mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle comprising an interior, - the motor vehicle comprising a projection unit arranged in the interior, which projection unit comprises a projection surface and at least one projector, - the projection unit being designed such that in a normal situation, a light signal can be projected by means of the at least one projector onto a light-reflecting illumination region of the projection surface, - the illumination region of the projection surface being at least partially represented by a light-reflecting roof surface of the motor vehicle facing the interior, and - the projection surface comprising an outwardly transparent glass region, characterized - in that the projection unit is designed such that in an emergency situation, the light signal can be projected outwards through the glass region by means of the at least one projector, and the motor vehicle can be perceived from the outside, - and in that in the emergency situation, the light signal is formed by projecting at least one static or temporally changing pattern and/or at least one static or temporally changing graphic onto the glass region of the projection surface. - the motor vehicle comprising a projection unit arranged in the interior, which projection unit comprises a projection surface and at least one projector, - the projection unit being designed such that in a normal situation, a light signal can be projected by means of the at least one projector onto a light-reflecting illumination region of the projection surface, - the illumination region of the projection surface being at least partially represented by a light-reflecting roof surface of the motor vehicle facing the interior, and - the projection surface comprising an outwardly transparent glass region, - in that the projection unit is designed such that in an emergency situation, the light signal can be projected outwards through the glass region by means of the at least one projector, and the motor vehicle can be perceived from the outside, - and in that in the emergency situation, the light signal is formed by projecting at least one static or temporally changing pattern and/or at least one static or temporally changing graphic onto the glass region of the projection surface.
An air separation system comprising: at least one air separation module (202a, 202b, 202c) having a first end and a second end; and at least one mounting assembly (204, 208) removably connected to the at least one air separation module (202a, 202b, 202c) and configured to mount the at least one air separation module (202a, 202b, 202c) in an aircraft, the at least one mounting assembly (204, 208) comprising: a first end cap (212a, 212b, 212c) removably connected to the first end of the at least one air separation module (202a, 202b, 202c); a second end cap removably connected to the second end of the at least one air separation module (202a, 202b, 202c); and at least one bracket configured to removably connect one of the first end cap (212a, 212b, 212c) and the second end cap to an aircraft. at least one air separation module (202a, 202b, 202c) having a first end and a second end; and at least one mounting assembly (204, 208) removably connected to the at least one air separation module (202a, 202b, 202c) and configured to mount the at least one air separation module (202a, 202b, 202c) in an aircraft, the at least one mounting assembly (204, 208) comprising: a first end cap (212a, 212b, 212c) removably connected to the first end of the at least one air separation module (202a, 202b, 202c); a second end cap removably connected to the second end of the at least one air separation module (202a, 202b, 202c); and at least one bracket configured to removably connect one of the first end cap (212a, 212b, 212c) and the second end cap to an aircraft. a first end cap (212a, 212b, 212c) removably connected to the first end of the at least one air separation module (202a, 202b, 202c); a second end cap removably connected to the second end of the at least one air separation module (202a, 202b, 202c); and at least one bracket configured to removably connect one of the first end cap (212a, 212b, 212c) and the second end cap to an aircraft.
A leadframe for semiconductor devices, the leadframe comprising a die pad portion having a first planar die-mounting surface and a second planar surface opposed the first surface, the first surface and the second surface having facing peripheral rims jointly defining a peripheral outline of the die pad, wherein the die pad comprises at least one package molding compound receiving cavity opening at the periphery of said first planar surface, the leadframe characterized in that: the peripheral rims of said first surface and said second surface are mutually offset to provide a stepped peripheral outline of the die pad with the periphery of said first planar surface having a peripheral region protruding with respect to the second planar surface, wherein said at least one package molding compound receiving cavity is provided at said protruding region of the first planar surface, wherein said at least one package molding compound receiving cavity comprises a through cavity extending from said first planar surface to said second planar surface, and said at least one package molding compound receiving cavity partially overlaps and goes through said stepped peripheral outline of the die pad. the peripheral rims of said first surface and said second surface are mutually offset to provide a stepped peripheral outline of the die pad with the periphery of said first planar surface having a peripheral region protruding with respect to the second planar surface, wherein said at least one package molding compound receiving cavity is provided at said protruding region of the first planar surface, wherein said at least one package molding compound receiving cavity comprises a through cavity extending from said first planar surface to said second planar surface, and said at least one package molding compound receiving cavity partially overlaps and goes through said stepped peripheral outline of the die pad.
A glass article comprising a glass composition, the glass composition comprising: SiO 2 in an amount in a range from 66 mol% to 80 mol%; Al 2 O 3 in an amount in a range from 2 mol% to 16 mol%; B 2 O 3 in an amount in a range from 0.9 mol% to 15 mol%; P 2 O 5 in an amount in a range from 1 mol% to 4 mol%; Li 2 O in an amount from 0.5 mol% to 12 mol%; a total amount of alkaline earth metal oxides that is in a range from 0 mol% to 2 mol%; and Na 2 O in an amount from 6 mol% to 15 mol%. SiO 2 in an amount in a range from 66 mol% to 80 mol%; Al 2 O 3 in an amount in a range from 2 mol% to 16 mol%; B 2 O 3 in an amount in a range from 0.9 mol% to 15 mol%; P 2 O 5 in an amount in a range from 1 mol% to 4 mol%; Li 2 O in an amount from 0.5 mol% to 12 mol%; a total amount of alkaline earth metal oxides that is in a range from 0 mol% to 2 mol%; and Na 2 O in an amount from 6 mol% to 15 mol%.
A wireless communication module comprising: a wireless module board in which an antenna is formed on a first surface or an inner layer; a frequency converter mounted on a second surface of the wireless module board and changing a frequency of a wireless signal; an amplifier phase shifter mounted on the second surface of the wireless module board and changing a phase and an intensity of the wireless signal; a band-pass filter connected to the frequency converter and the amplifier phase shifter, and mounted on the second surface of the wireless module board so as to be provided between the frequency converter and the amplifier phase shifter; and a communication board provided at intervals on the second surface via a connecting member and electrically connected to the wireless module board by the connecting member, wherein a through-hole, which penetrates in a direction in which the wireless module board and the communication board are aligned, is formed at a portion of the communication board to which at least one of IC chips of the frequency converter and the amplifier phase shifter faces, and wherein the band-pass filter is covered by the communication board. a wireless module board in which an antenna is formed on a first surface or an inner layer; a frequency converter mounted on a second surface of the wireless module board and changing a frequency of a wireless signal; an amplifier phase shifter mounted on the second surface of the wireless module board and changing a phase and an intensity of the wireless signal; a band-pass filter connected to the frequency converter and the amplifier phase shifter, and mounted on the second surface of the wireless module board so as to be provided between the frequency converter and the amplifier phase shifter; and a communication board provided at intervals on the second surface via a connecting member and electrically connected to the wireless module board by the connecting member, wherein a through-hole, which penetrates in a direction in which the wireless module board and the communication board are aligned, is formed at a portion of the communication board to which at least one of IC chips of the frequency converter and the amplifier phase shifter faces, and wherein the band-pass filter is covered by the communication board.
A transportation system for annealing a glass container having a barrel and two extremities, said transportation system comprising: - a lath provided with at least two non-metallic inserts (3,5,6), the at least two non-metallic inserts (3,5,6) being positioned such that, when a glass container is seated on said lath, said glass container is exclusively held by contact between said at least two non-metallic inserts and said barrel in a substantially horizontal position which is fixed relative to the lath; - securing means (22, 33) able to reversibly firmly secure a clipping portion (3B, 5B, 6B) of said at least two non-metallic inserts (3,5,6) into a respective slot of the lath. - a lath provided with at least two non-metallic inserts (3,5,6), the at least two non-metallic inserts (3,5,6) being positioned such that, when a glass container is seated on said lath, said glass container is exclusively held by contact between said at least two non-metallic inserts and said barrel in a substantially horizontal position which is fixed relative to the lath; - securing means (22, 33) able to reversibly firmly secure a clipping portion (3B, 5B, 6B) of said at least two non-metallic inserts (3,5,6) into a respective slot of the lath.
Connecting element (10, 40, 60, 88) for a positive connection to at least one component, said at least one component being held between said connecting element (10, 40, 60, 88) and a fastening element (30, 50, 70, 90, 102), with said connecting element (10, 40, 60, 88) and said fastening element (30, 50, 70, 90, 102) forming a friction-welded connection, comprising a head (12, 42, 86) with a drive and a shank (14, 44, 62), said shank (14, 44, 62) having at least two cutting structures on its end face, said cutting structures having cutting edges which lie in a cutting plane, with said cutting plane delimiting said shank (14, 44, 62), said cutting structures furthermore being spaced apart in the circumferential direction and defining a cutting diameter, characterized in that said shank (14, 44, 62) furthermore has a cross-section that is of reduced extent between said cutting structures relative to the cutting diameter, with the area of reduced extent extending in the axial direction at least the length of the cutting diameter from said cutting structures toward said head (12, 42, 86).
A measurement device comprising: an integrated direct current source configured to power a device under test; a monitoring unit configured to monitor at least one monitoring parameter of the direct current source; characterized in that the measurement device is an oscilloscope, wherein the measurement device has a housing which encompasses a measurement unit being allocated to inputs (18, 20), the monitoring unit, a control unit, and the integrated direct current source, wherein the measurement unit is configured to perform measurements on an electric signal of the device under test while applying at least one measurement parameter for performing the measurements, wherein the electric signal is fed to the measurement device via the inputs (18, 20), wherein the at least one measurement parameter applied corresponds to a setting of the measurement device while performing the measurements on the device under test; and wherein the control unit is configured to control the at least one measurement parameter in response to the at least one monitoring parameter. an integrated direct current source configured to power a device under test; a monitoring unit configured to monitor at least one monitoring parameter of the direct current source; characterized in that the measurement device is an oscilloscope, wherein the measurement device has a housing which encompasses a measurement unit being allocated to inputs (18, 20), the monitoring unit, a control unit, and the integrated direct current source, wherein the measurement unit is configured to perform measurements on an electric signal of the device under test while applying at least one measurement parameter for performing the measurements, wherein the electric signal is fed to the measurement device via the inputs (18, 20), wherein the at least one measurement parameter applied corresponds to a setting of the measurement device while performing the measurements on the device under test; and wherein the control unit is configured to control the at least one measurement parameter in response to the at least one monitoring parameter.
Connector for connecting a first medical line to a second medical line, comprising: • an insertion shaft having a flow channel that is intended to be brought into fluid communication with a lumen of a first medical line, • a collar that circumferentially extends around the insertion shaft, wherein the collar comprises a first thread on an inner side that faces the insertion shaft, and • an elastic member that is placed between the insertion shaft and the collar, wherein the elastic member comprises an abutment portion abutting a surface of the insertion shaft and being displaceable relative to the surface of the insertion shaft, the elastic member fills out a whole space that is radially formed between the insertion shaft and the collar, to prevent contamination of the space between the insertion shaft and the collar, wherein the elastic member comprises a split septum portion covering a terminal portion of the insertion shaft and a mouth of the flow channel arranged in the terminal portion of the insertion shaft, characterized in that the collar is radially movable around the insertion shaft and in that the elastic member comprises a thread portion having a second thread that engages the first thread of the collar such that a rotational movement of the collar around the insertion shaft results in a lateral displacement of the elastic member along the surface of the insertion shaft, wherein upon rotating the collar the insertion shaft breaks through the split septum and gets exposed. • an insertion shaft having a flow channel that is intended to be brought into fluid communication with a lumen of a first medical line, • a collar that circumferentially extends around the insertion shaft, wherein the collar comprises a first thread on an inner side that faces the insertion shaft, and • an elastic member that is placed between the insertion shaft and the collar, wherein the elastic member comprises an abutment portion abutting a surface of the insertion shaft and being displaceable relative to the surface of the insertion shaft, the elastic member fills out a whole space that is radially formed between the insertion shaft and the collar, to prevent contamination of the space between the insertion shaft and the collar, wherein the elastic member comprises a split septum portion covering a terminal portion of the insertion shaft and a mouth of the flow channel arranged in the terminal portion of the insertion shaft,
A chitosan-derivative nanoparticle comprising chitosan functionalized with arginine (Arg) and a hydrophilic polyol of Formula VII: wherein: R 2 is selected from: H and hydroxyl; R 3 is selected from: H and hydroxyl; and X is selected from: C2-C6 alkylene optionally substituted with one or more hydroxyl substituents, provided said hydrophilic polyol is not gluconic acid. R 2 is selected from: H and hydroxyl; R 3 is selected from: H and hydroxyl; and
A method for controlling a sleep-mode operation in a Mobile Station, MS, in a communication system, comprising: starting a timer in a listening interval of a sleep mode, when data is transmitted between the MS and a Base Station, BS; maintaining the listening interval of the sleep mode in an awake state, until the timer expires; and restarting the timer, if additional data is received from the BS, wherein the timer is used for a listening window extension of the MS. starting a timer in a listening interval of a sleep mode, when data is transmitted between the MS and a Base Station, BS; maintaining the listening interval of the sleep mode in an awake state, until the timer expires; and restarting the timer, if additional data is received from the BS, wherein the timer is used for a listening window extension of the MS.
A system for reducing aerodynamic drag, comprising: a moveable flight control surface (102, 104) of an airplane; a bulb seal connected to the moveable flight control surface (102, 104) such that the bulb seal blocks airflow through a gap located between the moveable flight control surface (102, 104) and a fuselage of the airplane, wherein the moveable flight control surface (102, 104) is moveable relative to the fuselage such that the gap changes shape; and a fastener connecting the bulb seal to the moveable flight control surface (102, 104), the fastener including: a seal retainer configured to provide support to the seal and extending along an attachment surface of the seal; a nut plate; a nut plate retainer strip located between the seal retainer and the nut plate; and a bolt installed through the nut plate, the nut plate retainer strip, the seal retainer and the attachment surface of the seal into the moveable flight control surface to attach the attachment surface of the bulb seal to the moveable flight control surface (102, 104). a moveable flight control surface (102, 104) of an airplane; a bulb seal connected to the moveable flight control surface (102, 104) such that the bulb seal blocks airflow through a gap located between the moveable flight control surface (102, 104) and a fuselage of the airplane, wherein the moveable flight control surface (102, 104) is moveable relative to the fuselage such that the gap changes shape; and a fastener connecting the bulb seal to the moveable flight control surface (102, 104), the fastener including: a seal retainer configured to provide support to the seal and extending along an attachment surface of the seal; a nut plate; a nut plate retainer strip located between the seal retainer and the nut plate; and a bolt installed through the nut plate, the nut plate retainer strip, the seal retainer and the attachment surface of the seal into the moveable flight control surface to attach the attachment surface of the bulb seal to the moveable flight control surface (102, 104). a seal retainer configured to provide support to the seal and extending along an attachment surface of the seal; a nut plate; a nut plate retainer strip located between the seal retainer and the nut plate; and a bolt installed through the nut plate, the nut plate retainer strip, the seal retainer and the attachment surface of the seal into the moveable flight control surface to attach the attachment surface of the bulb seal to the moveable flight control surface (102, 104).
A method of realizing event detection, comprising: receiving, by a policy and charging enforcement function, PCEF, policy and charging control, PCC rules and an Event-Trigger parameter bound to a designated PCC rule sent by a policy control and charging rules function, PCRF, wherein a manner of binding the Event-Trigger parameter to the designated PCC rule comprises: carrying the Event-Trigger parameter and the designated PCC rule in a newly added parameter and indicating that the Event-Trigger parameter is bound to the designated PCC rule; and the Event-Trigger parameter is one or more Event-Trigger parameters, and the designated PCC rule carried in the newly added parameter is zero or more than one PCC rule; detecting, by the PCEF, a status of an Internet Protocol, IP, connectivity access network, IP-CAN, bearer corresponding to the PCC rule associated with an event indicated by the Event-Trigger parameter after receiving the Event-Trigger parameter, wherein the PCEF has the capability of detecting an IP packet flow, and the Event-Trigger parameter is further bound to a designated IP packet flow identifier, ID; and the detecting the status of the IP-CAN bearer corresponding to the PCC rule associated with the event indicated by the Event-Trigger parameter further comprises: detecting a status of an IP packet flow denoted by the designated IP packet flow ID in the designated PCC rule. receiving, by a policy and charging enforcement function, PCEF, policy and charging control, PCC rules and an Event-Trigger parameter bound to a designated PCC rule sent by a policy control and charging rules function, PCRF, wherein a manner of binding the Event-Trigger parameter to the designated PCC rule comprises: carrying the Event-Trigger parameter and the designated PCC rule in a newly added parameter and indicating that the Event-Trigger parameter is bound to the designated PCC rule; and the Event-Trigger parameter is one or more Event-Trigger parameters, and the designated PCC rule carried in the newly added parameter is zero or more than one PCC rule; detecting, by the PCEF, a status of an Internet Protocol, IP, connectivity access network, IP-CAN, bearer corresponding to the PCC rule associated with an event indicated by the Event-Trigger parameter after receiving the Event-Trigger parameter, wherein the PCEF has the capability of detecting an IP packet flow, and the Event-Trigger parameter is further bound to a designated IP packet flow identifier, ID; and the detecting the status of the IP-CAN bearer corresponding to the PCC rule associated with the event indicated by the Event-Trigger parameter further comprises: detecting a status of an IP packet flow denoted by the designated IP packet flow ID in the designated PCC rule.