mhurhangee/ep-ind-claims huggingface dataset:
A method for electrophoresis, the method comprising the steps of (a) providing a separation chamber comprising a first end wall, a second end wall, a first sidewall, a second side wall, and two plates, wherein the end walls (114, 116), sidewalls (116, 118) and plates define a separation space; a first electrode and a second electrode located in the separation chamber in proximity to the first sidewall and the second sidewall, respectively; at least one sample inlet located in proximity to the first end wall; at least one separation medium inlet located in proximity to the first end wall; a plurality of collection outlets located in proximity to the second end wall; and a plurality of counterflow inlets located in proximity to the second end wall; (b) generating an electric field in the chamber via the first and second electrodes (132, 136); (c) introducing a separation medium through the at least one separation medium inlet into the separation chamber; (d) introducing a sample to be separated through the at least one sample inlet into the separation chamber; (e) introducing, with a flow counter to the flow of the separation medium, one or more counterflow media through the plurality of counterflow medium inlets into the separation chamber, wherein at least two of the counterflow medium inlets have introduced therethrough counterflow media of differing properties; and (f) collecting separated portions of the sample through the plurality of collection outlets. (a) providing a separation chamber comprising a first end wall, a second end wall, a first sidewall, a second side wall, and two plates, wherein the end walls (114, 116), sidewalls (116, 118) and plates define a separation space; a first electrode and a second electrode located in the separation chamber in proximity to the first sidewall and the second sidewall, respectively; at least one sample inlet located in proximity to the first end wall; at least one separation medium inlet located in proximity to the first end wall; a plurality of collection outlets located in proximity to the second end wall; and a plurality of counterflow inlets located in proximity to the second end wall; (b) generating an electric field in the chamber via the first and second electrodes (132, 136); (c) introducing a separation medium through the at least one separation medium inlet into the separation chamber; (d) introducing a sample to be separated through the at least one sample inlet into the separation chamber; (e) introducing, with a flow counter to the flow of the separation medium, one or more counterflow media through the plurality of counterflow medium inlets into the separation chamber, wherein at least two of the counterflow medium inlets have introduced therethrough counterflow media of differing properties; and (f) collecting separated portions of the sample through the plurality of collection outlets.
Apparatus for manufacturing coil members (230,250) for insertion in the slots of the core of a dynamo electric machine wherein the coil members (230,250) are formed by bending portions of an electric conductor; the apparatus comprising: - means for feeding portions of conductor of predetermined length through an aperture, along a feeding axis (100',AC'), according to a feeding direction, adjacent to a first engagement member capable of engaging the conductor, wherein the aperture is positioned before the first engagement member in the feeding direction; - means (35,41,400) for moving the first engagement member with respect to the aperture to engage a portion of the conductor with the first engagement member in a transverse direction (X,X') to the feeding axis to bend the conductor; - means (20,31,500) for rotating the first engagement member around the feeding axis (100',AC') to reposition the first engagement member around the conductor. - means for feeding portions of conductor of predetermined length through an aperture, along a feeding axis (100',AC'), according to a feeding direction, adjacent to a first engagement member capable of engaging the conductor, wherein the aperture is positioned before the first engagement member in the feeding direction; - means (35,41,400) for moving the first engagement member with respect to the aperture to engage a portion of the conductor with the first engagement member in a transverse direction (X,X') to the feeding axis to bend the conductor; - means (20,31,500) for rotating the first engagement member around the feeding axis (100',AC') to reposition the first engagement member around the conductor.
Splice plate for assembling a first portion and a second portion of cable trays made of wire mesh, this splice plate comprising a central body and two flanges extending at right angles and in a longitudinal direction of the splice plate from two opposed longitudinal edges of the body, this splice plate comprising: - two pairs of cutouts ( 15, 16) formed in the flanges, namely a pair in the central part of the splice plate and a pair at a rear end of the splice plate, each cutout ( 15, 16) having a transverse section opening onto a free border of the flange, each pair of cutouts ( 15, 16) being able to cooperate with a weft wire ( 20, 21) of the first portion; - an elastic lug borne by the body in line with one of the pairs of cutouts ( 15, 16) in order to block at least one of the weft wires ( 20, 21) in the longitudinal section of one of the cutouts ( 15, 16); - an oblong opening made transversely in the body and the flanges and able to receive an end weft wire of the second portion; - an elastic claw formed in the body in line with the opening and able to block the end weft wire of the second portion in the opening, characterized in that - the two pairs of cutouts ( 15, 16) are L-shaped and have a longitudinal section extending from the transverse section, - the weft wire of the first portion is blocked by the lug in the longitudinal section of the said pair of cutouts, - the opening is oblong and is made transversely in the body and the flanges, and the elastic claw is formed in the body on an edge of the oblong opening. - two pairs of cutouts ( 15, 16) formed in the flanges, namely a pair in the central part of the splice plate and a pair at a rear end of the splice plate, each cutout ( 15, 16) having a transverse section opening onto a free border of the flange, each pair of cutouts ( 15, 16) being able to cooperate with a weft wire ( 20, 21) of the first portion; - an elastic lug borne by the body in line with one of the pairs of cutouts ( 15, 16) in order to block at least one of the weft wires ( 20, 21) in the longitudinal section of one of the cutouts ( 15, 16); - an oblong opening made transversely in the body and the flanges and able to receive an end weft wire of the second portion; - an elastic claw formed in the body in line with the opening and able to block the end weft wire of the second portion in the opening, characterized in that - the two pairs of cutouts ( 15, 16) are L-shaped and have a longitudinal section extending from the transverse section, - the weft wire of the first portion is blocked by the lug in the longitudinal section of the said pair of cutouts, - the opening is oblong and is made transversely in the body and the flanges, and the elastic claw is formed in the body on an edge of the oblong opening.
A mineral extraction system, comprising: a tubing hanger configured to couple to and support a tubing string, wherein the tubing hanger defines an outlet; a running tool configured to couple to the tubing hanger to lower the tubing hanger into a wellhead; a hanger orientation system configured to orient the tubing hanger within the wellhead, the hanger orientation system comprising a hanger orientation device coupled to the running tool; characterized in that the hanger orientation device defines a spiral groove, and the hanger orientation device further comprising a pin configured to engage the spiral groove on the hanger orientation device to rotate the tubing hanger within the wellhead. a tubing hanger configured to couple to and support a tubing string, wherein the tubing hanger defines an outlet; a running tool configured to couple to the tubing hanger to lower the tubing hanger into a wellhead; a hanger orientation system configured to orient the tubing hanger within the wellhead, the hanger orientation system comprising a hanger orientation device coupled to the running tool; characterized in that the hanger orientation device defines a spiral groove, and the hanger orientation device further comprising a pin configured to engage the spiral groove on the hanger orientation device to rotate the tubing hanger within the wellhead.
Tractor for a tractor-trailer combination, said tractor being connected to a trailer, wherein the tractor-trailer combination forms an intermediate space having a length (d) of less than 20 cm, which length (d) extends from a rear wall of a tractor cab of the tractor in a direction towards the trailer when the tractor is aligned with the trailer, the length (d) has an extension from the rear wall of the tractor cab to a maximum longitudinal position of a swing clearance area, said swing clearance area is formed by the travelling of a corner edge of the trailer when the trailer is turning about the tractor, wherein the tractor further comprises a battery compartment including a starting battery, said battery compartment being mounted to the rear wall of the tractor cab and arranged in said intermediate space.
A cell comprising: a polynucleotide that encodes a modified CD16 polypeptide that comprises a membrane proximal region and comprises a substitution of one or more amino acids compared to the wild-type amino acid sequence of the CD16 membrane proximal region, wherein the substitution comprises the substitution of the serine residue with a proline residue at position 197 of SEQ ID NO: 1 or SEQ ID NO: 2 wherein the modified CD16 polypeptide exhibits reduced susceptibility to cleavage compared to a wild-type CD16 polypeptide. a polynucleotide that encodes a modified CD16 polypeptide that comprises a membrane proximal region and comprises a substitution of one or more amino acids compared to the wild-type amino acid sequence of the CD16 membrane proximal region, wherein the substitution comprises the substitution of the serine residue with a proline residue at position 197 of SEQ ID NO: 1 or SEQ ID NO: 2 wherein the modified CD16 polypeptide exhibits reduced susceptibility to cleavage compared to a wild-type CD16 polypeptide.
Thermally insulated container comprising an integrally formed container lower part, made of granulated foam plastic defining a base and sides (18, 20) extending up from the base and encircling a receiving space, and a lid lying on a surrounding upper edge of the container lower part and sealing the receiving space from above, wherein the base has feet projecting from the lower side facing away from the receiving space, characterised in that the lid has a surrounded depression on the upper side facing away from the receiving space that is designed to receive the feet of an identically constructed insulated container, wherein the height of the feet is less than the depth of the depression.
A method of detecting faults beneath a construction supported by earth, comprising: detecting one of a plurality of electrical conditions of a fabric embedded into the construction supported by the earth wherein the plurality of electrical conditions of the fabric includes a first electrical condition indicating a fault below the surface of the construction supported by the earth and a second electrical condition indicating no fault, wherein the second electrical condition is a response to a radio-frequency signal, determining a location associated with the detected electrical condition of the fabric built into the construction, and reporting the detected electrical condition of the fabric along with associated locations; wherein the fabric is formed of a material in the general form of a sheet or a mesh comprising an array of electronic devices, wherein said electronic devices are electronic circuits which can respond to a radio-frequency signal, said electronic devices being arranged such that stretching or tearing the fabric will damage at least one of the electronic circuits at an array location and wherein at least one of the damaged electronic circuits does not respond to the radio frequency signal. detecting one of a plurality of electrical conditions of a fabric embedded into the construction supported by the earth wherein the plurality of electrical conditions of the fabric includes a first electrical condition indicating a fault below the surface of the construction supported by the earth and a second electrical condition indicating no fault, wherein the second electrical condition is a response to a radio-frequency signal, determining a location associated with the detected electrical condition of the fabric built into the construction, and reporting the detected electrical condition of the fabric along with associated locations; wherein the fabric is formed of a material in the general form of a sheet or a mesh comprising an array of electronic devices, wherein said electronic devices are electronic circuits which can respond to a radio-frequency signal, said electronic devices being arranged such that stretching or tearing the fabric will damage at least one of the electronic circuits at an array location and wherein at least one of the damaged electronic circuits does not respond to the radio frequency signal.
Use of a SOX9 inhibitor in the manufacture of a medicament comprising said SOX9 inhibitor for the treatment of a disease selected from the group consisting of spinal cord injury, traumatic brain injury and stroke, wherein the SOX9 inhibitor is an siRNA which selectively tangets a SOX9 gene and wherein the SOX9 inhibitor down-regulates the activity of a chondroitin sulfate proteoglycan in a mammal.
A method in a schedulable wireless communication entity (306,308) having an operational maximum power level and that communicates in a wireless communication network, the method comprising: receiving, at the wireless communication entity, a radio resource assignment, wherein the radio resource assignment includes a bandwidth allocation on a carrier band and a bandwidth location in the carrier band; varying an operational maximum power level of the wireless communication entity based on a size and location of the bandwidth allocation and on a waveform power de-rating, wherein the operational maximum power level limits an instantaneous power at which the wireless communication entity may transmit. receiving, at the wireless communication entity, a radio resource assignment, wherein the radio resource assignment includes a bandwidth allocation on a carrier band and a bandwidth location in the carrier band; varying an operational maximum power level of the wireless communication entity based on a size and location of the bandwidth allocation and on a waveform power de-rating, wherein the operational maximum power level limits an instantaneous power at which the wireless communication entity may transmit.
A medical apparatus comprising: a treatment device including an accessing unit formed of either a puncture needle stickable into a patient or a catheter insertable into a blood vessel of the patient; an integrated detecting device provided as a unit, which includes: an electrocardiogram-measuring device (3, 4) configured to closely attach to a skin of the patient and being capable of measuring an electrocardiogram of the patient; and a blood-leakage-detecting device configured to attach to a position near the accessing unit and being capable of detecting blood of the patient that may leak from the accessing unit, wherein the integrated detecting device has a close-contact surface that is configured to be brought into close contact with the skin of the patient and a non-close-contact surface that is out of close contact with the skin of the patient, the close-contact surface being provided with the electrocardiogram-measuring device(3, 4) and an electrode that is electrically connectable to the electrocardiogram-measuring device (3, 4) and the non-close-contact surface being provided with the blood-leakage-detecting device and an electrode that is electrically connectable to the blood-leakage-detecting device. a treatment device including an accessing unit formed of either a puncture needle stickable into a patient or a catheter insertable into a blood vessel of the patient; an integrated detecting device provided as a unit, which includes: an electrocardiogram-measuring device (3, 4) configured to closely attach to a skin of the patient and being capable of measuring an electrocardiogram of the patient; and a blood-leakage-detecting device configured to attach to a position near the accessing unit and being capable of detecting blood of the patient that may leak from the accessing unit, wherein the integrated detecting device has a close-contact surface that is configured to be brought into close contact with the skin of the patient and a non-close-contact surface that is out of close contact with the skin of the patient, the close-contact surface being provided with the electrocardiogram-measuring device(3, 4) and an electrode that is electrically connectable to the electrocardiogram-measuring device (3, 4) and the non-close-contact surface being provided with the blood-leakage-detecting device and an electrode that is electrically connectable to the blood-leakage-detecting device.
A battery pack loading structure comprising: a battery pack (40, 50) stored in a console box arranged between a driver seat and a front passenger seat, and a junction box arranged on said battery pack in said console box, characterized by an apparatus arranged below said driver seat or said front passenger seat, and electrically connected to said junction box by a harness, and said harness descends along a rear side of said battery pack (40, 50) to be connected to said apparatus. a battery pack (40, 50) stored in a console box arranged between a driver seat and a front passenger seat, and a junction box arranged on said battery pack in said console box, an apparatus arranged below said driver seat or said front passenger seat, and electrically connected to said junction box by a harness, and said harness descends along a rear side of said battery pack (40, 50) to be connected to said apparatus.
Apparatus for the configuration of a motor vehicle, comprising: - a communication device for receiving a configuration that is received from outside the motor vehicle from a central component; - the configuration comprising at least one parameter that is based on a driving behaviour controller of the motor vehicle; and - a processing device that is set up to activate the configuration by setting at least one parameter of the configuration on the motor vehicle, there being provision for multiple configurations, each of which has an associated condition, and the processing device being set up to activate a configuration with the condition met and to activate multiple configurations each with the condition met, characterized in that each configuration has an associated priority and the processing device is set up to carry out the activation of the configurations on the basis of the priority. - a communication device for receiving a configuration that is received from outside the motor vehicle from a central component; - the configuration comprising at least one parameter that is based on a driving behaviour controller of the motor vehicle; and - a processing device that is set up to activate the configuration by setting at least one parameter of the configuration on the motor vehicle, there being provision for multiple configurations, each of which has an associated condition, and the processing device being set up to activate a configuration with the condition met and to activate multiple configurations each with the condition met, characterized in that each configuration has an associated priority and the processing device is set up to carry out the activation of the configurations on the basis of the priority.
A rotary compressor comprising: - a sealed vertically-placed cylindrical compressor housing which is provided with a discharging unit of a refrigerant on a top portion and which is provided with an inlet unit of the refrigerant on a bottom portion; - a rotary-type compressing unit which is disposed on the bottom portion of the compressor housing, compresses the refrigerant which is sucked in from the inlet portion, and discharges the refrigerant from the discharging unit; - a motor which is disposed on the top portion of the compressor housing and which drives the rotary-type compressing unit; - a vertically-placed cylindrical accumulator which is fixed to a side portion of the compressor housing and which is connected to the inlet portion; and - an attachment leg which is fixed to the bottom portion of the compressor housing and includes three locking holes (311, 312, 313, 411, 412, 413) which are locking holes to which three corresponding elastic supporting members, which support the compressor housing, are locked and which are disposed to be separated from each other in a circumferential direction on an outside in a radial direction of the compressor housing, wherein, of the three locking holes, a distance of a first locking hole which is disposed closest to the accumulator from a housing center, is greater than a distance of each of the other two locking holes from the housing center, characterized in that a pitch angle (α1) between the first locking hole and a second locking hole which interposes the accumulator between the first locking hole and the second locking hole, is smaller than a pitch angle (α3) between the first locking hole and a third locking hole, and is smaller than a pitch angle (α2) between the second locking hole and the third locking hole, or the first locking hole is disposed in a position no closer to an outside in the radial direction than the accumulator. - a sealed vertically-placed cylindrical compressor housing which is provided with a discharging unit of a refrigerant on a top portion and which is provided with an inlet unit of the refrigerant on a bottom portion; - a rotary-type compressing unit which is disposed on the bottom portion of the compressor housing, compresses the refrigerant which is sucked in from the inlet portion, and discharges the refrigerant from the discharging unit; - a motor which is disposed on the top portion of the compressor housing and which drives the rotary-type compressing unit; - a vertically-placed cylindrical accumulator which is fixed to a side portion of the compressor housing and which is connected to the inlet portion; and - an attachment leg which is fixed to the bottom portion of the compressor housing and includes three locking holes (311, 312, 313, 411, 412, 413) which are locking holes to which three corresponding elastic supporting members, which support the compressor housing, are locked and which are disposed to be separated from each other in a circumferential direction on an outside in a radial direction of the compressor housing,