mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a polyubiquitinated substrate, comprising: a step of expressing a trypsin-resistant polyubiquitin chain-binding protein and a ubiquitin ligase in a cell or a cell lysate; a step of isolating a complex that contains the trypsin-resistant polyubiquitin chain-binding protein from the cell or the cell lysate having undergone the step; a step of subjecting the complex isolated by the step to trypsin digestion; and a step of identifying a peptide that has a ubiquitination site from a digested material obtained by the step. a step of expressing a trypsin-resistant polyubiquitin chain-binding protein and a ubiquitin ligase in a cell or a cell lysate; a step of isolating a complex that contains the trypsin-resistant polyubiquitin chain-binding protein from the cell or the cell lysate having undergone the step; a step of subjecting the complex isolated by the step to trypsin digestion; and a step of identifying a peptide that has a ubiquitination site from a digested material obtained by the step.
One or more processor-accessible media (706, 716, 718, 720, 722, 724, 740, 750) including processor-executable instructions that comprise at least part of an instant messaging client program; wherein the instant messaging client program is capable of storing a presence document locally; wherein the instant messaging client program is adapted to provide at least a portion of the presence document to a remote client (202, 202, 702, 750) in accordance with a peer to peer paradigm; wherein the instant messaging client program is further adapted to issue (604, 606) a new presence information notification message (402, 402*) that is transmitted to the remote client in response to a change to presence information of the locally-stored presence document; wherein the new presence information notification message includes an identification of the presence document comprising an object store name that enables the remote client to request the presence document from an object store of a device (202, 202, 702, 750) on which the instant messaging client program is currently executing; wherein the remote client comprises a remote instant messaging client program; wherein the instant messaging client program is further capable of storing a dynamic reverse list, DRL, that includes the remote instant messaging client program; and wherein the instant messaging client program is further adapted to transmit the new presence information notification message across one or more networks (206, 752, 754) to the remote instant messaging client program without routing through a central instant messaging server.
A heat engine system, comprising: a working fluid circuit containing a working fluid comprising carbon dioxide, wherein the working fluid circuit contains a first mass flow (m 1) of the working fluid and a second mass flow (m 2) of the working fluid; a turbo pump having a pump portion operatively coupled to a drive turbine, wherein the pump portion is fluidly coupled to the working fluid circuit and configured to circulate the working fluid through the working fluid circuit; a start pump having a pump portion operatively coupled to a motor and configured to circulate the working fluid within the working fluid circuit, wherein the pump portion of the start pump is fluidly coupled to the working fluid circuit downstream of and in series with the pump portion of the turbo pump; a first heat exchanger fluidly coupled to and in thermal communication with the working fluid circuit, configured to be fluidly coupled to and in thermal communication with a heat source stream, and configured to transfer thermal energy from the heat source stream to the first mass flow (m 1) of the working fluid within the working fluid circuit; a power turbine fluidly coupled to the working fluid circuit, disposed downstream of the first heat exchanger, and configured to convert thermal energy to mechanical energy by a pressure drop in the first mass flow of the working fluid flowing through the power turbine; and a first recuperator fluidly coupled to the power turbine and configured to receive the first mass flow (m 1) discharged from the power turbine. a working fluid circuit containing a working fluid comprising carbon dioxide, wherein the working fluid circuit contains a first mass flow (m 1) of the working fluid and a second mass flow (m 2) of the working fluid; a turbo pump having a pump portion operatively coupled to a drive turbine, wherein the pump portion is fluidly coupled to the working fluid circuit and configured to circulate the working fluid through the working fluid circuit; a start pump having a pump portion operatively coupled to a motor and configured to circulate the working fluid within the working fluid circuit, wherein the pump portion of the start pump is fluidly coupled to the working fluid circuit downstream of and in series with the pump portion of the turbo pump; a first heat exchanger fluidly coupled to and in thermal communication with the working fluid circuit, configured to be fluidly coupled to and in thermal communication with a heat source stream, and configured to transfer thermal energy from the heat source stream to the first mass flow (m 1) of the working fluid within the working fluid circuit; a power turbine fluidly coupled to the working fluid circuit, disposed downstream of the first heat exchanger, and configured to convert thermal energy to mechanical energy by a pressure drop in the first mass flow of the working fluid flowing through the power turbine; and a first recuperator fluidly coupled to the power turbine and configured to receive the first mass flow (m 1) discharged from the power turbine.
Seeding heart for a pneumatic precision seed drill for holding a pivoting arranged, exposed to a pressure difference between their inner space and their exterior space and having a multiplicity of holes (17,18,19, 20) serving for the accumulation of seeds separating device, characterised in that the separating device is formed by a pair of separating plates (4,5) connected to one another at their outer edge (38,39) that are arranged offset in a tangential direction to one another to produce a spread seed row and are assigned to separate outlets (23, 24) for the discharge of the seed from the seeding heart in the direction of the sowing coulter.
Method for removing solids from an aqueous fibrous suspension by means of gas bubbles in a flotation system comprising one or more flotation cells, in which, by feeding in a fibrous suspension-gas mixture, flotation foam is formed, which collects solids and is led out of the flotation cells via an overflow into at least one foam collecting channel and is accumulated there, the fibrous suspension freed of the solids being led out of the respective flotation cell as accepted material, and the height of the suspension level in the respective flotation cell and/or the height of the foam level of the respective flotation cell being variable via a control system on the basis of at least one parameter of the accepted material, characterized in that the parameter of the accepted material is measured downstream of the flotation cell at a consistency of more than 3%.
A vehicle cooling fan device comprising: a fan shroud that is box-shaped and accommodates at least one of a radiator and a condenser, wherein the fan shroud includes an opening located at a front side in a traveling direction of a vehicle and a fan coupling surface located at a rear side in the traveling direction; at least two cooling fans (10, 20) located on the fan coupling surface, wherein the cooling fans (10, 20) have central axes (Z10, Z20) that are separated from each other by a predetermined distance in a vertical direction; and a shield rib that is located on the fan coupling surface between the adjacent cooling fans (10, 20), wherein the shield rib extends from an upper side toward a lower side of the fan coupling surface, projects toward the at least one of the radiator and the condenser, and includes an upper end portion and a lower end portion, characterised in that the lower end portion of the shield rib includes a cut-out portion that allows air to flow between the adjacent cooling fans (10, 20). a fan shroud that is box-shaped and accommodates at least one of a radiator and a condenser, wherein the fan shroud includes an opening located at a front side in a traveling direction of a vehicle and a fan coupling surface located at a rear side in the traveling direction; at least two cooling fans (10, 20) located on the fan coupling surface, wherein the cooling fans (10, 20) have central axes (Z10, Z20) that are separated from each other by a predetermined distance in a vertical direction; and a shield rib that is located on the fan coupling surface between the adjacent cooling fans (10, 20), wherein the shield rib extends from an upper side toward a lower side of the fan coupling surface, projects toward the at least one of the radiator and the condenser, and includes an upper end portion and a lower end portion, characterised in that the lower end portion of the shield rib includes a cut-out portion that allows air to flow between the adjacent cooling fans (10, 20).
A method for manufacturing sintered ore, in which a sintering raw material containing at least an iron-containing raw material, a CaO-containing raw material, and a bonding agent is granulated while water is added to the sintering raw material, and the granulated sintering raw material is sintered in a sintering machine, the method comprising a measuring process of continuously measuring a component concentration of the sintering raw material by using at least one of an infrared analyzer, a laser analyzer, a neutron analyzer or a microwave analyzer, and an adjusting process of adjusting an amount of the bonding agent added in accordance with the component concentration measured in the measuring process, wherein a concentration of C is measured in the measuring process. a measuring process of continuously measuring a component concentration of the sintering raw material by using at least one of an infrared analyzer, a laser analyzer, a neutron analyzer or a microwave analyzer, and an adjusting process of adjusting an amount of the bonding agent added in accordance with the component concentration measured in the measuring process, wherein a concentration of C is measured in the measuring process.
Glass substrate comprising a first face and a second face opposing the first face, said substrate comprising, above its second face, an electrode layer which comprises at least one electrically conducting layer where at least one layer of vitreous material comprises diffusing elements which are particles of material of index different from that of the layer of vitreous material and/or said substrate comprises diffusing elements and/or in that said first face of the substrate is a diffusing surface and/or is coated with a diffusing layer, characterized in that said substrate comprises, between its second face and the electrode layer, at least one layer of vitreous material having an index in the range between 1.7 and 2.4 including these values and comprising, on the one hand, between 40% and 60% by weight including these values, or even between 45% and 58% by weight, including these values, of bismuth oxide Bi 2 O 3 and, on the other hand, between 5% and 30% by weight, including these values and preferably between 10 and 25% by weight, including these values, of ZnO.
A method of operating a fire detection system comprising: arranging a plurality of fire devices in an array, each fire device including: a base portion fixed in a location in the array; a replaceable device portion installed to the base portion, the device portion configured to detect fire and/or smoke; a radio frequency identification (RFID) tag affixed to the base portion, the RFID tag uniquely identifying a location of the fire device in the array; and a transceiver disposed at the device portion to receive a signal from the RFID tag; and communicating the location of each fire device to a control panel operably connected to the plurality of fire devices. arranging a plurality of fire devices in an array, each fire device including: a base portion fixed in a location in the array; a replaceable device portion installed to the base portion, the device portion configured to detect fire and/or smoke; a radio frequency identification (RFID) tag affixed to the base portion, the RFID tag uniquely identifying a location of the fire device in the array; and a transceiver disposed at the device portion to receive a signal from the RFID tag; and a base portion fixed in a location in the array; a replaceable device portion installed to the base portion, the device portion configured to detect fire and/or smoke; a radio frequency identification (RFID) tag affixed to the base portion, the RFID tag uniquely identifying a location of the fire device in the array; and a transceiver disposed at the device portion to receive a signal from the RFID tag; and communicating the location of each fire device to a control panel operably connected to the plurality of fire devices.
Synthetic display system for a vehicle, said vehicle having a predetermined navigation direction, said system comprising at least: - a map database which represents the ground travelled by the vehicle, - means for geolocating the vehicle, - electronic means which enable a representation of the main parameters of the vehicle to be calculated; - graphic generation means which enable a three-dimensional synthetic representation of the ground to be generated, and; - a display device which displays the three-dimensional synthetic representation in a predetermined field of vision and in a predetermined display direction, characterised in that the synthetic display system comprises adjustment means which enable the display direction to be adjusted in a direction different from the predetermined navigation direction of the vehicle, the adjustment means being automatic, the display direction being a function of a control or navigation parameter. - a map database which represents the ground travelled by the vehicle, - means for geolocating the vehicle, - electronic means which enable a representation of the main parameters of the vehicle to be calculated; - graphic generation means which enable a three-dimensional synthetic representation of the ground to be generated, and; - a display device which displays the three-dimensional synthetic representation in a predetermined field of vision and in a predetermined display direction,
Tool for eradication of invasive hogweed species consisting of longitudinal handle and cylindrical blade characterised in that at the end of handle corpus there is placed cylindrical ending, which upper part is stiffly joined with the handle corpus, while the bottom part is truncated at an acute angle and it is sharpened producing an uninterrupted oval blade, additionally in a half of the ending length there is an uninterrupted oval hole located over the blade, whereby inside the ending there is a cylinder, which bottom ending is truncated at the same angle as the blade and the bottom end of the cylinder is over the hole.
A bushing for a track assembly, comprising: a tubular bushing substrate having a longitudinal length and an outer surface, characterized in that the outer surface includes at least one flat portion; and at least one white iron member, wherein the at least one white iron member includes a flat inner surface, and wherein the flat inner surface of the at least one white iron member is fixed to the flat portion of the outer surface of the tubular bushing substrate. a tubular bushing substrate having a longitudinal length and an outer surface, characterized in that the outer surface includes at least one flat portion; and at least one white iron member, wherein the at least one white iron member includes a flat inner surface, and wherein the flat inner surface of the at least one white iron member is fixed to the flat portion of the outer surface of the tubular bushing substrate.
An aircraft pipe coupling comprising a first pipe end and a second pipe end, and a locking washer disposed between the first pipe end and second pipe end, the locking washer comprising a first tab in engagement with the first pipe end, and a second tab in engagement with the second pipe end, wherein the first tab and/or second tab of the locking washer is deformable to allow the engagement of the tab with the appropriate pipe end, and wherein at least one of the first tab and second tab is arranged to be more easily deformed in a particular direction.
A vehicle door seal structure comprising: a molding portion (40, 70) provided on a vehicle outer side of a belt line portion; and at least one outer side weather strip provided integrally with the molding portion (40, 70) and having a tip end portion extending upward from a molding side base end portion toward a door window glass, wherein at least an outer side weather strip positioned at an uppermost portion includes a first hollow portion extending from the base end portion to the tip end portion, and a second hollow portion below the first hollow portion at the base end portion, characterized in that a partition wall portion separating the first hollow portion and the second hollow portion extends upward toward the door window glass from the base end portion to a tip end portion of the second hollow portion. a molding portion (40, 70) provided on a vehicle outer side of a belt line portion; and at least one outer side weather strip provided integrally with the molding portion (40, 70) and having a tip end portion extending upward from a molding side base end portion toward a door window glass, wherein at least an outer side weather strip positioned at an uppermost portion includes a first hollow portion extending from the base end portion to the tip end portion, and a second hollow portion below the first hollow portion at the base end portion, characterized in that a partition wall portion separating the first hollow portion and the second hollow portion extends upward toward the door window glass from the base end portion to a tip end portion of the second hollow portion.
A face mask, the face mask comprising a mask body that defines a cavity for accommodating the nose and mouth of a wearer and a sealing member depending from the mask body for engagement with the wearer's face, the mask body comprising: a) a nasal portion for accommodating the nose of the wearer, a mouth portion for accommodating the mouth of the wearer, and cheek portions extending laterally across the wearer's cheeks; and b) a filter and a gas inlet, characterised in that the filter is located in a first region of the mask body and the gas inlet is located in a second region of the mask body. a) a nasal portion for accommodating the nose of the wearer, a mouth portion for accommodating the mouth of the wearer, and cheek portions extending laterally across the wearer's cheeks; and b) a filter and a gas inlet, characterised in that the filter is located in a first region of the mask body and the gas inlet is located in a second region of the mask body.
A method for electroless plating comprising in this order the steps of (i) providing a non-conductive substrate having on at least one side attached thereto a metal or metal alloy structure selected from the group consisting of molybdenum, titanium, zirconium, aluminium, chromium, tungsten, niobium, tantalum and alloys thereof, (ii) contacting said substrate with an activator comprising palladium ions, (iii) contacting said substrate with an aqueous solution containing at least one of a nitrogen-containing substance and a hydroxy carboxylic acid and (iv) depositing a metal or metal alloy onto said activated surface by means of electroless plating. (i) providing a non-conductive substrate having on at least one side attached thereto a metal or metal alloy structure selected from the group consisting of molybdenum, titanium, zirconium, aluminium, chromium, tungsten, niobium, tantalum and alloys thereof, (ii) contacting said substrate with an activator comprising palladium ions, (iii) contacting said substrate with an aqueous solution containing at least one of a nitrogen-containing substance and a hydroxy carboxylic acid and (iv) depositing a metal or metal alloy onto said activated surface by means of electroless plating.
Structural unit (10, 10a, 10b) having at least one positionally fixed bearing element, a movable covering element (14, 14a, 14b), in particular a roller blind covering, and at least one movable holding element (18, 18a, 18b), in particular a hook, wherein the movable covering element (14, 14a, 14b) is mounted about a first axis of rotation so as to be rotatable with respect to the positionally fixed bearing element using a first support bearing and the movable holding element (18, 18a, 18b) is mounted about a second axis of rotation so as to be rotatable with respect to the positionally fixed bearing element using a second support bearing, wherein the first axis of rotation and the second axis of rotation are coaxial to one another, characterized in that the positionally fixed bearing element has a part-open first bearing shell in which a bearing partner of the movable covering element (14, 14a, 14b) that can be inserted into the part-open first bearing shell is rotatably received and the movable covering element (14, 14a) has a part-open second bearing shell in which a second bearing partner of the movable holding element (18, 18a) that can be inserted into the part-open second bearing shell is received.
A device comprising; a. a proximal portion adapted for placement within a hollow body cavity to capture and divert said hollow body cavity contents; at least said proximal portion being expandable, from an initial state with an initial diameter for insertion of said proximal portion into the hollow body cavity, into an expanded state for engaging hollow body cavity tissues with a diameter greater than said initial diameter; and b. a distal portion having an adjustable length, adapted to extend through a stoma in a wall of said hollow body cavity to conduct the hollow body cavity contents out of the proximal portion; c. a transitional portion connecting the proximal portion and the distal portion; d. wherein the proximal portion includes a support structure which is used to exert an outward force that engages the inner wall of the hollow body cavity and secures the proximal portion therein; and e. a bending mechanism that imparts a radius of curvature to a region of the device in one direction upon expansion of the device. a. a proximal portion adapted for placement within a hollow body cavity to capture and divert said hollow body cavity contents; at least said proximal portion being expandable, from an initial state with an initial diameter for insertion of said proximal portion into the hollow body cavity, into an expanded state for engaging hollow body cavity tissues with a diameter greater than said initial diameter; and b. a distal portion having an adjustable length, adapted to extend through a stoma in a wall of said hollow body cavity to conduct the hollow body cavity contents out of the proximal portion; c. a transitional portion connecting the proximal portion and the distal portion; d. wherein the proximal portion includes a support structure which is used to exert an outward force that engages the inner wall of the hollow body cavity and secures the proximal portion therein; and e. a bending mechanism that imparts a radius of curvature to a region of the device in one direction upon expansion of the device.