mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger for an aircraft, comprising: a heat exchanger body having a first face, a second face disposed opposite the first face, a first wall, and a second wall disposed opposite the first wall, the first wall and the second wall each extending between the first face and the second face, the heat exchanger body is characterized by: a first transducer passageway extending from the first face towards the first wall, and a second transducer passageway extending from the second face towards the first wall. a heat exchanger body having a first face, a second face disposed opposite the first face, a first wall, and a second wall disposed opposite the first wall, the first wall and the second wall each extending between the first face and the second face, the heat exchanger body is characterized by: a first transducer passageway extending from the first face towards the first wall, and a second transducer passageway extending from the second face towards the first wall. a first transducer passageway extending from the first face towards the first wall, and a second transducer passageway extending from the second face towards the first wall.
A system for conditioning cerebrospinal fluid, the system comprising: (i) a catheter having a first lumen with a first port and a second lumen having a second port; and (ii) a pump connectable between the first lumen and the second lumen to induce a flow of cerebrospinal fluid therebetween, wherein (iii) the first and second ports are axially spaced apart, (iv) the first lumen is configured to remove a cerebrospinal fluid from a first cerebrospinal fluid space in a patient; (v) the system further comprises a filter contained within said lumens to remove one or more materials from the cerebrospinal fluid to form a conditioned cerebrospinal fluid; (vi) the second lumen is configured to return the conditioned cerebrospinal fluid to a second cerebrospinal fluid space; (vii) cerebrospinal fluid is removed from the patient at a first flow rate, and the conditioned cerebrospinal fluid is returned to the patient at a second flow rate that is substantially the same as the first flow rate; and (viii) the system is adapted to permit the flow directions of removing the cerebrospinal fluid and returning the conditioned cerebrospinal fluid to be periodically reversed. (i) a catheter having a first lumen with a first port and a second lumen having a second port; and (ii) a pump connectable between the first lumen and the second lumen to induce a flow of cerebrospinal fluid therebetween, wherein (iii) the first and second ports are axially spaced apart, (iv) the first lumen is configured to remove a cerebrospinal fluid from a first cerebrospinal fluid space in a patient; (v) the system further comprises a filter contained within said lumens to remove one or more materials from the cerebrospinal fluid to form a conditioned cerebrospinal fluid; (vi) the second lumen is configured to return the conditioned cerebrospinal fluid to a second cerebrospinal fluid space; (vii) cerebrospinal fluid is removed from the patient at a first flow rate, and the conditioned cerebrospinal fluid is returned to the patient at a second flow rate that is substantially the same as the first flow rate; and (viii) the system is adapted to permit the flow directions of removing the cerebrospinal fluid and returning the conditioned cerebrospinal fluid to be periodically reversed.
A composition for preparing a solid electrolyte, comprising: a polyrotaxane compound, a cross-linking agent, a lithium salt, and an organic solvent, wherein the cross-linking agent includes a compound represented by Formula 1 and a compound represented by Formula 2 below: wherein in Formula 1, L1 is a C1 to C10 alkylene group, wherein in Formula 2, L2 is a C1 to C5 alkylene group. a polyrotaxane compound, a cross-linking agent, a lithium salt, and an organic solvent, wherein the cross-linking agent includes a compound represented by Formula 1 and a compound represented by Formula 2 below: wherein in Formula 1, L1 is a C1 to C10 alkylene group, wherein in Formula 2, L2 is a C1 to C5 alkylene group.
A railing post (10, 10', 10"), in which the first end of the railing post comprises a fastening arrangement, by means of which the railing post (10, 10', 10") can be fastened to a counterpart, wherein the fastening arrangement comprises a recess extending from the first end of the railing post towards the second end of the railing post, which recess divides the railing post into a first and second support part, and that the first support part comprises a fastening part that is movable towards the second support part substantially in transverse direction with respect to the direction of the recess, characterized in that the railing post is formed of a plate structure.
A compound having the structural Formula shown in Formula I: wherein n is an integer and 1 ≤ n ≤ 9; preferably, n is 1, in which case the structural Formula of the compound is as shown in Formula Ia: wherein n is an integer and 1 ≤ n ≤ 9; preferably, n is 1, in which case the structural Formula of the compound is as shown in Formula Ia:
A furniture assembly for supporting one or more electronic devices, said furniture assembly comprising: - a table top panel comprising a longitudinal direction; - two side elements (21;22), each of said two side elements (21;22) comprising a coupling point (301;302) configured to couple to said table top panel; wherein said two side elements (21;22) are coupled to said table top panel at their respective coupling points (301;302) and wherein said two side elements (21;22) are coupled together at a crossing point such that the longitudinal direction (3;4) of each of said two side elements (21;22) comprises a sharp angle (5;6) with respect to said longitudinal direction of said table top panel; and CHARACTERIZED IN THAT: when said two side elements (21;22) are coupled to said table top panel at their respective coupling points (301;302) and when said two side elements (21;22) are coupled together at said crossing point, said crossing point is above said table top panel and each of said two side elements (21;22) further comprises a panel support (213;214) extending along a lateral direction and adapted to support said table top panel. - a table top panel comprising a longitudinal direction; - two side elements (21;22), each of said two side elements (21;22) comprising a coupling point (301;302) configured to couple to said table top panel;
A hot end for a 3D fabrication apparatus, the hot end comprising: a printhead having a supplying opening to supply a filament-shaped deposition material, a discharging opening to discharge the deposition material being melted, and a flow path to communicatively couple linearly the supplying opening and the discharging opening; and a heating means to melt the deposition material in the flow path, wherein a reverse flow preventing member to prevent the deposition material melted by the heating means from reversely flowing through the flow path toward the supplying opening side is arranged in the flow path between the heating means and the supplying opening, with which reverse flow preventing member the deposition material is brought into contact to be inserted therethrough, which reverse flow preventing member has a ring shape, and characterized in that the ring shape is a spiral shape, a coil shape, or a coil spring shape a printhead having a supplying opening to supply a filament-shaped deposition material, a discharging opening to discharge the deposition material being melted, and a flow path to communicatively couple linearly the supplying opening and the discharging opening; and a heating means to melt the deposition material in the flow path, wherein a reverse flow preventing member to prevent the deposition material melted by the heating means from reversely flowing through the flow path toward the supplying opening side is arranged in the flow path between the heating means and the supplying opening, with which reverse flow preventing member the deposition material is brought into contact to be inserted therethrough, which reverse flow preventing member has a ring shape, and characterized in that the ring shape is a spiral shape, a coil shape, or a coil spring shape
A method of gate-level masking of secret data during a cryptographic process comprising: determining a mask share, wherein a first portion of the mask share comprises a first number of zero-values and a second number of one-values, and a second portion of the mask share comprises the first number of one-values and the second number of zero-values, wherein for a masked gate logic (110, 270) having n inputs the number of bits in each portion of the mask share is 2 n; inputting masked data values and the first portion of the mask share into a first portion of the masked gate logic (110, 270), and inputting the masked data values and the second portion of the mask share into a second portion of the masked gate logic (110, 270); and identifying a first output from the first portion of the masked gate logic (110, 270) and a second output from the second portion of the masked gate logic (110, 270), wherein either the first output or the second output is a zero-value. determining a mask share, wherein a first portion of the mask share comprises a first number of zero-values and a second number of one-values, and a second portion of the mask share comprises the first number of one-values and the second number of zero-values, wherein for a masked gate logic (110, 270) having n inputs the number of bits in each portion of the mask share is 2 n; inputting masked data values and the first portion of the mask share into a first portion of the masked gate logic (110, 270), and inputting the masked data values and the second portion of the mask share into a second portion of the masked gate logic (110, 270); and identifying a first output from the first portion of the masked gate logic (110, 270) and a second output from the second portion of the masked gate logic (110, 270), wherein either the first output or the second output is a zero-value.
One-component PMMA bone cement paste containing AI. at least one methacrylate monomer for radical polymerisation; AII. at least one polymer that is soluble in AI; AIII. at least one particulate polymer that is not soluble in AI and has a particle size of less than 500 μm; AIV. at least one thermally-decomposing radical initiator that is soluble in AI; AV. particles of cobalt, iron, NdFeB, SmCo, cobalt-chromium steel, zirconium, hafnium, titanium, titanium-aluminium-silicon alloys, and titanium-niobium alloys with a particle size of 0.5-500 μm. AI. at least one methacrylate monomer for radical polymerisation; AII. at least one polymer that is soluble in AI; AIII. at least one particulate polymer that is not soluble in AI and has a particle size of less than 500 μm; AIV. at least one thermally-decomposing radical initiator that is soluble in AI; AV. particles of cobalt, iron, NdFeB, SmCo, cobalt-chromium steel, zirconium, hafnium, titanium, titanium-aluminium-silicon alloys, and titanium-niobium alloys with a particle size of 0.5-500 μm.
An electronic identification device comprising an ultra-high frequency, UHF, communication unit being a radio communication unit, wherein said UHF communication unit is configured to be activated restrictedly, wherein said UHF communication unit is configured to be activated by a secured activation command received through a near field communication, NFC, unit or a high frequency, HF, communication unit of said electronic identification device, said NFC unit or HF communication unit being based on inductive coupling, characterized in that said secured activation command has been secured by means of a message authentication function and/or an encryption function, and in that the secured activation command specifies memory content and/or memory locations which are accessible through the UHF communication unit.
Method for providing an incoming call, through a cellular network, to a remote device sharing a first Mobile Station International Subscriber Directory Number with other remote devices and having a Subscriber Identity Module storing a primary International Mobile Subscriber Identity corresponding to the first Mobile Station International Subscriber Directory Number, the method comprising: - receiving a call from the remote device, the call being based on the primary International Mobile Subscriber Identity of the remote device; - establishing a communication channel with the remote device in response to receiving the call based on the primary International Mobile Subscriber Identity; - the method being characterized in that it comprises: - transmitting, through the established communication channel, to the Subscriber Identity Module of the remote device a secondary International Mobile Subscriber Identity corresponding to a second Mobile Station International Subscriber Directory Number with an associated configuration instruction defining a time slot to cause the remote device to activate the secondary International Mobile Subscriber Identity during the associated time slot in order to allow incoming call based on the second Mobile Station International Subscriber Directory Number towards the remote device during the associated time slot. - receiving a call from the remote device, the call being based on the primary International Mobile Subscriber Identity of the remote device; - establishing a communication channel with the remote device in response to receiving the call based on the primary International Mobile Subscriber Identity; - the method being characterized in that it comprises: - transmitting, through the established communication channel, to the Subscriber Identity Module of the remote device a secondary International Mobile Subscriber Identity corresponding to a second Mobile Station International Subscriber Directory Number with an associated configuration instruction defining a time slot to cause the remote device to activate the secondary International Mobile Subscriber Identity during the associated time slot in order to allow incoming call based on the second Mobile Station International Subscriber Directory Number towards the remote device during the associated time slot.
Method for automatically detecting a lower-lying loading area of a vehicle with an at least partially lateral side wall, comprising the steps Determining a side contour of a vehicle; Determining a height profile of the vehicle; Calculating a deviation between the side contour and the height profile; and Determining the loading area on the basis of the deviation and the position and/or extent of the loading area from a course of the deviation. Determining a side contour of a vehicle; Determining a height profile of the vehicle; Calculating a deviation between the side contour and the height profile; and Determining the loading area on the basis of the deviation and the position and/or extent of the loading area from a course of the deviation.
An optical transceiver module, comprising an optical component and a drive component connected to the optical component, characterized in that the optical component comprises: a data signal transmitter, configured to transmit a first data signal that is carried by a first wavelength, and transmit a first test signal that has the first wavelength to an optical network under control of the drive component, wherein the first data signal is a downstream data signal, wherein the first test signal is a downstream test signal; a test signal receiver, configured to receive a first reflection signal generated as a result of reflection of the first test signal that occurs in the optical network; a test signal transmitter, configured to transmit a second test signal that is carried by a second wavelength which is an upstream data signal wavelength to the optical network under control of the drive component, wherein the second test signal is an upstream test signal; and a data signal receiver, configured to receive a second data signal that has the second wavelength and receive a second reflection signal generated as a result of reflection of the second test signal that occurs in the optical network, wherein second data signal is an upstream data signal. a data signal transmitter, configured to transmit a first data signal that is carried by a first wavelength, and transmit a first test signal that has the first wavelength to an optical network under control of the drive component, wherein the first data signal is a downstream data signal, wherein the first test signal is a downstream test signal; a test signal receiver, configured to receive a first reflection signal generated as a result of reflection of the first test signal that occurs in the optical network; a test signal transmitter, configured to transmit a second test signal that is carried by a second wavelength which is an upstream data signal wavelength to the optical network under control of the drive component, wherein the second test signal is an upstream test signal; and a data signal receiver, configured to receive a second data signal that has the second wavelength and receive a second reflection signal generated as a result of reflection of the second test signal that occurs in the optical network, wherein second data signal is an upstream data signal.
A method for monitoring the function of a driver assistance system, having the following steps: - detecting the surroundings of a vehicle with at least one sensor (1, 111, 121, 131), - generating sensor data of the surroundings of the vehicle, - determining at least one measured quantity (B, D, R, R1, R2) from the generated sensor data, - comparing the at least one measured quantity (B, D, R, R1, R2) with reference values for said measured quantity (B, D, R, R1, R2), and outputting and/or storing a result of the monitoring of the function depending on the results of the comparison, - characterized in that - a one-time measurement is carried out for determining the measured quantity (B, D, R, R1, R2). - detecting the surroundings of a vehicle with at least one sensor (1, 111, 121, 131), - generating sensor data of the surroundings of the vehicle, - determining at least one measured quantity (B, D, R, R1, R2) from the generated sensor data, - comparing the at least one measured quantity (B, D, R, R1, R2) with reference values for said measured quantity (B, D, R, R1, R2), and outputting and/or storing a result of the monitoring of the function depending on the results of the comparison, - characterized in that - a one-time measurement is carried out for determining the measured quantity (B, D, R, R1, R2).
Spoiler for an automotive vehicle intended to be mounted in a region of a roof rear edge above a rear window, comprising: - several openings located on a top face of the spoiler, and - several conduits designed to connect the openings to a bottom face of the spoiler, the spoiler comprising several scoops (10; 110; 210) mounted in the openings and movable relative to the spoiler to enable the openings to be closed off when in the retracted position and to enable a channelling function when in the deployed position to allow air to flow along the rear window, the scoops (10; 110; 210) comprising means designed to allow vortex structures to be generated, characterised in that the scoops (10; 110; 210) comprise two flanks and a top wall connecting the two flanks, the top wall subtending an angle with the roof when in the deployed position to enable vortices to be created. - several openings located on a top face of the spoiler, and - several conduits designed to connect the openings to a bottom face of the spoiler,
A method of assembling a withdrawal cord with an intravaginal member, the method comprising the steps of: (a) providing an assembly surface comprising a seat; (b) providing a withdrawal cord supply; (c) disposing an intravaginal member into the seat; (d) routing withdrawal cord from the withdrawal cord supply to a first position that is proximate the seat; (e) routing the withdrawal cord from the first position to a second position that is distal the seat; and (f) capturing the portion of the withdrawal cord that is located at the second position and affixing that portion to the intravaginal member. (a) providing an assembly surface comprising a seat; (b) providing a withdrawal cord supply; (c) disposing an intravaginal member into the seat; (d) routing withdrawal cord from the withdrawal cord supply to a first position that is proximate the seat; (e) routing the withdrawal cord from the first position to a second position that is distal the seat; and (f) capturing the portion of the withdrawal cord that is located at the second position and affixing that portion to the intravaginal member.
A message transmission method performed by a terminal, wherein the method comprises: receiving control signaling from a base station, wherein the control signaling comprises information about a plurality of time domain resources used to transmit a message; determining, based on the control signaling, the plurality of time domain resources used to transmit the message, wherein the time domain resources are symbols or symbol groups, each symbol group is a combination of a preset quantity of consecutive symbols in a slot, the symbols or the symbol groups are from a plurality of inconsecutive slots, quantities of symbols or symbol groups determined from all the inconsecutive slots are the same, and the symbols or the symbol groups are at a same absolute location or relative location in the inconsecutive slots, and slot compositions of the inconsecutive slots are the same or different, and the slot compositions of the inconsecutive slots are at least one of following types: a downlink-symbol-centric slot, and an uplink-symbol-centric slot; and transmitting the message in the time domain resources. receiving control signaling from a base station, wherein the control signaling comprises information about a plurality of time domain resources used to transmit a message; determining, based on the control signaling, the plurality of time domain resources used to transmit the message, wherein the time domain resources are symbols or symbol groups, each symbol group is a combination of a preset quantity of consecutive symbols in a slot, the symbols or the symbol groups are from a plurality of inconsecutive slots, quantities of symbols or symbol groups determined from all the inconsecutive slots are the same, and the symbols or the symbol groups are at a same absolute location or relative location in the inconsecutive slots, and slot compositions of the inconsecutive slots are the same or different, and the slot compositions of the inconsecutive slots are at least one of following types: a downlink-symbol-centric slot, and an uplink-symbol-centric slot; and transmitting the message in the time domain resources.