mhurhangee/ep-ind-claims huggingface dataset:
A method of distributing content data (401a, 401b) between network functions in a communication network comprising a plurality of network functions, wherein the plurality of network functions are implemented in a network slice of the communication network, wherein the method comprises: generating a message including content data (401a, 401b) for a target network function of the plurality of network functions, wherein the message comprises metadata, and wherein the metadata provides information for associating the encrypted content data with the target network function, wherein the metadata is readable by the plurality of network functions; encrypting the content data (401a, 401b) of the message using a first cryptographic key (403a, 403b); encrypting the first cryptographic key (403a, 403b) using a second cryptographic key (405a, 405b), wherein the second cryptographic key (405a, 405b) is associated with the target network function; attaching the encrypted first cryptographic key to the message; and sending the message, including the encrypted content data and the encrypted first cryptographic key, to the plurality of network functions. generating a message including content data (401a, 401b) for a target network function of the plurality of network functions, wherein the message comprises metadata, and wherein the metadata provides information for associating the encrypted content data with the target network function, wherein the metadata is readable by the plurality of network functions; encrypting the content data (401a, 401b) of the message using a first cryptographic key (403a, 403b); encrypting the first cryptographic key (403a, 403b) using a second cryptographic key (405a, 405b), wherein the second cryptographic key (405a, 405b) is associated with the target network function; attaching the encrypted first cryptographic key to the message; and sending the message, including the encrypted content data and the encrypted first cryptographic key, to the plurality of network functions.
A method for reporting, by a user equipment, UE, a wireless local area network, WLAN, connection status in a wireless communication system, the method comprising: receiving a WLAN measurement configuration from a base station; when power of a WLAN module of the UE is ON state and the UE is not connected to a preferred access point, AP, performing WLAN measurement based on the WLAN measurement configuration; reporting a result of the WLAN measurement to the base station; receiving (S1360/S1510), from the base station, a WLAN mobility set including a plurality of target access points, APs (1030, 1040, 1050); attempting (S1370/S1520) to connect with one target AP included in the WLAN mobility set; when the UE fails to connect with the one target AP, attempting (S1370/S1520) to connect with others target AP included in the WLAN mobility set; and when the UE fails to connect with all target APs included in the WLAN mobility set, reporting (S1380/S1530) a WLAN connection status including a failure to the base station.
Method of recycling cleaning or rinsing water, in particular rinser water, comprising the following steps: a) filtering raw water by means of a reverse osmosis system, b) mixing the permeate generated in step a) with an additive acting in a sanitizing or disinfecting manner, c) using the permeate loaded with the additive as cleaning or rinsing water, d) joining at least a portion of the used cleaning or rinsing water and the concentrate of a reverse osmosis system, and e) filtering the mixture generated in d) by means of a reverse osmosis system. a) filtering raw water by means of a reverse osmosis system, b) mixing the permeate generated in step a) with an additive acting in a sanitizing or disinfecting manner, c) using the permeate loaded with the additive as cleaning or rinsing water, d) joining at least a portion of the used cleaning or rinsing water and the concentrate of a reverse osmosis system, and e) filtering the mixture generated in d) by means of a reverse osmosis system.
A system for trapping [ 18 F]fluoride and recovering [ 18 O]water comprising the following components each having a first end (3a, 4a, 5a, 6a, 7a, 8a) and a respective second end (3b, 4b, 5b, 6b, 7b, 8b): (i) a first anion exchange column; (ii) a first length of tubing fluidly connected at its second end to the second end of said first anion exchange column; (iii) a second anion exchange column; (iv) a second length of tubing fluidly connected at its second end to the second end of said second anion exchange column; (v) a [ 18 F]fluoride vial; and, (vi) a [ 18 O]water recovery vial; wherein each first end (3a, 4a, 5a, 6a, 7a, 8a) is fluidly connected to a common pathway via a valve (3c, 4c, 5c, 6c, 7c, 8c) having three ports and means to put any two of the three associated ports in fluid communication with each other while fluidly isolating the third port; characterised in that: said first end of said first length of tubing is fluidly connected to said common pathway at a point in between said second anion exchange column and said [ 18 F]fluoride vial; and, said first end of said second length of tubing is fluidly connected to said common pathway at a point in between said first anion exchange column and said [ 18 F]fluoride vial. (i) a first anion exchange column; (ii) a first length of tubing fluidly connected at its second end to the second end of said first anion exchange column; (iii) a second anion exchange column; (iv) a second length of tubing fluidly connected at its second end to the second end of said second anion exchange column; (v) a [ 18 F]fluoride vial; and, (vi) a [ 18 O]water recovery vial; wherein each first end (3a, 4a, 5a, 6a, 7a, 8a) is fluidly connected to a common pathway via a valve (3c, 4c, 5c, 6c, 7c, 8c) having three ports and means to put any two of the three associated ports in fluid communication with each other while fluidly isolating the third port; characterised in that: said first end of said first length of tubing is fluidly connected to said common pathway at a point in between said second anion exchange column and said [ 18 F]fluoride vial; and, said first end of said second length of tubing is fluidly connected to said common pathway at a point in between said first anion exchange column and said [ 18 F]fluoride vial. said first end of said first length of tubing is fluidly connected to said common pathway at a point in between said second anion exchange column and said [ 18 F]fluoride vial; and, said first end of said second length of tubing is fluidly connected to said common pathway at a point in between said first anion exchange column and said [ 18 F]fluoride vial.
A packaging for storing goods, in particular rod-shaped goods like cigarettes and the like, including a front wall and a rear wall, sidewalls (16, 18) connecting the front and rear walls (12, 14) as well as a bottom construction for forming a storage space for the goods and a lid construction including a lid front wall, a lid top wall and a lid rear wall, wherein the lid construction is hinged to an end of the rear wall opposing the bottom construction via a bending line, wherein at least one first presentation flap is hinged to the lid front wall via a bending line such that the first presentation flap abuts on an inner side of the lid construction at least in closed state of the packaging, and a second presentation flap is hinged to the end of the first presentation flap opposing the bending line via a bending line, characterized in that the first and the second presentation flap (52, 54) are at least partially adhered to each other and each comprise at least one text, shape and/or motif surface (62, 74) configured as an opening, wherein the text, shape and/or motif surfaces (62, 74) form at least one common opening.
A tadpole tricycle comprising: a frame assembly; two front wheels coupled to the frame assembly; a rear wheel assembly coupled to the frame assembly, wherein the rear wheel assembly includes a suspension system that allows the rear wheel assembly to pivot relative to the frame assembly; and a seat assembly coupled to the frame assembly; whereby rotation of the rear wheel is driven by a toothed belt; and characterized by further comprising a gear ring coupled to the frame assembly, the gear ring being configured to drive movement of the toothed belt, wherein the gear ring rotates on the same axis that the rear wheel assembly pivots. a frame assembly; two front wheels coupled to the frame assembly; a rear wheel assembly coupled to the frame assembly, wherein the rear wheel assembly includes a suspension system that allows the rear wheel assembly to pivot relative to the frame assembly; and a seat assembly coupled to the frame assembly; whereby rotation of the rear wheel is driven by a toothed belt; and characterized by further comprising a gear ring coupled to the frame assembly, the gear ring being configured to drive movement of the toothed belt, wherein the gear ring rotates on the same axis that the rear wheel assembly pivots.
A sofa bed, comprising a mattress frame, a back frame, two arm frames and two cross beams, wherein the two arm frames are connected by the two cross beams, wherein the mattress frame and the back frame are rotatably pivoted, the inner side of the arm frame is disposed with a linking mechanism, the linking mechanism comprises a front connecting piece, a rear connecting piece and a bridge connecting piece, two ends of the bridge connecting piece are respectively pivoted to the front connecting piece and the rear connecting piece, the bottom end of the front connecting piece is pivoted to the arm frame, the bottom end of the rear connecting piece is pivoted to the arm frame, characterized in that the bottom end of the front connecting piece is riveted to the arm frame, the bottom end of the rear connecting piece is riveted to the arm frame, and wherein the top end of the front connecting piece is pivoted to the mattress frame, the top end of the rear connecting piece is pivoted to the back frame.
A method for operating a fluidized bed boiler, comprising the combustion of solid fuel, and carrying out the combustion process with a fluidized bed comprising ilmenite particles, wherein the bed temperature of the fluidized bed is between 920 and 980°C, wherein the combustion is carried out with an excess air ratio (λ) below 1.3.
Power semiconductor device, comprising a power semiconductor element with an upper side and with a lower side, the upper side being located opposite to the lower side; a first electrode and a second electrode, and a housing, whereby the power semiconductor element is arranged between the first electrode and the second electrode such, that the upper side comprises a first contact portion being in contact with the first electrode and a first free portion not being in contact with the first electrode, and wherein the lower side at least comprises a second contact portion being in contact with the second electrode, wherein a channel is provided fluidly connecting at least a part of the first free portion with a predetermined degassing point of the housing for guiding an overpressure, which overpressure results from plasma and/or gas occurring in a failure mode during operation of the power semiconductor device, from the first free portion to the predetermined degassing point, wherein the predetermined degassing point is a predetermined breaking point, and wherein the predetermined breaking point is realized by a defined weakened portion of the housing.
A nacelle assembly for a wind turbine, the nacelle assembly rotating at the top of a vertical support and supporting an electric generator and a blade assembly, and comprising a supporting structure to transfer the loads between the blade assembly and the vertical support and to define a first protective compartment for housing sensitive parts of the wind turbine; and a platform integral with the supporting structure and defining a floor and a second protective compartment for housing further sensitive parts of the wind turbine; and comprising a plurality of cogwheels housed in the second protective compartment and engaging an annular gear which projects into the second protective compartment and is integral with the vertical support.
Vehicle seat, in particular motor vehicle seat, with a seat part, a backrest which can be pivoted about a pivot axis with respect to the seat part, at least one seat rail pair (11, 13) for the longitudinal adjustment of the vehicle seat, and a seat rail locking apparatus for locking the at least one seat rail pair (11, 13), it being possible for the backrest to assume a use position (5.1) which is suitable for passenger transport and an easy entry position (5.2), in which the backrest is pivoted forwards about the pivot axis and the seat rail locking apparatus is open via a Bowden cable unit, and it being necessary for a limit force to be overcome for pivoting back of the backrest out of the easy entry position (5.2) in the direction of the use position (5.1), characterized in that the limit force is generated by a compensation spring unit of the Bowden cable unit.
A TFT substrate, on which TFTs, scan signal lines, and data signal lines are formed, for use in a display panel, wherein (i) a TFT substrate region that corresponds to a display screen of the display panel is divided into a plurality of display screen regions so that the divided display screen regions are arrayed in a direction of the data signal line and (ii) the display screen regions thus divided are driven by scan signal line drive circuits and data signal line drive circuits, respectively, wherein in predetermined regions including regions in which the data signal lines overlap lines (11, 30) intersecting with the data signal lines so that the lines (11, 30) are below the data signal lines (i) an intrinsic semiconductor layer is formed, a layer providing the source and drain contacts of the TFTs is formed on the intrinsic semiconductor layer, and (iii) the data signal lines are formed on the layer providing source and drain contacts of the TFTs, in the regions in which the data signal lines overlap the lines (11, 30), the intrinsic semiconductor layer and the layer providing the source and drain contacts of the TFTs are formed to extend beyond both edges of each of the lines (11, 30) which intersect with the data signal lines, and each of the data signal lines is electrically separated between adjacent ones of the divided display screen regions into which the TFT substrate region that corresponds to the display screen is divided along the data signal lines. wherein neither the intrinsic semiconductor layer nor the layer providing the source and drain contacts of the TFTs is formed below edge parts of two of data signal lines that face each other via a region where the data signal lines are electrically separated, and the edge parts are directly formed on a base on which the intrinsic semiconductor layer is formed in the predetermined regions.
A computer-based method of virtually planning a dental prosthesis, said method comprising providing scan data of an anatomical situation of an oral cavity of a patient; providing envelope data of a digitized envelope guide specifically prepared for a patient and adapted to the patient specific dental situation, said envelope data comprising data of an envelope portion of said envelope guide, said envelope portion corresponding to a support surface for facial tissue, which support surface is desired to result when said dental prosthesis is installed in said oral cavity of said patient; virtually simulating an outer envelope of a desired dental prosthesis in said oral cavity based on said envelope data of said envelope portion; virtually adjusting said desired dental prosthesis relative to said simulated outer envelope, and generating dental prosthesis data based on said virtually adjusted desired dental prosthesis, wherein said dental prosthesis data is usable for producing said dental prosthesis; and providing the dental prosthesis to be used during a dental restorative procedure based on the dental prosthesis data.
A particle system comprising: a plurality of three-dimensional particles, each three-dimensional particle having an interior region defining a three-dimensional cavity or void and an exterior region, wherein the three-dimensional cavity or void is open to an external environment of the three-dimensional particle and wherein the three-dimensional cavity or void has a volume between about 1 pL and about 125 nL and a molecular capture region disposed on the interior region of the three-dimensional particle configured to capture cells.
Gearbox with at least one input element, which is in driving connection with at least one output element, of which one is a regulating element, with which the rotational speed of the input element can be changed for passing on to the output element in such a way that the rotational speed of the output element is increased when the rotational speed of the regulating element decreases, which is in driving connection via a coupling element with the input element, wherein the coupling element is part of a coupling stage, which is in the form of a planetary gear, wherein the gearbox comprises a coupling rocker, which is in the form of a planetary gear and forms a rotational direction reversing gear, wherein the regulating element is part of a reversing gear, characterised in that the input element is surrounded by a sun wheel which is in engagement with the coupling element and with the regulating element via planet wheels (22, 19), of which the planet wheels in engagement with the regulating element are mounted on planet gear supports fixed to the housing, and in that the coupling element connects the sun wheel with planet wheels of the coupling rocker which are mounted on planet gear supports fixed to the housing.
A processing method, applied to user equipment, UE, characterized in that, the method comprises: when there is no explicitly configured beam failure detection reference signal or radio link monitoring reference signal on a second bandwidth part, BWP, and there is a first reference signal on another first bandwidth part, determining a determination criterion for beam failure detection actions or radio link monitoring actions of the UE; and determining a beam failure detection action or a radio link monitoring action of the UE based on the determination criterion; wherein the first reference signal is a reference signal whose quasi-co-location, QCL, type is a specified type in a reference signal set, the reference signal set is indicated by a transmission configuration indication state of a physical downlink control channel on a control resource set on the second bandwidth part, and the second bandwidth part is in an active state. when there is no explicitly configured beam failure detection reference signal or radio link monitoring reference signal on a second bandwidth part, BWP, and there is a first reference signal on another first bandwidth part, determining a determination criterion for beam failure detection actions or radio link monitoring actions of the UE; and determining a beam failure detection action or a radio link monitoring action of the UE based on the determination criterion; wherein the first reference signal is a reference signal whose quasi-co-location, QCL, type is a specified type in a reference signal set, the reference signal set is indicated by a transmission configuration indication state of a physical downlink control channel on a control resource set on the second bandwidth part, and the second bandwidth part is in an active state.
A transgenic plant comprising DNA encoding and expressing a Cry1Ab insecticidal protein and DNA encoding and expressing a Cry1Be insecticidal protein.
A computer implemented method of of determining wellbore-strengthening information for a drilling operation, characterised by: inputting wellbore parameters into a wellbore simulator; importing wellbore-strengthening options into the wellbore simulator; performing a plurality of wellbore simulations to obtain fracture information, wherein the performing a plurality of wellbore simulations comprises: selecting at least one of the wellbore parameters; and determining the effect of the selected wellbore parameter on the wellbore; selecting a wellbore-strengthening option based on the fracture information; and outputting the selected wellbore-strengthening option. inputting wellbore parameters into a wellbore simulator; importing wellbore-strengthening options into the wellbore simulator; performing a plurality of wellbore simulations to obtain fracture information, wherein the performing a plurality of wellbore simulations comprises: selecting at least one of the wellbore parameters; and determining the effect of the selected wellbore parameter on the wellbore; selecting at least one of the wellbore parameters; and determining the effect of the selected wellbore parameter on the wellbore; selecting a wellbore-strengthening option based on the fracture information; and outputting the selected wellbore-strengthening option.
Device for anchoring an element to be anchored, in particular for the attachment of a road sign support, comprising: - a plate element intended to be placed in a horizontal position, in the ground, in the bottom of a hole, for use, - a sleeve forming a longitudinal housing intended to receive the element to be anchored, in particular a road sign support, the sleeve being attached onto the plate element, - ridges attached to the plate element and to the sleeve so as to distribute at least some of the transverse forces received by the sleeve over the plate element, the device comprising a plurality of portions of annular space around the sleeve extending radially beyond the plate element, said pluralities of portions of annular space being free from any element constituting the anchoring device the anchoring device being characterised in that the plate element comprises at least one recess, said recess being sized such that it enables the passage of the sleeve through said plate element. - a plate element intended to be placed in a horizontal position, in the ground, in the bottom of a hole, for use, - a sleeve forming a longitudinal housing intended to receive the element to be anchored, in particular a road sign support, the sleeve being attached onto the plate element, - ridges attached to the plate element and to the sleeve so as to distribute at least some of the transverse forces received by the sleeve over the plate element,
An isolated polypeptide consisting of the amino acid sequence RYLLEAKEAENITTGC (SEQ ID NO: 33) or a fragment thereof, wherein said peptide or said fragment has cellular protective activity in a responsive cell, tissue or organ, wherein the cellular protective activity is determined in vivo in an animal model of protection from injury to the sciatic nerve, in an animal model of protection from acute renal failure, or an animal model of protection from cerebral malaria; or wherein the cellular protective activity comprises neuroprotection, which is determined in vitro by a method comprising the steps of: (a) contacting a test culture of primary hippocampal neurons with N-methyl-D-aspartate and said peptide; and (b) determining the cell viability at 48 hours post said contact, such that if the cell viability determined in step (b) is greater than that of a control culture in the absence of said peptide, the peptide possesses cellular protective activity. (a) contacting a test culture of primary hippocampal neurons with N-methyl-D-aspartate and said peptide; and (b) determining the cell viability at 48 hours post said contact, such that if the cell viability determined in step (b) is greater than that of a control culture in the absence of said peptide, the peptide possesses cellular protective activity.