mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula A in which R 1 represents methyl, ethyl, propyl, iso -propyl, cyclopropyl, H 3 C-CH 2 -CH 2 -CH 2 -, cyclobutyl; R 2 represents phenyl which is optionally substituted with 1, 2 or 3 substituents selected from the group consisting of fluoro, chloro, methyl, ethyl, cyclopropyl. R 1 represents methyl, ethyl, propyl, iso -propyl, cyclopropyl, H 3 C-CH 2 -CH 2 -CH 2 -, cyclobutyl; R 2 represents phenyl which is optionally substituted with 1, 2 or 3 substituents selected from the group consisting of fluoro, chloro, methyl, ethyl, cyclopropyl.
An engine-exhaust-system apparatus, comprising: a main body that reduces noise generated by exhaust gas; and an exhaust outlet tube that includes an insertion section inserted into the main body, exhaust gas in the main body being discharged outside via the exhaust outlet tube, wherein the main body is internally separated by a partition wall into an exhaust outlet chamber where the exhaust outlet tube is disposed and an exhaust inlet chamber where an exhaust tube is disposed that connects the engine-exhaust-system apparatus to an exhaust discharge port side of an engine, there is provided a distribution tube that spatially connects the exhaust outlet chamber and the exhaust inlet chamber, the exhaust outlet tube is disposed parallel to an axis of the distribution tube and displaced radially relative to the distribution tube, the insertion section has an open end with a brim portion including an inclined portion that spreads beyond a tube diameter of the insertion section, the brim portion being disposed along a peripheral wall at the open end of the insertion section of the exhaust outlet tube, and the brim portion has an open end which extends upstream in an exhaust gas flowing direction, beyond the open end of the insertion section of the exhaust outlet tube, so that condensed water, having run down to the lower end of the insertion section, flows on the inclined portion before falling off to prevent the condensed water from being sucked into the exhaust outlet tube together with the exhaust gas. a main body that reduces noise generated by exhaust gas; and an exhaust outlet tube that includes an insertion section inserted into the main body, exhaust gas in the main body being discharged outside via the exhaust outlet tube, wherein the main body is internally separated by a partition wall into an exhaust outlet chamber where the exhaust outlet tube is disposed and an exhaust inlet chamber where an exhaust tube is disposed that connects the engine-exhaust-system apparatus to an exhaust discharge port side of an engine, there is provided a distribution tube that spatially connects the exhaust outlet chamber and the exhaust inlet chamber, the exhaust outlet tube is disposed parallel to an axis of the distribution tube and displaced radially relative to the distribution tube, the insertion section has an open end with a brim portion including an inclined portion that spreads beyond a tube diameter of the insertion section, the brim portion being disposed along a peripheral wall at the open end of the insertion section of the exhaust outlet tube, and the brim portion has an open end which extends upstream in an exhaust gas flowing direction, beyond the open end of the insertion section of the exhaust outlet tube, so that condensed water, having run down to the lower end of the insertion section, flows on the inclined portion before falling off to prevent the condensed water from being sucked into the exhaust outlet tube together with the exhaust gas.
A gingival fibroblast culture medium free of animal serum, comprising a culture medium for animal or human cells, free of animal serum, obtainable by mixing a basal culture medium with a serum-free culture supplement intended for substituting to animal serum, and non-essential amino-acids, to which is added bFGF at 1 ng/ml and insulin at 5 μg/ml.
A surgical instrument, comprising: a handle; a shaft extending distally from said handle along a longitudinal shaft axis an end effector extending distally from said shaft a shaft rotation system configured to rotate said shaft about said longitudinal shaft axis; an articulation joint, wherein said end effector is configured to articulate about said articulation joint; an end effector rotation system configured to rotate said end effector with respect to said shaft about an end effector longitudinal axis; and a flex circuit extending within said shaft, the flex circuit comprising a flexible substrate; electrical traces; a first strain relief region, wherein said first strain relief region permits expansion of said flex circuit; and a second strain relief region, wherein said second strain relief region permits expansion of said flex circuit, and wherein said second strain relief region is substantially perpendicular to said first strain relief region; wherein a distal end of the flex circuit is configured to be electrically coupled with conductive electrical traces within an end effector. a handle; a shaft extending distally from said handle along a longitudinal shaft axis an end effector extending distally from said shaft a shaft rotation system configured to rotate said shaft about said longitudinal shaft axis; an articulation joint, wherein said end effector is configured to articulate about said articulation joint; an end effector rotation system configured to rotate said end effector with respect to said shaft about an end effector longitudinal axis; and a flex circuit extending within said shaft, the flex circuit comprising a flexible substrate; electrical traces; a first strain relief region, wherein said first strain relief region permits expansion of said flex circuit; and a second strain relief region, wherein said second strain relief region permits expansion of said flex circuit, and wherein said second strain relief region is substantially perpendicular to said first strain relief region; a flexible substrate; electrical traces; a first strain relief region, wherein said first strain relief region permits expansion of said flex circuit; and a second strain relief region, wherein said second strain relief region permits expansion of said flex circuit, and wherein said second strain relief region is substantially perpendicular to said first strain relief region; wherein a distal end of the flex circuit is configured to be electrically coupled with conductive electrical traces within an end effector.
A gas turbine engine assembly comprising an engine (20a, 20d) with a high speed spool (32a, 32d) comprising a high pressure turbine driving a high pressure compressor; a further spool (30, 30c, 31); a further turbine (46,80); a further compressor (44, 96); a geared architecture (68;98) configured to rotatably couple the high pressure turbine and the further compressor (44;96) of the engine (20a, 20d) to rotate the further compressor (44;96) at a different speed than the high pressure turbine; and a fan, wherein the geared architecture (68;98) is a first geared architecture, and further including a second geared architecture configured to rotatably couple to the fan to rotate the fan at a different speed than the further spool driving the fan; characterised in that: the first geared architecture (68;98) is axially upstream from the compressor (44;96) relative to a direction of flow through the engine (20a, 20d).
Method for operating a motor vehicle when changing lanes on a carriageway comprising at least three driving lanes (20, 24, 26), having the steps: - detecting an impending change of lane of the motor vehicle from a first driving lane to an adjacent second driving lane by means of a monitoring system of the motor vehicle; - detecting an impending change of lane of another vehicle from a third driving lane, extending adjacent to the second driving lane, to the second driving lane, wherein by means of the monitoring system a first monitoring area is monitored including in portions the second and the third driving lane; - determining by means of the monitoring system whether, at the carrying-out of the change of lane with the motor vehicle a collision with the other vehicle threatens; - outputting of a warning signal by means of a warning device and/or influencing of the lateral guidance of the motor vehicle by means of a driver assistance system of the motor vehicle as soon as a threatening collision has been detected; characterised in that - the motor vehicle by means of the driver assistance system is automatically moved back into the first driving lane as soon as a threatening collision with the other vehicle is been determined and the first driving lane has been already at least partially vacated with the motor vehicle; - the size of the first monitoring area, in particular in longitudinal direction of the carriageway is customised depending on a currently permitted maximum speed. - detecting an impending change of lane of the motor vehicle from a first driving lane to an adjacent second driving lane by means of a monitoring system of the motor vehicle; - detecting an impending change of lane of another vehicle from a third driving lane, extending adjacent to the second driving lane, to the second driving lane, wherein by means of the monitoring system a first monitoring area is monitored including in portions the second and the third driving lane; - determining by means of the monitoring system whether, at the carrying-out of the change of lane with the motor vehicle a collision with the other vehicle threatens; - outputting of a warning signal by means of a warning device and/or influencing of the lateral guidance of the motor vehicle by means of a driver assistance system of the motor vehicle as soon as a threatening collision has been detected; - the motor vehicle by means of the driver assistance system is automatically moved back into the first driving lane as soon as a threatening collision with the other vehicle is been determined and the first driving lane has been already at least partially vacated with the motor vehicle; - the size of the first monitoring area, in particular in longitudinal direction of the carriageway is customised depending on a currently permitted maximum speed.
An automated sample testing system comprising: a main transport line for transporting a sample holder holding at least one sample; a plurality of processing units (104, 105) that are arranged along the main transport line; a rack stocker that is arranged along the main transport line and adapted to supply and collect an empty sample holder to be transported to the main transport line; an empty rack transport line (14a, 14b) that is provided for an empty rack and extends in parallel to the main transport line; and a first transport line (23, 24) for connecting the rack stocker to the empty rack transport line (14a, 14b), wherein the empty rack transport line (14a, 14b) is configured so that the main transport line is arranged between the empty rack transport line (14a, 14b) and the rack stocker, characterised in that the empty rack transport line (14a, 14b) is arranged at a lower stage than the main transport line and the first transport line (23, 24) is an inclined transport line. a main transport line for transporting a sample holder holding at least one sample; a plurality of processing units (104, 105) that are arranged along the main transport line; a rack stocker that is arranged along the main transport line and adapted to supply and collect an empty sample holder to be transported to the main transport line; an empty rack transport line (14a, 14b) that is provided for an empty rack and extends in parallel to the main transport line; and a first transport line (23, 24) for connecting the rack stocker to the empty rack transport line (14a, 14b), wherein the empty rack transport line (14a, 14b) is configured so that the main transport line is arranged between the empty rack transport line (14a, 14b) and the rack stocker, characterised in that the empty rack transport line (14a, 14b) is arranged at a lower stage than the main transport line and the first transport line (23, 24) is an inclined transport line.
A method of predicting a fault in an air-conditioning pack of an aircraft where the air-conditioning pack includes one or more sensors outputting data related to air-conditioning pack temperature, air-conditioning pack pressure, or air-conditioning pack valve or actuator position, the method comprising: transmitting data, from at least one of the sensors operably coupled to the air-conditioning pack; comparing, by a controller included in the aircraft, the transmitted data to a predetermined threshold, wherein the controller is operable to communicate through a wireless communication link with a remote database, said database being located off the aircraft and containing said predetermined threshold; predicting a fault in the air-conditioning pack based on the comparison; and providing an indication of the predicted fault. transmitting data, from at least one of the sensors operably coupled to the air-conditioning pack; comparing, by a controller included in the aircraft, the transmitted data to a predetermined threshold, wherein the controller is operable to communicate through a wireless communication link with a remote database, said database being located off the aircraft and containing said predetermined threshold; predicting a fault in the air-conditioning pack based on the comparison; and providing an indication of the predicted fault.
A body support structure comprising: a membrane having a first region with a first stiffness and a second region with a second stiffness, wherein said second stiffness is greater than said first stiffness, and characterized in that said membrane comprises elastomeric monofilaments interwoven with multifilament yarn. a membrane having a first region with a first stiffness and a second region with a second stiffness, wherein said second stiffness is greater than said first stiffness, and characterized in that said membrane comprises elastomeric monofilaments interwoven with multifilament yarn.
Process for treating keratin fibres, in particular human keratin fibres such as the hair, comprising: (i) a step consisting in applying to the said fibres one or more oxidized polysaccharides, (ii) a step of heating the keratin fibres to a temperature of at least 100°C, (iii) a step consisting in applying to the said fibres one or more compounds of formula R 1 -CHOH-CH(NH-COY)(CH 2 OH) in which R 1 denotes a C 11 to C 21 alkyl radical, Y denotes H or R 2, R 2 denoting a linear, optionally hydroxylated C 11 -C 19 hydrocarbon-based radical and the hydroxyl group being alpha to the carbonyl, and possibly comprising one or more ethylenic unsaturations, especially one or two ethylenic unsaturations. (i) a step consisting in applying to the said fibres one or more oxidized polysaccharides, (ii) a step of heating the keratin fibres to a temperature of at least 100°C, (iii) a step consisting in applying to the said fibres one or more compounds of formula R 1 -CHOH-CH(NH-COY)(CH 2 OH) in which R 1 denotes a C 11 to C 21 alkyl radical, Y denotes H or R 2, R 2 denoting a linear, optionally hydroxylated C 11 -C 19 hydrocarbon-based radical and the hydroxyl group being alpha to the carbonyl, and possibly comprising one or more ethylenic unsaturations, especially one or two ethylenic unsaturations.
An electrical contact system consisting of a first contact member having a weld connection part and a second contact member having a weld connection part that is designed to be placed in contact with the first weld connection part in order to produce a materially bonded connection between the contact members (10, 20), wherein a. the first contact member has a resilient fastening member that adjoins the weld connection part and is curved in a U-shape, with two fastening arms (12a, 12b) for clamping and securing a holding part of the second contact member, and wherein crimp connector flaps (11a, 11b) are additionally formed on the weld connection part, integrally with the contact member, for the purpose of attaching a cable, and wherein b. the second contact member forms the holding part adjoining the weld connection part in such a way that, when the two weld connection parts (11, 21) are held and pre-secured in position for the welding process, the two weld connection parts lie facing and touching one another. a. the first contact member has a resilient fastening member that adjoins the weld connection part and is curved in a U-shape, with two fastening arms (12a, 12b) for clamping and securing a holding part of the second contact member, and wherein crimp connector flaps (11a, 11b) are additionally formed on the weld connection part, integrally with the contact member, for the purpose of attaching a cable, and wherein b. the second contact member forms the holding part adjoining the weld connection part in such a way that, when the two weld connection parts (11, 21) are held and pre-secured in position for the welding process, the two weld connection parts lie facing and touching one another.
A device to record signals, which comprises a multiple of microneedles forming an array of microneedles; a chip comprising at least one comparator with adaptive level, a sequence control circuit, at least one capacitor stack built by n capacitors and 2n switches, at least one buffer capacitor outside the at least one capacitor stack, at least two additional switches outside the at least one capacitor stack and a CMOS-Logic, wherein n ∈ N, wherein the n capacitors are adapted to be sequentially charged by at least one microneedle of the array of microneedles, which functions as DC input source, one after the other and wherein the 2n switches of the capacitor stack couple the n capacitors selectively to at least one microneedle of the array of microneedles and wherein the buffer capacitor outside the at least one capacitor stack is dedicated to be charged from the n capacitors of the capacitor stack at once; an interposer layer comprising holes for the multiple of microneedles; a lid; at least one coil; at least one sensor (50, 51); wherein the chip, is located on one surface of the interposer layer; wherein the lid and the interposer layer form a capsule for the chip and the at least one coil; wherein the capsule carries an outer Far-Field electrode; wherein each microneedle has a distal end which protrudes from the chip; and wherein the device is adapted to be electrically self-sufficient due to harvesting of electrical energy on one or more microneedles from an electrical energy source of the surrounding. a multiple of microneedles forming an array of microneedles; a chip comprising at least one comparator with adaptive level, a sequence control circuit, at least one capacitor stack built by n capacitors and 2n switches, at least one buffer capacitor outside the at least one capacitor stack, at least two additional switches outside the at least one capacitor stack and a CMOS-Logic, wherein n ∈ N, wherein the n capacitors are adapted to be sequentially charged by at least one microneedle of the array of microneedles, which functions as DC input source, one after the other and wherein the 2n switches of the capacitor stack couple the n capacitors selectively to at least one microneedle of the array of microneedles and wherein the buffer capacitor outside the at least one capacitor stack is dedicated to be charged from the n capacitors of the capacitor stack at once; an interposer layer comprising holes for the multiple of microneedles; a lid; at least one coil; at least one sensor (50, 51); wherein the chip, is located on one surface of the interposer layer; wherein the lid and the interposer layer form a capsule for the chip and the at least one coil; wherein the capsule carries an outer Far-Field electrode; wherein each microneedle has a distal end which protrudes from the chip; and wherein the device is adapted to be electrically self-sufficient due to harvesting of electrical energy on one or more microneedles from an electrical energy source of the surrounding.
A method for transfer of control between a first device and a second device wherein the first and the second devices are from a group of at least two devices connected in the substation communication network (210, 220) and where each of the devices connected in the substation communication are involved in at least one function in a substation system, the method comprising: a. Having one or more data models with one or more logical nodes containing one or more data objects pre-configured in the first device for transfer of control; b. Having an event requiring transfer of control from the first device identified in the substation system; c. Having the first device and the second device exchange at least one message communication that uses one or more pre-configured data model, the said at least one message communication is initiated based on the event recognized in the substation system; and d. Relieving the first device from the at least one function by having coordinated transfer of control based on the at least one message interactions with the first device. a. Having one or more data models with one or more logical nodes containing one or more data objects pre-configured in the first device for transfer of control; b. Having an event requiring transfer of control from the first device identified in the substation system; c. Having the first device and the second device exchange at least one message communication that uses one or more pre-configured data model, the said at least one message communication is initiated based on the event recognized in the substation system; and d. Relieving the first device from the at least one function by having coordinated transfer of control based on the at least one message interactions with the first device.
A modular electronic and/or electric apparatus including a plurality of circuit units (10, 12, 14) connected by an internal communication bus, wherein: - the circuit unit (10, 12, 14) comprises at least two serial resistor elements (RI1, RO1, RI2, RO2, RIN, RON) forming a voltage divider, - the circuit unit (10, 12, 14) comprises at least one analogue-digital converter, - a connection point between two resistor elements (RI1, RO1, RI2, RO2, RIN, RON) of one circuit unit (10, 12, 14) is connected to an analogue input terminal of the analogue-digital converter, - a digital output terminal of the analogue-digital converter is connected to the internal communication bus, and - the modular electronic and/or electric apparatus comprises a master unit connected to the internal communication bus, characterized in that all resistor elements (RI1, RO1, RI2, RO2, RIN, RON) of the circuit units (10, 12, 14) are serially connected and form one ID wire, wherein the ID wire is interconnected between a first voltage terminal and a second voltage terminal. - the circuit unit (10, 12, 14) comprises at least two serial resistor elements (RI1, RO1, RI2, RO2, RIN, RON) forming a voltage divider, - the circuit unit (10, 12, 14) comprises at least one analogue-digital converter, - a connection point between two resistor elements (RI1, RO1, RI2, RO2, RIN, RON) of one circuit unit (10, 12, 14) is connected to an analogue input terminal of the analogue-digital converter, - a digital output terminal of the analogue-digital converter is connected to the internal communication bus, and - the modular electronic and/or electric apparatus comprises a master unit connected to the internal communication bus,
High-pressure fuel pump for operating an internal combustion engine, connected to a low-pressure and a high-pressure circuit and consisting of a pump housing and a pump flange, via which the said high-pressure fuel pump is fastened releasably to the internal combustion engine, a pump camshaft being provided for compressing fuel from the low-pressure circuit and delivering it to the high-pressure circuit by way of the movement of at least one pump piston, characterized in that the pump flange is divided into an inner part and an outer part, the inner part receiving a bearing of the pump camshaft and the outer part receiving elements of the low-pressure circuit, and in that the inner part and the outer part are fastened releasably to the pump housing via matching fastening points (13a, 13b).