each of the mounting tabs, the mounting slots being adapted to engage corresponding tabs of the strike locator for location of a strike on a door frame; the mounting slots being further adapted to engage corresponding attachment tabs of the latch mechanism upon removal of the strike locator.
A pouch for forming an implantable artificial organ/device wherein said pouch is a closed envelope made from two semi-permeable membranes that are sealed all over the perimeter of the pouch, thereby defining an inner volume and an outer volume of the pouch, wherein said pouch contains a substantially planar rigid plate in its inner volume, and wherein the surface of the rigid plate is at least 60 % of the surface of the pouch.
A method for wear detection of textile machines parts by running linear textile material through the textile machine, in particular wear of the heddle eye of the weaving machine, during which linear textile material is unwound from the storage reel, lead in contact with the guide surface of the tested part of the textile machine and is drawn-off by the pulling mechanism, characterized by the fact that the linear textile material, in the delimited section of its length between the supply reel and the draw-off mechanism, is periodically deviated from its path over the guide surface of the tested part of the textile machine, and before the point of the contact with the guide surface of the tested part of the textile machine the linear textile material is slowed down, which causes tensile force in it, which is adjusted by changes of speed of drawing-off and/or by a change of the brake force.
A fuel injection device for an internal combustion engine provided with, for one cylinder, at least two fuel-injection valves provided with valve-opening-pressure adjusting devices that adjust the valve-opening pressure of needle valves, wherein, when injecting fuel oil and an inert substance into a cylinder liner, the fuel oil and the inert substance are injected from all of the fuel-injection valves; and when injecting only the fuel oil into the cylinder liner, the valve-opening-pressure adjusting device is operated so that the needle valve of at least one of the at least two fuel-injection valves is pressed by a force that is equal to or greater than the valve-opening pressure of the needle valve, blocking the fuel injection from that fuel-injection valve. wherein, when injecting fuel oil and an inert substance into a cylinder liner, the fuel oil and the inert substance are injected from all of the fuel-injection valves; and when injecting only the fuel oil into the cylinder liner, the valve-opening-pressure adjusting device is operated so that the needle valve of at least one of the at least two fuel-injection valves is pressed by a force that is equal to or greater than the valve-opening pressure of the needle valve, blocking the fuel injection from that fuel-injection valve.
A method performed at an entry bridge for efficiently managing bandwidth, BW, reservation for multiple spanning tree options in a computer network, the method comprising: determining a plurality of spanning tree paths to one or more other bridges of the network, by determining a spanning tree rooted at each of one or more other bridges of the network, such that each spanning tree path is rooted at a different bridge of the computer network, and each spanning tree path is associated with a different virtual local area network, VLAN, identifier, VID, assigned to the respective bridge at which the spanning tree is rooted; determining a utilised BW on each of the spanning tree paths; determining a remaining available BW on each of the spanning tree paths; receiving a request to initiate BW reservation for a data flow from a source end point to a destination end point; and, in response selecting one of the plurality of spanning tree paths associated with a particular VID to utilize for the data flow based on the remaining available BW on each of the spanning tree paths; and sending a reservation message for the data flow toward the destination end point along the selected spanning tree path using the particular VID to indicate which selected spanning tree path to utilize; determining that the selected spanning tree path is not rooted at the entry bridge; and utilizing a special forwarding to be kept separate from conventional forwarding of a spanning tree path that is rooted at the entry bridge, said forwarding using the particular VID to indicate which selected spanning tree path to utilize. determining a plurality of spanning tree paths to one or more other bridges of the network, by determining a spanning tree rooted at each of one or more other bridges of the network, such that each spanning tree path is rooted at a different bridge of the computer network, and each spanning tree path is associated with a different virtual local area network, VLAN, identifier, VID, assigned to the respective bridge at which the spanning tree is rooted; determining a utilised BW on each of the spanning tree paths; determining a remaining available BW on each of the spanning tree paths; receiving a request to initiate BW reservation for a data flow from a source end point to a destination end point; and, in response selecting one of the plurality of spanning tree paths associated with a particular VID to utilize for the data flow based on the remaining available BW on each of the spanning tree paths; and sending a reservation message for the data flow toward the destination end point along the selected spanning tree path using the particular VID to indicate which selected spanning tree path to utilize; determining that the selected spanning tree path is not rooted at the entry bridge; and utilizing a special forwarding to be kept separate from conventional forwarding of a spanning tree path that is rooted at the entry bridge, said forwarding using the particular VID to indicate which selected spanning tree path to utilize.
A method for accumulating round bales on a bale recompression system (100, 100', 100", 100"', 500, 600, 1100, 1100') that recompresses a round bale into a square bale, the method comprising: receiving the round bale on a bottom platen (112, 514, 612, 1116); characterized by, receiving, by a processor, a bale diameter that indicates a diameter of the round bale to be received on the bottom platen (112, 514, 612, 1116); and outputting, by the processor, one or more control signals to move a movable platen (316, 614) relative to the bottom platen (112, 514, 612, 1116) based on the bale diameter. receiving the round bale on a bottom platen (112, 514, 612, 1116); characterized by, receiving, by a processor, a bale diameter that indicates a diameter of the round bale to be received on the bottom platen (112, 514, 612, 1116); and outputting, by the processor, one or more control signals to move a movable platen (316, 614) relative to the bottom platen (112, 514, 612, 1116) based on the bale diameter.
A daidzein derivative having a structure represented by formula or pharmaceutically acceptable salt thereof: preferably, the pharmaceutically acceptable salt is a hydrochloride having a structure as shown in formula:
Doner-style meat spit, with minced meat layers and contiguous intermediate layers, wherein the intermediate layers are preformed and sheet-like, and consist of a meatless, edible, fully cookable, thin material which stabilizes the meat spit, and wherein the meat spit has a central area which contains a middle spit, around which the minced meat layers are arranged in layers, characterized in that one of the intermediate layers is arranged on the spit after each minced meat layer.
A fluidized bed reactor, comprising a reaction tube, a distributor and a heating device, the reaction tube and the distributor at the bottom of the reaction tube composing a closed space, the distributor comprising a gas inlet and a product outlet, and the reaction tube comprising a tail gas outlet and a seed inlet respectively at the top or upper part, wherein the reaction tube comprises a reaction inner tube and a reaction outer tube, and the heating device is an induction heating device placed within a hollow cavity formed between the external wall of the reaction inner tube and the internal wall of the reaction outer tube, wherein the hollow cavity is configured to be filled with hydrogen, nitrogen or inert gas for protection, and is configured to maintain a pressure of about 0.01 to about 5MPa, characterized in that the distributor has a structure of three layers, consisting of an upper, an intermediate and a lower plates, wherein the upper and intermediate plates compose a cavity for a cooling fluid connecting with the inlet/outlet conduit of the cooling fluid; the intermediate and lower plates compose a cavity for a mixed feeding gas connecting with the feeding gas conduit, and the mixed gas comprising a silicon-containing raw gas and a fluidizing gas is ejected into the fluidized bed reactor through one or more nozzles, and in that the reaction inner tube further comprises a liner on the inside, the liner and/or the reaction outer tube having a detachable structure, wherein the liner is made of quartz or silicon carbide. the distributor has a structure of three layers, consisting of an upper, an intermediate and a lower plates, wherein the upper and intermediate plates compose a cavity for a cooling fluid connecting with the inlet/outlet conduit of the cooling fluid; the intermediate and lower plates compose a cavity for a mixed feeding gas connecting with the feeding gas conduit, and the mixed gas comprising a silicon-containing raw gas and a fluidizing gas is ejected into the fluidized bed reactor through one or more nozzles, and in that the reaction inner tube further comprises a liner on the inside, the liner and/or the reaction outer tube having a detachable structure, wherein the liner is made of quartz or silicon carbide.
An integrated power quality control system, comprising: a transformer including a primary winding, at least one secondary winding (66, 74) and at least one compensation winding (68, 75) wound on a magnetic core; a power electronic converter providing a reference voltage to the compensation winding (68, 75) for injecting a series voltage in the secondary winding (66, 74); and a controller to generate the reference voltage for the power electronic converter characterized in that the controller generates said reference voltage based on a power quality control requirement, wherein the controller is configured to generate the reference voltage based on a relationship between a turns ratio (N 3 /N 2) of the compensation winding (68, 75) and the secondary winding (66, 74) and a reference secondary winding voltage determined based on the power quality requirement. a transformer including a primary winding, at least one secondary winding (66, 74) and at least one compensation winding (68, 75) wound on a magnetic core; a power electronic converter providing a reference voltage to the compensation winding (68, 75) for injecting a series voltage in the secondary winding (66, 74); and a controller to generate the reference voltage for the power electronic converter characterized in that the controller generates said reference voltage based on a power quality control requirement, wherein the controller is configured to generate the reference voltage based on a relationship between a turns ratio (N 3 /N 2) of the compensation winding (68, 75) and the secondary winding (66, 74) and a reference secondary winding voltage determined based on the power quality requirement.
A tool tip adapted to be engaged in a piezoelectric scaler comprising a handpiece having a vibration source, the tool tip comprising - a first section extending in a first direction and - a second section extending in a second direction, the second direction being inclined relative to the first direction, wherein the first section has at least partially a flat basic body, wherein when the first section is placed in the vibration source, it is at least partially sandwiched between a first piezo element and a second piezo element of the vibration source, wherein the tool tip is actuated in the operation status, characterized in that the first section and the second section form an integral body, wherein the first section and the second section origin from the same piece of material and there is no possibility to separate the first section and the second section without destroying the tool tip. - a first section extending in a first direction and - a second section extending in a second direction, the second direction being inclined relative to the first direction, wherein the first section has at least partially a flat basic body, wherein when the first section is placed in the vibration source, it is at least partially sandwiched between a first piezo element and a second piezo element of the vibration source, wherein the tool tip is actuated in the operation status,
A computer-implemented method for enabling validating of a peripheral device configured for communications with a host computing device, the method comprising: receiving, at the peripheral device from the host computing device, a second key, the second key being part of a cryptographic key pair comprising a first key and the second key; storing the second key in association with an identifier of the host computing device, in a list of trusted devices maintained by the peripheral device to register the host computing device, wherein the peripheral device maintains the list of trusted devices in a secure memory environment of the peripheral device, the secure memory environment comprising a memory and a processor separate from a main processor of the peripheral device and configured to operate independently from a main memory and the main processor of the peripheral device, the list of trusted devices including the main processor of the peripheral device, and host computing devices authorized for communication with the peripheral device; encrypting data by the peripheral device, using the second key and as part of the validation process; and sending the encrypted data from the peripheral device to the host computing device to enable the host computing device to validate an identity of the peripheral device based on a decryption of the encrypted data using the first key. receiving, at the peripheral device from the host computing device, a second key, the second key being part of a cryptographic key pair comprising a first key and the second key; storing the second key in association with an identifier of the host computing device, in a list of trusted devices maintained by the peripheral device to register the host computing device, wherein the peripheral device maintains the list of trusted devices in a secure memory environment of the peripheral device, the secure memory environment comprising a memory and a processor separate from a main processor of the peripheral device and configured to operate independently from a main memory and the main processor of the peripheral device, the list of trusted devices including the main processor of the peripheral device, and host computing devices authorized for communication with the peripheral device; encrypting data by the peripheral device, using the second key and as part of the validation process; and sending the encrypted data from the peripheral device to the host computing device to enable the host computing device to validate an identity of the peripheral device based on a decryption of the encrypted data using the first key.
Installation for storing and dispensing pressurized liquefied cryogenic fluid, in particular liquefied hydrogen, the installation comprising a liquefied gas source (3, 4) and a dispenser, the dispenser comprising a first fluid inlet connected to the liquefied gas source (3, 4) via a set of pipes and a second end intended to be attached to a user of the pressurized liquefied gas supplied by the dispenser, the source (3, 4) comprising a first liquefied gas store configured to store and supply liquefied gas to the dispenser at the first determined pressure, the source (3, 4) comprising a second liquefied gas store configured to store liquefied gas at a second determined pressure which is lower than the first determined pressure of the first liquefied gas store, the installation comprising a connecting pipe provided with a set of valve(s) connecting the first liquefied gas store and second liquefied gas store to allow fluid to be transferred between the two liquefied gas stores (3, 4), the installation comprising a filling pipe provided with a set of valve (s) and having a first end connected to the second liquefied gas store and a second end intended to be connected to a mobile store for supplying liquefied gas so as to fill the source (3, 4), characterized in that the dispenser comprises a second fluid inlet attached to the upper parts of the first liquefied gas store and second liquefied gas store via respective vapour transfer pipes (17, 27), said vapour transfer pipes (17, 27) being provided with a set of valve (s) (9, 10), said vapour transfer pipes (17, 27) being configured to allow the transfer of pressurized fluid, in particular vapour, between the dispenser and the first liquefied gas store and/or the second liquefied gas store (3, 4).