mhurhangee/ep-ind-claims huggingface dataset:
A service continuity implementation method, comprising: receiving (S202, S302), by a mobility management device, a tracking area update request message for a 4G network from a user equipment, wherein the tracking area update request message comprises a user identifier and a 5G capability of the user equipment, wherein a user corresponding to the user identifier is a 5G user; triggering (S206, S307), by the mobility management device, the user equipment to attach to the 4G network; afterwards, receiving (S208, S308), by the mobility management device, an attach request from the user equipment, and the attach request is issued for the 4G network; after receiving the attach request, sending (S211, S311), by the mobility management device, a create session request, for establishing a session with a 5G gateway, to the 5G gateway, wherein the 5G gateway is selected for the user equipment; receiving (S211a, S311a), by the 5G gateway, the create session request; returning (S211b, S311b), by the 5G gateway, a create session response to the mobility management device, wherein the create session response comprises a 5G-related parameter; and returning, by the mobility management device, after establishing the session with the 5G gateway, an attach accept message to the user equipment, wherein after the mobility management device selects the 5G gateway for the user equipment, an address of the user equipment remains unchanged after the user equipment subsequently moves to the 5G network, so that a service is kept uninterrupted. receiving (S202, S302), by a mobility management device, a tracking area update request message for a 4G network from a user equipment, wherein the tracking area update request message comprises a user identifier and a 5G capability of the user equipment, wherein a user corresponding to the user identifier is a 5G user; triggering (S206, S307), by the mobility management device, the user equipment to attach to the 4G network; afterwards, receiving (S208, S308), by the mobility management device, an attach request from the user equipment, and the attach request is issued for the 4G network; after receiving the attach request, sending (S211, S311), by the mobility management device, a create session request, for establishing a session with a 5G gateway, to the 5G gateway, wherein the 5G gateway is selected for the user equipment; receiving (S211a, S311a), by the 5G gateway, the create session request; returning (S211b, S311b), by the 5G gateway, a create session response to the mobility management device, wherein the create session response comprises a 5G-related parameter; and returning, by the mobility management device, after establishing the session with the 5G gateway, an attach accept message to the user equipment, wherein after the mobility management device selects the 5G gateway for the user equipment, an address of the user equipment remains unchanged after the user equipment subsequently moves to the 5G network, so that a service is kept uninterrupted.
Soil reinforced structure, comprising a fill, reinforcement strips comprising reinforcement sections (82, 83, 84) that extend in a reinforced area of the fill located at the rear of a front face of the structure, and a facing placed along said front face, the reinforcement strips being anchored to the facing in respective anchoring regions, wherein the facing incorporates, in at least one anchoring region, a path formed for a reinforcement strip between two protruding points located on a rear face of the facing adjacent to the fill, and where the path comprises two rectilinear portions respectively adjacent to the two protruding points and each one arranged in order to position the strip in the same protruding plane perpendicular to said rear face, two curved portions respectively defining an extension of the two rectilinear portions and arranged to divert the strip outside from the protruding plane, and a connecting portion connecting together the two curved portions and having at least one loop (10, 101, 102, 103, 104) located outside of the protruding plane, characterized in that at least two reinforcement sections (82, 83, 84) each prolong a rectilinear portion of a path beyond a protruding point and are connected together by at least one linking member (11, 12, 13) and in that each one of said reinforcement sections (82, 83, 84) is a part of a reinforcement strip arranged according to said path and wherein the linking members (11, 12, 13) are flexible strips fixed to the reinforcement strips above or below said reinforcement strips.
A light irradiating medical device comprising: a shaft having a first end and a second end in a longitudinal axis direction thereof and having a lumen extending in the longitudinal axis direction; a first tubular member disposed in the lumen of the shaft and rotatable about a rotation axis parallel to the longitudinal axis direction of the shaft, the first tubular member having a window located in a part of a peripheral wall of a distal portion of the first tubular member; and a light guiding tool disposed in the lumen of the first tubular member and movable in the longitudinal axis direction, the light guiding tool including an optical fiber extending in the longitudinal axis direction, the optical fiber including a core, a cladding coating a radially outer portion of the core, and a cladding-absent portion located at a part of a distal portion of the core, and the first tubular member and the light guiding tool being configured so that a light emitted from the optical fiber is allowed to pass through the window. a shaft having a first end and a second end in a longitudinal axis direction thereof and having a lumen extending in the longitudinal axis direction; a first tubular member disposed in the lumen of the shaft and rotatable about a rotation axis parallel to the longitudinal axis direction of the shaft, the first tubular member having a window located in a part of a peripheral wall of a distal portion of the first tubular member; and a light guiding tool disposed in the lumen of the first tubular member and movable in the longitudinal axis direction, the light guiding tool including an optical fiber extending in the longitudinal axis direction, the optical fiber including a core, a cladding coating a radially outer portion of the core, and a cladding-absent portion located at a part of a distal portion of the core, and a core, a cladding coating a radially outer portion of the core, and a cladding-absent portion located at a part of a distal portion of the core, and the first tubular member and the light guiding tool being configured so that a light emitted from the optical fiber is allowed to pass through the window.
Direct current ablation catheter comprising an elongate member with proximal and distal ends, wherein the distal end is curved and comprises a plurality of electrodes extending at different locations along the length of said distal end, wherein the electrodes extend at a mutual distance of between 3 and 12 mm, wherein the elongate member is provided with suitable conducting means for conducting high energy electrical current from the proximal end of the elongate member to the distal end provided with the electrodes for delivering a high energy electrical shock and wherein the electrodes are arranged to apply the high energy electrical shock for direct current ablation from the plurality of locations along the length of said distal end, wherein the conducting means are arranged to conduct and the electrodes are arranged to apply a high energy electrical shock of between 200 and 500 Joule within a predetermined period of time smaller than 10 ms.
Intermediate station for transmitting digital user data from a first mobile station to a second mobile station, wherein the intermediate station has: - a reception unit for receiving user data that are source-coded in a first stage, and channel-coded in a second stage, by the first mobile station for transmission in a first telecommunication network on the basis of a first mobile radio standard, - a decoder, which is connected to the reception unit and in the form of a channel decoder, for channel-decoding the received user data in the second stage on the basis of the first mobile radio standard, - a coder, which is coupled to the decoder and in the form of a channel coder, for channel-coding, on the basis of a second mobile radio standard, in a second stage, the user data channel-decoded on the basis of the first mobile radio standard, for transmission in a second telecommunication network, - and a transmission unit, connected to the coder, for sending the user data channel-coded in a bitstream on the basis of the second mobile radio standard to the second mobile station via a transmission channel of the second telecommunication network, characterized in that the intermediate station has a controller which is arranged to embed signalling data into the bitstream, wherein the transmission unit is set up to transmit the signalling data to the second mobile station, wherein the intermediate station is arranged to receive the telephone number of the first mobile station, wherein the signalling data include information about the type of the coding of the user data in the first stage on the basis of the first mobile radio standard in the form of the telephone number for the first mobile station, according to which an analysis unit can be authorized to connect a corresponding source decoder to a second channel decoder in the second mobile station and in that the intermediate station is set up to transmit the signalling data to the second mobile station once or repeatedly via a separate control channel separately from the user data. - a reception unit for receiving user data that are source-coded in a first stage, and channel-coded in a second stage, by the first mobile station for transmission in a first telecommunication network on the basis of a first mobile radio standard, - a decoder, which is connected to the reception unit and in the form of a channel decoder, for channel-decoding the received user data in the second stage on the basis of the first mobile radio standard, - a coder, which is coupled to the decoder and in the form of a channel coder, for channel-coding, on the basis of a second mobile radio standard, in a second stage, the user data channel-decoded on the basis of the first mobile radio standard, for transmission in a second telecommunication network, - and a transmission unit, connected to the coder, for sending the user data channel-coded in a bitstream on the basis of the second mobile radio standard to the second mobile station via a transmission channel of the second telecommunication network,
An immunotoxin comprising a single chain variable region antibody fused to a PE38 truncated Pseudomonas exotoxin, wherein the single chain variable region antibody has the carboxyl terminus of the V H domain shown in SEQ ID NO: 1 connected to the amino terminus of the V L domain shown in SEQ ID NO: 3 by peptide linker (Gly 4 Ser) 3, and is capable of reacting to the wild type and variant III epidermal growth factor receptor (EGFR), and an immune checkpoint inhibitor selected from the group consisting of an anti-PD-1 antibody, an anti-PD-L1 antibody, an anti-CTLA4 antibody, an anti-LAG-3 antibody, an anti-TIM-3 antibody, and an anti-CSF- 1R antibody, for use in treating a tumor that expresses on its surface wild type and/or variant III of epidermal growth factor receptor (EGFR) in a patient, wherein the immune checkpoint inhibitor is administered at the same time, before, or after the immunotoxin, and the immunotoxin and the immune checkpoint inhibitor are administered within 30 days of each other.
An electronic device housing comprising: a substrate of the electronic device housing, the substrate having an outer surface; and recessed markings disposed on the outer surface of the substrate of the electronic device housing; wherein the recessed markings comprise: an athermally ablated surface layer that is recessed into the outer surface; a plurality of melted regions overlaying the athermally ablated surface layer, the plurality of melted regions configured to reduce light scattering from light scattering features within the recessed marking; and at least one sidewall adjacent the athermally ablated surface layer. a substrate of the electronic device housing, the substrate having an outer surface; and recessed markings disposed on the outer surface of the substrate of the electronic device housing; an athermally ablated surface layer that is recessed into the outer surface; a plurality of melted regions overlaying the athermally ablated surface layer, the plurality of melted regions configured to reduce light scattering from light scattering features within the recessed marking; and at least one sidewall adjacent the athermally ablated surface layer.
An oil dehydrator, comprising; a vacuum chamber, a vacuum pump arranged at an upper end region of the vacuum chamber for establishing a negative pressure within the vacuum chamber and for fluid transportation of water and air out from the vacuum chamber through an outlet opening, and a pipe for fluid transportation of oil into and/or out from the vacuum chamber, where the pipe is connected to a lower end region of the vacuum chamber, characterized in that the vacuum chamber at the lower end region has at least one flow channel fluidly connecting the vacuum chamber and the pipe, wherein a check valve is arranged between the vacuum chamber and the pipe for controlling the flow of oil out from the vacuum chamber through the at least one flow channel, wherein the check valve comprises a valve plate with at least one orifice, where the valve plate is arranged for controlling the flow of oil out from the vacuum chamber through the at least one flow channel, allowing oil to flow into the at least one flow channel through the at least one orifice, when the check valve is in its closed mode, wherein the check valve is configured to switch an operational state between an open mode allowing oil to flow out from the vacuum chamber, and a closed mode, wherein the check valve is controlling the flow of oil through the at least one flow channel so that the flow area in the closed mode is lower than the flow area in the open mode.
Arrangement having a storage tray for a ladder, in particular for a runged stepladder, wherein the storage tray has at least one compartment into which objects can be placed, wherein the storage tray has a first receptacle, wherein the arrangement has a snap-fit buckle, wherein the first receptacle is provided for a first part of the snap-fit buckle which is fastened to the storage tray, characterised in that the arrangement additionally has a securing means, and in that the storage tray has at least one first hole transverse to the first receptacle, through which hole the securing means is guided into the first receptacle in order to secure the first part of the snap-fit buckle. wherein the arrangement has a snap-fit buckle, wherein the first receptacle is provided for a first part of the snap-fit buckle which is fastened to the storage tray, characterised in that the arrangement additionally has a securing means, and in that the storage tray has at least one first hole transverse to the first receptacle, through which hole the securing means is guided into the first receptacle in order to secure the first part of the snap-fit buckle.
A cylindrical double-shell tank comprising: an inner shell including an inner shell main part storing a liquefied gas and an inner shell dome protruding from the inner shell main part; and an outer shell forming a vacuum space between the inner shell and the outer shell, the outer shell including an outer shell main part surrounding the inner shell main part and an outer shell dome surrounding the inner shell dome, wherein the inner shell dome and the outer shell dome are penetrated by a pipe; characterised in that: the tank is of the horizontal-type, and the inner shell dome is provided with an inner shell manhole, and the outer shell dome is provided with an outer shell manhole at a position corresponding to a position of the inner shell manhole. an inner shell including an inner shell main part storing a liquefied gas and an inner shell dome protruding from the inner shell main part; and an outer shell forming a vacuum space between the inner shell and the outer shell, the outer shell including an outer shell main part surrounding the inner shell main part and an outer shell dome surrounding the inner shell dome, wherein the inner shell dome and the outer shell dome are penetrated by a pipe; characterised in that: the tank is of the horizontal-type, and the inner shell dome is provided with an inner shell manhole, and the outer shell dome is provided with an outer shell manhole at a position corresponding to a position of the inner shell manhole. the tank is of the horizontal-type, and the inner shell dome is provided with an inner shell manhole, and the outer shell dome is provided with an outer shell manhole at a position corresponding to a position of the inner shell manhole.
Method for operating a motor vehicle in an automated driving mode, comprising the steps: - determining a standard trajectory, wherein the determined standard trajectory is transferred during the driving mode to an actuator device of the motor vehicle by means of a closed-loop control device; - guiding the motor vehicle along the standard trajectory; and - determining a safety area for the motor vehicle, wherein the determined safety area is transferred to the actuator device by means of the closed-loop control device during the driving mode, wherein in the event of the automated driving mode for the motor vehicle no longer being ensured, switching over to the safety area takes place, as the result of which the motor vehicle is guided into the safety area by means of the actuator device, wherein the safety area and the standard trajectory are determined essentially simultaneously. - determining a standard trajectory, wherein the determined standard trajectory is transferred during the driving mode to an actuator device of the motor vehicle by means of a closed-loop control device; - guiding the motor vehicle along the standard trajectory; and - determining a safety area for the motor vehicle, wherein the determined safety area is transferred to the actuator device by means of the closed-loop control device during the driving mode, wherein in the event of the automated driving mode for the motor vehicle no longer being ensured, switching over to the safety area takes place, as the result of which the motor vehicle is guided into the safety area by means of the actuator device, wherein the safety area and the standard trajectory are determined essentially simultaneously.
Motor vehicle door with a motor vehicle door latch, demonstrating a latch case, and a pertaining locking bolt, and with a stop device with a corresponding attenuation element, whereby the stop device interacts with the respective locking bolt for movement attenuation, at least when it enters the motor vehicle door latch characterized in that the stop device is formed as an attenuation module arranged between the latch case of the motor vehicle door latch and a door panel.
An apparatus for gel electrophoresis comprising a comb having wedge-shaped teeth configured to create wedge-shaped sample wells in a gel by insertion of the comb into the gel and by removal of the comb once the gel has been cast, wherein the wedge-shaped teeth have at least one surface extending from a plane parallel to the bottom surface of the teeth at an angle of between 45 degrees and 90 degrees to the top of the teeth, and wherein the wedge-shaped teeth are configured to create wedge-shaped wells with a volume of at least 45 μL.
Sensor element for the detection of conductive particles in a gas flow, comprising - an interdigital electrode system with at least two interdigital electrodes (12, 13) engaging in one another in a comb-like manner and - a base layer, wherein the interdigital electrode system (12, 13) is arranged on the base layer, characterized in that at least one interdigital electrode (12, 13) has a profiled structure (21, 22), which is formed by at least one trench-like recess in the interdigital electrode(s) (12, 13) itself/themselves and in that the base layer has a profiled structure (16, 17), which is formed by at least one trench-like recess in the base layer. - an interdigital electrode system with at least two interdigital electrodes (12, 13) engaging in one another in a comb-like manner and - a base layer, wherein the interdigital electrode system (12, 13) is arranged on the base layer,
Electric battery module including a plurality of storage elementary cells, and at least one fluidic stirring cell having the same general shape and substantially the same dimensions as the storage elementary cells.
An isolated composition comprising natural killer cells wherein greater than about 50% of the natural killer cells express a polypeptide that confers resistance to a chemotherapy agent.
A disposable absorbent article that includes a chassis having a front region with a front edge, a rear region with a back edge, a crotch region between the front region and the rear region, and a pair of opposing longitudinal edges, said chassis comprising an absorbent core having front and back edges wherein said absorbent core is substantially cellulose free, said disposable absorbent article being characterized in that it comprises: a) first and second elastically elongatable ears, each of said first and second ears having upper and lower edges and a transverse axis, each of said upper and lower edges having proximal and distal ends; and b) first and second fastening tabs respectively connected to a distal portion of said first and second elastically elongatable ears, each of said first and second fastening tabs having upper and lower edges and a transverse axis, each of said upper and lower edges having a proximal end, wherein said upper and lower edges of said fastening tabs are asymmetric relative to the transverse axis of the fastening tabs; wherein the elastically elongatable ears have a transverse axis that is separated from the back edge of the absorbent core by less than 50 mm, wherein the transverse axis of the elongatable ears is offset relative to the transverse axis of the fastening tabs and wherein the back edge of the chassis and the back edge of the absorbent core are separated by a longitudinal distance of less than 100 mm. a) first and second elastically elongatable ears, each of said first and second ears having upper and lower edges and a transverse axis, each of said upper and lower edges having proximal and distal ends; and b) first and second fastening tabs respectively connected to a distal portion of said first and second elastically elongatable ears, each of said first and second fastening tabs having upper and lower edges and a transverse axis, each of said upper and lower edges having a proximal end, wherein said upper and lower edges of said fastening tabs are asymmetric relative to the transverse axis of the fastening tabs; wherein the elastically elongatable ears have a transverse axis that is separated from the back edge of the absorbent core by less than 50 mm, wherein the transverse axis of the elongatable ears is offset relative to the transverse axis of the fastening tabs and wherein the back edge of the chassis and the back edge of the absorbent core are separated by a longitudinal distance of less than 100 mm.