mhurhangee/ep-ind-claims huggingface dataset:
A method for isomerizing a bis(aminomethyl)cyclohexane, comprising: an isomerization step of isomerizing the bis(aminomethyl)cyclohexane in the presence of: an imine compound represented by the following general formula and at least one compound selected from the group consisting of an alkali metal, an alkali metal-containing compound, an alkaline earth metal and an alkaline earth metal-containing compound, wherein the amount of imine compound is 0.10 to 10 mol% relative to 100 mol% of bis(aminomethyl)cyclohexane: wherein R 1 and R 2 each independently represent a hydrogen atom or a monovalent group selected from the group consisting of a substituted or unsubstituted hydrocarbon group, a substituted or unsubstituted alkoxy group, an substituted or unsubstituted aryloxy or benzoyloxy group, and an acyl group (R 1 and R 2 may mutually bind to form a ring); R 3 represents a hydrogen atom or an n-valent group selected from the group consisting of substituted or unsubstituted hydrocarbon groups; and n represents an integer of 1 to 10. an imine compound represented by the following general formula and at least one compound selected from the group consisting of an alkali metal, an alkali metal-containing compound, an alkaline earth metal and an alkaline earth metal-containing compound, wherein the amount of imine compound is 0.10 to 10 mol% relative to 100 mol% of bis(aminomethyl)cyclohexane:
Rotary pump, notably a wastewater submersible pump, of which the face end facing the pump intake opening is open and only the face end of the impeller facing away from the intake opening is covered by a circular coaxial impeller hub, on which the curved impeller vanes (3, 4) are fastened, and in particular moulded on, characterised by a base plate with the intake opening facing the impeller having a first section mounted on the pump casing so as to be immovable or moveable and at least one second, plate-shaped section in the form of a segment mounted on the first section and/or on the casing wall so as to be moveable against spring pressure and/or deformable, so that their distance or at least the distance of the segment or the segments to the impeller and therefore to the impeller vanes (3, 4) can change, in which the moveable second section is held on the immoveable first section and/or the casing wall by at least one screw permitting limited motion.
A gripping assembly for holding and releasing crucibles comprising: a pair of crucible-gripping arms pivotally mounted on a head; a spring for holding said arms in a crucible-holding position; and a tapered actuator movably coupled between said arms for selectively opening said gripping arms to release and hold a crucible, being characterised in that the gripping assembly further comprises: a second pair of gripping arms mounted on said head in opposed relationship to said first named pair of gripping arms, a spring holding said second arms in a crucible-holding position, and a tapered actuator movably coupled between said arms for selectively opening said second gripping arms to release and hold a crucible. a pair of crucible-gripping arms pivotally mounted on a head; a spring for holding said arms in a crucible-holding position; and a tapered actuator movably coupled between said arms for selectively opening said gripping arms to release and hold a crucible, being characterised in that the gripping assembly further comprises: a second pair of gripping arms mounted on said head in opposed relationship to said first named pair of gripping arms, a spring holding said second arms in a crucible-holding position, and a tapered actuator movably coupled between said arms for selectively opening said second gripping arms to release and hold a crucible. a second pair of gripping arms mounted on said head in opposed relationship to said first named pair of gripping arms, a spring holding said second arms in a crucible-holding position, and a tapered actuator movably coupled between said arms for selectively opening said second gripping arms to release and hold a crucible.
A lithium recovery method comprising: a cleaning process, wherein a discharge liquid and/or a cleaning liquid containing lithium discharged in a process of recovering valuable metals from a lithium ion battery is stripped with water; an extraction process of adding an alkali to the discharge liquid and/or the cleaning liquid cleaned with water, and allowing an acidic solvent extractant to be in contact with the discharge liquid and/or the cleaning liquid cleaned with water under a condition of pH 4 to 9, and a temperature of 0 to 25°C to extract lithium ions; and a stripping process of allowing the acidic solvent extractant having extracted the lithium ions in the extraction process to be in contact with an acid solution of pH 3 or less to strip the lithium ions. a cleaning process, wherein a discharge liquid and/or a cleaning liquid containing lithium discharged in a process of recovering valuable metals from a lithium ion battery is stripped with water; an extraction process of adding an alkali to the discharge liquid and/or the cleaning liquid cleaned with water, and allowing an acidic solvent extractant to be in contact with the discharge liquid and/or the cleaning liquid cleaned with water under a condition of pH 4 to 9, and a temperature of 0 to 25°C to extract lithium ions; and a stripping process of allowing the acidic solvent extractant having extracted the lithium ions in the extraction process to be in contact with an acid solution of pH 3 or less to strip the lithium ions.
Bitumen pellets comprising at least one bitumen base having a penetrability measured at 25°C according to norm EN1426 comprised between 5 and 300 1/10 mm, and from 0.1% to 5% by weight, relative to the total weight of said pellets, of at least one chemical additive chosen from: • a compound of general formula: HOOC-C w H 2w -COOH, in which w is an integer ranging from 4 to 22, and • a compound of general formula: R-CONH-NHCO-R' in which: R and R', which are identical or different, contain a saturated or unsaturated, linear or branched, cyclic or acyclic hydrocarbon-based chain having from 1 to 22 carbon atoms and optionally comprising heteroatoms and/or rings having from 3 to 12 atoms and/or heterocycles having from 3 to 12 atoms. • a compound of general formula: HOOC-C w H 2w -COOH, in which w is an integer ranging from 4 to 22, and • a compound of general formula: R-CONH-NHCO-R' in which: R and R', which are identical or different, contain a saturated or unsaturated, linear or branched, cyclic or acyclic hydrocarbon-based chain having from 1 to 22 carbon atoms and optionally comprising heteroatoms and/or rings having from 3 to 12 atoms and/or heterocycles having from 3 to 12 atoms.
A binocular glare tester attachment for use with a conventional ophthalmic instrument, said binocular glare tester attachment comprising: - a pair of eye cups (6, 7, 42, 43), each of said eye cups (6, 7, 42, 43) comprising a wall partially enclosing a hollow interior chamber and having a viewing aperture defining a respective viewing line of sight axis (8, 9, 46, 47) for each said eye cup (6, 7, 42, 43), - a plurality of lights (52, 53) disposed on a portion of said wall around said line of sight axis (8, 9, 46, 47), wherein the binocular glare tester attachment further comprises mounting means for removably supporting said pair of eye cups (6, 7, 42, 43) on a phoropter or other binocular vision testing device. - a pair of eye cups (6, 7, 42, 43), each of said eye cups (6, 7, 42, 43) comprising a wall partially enclosing a hollow interior chamber and having a viewing aperture defining a respective viewing line of sight axis (8, 9, 46, 47) for each said eye cup (6, 7, 42, 43), - a plurality of lights (52, 53) disposed on a portion of said wall around said line of sight axis (8, 9, 46, 47),
Combination electrode for measuring a fluid to be measured, having a working electrode, a reference electrode, a diaphragm and a first electrically conductive fluid which is in contact with the reference electrode and the diaphragm such that the diaphragm is connected to the reference electrode in an electrically conductive manner via the first electrically conductive fluid, wherein the diaphragm has a hydrogel, wherein the hydrogel comprises a thermoplastic polyurethane.
Method for providing prefabricated lines (2, 4) for the automatic fabrication of at least one partial line set (24, 26) for assembling a line set for a motor vehicle, wherein a contact part is arranged at at least one end of a prefabricated line (2, 4), wherein the at least one provided partial line set (24, 26) has a plurality of prefabricated lines (2, 4), wherein the prefabricated lines (2, 4) are sequentially interconnected in an order provided for assembling the line set, wherein in each case two prefabricated lines (2, 4) which directly follow one another in the order are automatically sequentially interconnected via at least one connecting element, wherein the interconnected prefabricated lines (2, 4) of the partial line set (24, 26) are automatically wound onto a reel (12, 14) and unwound again from the reel (12, 14) during the subsequent assembly of the line set for material feed, wherein each partial line set (24, 26) has at least one component via which the partial line set (24, 26) is fastened in the vehicle.
A steerable introducer comprising: a shaft (12") comprising a proximal end and an outer layer, wherein the shaft (12") defines a lumen sized and configured to receive a catheter comprising at least one ablation electrode; and wherein at least one deflectable element (33a, 33b) is disposed within the outer layer of the shaft (12"); an indifferent coil electrode (40") positioned on the shaft (12") and comprising a plurality of coil windings, wherein at least a subset of the plurality of coil windings are electrically shorted together by a shunt, thereby causing electrical energy to be shorted or shunted across the indifferent coil electrode (40"), wherein the plurality of coil windings and the shunt are thereby configured to reduce resistance in the indifferent coil electrode (40"), and wherein the indifferent coil electrode (40") provides an electrical ground for a direct current pulse to be delivered between the at least one ablation electrode and the indifferent coil electrode (40") for lesion formation or visualization procedures; and a handle (18") operatively coupled to the proximal end of the shaft (12") and to the at least one deflectable element (33a, 33b), wherein the handle (18") and the least one deflectable element (33a, 33b) are configured for selectively bending or flexing the shaft (12") in at least two opposite directions. a shaft (12") comprising a proximal end and an outer layer, wherein the shaft (12") defines a lumen sized and configured to receive a catheter comprising at least one ablation electrode; and wherein at least one deflectable element (33a, 33b) is disposed within the outer layer of the shaft (12"); an indifferent coil electrode (40") positioned on the shaft (12") and comprising a plurality of coil windings, wherein at least a subset of the plurality of coil windings are electrically shorted together by a shunt, thereby causing electrical energy to be shorted or shunted across the indifferent coil electrode (40"), wherein the plurality of coil windings and the shunt are thereby configured to reduce resistance in the indifferent coil electrode (40"), and wherein the indifferent coil electrode (40") provides an electrical ground for a direct current pulse to be delivered between the at least one ablation electrode and the indifferent coil electrode (40") for lesion formation or visualization procedures; and a handle (18") operatively coupled to the proximal end of the shaft (12") and to the at least one deflectable element (33a, 33b), wherein the handle (18") and the least one deflectable element (33a, 33b) are configured for selectively bending or flexing the shaft (12") in at least two opposite directions.
An anchor network node comprising: means for storing: - an access context required to initiate data transfer when a user equipment, UE, is in a suspended Radio Access Network, RAN, connection state; and - mobility information relating to the UE; means for determining, based on the mobility information, that the UE is about to exit an anchor cell served by the anchor network node; means for predicting, based on the mobility information, a target time when the UE is about to initiate the data transfer, and at least one target cell in which the UE would appear to be located at the target time; and means for sending the access context to at least one target network node serving the at least one target cell before the target time, characterized in that the means for the storing are further configured to store a traffic profile relating to the UE and in that the means for the predicting are configured to perform the predicting further based on the traffic profile. means for storing: - an access context required to initiate data transfer when a user equipment, UE, is in a suspended Radio Access Network, RAN, connection state; and - mobility information relating to the UE; - an access context required to initiate data transfer when a user equipment, UE, is in a suspended Radio Access Network, RAN, connection state; and - mobility information relating to the UE; means for determining, based on the mobility information, that the UE is about to exit an anchor cell served by the anchor network node; means for predicting, based on the mobility information, a target time when the UE is about to initiate the data transfer, and at least one target cell in which the UE would appear to be located at the target time; and means for sending the access context to at least one target network node serving the at least one target cell before the target time, characterized in that the means for the storing are further configured to store a traffic profile relating to the UE and in that the means for the predicting are configured to perform the predicting further based on the traffic profile.
A method for applying a finish to a surface, comprising: applying a liquefied coating to the surface, the liquefied coating including micronized wood particles, an elastomeric resin, and a non-elastomeric adhesive resin; and after the liquefied coating dries upon the surface, applying a second coating to the surface for absorption by the micronized wood particles. applying a liquefied coating to the surface, the liquefied coating including micronized wood particles, an elastomeric resin, and a non-elastomeric adhesive resin; and after the liquefied coating dries upon the surface, applying a second coating to the surface for absorption by the micronized wood particles.
A vehicle comprising: a pair of first suspension arms; a pair of second suspension arms connected to the pair of first suspension arms via a pair of joints; a pair of forks provided so as to allow turning about a steering axis with respect to the pair of second suspension arms; a pair of front wheels (12L, 12R) arranged on the pair of forks; a vehicle body to which the pair of front wheels (12L, 12R) are provided; a leaning part for leaning the vehicle body; and a steering device, wherein the tread width (a, b) increases as the vehicle body is leaned by the leaning part; characterized by a pair of attenuation devices that connect the pair of first suspension arms and the pair of second suspension arms; wherein, when the steering device is operated for turning operation, the vehicle is configured to increase the tread width (a, b) by turning one of the second suspension arms away from the vehicle body about a turning axis provided by one of the pair of joints in an attenuated manner. a pair of first suspension arms; a pair of second suspension arms connected to the pair of first suspension arms via a pair of joints; a pair of forks provided so as to allow turning about a steering axis with respect to the pair of second suspension arms; a pair of front wheels (12L, 12R) arranged on the pair of forks; a vehicle body to which the pair of front wheels (12L, 12R) are provided; a leaning part for leaning the vehicle body; and a steering device, wherein the tread width (a, b) increases as the vehicle body is leaned by the leaning part; characterized by a pair of attenuation devices that connect the pair of first suspension arms and the pair of second suspension arms; wherein, when the steering device is operated for turning operation, the vehicle is configured to increase the tread width (a, b) by turning one of the second suspension arms away from the vehicle body about a turning axis provided by one of the pair of joints in an attenuated manner.
A single-mode transmission optical fibre comprising: - a central core region extending radially outwardly from a centerline to a radius r 1 and having a positive relative refractive index Δ 1; - a first inner cladding region extending radially outwardly from the central core to a radius r 2 and having a negative relative refractive index Δ 2; - a second inner cladding region extending radially outwardly from the first inner cladding region to a radius r 3 and having a non-negative relative refractive index Δ 3; - an intermediate cladding region extending radially outwardly from the second inner cladding region to a radius r 4 having a negative relative refractive index Δ 4 larger in absolute value than the relative refractive index Δ 2, and - an outer cladding region extending radially outwardly from the intermediate cladding region and having a non-negative relative refractive index Δ 5; wherein the relative refractive index Δ 2 of the first inner cladding region is of from - 0.1·10 -3 to -1.0·10 -3, the relative refractive index Δ 3 of the second inner cladding region is of from 0 to 0.5·10 -3, and the relative refractive index Δ 4 of the intermediate cladding is of from -3.0·10 -3 to -5.0·10 -3, and wherein the radial width of the intermediate cladding region, defined as the difference (r 4 - r 3), is of from 8 μm to 22 μm. - a central core region extending radially outwardly from a centerline to a radius r 1 and having a positive relative refractive index Δ 1; - a first inner cladding region extending radially outwardly from the central core to a radius r 2 and having a negative relative refractive index Δ 2; - a second inner cladding region extending radially outwardly from the first inner cladding region to a radius r 3 and having a non-negative relative refractive index Δ 3; - an intermediate cladding region extending radially outwardly from the second inner cladding region to a radius r 4 having a negative relative refractive index Δ 4 larger in absolute value than the relative refractive index Δ 2, and - an outer cladding region extending radially outwardly from the intermediate cladding region and having a non-negative relative refractive index Δ 5;
A nonwoven fabric comprising polypropylene fibers, wherein said polypropylene fibers comprise a propylene polymer comprising at least 50 mol% propylene, said polymer having: a) a melt flow rate (MFR, ASTM 1238, 230°C, 2.16kg) of about 10 dg/min to about 21.5 dg/min; b) a dimensionless Stress Ratio / Loss Tangent Index R 2 [defined by Eq. herein] at 190 °C from about 1.5 to about 28; c) an onset temperature of crystallization under flow, T c,rheol, (as determined by SAOS rheology, 1 °C/min as described herein, where said polymer has 0 wt% nucleating agent present), of at least about 131 °C; and d) an average meso run length determined by 13 C NMR of at least about 97 or higher. a) a melt flow rate (MFR, ASTM 1238, 230°C, 2.16kg) of about 10 dg/min to about 21.5 dg/min; b) a dimensionless Stress Ratio / Loss Tangent Index R 2 [defined by Eq. herein] at 190 °C from about 1.5 to about 28; c) an onset temperature of crystallization under flow, T c,rheol, (as determined by SAOS rheology, 1 °C/min as described herein, where said polymer has 0 wt% nucleating agent present), of at least about 131 °C; and d) an average meso run length determined by 13 C NMR of at least about 97 or higher.
Radar-based motion detector, wherein the motion detector has: - a radar transmitter, - a radar receiver, and - a control unit that is configured to control the radar transmitter for transmitting and to evaluate radar signals received by the radar receiver, wherein the control unit is configured to use a received radar signal as a configuration signal for at least one operating parameter of the motion detector if the received radar signal meets a predetermined technical signal criterion, characterized in that the control unit is configured to change to a configuration mode and/or to cause a device connected thereto to change to a configuration mode if at least one evaluated radar signal corresponds to a predetermined technical signal criterion, wherein the control unit is furthermore configured to implement a change of operating parameters of the motion detector in the configuration mode on the basis of the evaluated radar signal. - a radar transmitter, - a radar receiver, and - a control unit that is configured to control the radar transmitter for transmitting and to evaluate radar signals received by the radar receiver,
An operating table system, comprised of: a transport device for transporting a patient supporting surface; a table column which is mechanically couplable to the patient supporting surface and has a transfer mechanism which is controllable based on a transfer command for transferring the patient supporting surface between the transport device and the table column; and an operating unit which can be actuated to generate the transfer command; wherein the operating unit is comprised of at least one operating element (52, 54) disposed on the transport device, and an infrared transmitter disposed on the transport device and coupled to the operating element (52, 54), sending the transfer command in the form of an infrared signal in response to actuation of the operating element (52, 54), and an infrared receiver is disposed on the table column and receives the transfer command, characterized in that to produce a matched operating state between the infrared transmitter disposed on the transport device and the infrared receiver disposed on the table column, the table column has an infrared pairing transmitter for sending a column address, and the transport device has an infrared pairing receiver for receiving the column address. a transport device for transporting a patient supporting surface; a table column which is mechanically couplable to the patient supporting surface and has a transfer mechanism which is controllable based on a transfer command for transferring the patient supporting surface between the transport device and the table column; and an operating unit which can be actuated to generate the transfer command; wherein the operating unit is comprised of at least one operating element (52, 54) disposed on the transport device, and an infrared transmitter disposed on the transport device and coupled to the operating element (52, 54), sending the transfer command in the form of an infrared signal in response to actuation of the operating element (52, 54), and an infrared receiver is disposed on the table column and receives the transfer command, characterized in that to produce a matched operating state between the infrared transmitter disposed on the transport device and the infrared receiver disposed on the table column, the table column has an infrared pairing transmitter for sending a column address, and the transport device has an infrared pairing receiver for receiving the column address.