mhurhangee/ep-ind-claims huggingface dataset:
A communication method for preventing media stream circuity, the method comprising the steps of: obtaining called party side information by a signaling layer control function entity (I-AF) at a calling party side network domain by routing, by the signaling layer control function entity at the calling party side network domain, an initial session signaling directly to a network entity where a called party is located, not establishing the media stream path temporarily during the process, and obtaining the called party side information according to a returned response message; routing a session signaling, and, determining whether a bearer network where the signaling layer control function entity (I-AF) is located can directly be inter-connected with a bearer network where the called party (UE B) is located according to the called party side information, wherein if the bearer network where the signaling layer control function entity (I-AF) is located can directly be inter-connected with the bearer network where the called party (UE B) is located, giving up an interaction with a media layer gateway function entity for a network address port translation by the signaling layer control function entity (I-AF) and indicating subsequent signaling layer control function entities (I-AF, P-AF) in a session signaling path to give up the interaction with the media layer gateway function entity for the network address port translation by the signaling layer control function entity. obtaining called party side information by a signaling layer control function entity (I-AF) at a calling party side network domain by routing, by the signaling layer control function entity at the calling party side network domain, an initial session signaling directly to a network entity where a called party is located, not establishing the media stream path temporarily during the process, and obtaining the called party side information according to a returned response message; routing a session signaling, and, determining whether a bearer network where the signaling layer control function entity (I-AF) is located can directly be inter-connected with a bearer network where the called party (UE B) is located according to the called party side information, wherein if the bearer network where the signaling layer control function entity (I-AF) is located can directly be inter-connected with the bearer network where the called party (UE B) is located, giving up an interaction with a media layer gateway function entity for a network address port translation by the signaling layer control function entity (I-AF) and indicating subsequent signaling layer control function entities (I-AF, P-AF) in a session signaling path to give up the interaction with the media layer gateway function entity for the network address port translation by the signaling layer control function entity.
Clamping insert for cell culture comprising: - a lower support comprising: i. a hollow member sized to be engaged in a well of a microplate, said hollow member being open at both its ends and comprising a support surface at one of its ends, wherein the support surface extends inwardly from the hollow member wall, ii. first tightening means, - an inner holder sized to be fitted inside the hollow member, and comprising second tightening means arranged to cooperate with said first tightening means of the hollow member to clamp reversibly between the inner holder and the support surface of the lower support a substantially rigid porous substrate, said inner holder comprising an opened channel keeping free the porous substrate; - retaining means intended to cooperate with the well of the microplate to allow the clamping insert to be suspended in the well of the microplate, - sealing means to hermetically seal the contact area between the inner holder and said porous substrate, characterized in that the inner wall of the inner holder also comprises a guiding groove oriented longitudinally, allowing passage of a pipette or of a TEER (Trans Epithelial Electrical Resistance) electrode. - a lower support comprising: i. a hollow member sized to be engaged in a well of a microplate, said hollow member being open at both its ends and comprising a support surface at one of its ends, wherein the support surface extends inwardly from the hollow member wall, ii. first tightening means, i. a hollow member sized to be engaged in a well of a microplate, said hollow member being open at both its ends and comprising a support surface at one of its ends, wherein the support surface extends inwardly from the hollow member wall, ii. first tightening means, - an inner holder sized to be fitted inside the hollow member, and comprising second tightening means arranged to cooperate with said first tightening means of the hollow member to clamp reversibly between the inner holder and the support surface of the lower support a substantially rigid porous substrate, said inner holder comprising an opened channel keeping free the porous substrate; - retaining means intended to cooperate with the well of the microplate to allow the clamping insert to be suspended in the well of the microplate, - sealing means to hermetically seal the contact area between the inner holder and said porous substrate,
Switching arrangement comprising a first contact set and a second contact set, which can be moved relative to the first contact set, and also comprising an insulating nozzle arrangement supported on the first contact set, wherein the first contact set has a first arcing contact piece and a first nominal current contact piece, wherein the insulating nozzle arrangement is connected at a fixed angle to the first nominal current contact piece, whereby an axial movement of the first nominal current contact piece in the direction of a longitudinal axis is transmitted to the insulating nozzle arrangement, characterized in that the first arcing contact piece can be moved relative to the insulating nozzle arrangement, and in that the insulating nozzle arrangement has a main nozzle and an auxiliary nozzle, which each delimit a portion of the nozzle channel.
Core-shell composite particles, wherein the core is a porous, carbon-based matrix which contains silicon particles in which silicon particles are enclosed in the pores of the matrix and the pores containing silicon particles have a diameter of ≥ 60 nm, and the shell is obtainable by carbonization of one or more carbon precursors selected from the group consisting of tars, pitches, hard carbon, soft carbon and hydrocarbons having from 1 to 20 carbon atoms, which leads to a nonporous shell, where nonporous shell means that any pores present in the shell are < 10 nm.
A method for measuring the electrical resistivity of a green anode, comprising: determining a measured voltage drop across a green anode surface via an electrical resistivity device positioned to contact the green anode surface; correlating a measured electrical resistivity from the voltage drop; comparing the measured electrical resistivity to a target electrical resistivity; and adjusting, based on the comparing step, at least one of anode processing parameters. determining a measured voltage drop across a green anode surface via an electrical resistivity device positioned to contact the green anode surface; correlating a measured electrical resistivity from the voltage drop; comparing the measured electrical resistivity to a target electrical resistivity; and adjusting, based on the comparing step, at least one of anode processing parameters.
Trampoline with - a base which has a peripheral frame and a plurality of legs, the frame being composed of a tube, which is bent in order to produce the frame, - a bounce mat which is suspended elastically on the frame, - at least one guide which is secured to the base, - a bar which is received in a height-adjustable manner in the guide, and - an inner piece which is received movably in the guide, characterized in that - the bar is fixed by a relative movement between the inner piece and the guide, and - the frame forms a recess in which the guide is received. - a base which has a peripheral frame and a plurality of legs, the frame being composed of a tube, which is bent in order to produce the frame, - a bounce mat which is suspended elastically on the frame, - at least one guide which is secured to the base, - a bar which is received in a height-adjustable manner in the guide, and - an inner piece which is received movably in the guide, - the bar is fixed by a relative movement between the inner piece and the guide, and - the frame forms a recess in which the guide is received.
A housing of a power module, the housing comprising: an encasing for encasing semiconductor elements inside the housing; a power terminal area on the encasing, on which a power terminal plate is provided; an auxiliary terminal area on the encasing at a lower level than the power terminal area; characterized in that the housing further comprises: an interconnecting member with a power terminal connector part and an auxiliary terminal connector part interconnected by a spring part, wherein the spring part is configured to be aligned besides the power terminal plate; wherein the spring part is formed, such that it at least partially runs on a higher level than the power terminal connector part; wherein the interconnecting member is configured to be inserted with the power terminal connector part through an opening in the encasing below the power terminal plate, such that the spring part engages the power terminal area besides the power terminal plate and runs to the auxiliary terminal area and the auxiliary terminal connector part is disposed on the auxiliary terminal area. an encasing for encasing semiconductor elements inside the housing; a power terminal area on the encasing, on which a power terminal plate is provided; an auxiliary terminal area on the encasing at a lower level than the power terminal area; an interconnecting member with a power terminal connector part and an auxiliary terminal connector part interconnected by a spring part, wherein the spring part is configured to be aligned besides the power terminal plate; wherein the spring part is formed, such that it at least partially runs on a higher level than the power terminal connector part; wherein the interconnecting member is configured to be inserted with the power terminal connector part through an opening in the encasing below the power terminal plate, such that the spring part engages the power terminal area besides the power terminal plate and runs to the auxiliary terminal area and the auxiliary terminal connector part is disposed on the auxiliary terminal area.
A pocket (11,12,17), in particular a pocket (11,12,17) for use in a work wear garment (10,15), where said pocket (11,12,17) has an inner layer and an outer layer, where said inner layer and said outer layer are connected on a substantial part of the pocket's outline, where in use the pocket's opening (13,18) is on a vertical side of the garment (10,15), and where the pocket has a double closing feature - an inner and an outer closing feature (32,30), where the outer closing feature completely closes the pocket (11,12,17), the pocket is characterized in that the inner closing feature has ventilation openings.
Method for production of N-methylnaltrexone bromide, characterized in that a compound of the general formula: wherein X - represents an anion which is selected from the group comprising [-O-S 2 -CH 3], [-O-S 2 -CF 3], [-O-S 2 -phenyl], wherein the phenyl ring is optionally substituted, and R represents hydrogen or a leaving group, (i) is dissolved or dispersed in a suitable polar solvent selected from the group including water, polar organic solvents, aprotic dipolar solvents, (ii) this solution or dispersion is mixed with a compound containing bromide anions, and the reaction mixture obtained is stirred until N-methylnaltrexone bromide is formed and crystallized, wherein, in the case where R represents a leaving group, this is removed during or after the reaction. X - represents an anion which is selected from the group comprising [-O-S 2 -CH 3], [-O-S 2 -CF 3], [-O-S 2 -phenyl], wherein the phenyl ring is optionally substituted, and R represents hydrogen or a leaving group, (i) is dissolved or dispersed in a suitable polar solvent selected from the group including water, polar organic solvents, aprotic dipolar solvents, (ii) this solution or dispersion is mixed with a compound containing bromide anions, and the reaction mixture obtained is stirred until N-methylnaltrexone bromide is formed and crystallized, wherein, in the case where R represents a leaving group, this is removed during or after the reaction. (i) is dissolved or dispersed in a suitable polar solvent selected from the group including water, polar organic solvents, aprotic dipolar solvents, (ii) this solution or dispersion is mixed with a compound containing bromide anions, and the reaction mixture obtained is stirred until N-methylnaltrexone bromide is formed and crystallized, wherein, in the case where R represents a leaving group, this is removed during or after the reaction.
A vibration presentation device (21, 61, 71, 81), comprising: a plurality of vibration units (22-1 - 22-6) that vibrate when voltage is applied; a control unit that controls vibration to be generated in the plurality of vibration units, and conductive wires (23-1, 23-2) electrically connecting the vibration units with the control unit, wherein the plurality of vibration units (22-1 - 22-6) are attached to a wearable device worn on a user's body, characterized in that the vibration units (22-1 - 22-6) include electrodes (13, 14), the electrodes including a flexible, lightweight, and thin material, and are in surface contact with a portion to be presented with vibration; and in that the vibration units (22-1 - 22-6) are formed in a belt-like shape. a plurality of vibration units (22-1 - 22-6) that vibrate when voltage is applied; a control unit that controls vibration to be generated in the plurality of vibration units, and conductive wires (23-1, 23-2) electrically connecting the vibration units with the control unit, wherein the plurality of vibration units (22-1 - 22-6) are attached to a wearable device worn on a user's body, characterized in that the vibration units (22-1 - 22-6) include electrodes (13, 14), the electrodes including a flexible, lightweight, and thin material, and are in surface contact with a portion to be presented with vibration; and in that the vibration units (22-1 - 22-6) are formed in a belt-like shape.
Lamp base for a vehicle lamp, especially an incandescent halogen lamp, comprising a base part from which contact tabs (18, 20, 22) protrude for the purpose of electrical contacting and which carries a reference ring welded to an adjustment ring, a lamp bulb being able to be placed onto the adjustment ring directly or via a fastening ring, characterized in that a weld metal zone (54, 56) of the welding between reference ring and adjustment ring (12, 14) is formed on rear surface sections (48, 50, 52) of said rings facing away from the lamp bulb, wherein adjustment ring and reference ring have radially projecting lugs (40, 42, 44; 48, 50, 52) aligned with one another, along which the welding is effected.
A method for imaging a sample through an optical fiber having a core and at least one cladding region, the method comprising: (a) transmitting a first propagating mode of light through at least one of the at least one cladding region toward a sample; and (b) collecting scattered light from the sample in a core of the optical fiber. (a) transmitting a first propagating mode of light through at least one of the at least one cladding region toward a sample; and (b) collecting scattered light from the sample in a core of the optical fiber.
A connecting terminal for a coaxial connector, comprising: a terminal body having a solder cup and defining a first end and a second end in a longitudinal direction of the terminal body; a pair of first clamping paws disposed at the first end of the terminal body, opposed to each other in a transverse direction of the terminal body, and a pair of second clamping paws disposed at the second end of the terminal body and opposed to each other in the transverse direction, wherein the solder cup is a groove formed in an upper surface of the terminal body, and the groove is configured to be soldered with a coaxial cable, characterized in that the pair of first clamping paws is spaced apart from the solder cup along the longitudinal direction of the terminal body. a terminal body having a solder cup and defining a first end and a second end in a longitudinal direction of the terminal body; a pair of first clamping paws disposed at the first end of the terminal body, opposed to each other in a transverse direction of the terminal body, and a pair of second clamping paws disposed at the second end of the terminal body and opposed to each other in the transverse direction, wherein the solder cup is a groove formed in an upper surface of the terminal body, and the groove is configured to be soldered with a coaxial cable, characterized in that the pair of first clamping paws is spaced apart from the solder cup along the longitudinal direction of the terminal body.
A hand-held vegetation trimmer including: a first shaft; a cutting blade disposed at a first end portion of the first shaft; a first handle disposed at a second end portion of the first shaft; a motor in communication with the cutting blade, the motor disposed on the first shaft, wherein the motor is concentric with the first shaft and located midway along the first shaft between the cutting blade and the first handle and wherein the hand-held vegetation trimmer further includes a second handle attached to the first shaft between the first handle and a battery and located at the second end portion of the first shaft so that the first handle is between the second handle and the cutting blade. a first shaft; a cutting blade disposed at a first end portion of the first shaft; a first handle disposed at a second end portion of the first shaft; a motor in communication with the cutting blade, the motor disposed on the first shaft, wherein the motor is concentric with the first shaft and located midway along the first shaft between the cutting blade and the first handle and wherein the hand-held vegetation trimmer further includes a second handle attached to the first shaft between the first handle and a battery and located at the second end portion of the first shaft so that the first handle is between the second handle and the cutting blade.
A composition comprising one or more infectious encapsidated rAAVs, each comprising a recombinant AAV genome comprising a polynucleotide encoding follistatin-344 flanked by at least one AAV inverted terminal repeat, wherein the genome lacks AAV rep and cap DNA.
Device for dispersing gas in a liquid with a number n of successive zones Z 1, Z 2,..., Z n with static mixing elements, each zone Z i having a length L i and an effective diameter D i, the individual zones being constructed such that the mechanical energy input E i normalized to the respective ratio L i / D i increases from zone to zone in the direction of flow, wherein n is an integer greater than or equal to 3 and i is an index which runs through the integers from 1 to the number n of zones, characterized in that the mixing elements present in the zones Z 1 to Z n have the same ratio d i / D i, where d i is the average diameter, and an effective diameter D i which becomes increasingly smaller from zone to zone in the direction of flow.
A sheeting comprising: a layer of a shape-memory polymer material (11; 26) having a surface of microlenses (14; 22), wherein the shape-memory polymer material comprises one of a polyurethane with a poly(ε-caprolactone) switching segment, a polyurethane with a poly(tetrahydrofuran) switching segment, polynorbornene, polyethylene or ethylene copolymers covalently cross-linked, an oligo(ε-caprolactone)diol functionalized with a methacrylate end group, and a polysiloxane with a poly(meth)acrylate switching segment wherein the polysiloxane comprises a telechelic siloxane, wherein each of the microlenses (14; 22) is associated with one of a plurality of images within the sheeting (10; 20), wherein the layer of the shape-memory polymer material (11; 26) is responsive to an external stimulus by transitioning from a first state in which an optical property of the microlenses (14; 22) has a first value to a second state in which the optical property of the microlenses (14; 22) has a second value. a layer of a shape-memory polymer material (11; 26) having a surface of microlenses (14; 22), wherein the shape-memory polymer material comprises one of a polyurethane with a poly(ε-caprolactone) switching segment, a polyurethane with a poly(tetrahydrofuran) switching segment, polynorbornene, polyethylene or ethylene copolymers covalently cross-linked, an oligo(ε-caprolactone)diol functionalized with a methacrylate end group, and a polysiloxane with a poly(meth)acrylate switching segment wherein the polysiloxane comprises a telechelic siloxane, wherein each of the microlenses (14; 22) is associated with one of a plurality of images within the sheeting (10; 20), wherein the layer of the shape-memory polymer material (11; 26) is responsive to an external stimulus by transitioning from a first state in which an optical property of the microlenses (14; 22) has a first value to a second state in which the optical property of the microlenses (14; 22) has a second value.
A gas sampler device comprising: a top plate having a top surface and the top plate having a plurality of holes; a bottom plate having a top surface, a receiving portion at the top surface for receiving a dish, and an air hole; a center well formed in the top surface of said bottom plate; and, a plurality of elongated slots formed in the top surface of said bottom plate, said plurality of elongated slots extending outward from said center well beyond the receiving portion, a vacuum air port configured to draw gas into said sampler device through said plurality of holes to impinge the dish, wherein said air hole extends through said bottom plate from said air port to said center well, a ridge projecting upward from the top surface of said bottom plate at a distance from an outer edge of said bottom plate, said ridge defining the receiving portion, wherein the plurality of elongated slots extend into said ridge characterized in that the top plate comprises a vent plate, the vent plate having a plurality of at least 100 holes, the area in which the holes are located comprises less than about 1% of the surface area of the vent plate, and each of said plurality of holes having a diameter between 0.1778 mm and 0.2286 mm. a top plate having a top surface and the top plate having a plurality of holes; a bottom plate having a top surface, a receiving portion at the top surface for receiving a dish, and an air hole; a center well formed in the top surface of said bottom plate; and, a plurality of elongated slots formed in the top surface of said bottom plate, said plurality of elongated slots extending outward from said center well beyond the receiving portion, a vacuum air port configured to draw gas into said sampler device through said plurality of holes to impinge the dish, wherein said air hole extends through said bottom plate from said air port to said center well, a ridge projecting upward from the top surface of said bottom plate at a distance from an outer edge of said bottom plate, said ridge defining the receiving portion, wherein the plurality of elongated slots extend into said ridge characterized in that the top plate comprises a vent plate, the vent plate having a plurality of at least 100 holes, the area in which the holes are located comprises less than about 1% of the surface area of the vent plate, and each of said plurality of holes having a diameter between 0.1778 mm and 0.2286 mm.