mhurhangee/ep-ind-claims huggingface dataset:
A vehicle suspension assembly, comprising: a first mounting bracket adapted to couple to a vehicle frame assembly; a first trailing arm having a first end pivotably coupled to the first mounting bracket, and a second end, wherein the second end of the first trailing arm is located outboard of the first end of the first trailing arm; a second mounting bracket adapted to couple to the vehicle frame assembly; a second trailing arm having a first end pivotably coupled to the second mounting bracket, and a second end, wherein the second end of the second trailing arm is located outboard of the first end of the second trailing arm; an axle member having a first end and a second end; an integrated first mounting arrangement coupled to the first end of the axle member, wherein the first mounting arrangement pivotably couples the second end of the first trailing arm to the first end of the axle member, and wherein the first mounting arrangement couples the first end of the axle member to a first spindle attachment plate and wherein the integrated first mounting arrangement comprises a plurality of individual components welded to one another and an integrated second mounting arrangement coupled to the second end of the axle member, wherein the second mounting arrangement pivotably couples the second end of the second trailing arm to the second end of the axle member, and wherein the second mounting arrangement couples the second end of the axle member to a second spindle attachment plate. a first mounting bracket adapted to couple to a vehicle frame assembly; a first trailing arm having a first end pivotably coupled to the first mounting bracket, and a second end, wherein the second end of the first trailing arm is located outboard of the first end of the first trailing arm; a second mounting bracket adapted to couple to the vehicle frame assembly; a second trailing arm having a first end pivotably coupled to the second mounting bracket, and a second end, wherein the second end of the second trailing arm is located outboard of the first end of the second trailing arm; an axle member having a first end and a second end; an integrated first mounting arrangement coupled to the first end of the axle member, wherein the first mounting arrangement pivotably couples the second end of the first trailing arm to the first end of the axle member, and wherein the first mounting arrangement couples the first end of the axle member to a first spindle attachment plate and wherein the integrated first mounting arrangement comprises a plurality of individual components welded to one another and an integrated second mounting arrangement coupled to the second end of the axle member, wherein the second mounting arrangement pivotably couples the second end of the second trailing arm to the second end of the axle member, and wherein the second mounting arrangement couples the second end of the axle member to a second spindle attachment plate.
A method for performing a random access procedure between a user equipment and a radio base station in a mobile communication system, wherein the user equipment is configured with at least one unlicensed cell, the random access procedure being performed via the unlicensed cell having an unlicensed cell frequency bandwidth, wherein a minimum frequency bandwidth threshold is defined for transmissions via the unlicensed cell, wherein the method comprises the following steps performed by the user equipment for the random access procedure: selecting a random access preamble sequence for the random access procedure, the method further characterized by determining a frequency bandwidth for transmitting the random access preamble sequence via the unlicensed cell, the determined frequency bandwidth being at least the minimum frequency bandwidth threshold, and transmitting the random access preamble sequence to the radio base station such that at least the determined frequency bandwidth of the unlicensed cell is occupied, wherein the step of transmitting the random access preamble sequence is performed with a length of the random access preamble sequence and a subcarrier frequency spacing for frequency subcarriers used for transmitting the random access preamble sequence such that the transmission of the random access preamble sequence occupies at least the determined frequency bandwidth. wherein a minimum frequency bandwidth threshold is defined for transmissions via the unlicensed cell, wherein the method comprises the following steps performed by the user equipment for the random access procedure: selecting a random access preamble sequence for the random access procedure, the method further characterized by determining a frequency bandwidth for transmitting the random access preamble sequence via the unlicensed cell, the determined frequency bandwidth being at least the minimum frequency bandwidth threshold, and transmitting the random access preamble sequence to the radio base station such that at least the determined frequency bandwidth of the unlicensed cell is occupied, selecting a random access preamble sequence for the random access procedure, the method further characterized by determining a frequency bandwidth for transmitting the random access preamble sequence via the unlicensed cell, the determined frequency bandwidth being at least the minimum frequency bandwidth threshold, and transmitting the random access preamble sequence to the radio base station such that at least the determined frequency bandwidth of the unlicensed cell is occupied, wherein the step of transmitting the random access preamble sequence is performed with a length of the random access preamble sequence and a subcarrier frequency spacing for frequency subcarriers used for transmitting the random access preamble sequence such that the transmission of the random access preamble sequence occupies at least the determined frequency bandwidth.
A compound having the structure wherein Z is tetrazole or CO 2 Q; each Q is hydrogen, a is 1, 2, 3, or 4; R is each independently H or C 1 -C 4 alkyl, Ch is a metal chelating moiety selected from the group consisting of optionally including a chelated metal, wherein the chelated metal is Tc, In, Ga, Y, Lu, Re, Cu, Ac, Bi, Pb, Sm, Sc, Co, Ho, Gd, Eu, Tb, or Dy, W is -NRC -, -NRC NR-, NRC NR-, -NRC O-, -OC NR-, -OC -, -C NR-, or -C O- Y is -C -, -NRC -, -NRC -, -OC; V is -C -, -NRC -, NRC -, or -OC -; m is 1, 2, 3, 4, 5, or 6; n is 1, 2, 3, 4, 5 or 6; p is 0, wherein one of R 2 and R 3 is CO 2 R 4, and the other is H, R 4 is a C 1 -C 6 alkyl, C 2 -C 12 aryl, or C 4 -C 16 alkylaryl. wherein Z is tetrazole or CO 2 Q; each Q is hydrogen, a is 1, 2, 3, or 4; R is each independently H or C 1 -C 4 alkyl, Ch is a metal chelating moiety selected from the group consisting of optionally including a chelated metal, wherein the chelated metal is Tc, In, Ga, Y, Lu, Re, Cu, Ac, Bi, Pb, Sm, Sc, Co, Ho, Gd, Eu, Tb, or Dy, W is -NRC -, -NRC NR-, NRC NR-, -NRC O-, -OC NR-, -OC -, -C NR-, or -C O- Y is -C -, -NRC -, -NRC -, -OC; V is -C -, -NRC -, NRC -, or -OC -; m is 1, 2, 3, 4, 5, or 6; n is 1, 2, 3, 4, 5 or 6; p is 0, wherein one of R 2 and R 3 is CO 2 R 4, and the other is H, R 4 is a C 1 -C 6 alkyl, C 2 -C 12 aryl, or C 4 -C 16 alkylaryl.
A Residual Current Device, comprising: a first zero-sequence current transformer (101, 3), used for passively detecting a residual current signal appearing on a current-carrying conductor; a first processing circuit (102, 8) connected to the first zero-sequence current transformer (101, 3), used for acquiring the residual current signal from the first zero-sequence current transformer (101, 3), and actively processing the residual current signal, wherein the first processing circuit (102, 8) is connected to a power source (105, 7); a second zero-sequence current transformer (103, 5), used for actively detecting the residual current signal appearing on the current-carrying conductor; a second processing circuit (104, 6) connected to the second zero-sequence current transformer (103, 5), used for acquiring the residual current signal from the second zero-sequence current transformer (103, 5), and actively processing the residual current signal, wherein the second processing circuit (104, 6) is connected to the power source (105, 7), characterized by: a third processing circuit (106, 4) connected to the first zero-sequence current transformer (101, 3), used for acquiring and processing the residual current signal from the first zero-sequence current transformer (101, 3), and acquiring electric energy from the first zero-sequence current transformer (101, 3). a first zero-sequence current transformer (101, 3), used for passively detecting a residual current signal appearing on a current-carrying conductor; a first processing circuit (102, 8) connected to the first zero-sequence current transformer (101, 3), used for acquiring the residual current signal from the first zero-sequence current transformer (101, 3), and actively processing the residual current signal, wherein the first processing circuit (102, 8) is connected to a power source (105, 7); a second zero-sequence current transformer (103, 5), used for actively detecting the residual current signal appearing on the current-carrying conductor; a second processing circuit (104, 6) connected to the second zero-sequence current transformer (103, 5), used for acquiring the residual current signal from the second zero-sequence current transformer (103, 5), and actively processing the residual current signal, wherein the second processing circuit (104, 6) is connected to the power source (105, 7), a third processing circuit (106, 4) connected to the first zero-sequence current transformer (101, 3), used for acquiring and processing the residual current signal from the first zero-sequence current transformer (101, 3), and acquiring electric energy from the first zero-sequence current transformer (101, 3).
A tire high temperature forecasting system, the system comprising: at least one tire supporting a vehicle; at least one sensor mounted on the tire for measuring a temperature of the at least one tire; an electronic memory capacity in a unit mounted on the at least one tire for storing tire identification information; a processor in electronic communication with the at least one sensor and the electronic memory capacity, wherein the processor is configured to receive and correlate the measured temperature, a time of the temperature measurement, and the tire identification information; and transmission means for transmitting the measured temperature, a time of the temperature measurement, and the tire identification information to a remote processor; wherein the remote processor is configured for executing a forecasting model, the forecasting model generating a forecast estimate and an alert if the forecast estimate includes a predicted high temperature that is greater than a predetermined high temperature threshold for the at least one tire. at least one tire supporting a vehicle; at least one sensor mounted on the tire for measuring a temperature of the at least one tire; an electronic memory capacity in a unit mounted on the at least one tire for storing tire identification information; a processor in electronic communication with the at least one sensor and the electronic memory capacity, wherein the processor is configured to receive and correlate the measured temperature, a time of the temperature measurement, and the tire identification information; and transmission means for transmitting the measured temperature, a time of the temperature measurement, and the tire identification information to a remote processor; wherein the remote processor is configured for executing a forecasting model, the forecasting model generating a forecast estimate and an alert if the forecast estimate includes a predicted high temperature that is greater than a predetermined high temperature threshold for the at least one tire.
Method for managing the connection of a first network device with at least one second network device of a data network, each of said first and second network devices comprising a link aggregation engine implementing a link aggregation technique to select one from among at least a first and a second outbound links (L 1, L 2) participating in the link aggregation in said network device with: - an outbound link (L 1) for connecting said network device to the other network device; and - at least one other outbound link (L 2) which is capable of reaching a determined aggregation point in the data network without passing through the other network device, the method comprising the following steps, implemented in the first network device: i. decision by the aggregation engine of the first network device to send data on the outbound link (L 1) of said first network device which connects it to the second network device; ii. detecting whether data from the second device and/or from another network device (CPEx) are received, via the outbound link (L 1) of said second network device and/or the other network device (CPEx), respectively, which connects it to the first network device, in the context of a link aggregation implemented in said second network device and/or the other network device (CPEx), respectively, on the basis of markers present in said data; then, iii. in the affirmative, closing the outbound link (L 1) of the second network device and/or the other network device (CPEx) which connects it to the first network device; and, iv. transmission of data on the outbound link (L 1) connecting the first network device to the second network device in the context of the link aggregation implemented in the first network device. - an outbound link (L 1) for connecting said network device to the other network device; and - at least one other outbound link (L 2) which is capable of reaching a determined aggregation point in the data network without passing through the other network device, i. decision by the aggregation engine of the first network device to send data on the outbound link (L 1) of said first network device which connects it to the second network device; ii. detecting whether data from the second device and/or from another network device (CPEx) are received, via the outbound link (L 1) of said second network device and/or the other network device (CPEx), respectively, which connects it to the first network device, in the context of a link aggregation implemented in said second network device and/or the other network device (CPEx), respectively, on the basis of markers present in said data; then, iii. in the affirmative, closing the outbound link (L 1) of the second network device and/or the other network device (CPEx) which connects it to the first network device; and, iv. transmission of data on the outbound link (L 1) connecting the first network device to the second network device in the context of the link aggregation implemented in the first network device.
A transgenic tomato plant comprising resistance to a plurality of plant virus species, wherein the resistance is provided by at least two different modes of action selected from the group consisting of (a) the expression of a nucleic acid construct that produces dsRNA interfering with expression of a virus coat protein gene, a virus movement protein gene or a virus replication gene, (b) the expression of a nucleic acid construct that produces miRNA interfering with expression of a virus coat protein gene, a virus movement protein gene or a virus replication gene, and (c) expression of a tospovirus genome segment terminal sequence that inhibits virion assembly, wherein at least one mode of action is (b), the resistance comprises resistance against a begomovirus, tospovirus or potexvirus, and the plant comprises a sequence selected from the group consisting of SEQ ID NOs:156, 158, 162, 164, 363-371, 373 and 375.
An electric panel heating system for use in the construction sector, comprising: an electric panel heater comprising a heating element, in particular a heating cable; and a control unit coupled to the electric panel heater and configured to control an energy supply to the electric panel heater; wherein the control unit is configured to control the energy amount of the energy supply such that a time-limited energy surge is provided to the heating element, wherein the electric panel heater comprises an at least partially self-limiting heating element, characterized in that the electric panel heating system, belonging to the electric panel heater, further comprises a further heating element, wherein the self-limiting heating element is arranged between the heating element and the further heating element. an electric panel heater comprising a heating element, in particular a heating cable; and a control unit coupled to the electric panel heater and configured to control an energy supply to the electric panel heater; wherein the control unit is configured to control the energy amount of the energy supply such that a time-limited energy surge is provided to the heating element, wherein the electric panel heater comprises an at least partially self-limiting heating element, characterized in that the electric panel heating system, belonging to the electric panel heater, further comprises a further heating element, wherein the self-limiting heating element is arranged between the heating element and the further heating element.
A vehicle seat, comprising: a seatback frame; a hub assembly (9, 49, 59) situated within the seatback frame; and a plurality of strings (15, 16) drawn radially between the hub assembly (9, 49, 59) and the seatback frame, characterized in that: the hub assembly (9, 49, 59) includes a hub member (10, 51, 60, 73) having a plurality of through holes (14, 55, 61, 78) for letting through the strings (15, 16), and an adjuster mechanism (35, 50, 62) that is configured to adjust a vertical position of the hub member (10, 51, 60, 73). a seatback frame; a hub assembly (9, 49, 59) situated within the seatback frame; and a plurality of strings (15, 16) drawn radially between the hub assembly (9, 49, 59) and the seatback frame, characterized in that: the hub assembly (9, 49, 59) includes a hub member (10, 51, 60, 73) having a plurality of through holes (14, 55, 61, 78) for letting through the strings (15, 16), and an adjuster mechanism (35, 50, 62) that is configured to adjust a vertical position of the hub member (10, 51, 60, 73).
A chip disposal device of a machine tool, the chip disposal device comprising: a device casing having a storage tank to/in which chips (a) and a cutting fluid (b) are dropped and stored; a chip conveyor which has a pair of endless driving members moving round inside and outside the storage tank and scraping plates disposed between the driving members at an interval in a moving direction and which discharges the chips (a) from the inside of the storage tank to the outside of the storage tank along an inclined discharge surface of the device casing; and a liquid separating part which is provided on a portion, of the inclined discharge surface, above a liquid level of the storage tank to separate and collect the cutting fluid (b) adhering to the chips (a), wherein the liquid separating part has a plurality of stages of mounting parts which are provided continuously from the inclined discharge surface are each disposed at an inclination angle so that a portion thereof more apart outward from the inclined discharge surface get lower, and to which a first chip lump conveyed by the first scraping plate is transferred, and wherein the first chip lump on the mounting part on each of the stages stays on the mounting part on each of the stages until dropping by being pushed by a second chip lump conveyed by at least one second scraping plate which follows the first scraping plate, and while the chip lump (a) stays, the cutting fluid (b) adhering to the chips (a) is separated and collected, the device being characterised in that the inclination angle of the mounting part on a lower stage is set large. a device casing having a storage tank to/in which chips (a) and a cutting fluid (b) are dropped and stored; a chip conveyor which has a pair of endless driving members moving round inside and outside the storage tank and scraping plates disposed between the driving members at an interval in a moving direction and which discharges the chips (a) from the inside of the storage tank to the outside of the storage tank along an inclined discharge surface of the device casing; and a liquid separating part which is provided on a portion, of the inclined discharge surface, above a liquid level of the storage tank to separate and collect the cutting fluid (b) adhering to the chips (a),
A method of fabricating a wallboard, comprising: forming a dry mix comprising at least one post-industrial waste product, wherein the post-industrial waste product is expanded perlite by-product; adding to said dry mix at least one pH modifier; wherein said pH modifier comprises one or more ingredients selected from the group consisting of: calcium oxide, magnesium oxide, potassium hydroxide, sodium hydroxide, calcium hydroxide, calcium carbonate, potassium carbonate, sodium carbonate, sodium sesquicarbonate, sodium silicate, calcium silicate, magnesium silicate or calcium aluminate; adding water to said dry mix to form an initial slurry; forming the wallboard from the slurry using a conveyor system and then cutting to the desired size; while allowing an exothermic reaction to proceed to heat the initial slurry, so that it sets, thereby fabricating a substantially gypsum-free wallboard. forming a dry mix comprising at least one post-industrial waste product, wherein the post-industrial waste product is expanded perlite by-product; adding to said dry mix at least one pH modifier; wherein said pH modifier comprises one or more ingredients selected from the group consisting of: calcium oxide, magnesium oxide, potassium hydroxide, sodium hydroxide, calcium hydroxide, calcium carbonate, potassium carbonate, sodium carbonate, sodium sesquicarbonate, sodium silicate, calcium silicate, magnesium silicate or calcium aluminate; adding water to said dry mix to form an initial slurry; forming the wallboard from the slurry using a conveyor system and then cutting to the desired size; while allowing an exothermic reaction to proceed to heat the initial slurry, so that it sets, thereby fabricating a substantially gypsum-free wallboard.
An artificial disc replacement system, comprising: a nucleus; an upper end plate for attachment to an upper vertebra; a lower end plate for attachment to lower vertebra; at least three keels formed on the outer surface of the upper end plate; at least three keels formed on the outer surface of the lower end plate; wherein the nucleus is positioned in a trough formed in the upper surface of the lower end plate, and the trough is open on the posterior or anterior end; characterised in that the keels are parasagittal keels and wherein three parasagittal keels are aligned with each other and located along both sides of the outer surface of each end plate to provide six keels on each end plate. a nucleus; an upper end plate for attachment to an upper vertebra; a lower end plate for attachment to lower vertebra; at least three keels formed on the outer surface of the upper end plate; at least three keels formed on the outer surface of the lower end plate; wherein the nucleus is positioned in a trough formed in the upper surface of the lower end plate, and the trough is open on the posterior or anterior end; characterised in that the keels are parasagittal keels and wherein three parasagittal keels are aligned with each other and located along both sides of the outer surface of each end plate to provide six keels on each end plate.