mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing phosphine-borane complexes from aryldihalophosphine comprising: mixing sodium borohydride, a solvent comprising at least 50 vol% glycol ethers, and the aryldihalophosphine to obtain a solution; and maintaining the solution at a reaction temperature for a duration of time to obtain the phosphine-borane complexes, wherein the reaction temperature is from 0 °C to 60 °C; wherein the aryldihalophosphine is selected from the group consisting of dichloro(2,4-dimethoxyphenyl)phosphine, dichloro(2-methoxyphenyl)phosphine, and dichlorophenylphosphine; wherein the solvent comprising at least 50 vol% glycol ethers further comprises tetrahydrofuran, wherein the glycol ethers comprises 1,2-dimethoxyethane, and wherein a ratio of tetrahydrofuran to 1,2-dimethoxyethane in the solvent comprising at least 50 vol% glycol ethers is from 0.1:1.0 to 2.5:1.0. mixing sodium borohydride, a solvent comprising at least 50 vol% glycol ethers, and the aryldihalophosphine to obtain a solution; and maintaining the solution at a reaction temperature for a duration of time to obtain the phosphine-borane complexes, wherein the reaction temperature is from 0 °C to 60 °C; wherein the aryldihalophosphine is selected from the group consisting of dichloro(2,4-dimethoxyphenyl)phosphine, dichloro(2-methoxyphenyl)phosphine, and dichlorophenylphosphine; wherein the solvent comprising at least 50 vol% glycol ethers further comprises tetrahydrofuran, wherein the glycol ethers comprises 1,2-dimethoxyethane, and wherein a ratio of tetrahydrofuran to 1,2-dimethoxyethane in the solvent comprising at least 50 vol% glycol ethers is from 0.1:1.0 to 2.5:1.0.
A DEVICE FOR REMOVING PEOPLE IN A LIFE-THREATENING SITUATION which consists of an elongate, soft, flexible body provided with a central zone that is thicker than two tapered ends wherein the flexible body is a highly resistant and adaptable rubber foam base, entirely covered with a highly deformable plastic cover characterized in that; the device has a length such that a neck of an accident victim is completely surrounded and the two tapered ends extend under respective armpits of the accident victim; and, the central zone has a width such that the central zone is fitted between a chin and an upper chest region of the accident victim substantially immobilizing the neck of the accident victim; enabling a rescuer to support and remove the accident victim.
Feed mechanism (1, 30) to feed objects for insertion into tobacco industry products, comprising: a rotary member (4, 31) for receiving objects, the rotary member having a plurality of channels (9, 33a, 33b), each channel being adapted so that in use objects assemble in a row in the channel which rotates with the rotary member, each channel having an outlet (13, 35) for dispensing an object from the channel; and a pneumatic mechanism (5, 32) configured to hold an object in a row prior to the object being dispensed. a rotary member (4, 31) for receiving objects, the rotary member having a plurality of channels (9, 33a, 33b), each channel being adapted so that in use objects assemble in a row in the channel which rotates with the rotary member, each channel having an outlet (13, 35) for dispensing an object from the channel; and a pneumatic mechanism (5, 32) configured to hold an object in a row prior to the object being dispensed.
A motor drive control device for a permanent magnet synchronous motor in which each phase is independently controlled, the motor drive control device comprising: a smoothing capacitor interposed between a battery configured to supply electric power to the permanent magnet synchronous motor and the permanent magnet synchronous motor to smoothen the current; an inverter interposed between the smoothing capacitor and the permanent magnet synchronous motor to convert a DC bus current flowing on the smoothing capacitor side into a multiphase motor current and supply the multiphase motor current to the permanent magnet synchronous motor; a current detection unit configured to detect one of the motor current and the DC bus current; the motor drive control device characterised in that it further comprises: a zero-axis current calculation unit configured to calculate and output a zero-axis current on the basis of the current detected by the current detection unit; a comparison determination unit configured to determine a reference zero-axis current value which is a zero-axis current value when the temperature of a permanent magnet provided in the permanent magnet synchronous motor is a reference temperature and compare the reference zero-axis current value with the calculated zero-axis current; and a drive control unit configured to drive and control the inverter on the basis of the result of the comparison determination of the comparison determination unit. a smoothing capacitor interposed between a battery configured to supply electric power to the permanent magnet synchronous motor and the permanent magnet synchronous motor to smoothen the current; an inverter interposed between the smoothing capacitor and the permanent magnet synchronous motor to convert a DC bus current flowing on the smoothing capacitor side into a multiphase motor current and supply the multiphase motor current to the permanent magnet synchronous motor; a current detection unit configured to detect one of the motor current and the DC bus current; a zero-axis current calculation unit configured to calculate and output a zero-axis current on the basis of the current detected by the current detection unit; a comparison determination unit configured to determine a reference zero-axis current value which is a zero-axis current value when the temperature of a permanent magnet provided in the permanent magnet synchronous motor is a reference temperature and compare the reference zero-axis current value with the calculated zero-axis current; and a drive control unit configured to drive and control the inverter on the basis of the result of the comparison determination of the comparison determination unit.
A method for controlling a wireless power transmitter configured to transmit power to a wireless power receiver (110-n), the method comprising: applying a detection power for detecting change in load of the wireless power transmitter caused by the arrangement of the wireless power receiver (110-n); detecting the change in load of the wireless power transmitter at first time point; and receiving a first signal from the wireless power receiver (110-n) at second time point; characterized in that the method further comprises: determining whether or not to transmit a second signal to the wireless power receiver (110-n) based on the difference between the first time point and the second time point; wherein determining whether or not to transmit the second signal comprises: transmitting the second signal to the wireless power receiver, if the difference is within a predetermined time, and determining that the wireless power receiver is not within a chargeable range of the wireless power transmitter and determining not to transmit the power to the wireless power receiver, if the difference exceeds the predetermined time. applying a detection power for detecting change in load of the wireless power transmitter caused by the arrangement of the wireless power receiver (110-n); detecting the change in load of the wireless power transmitter at first time point; and receiving a first signal from the wireless power receiver (110-n) at second time point; characterized in that the method further comprises: determining whether or not to transmit a second signal to the wireless power receiver (110-n) based on the difference between the first time point and the second time point; wherein determining whether or not to transmit the second signal comprises: transmitting the second signal to the wireless power receiver, if the difference is within a predetermined time, and determining that the wireless power receiver is not within a chargeable range of the wireless power transmitter and determining not to transmit the power to the wireless power receiver, if the difference exceeds the predetermined time. transmitting the second signal to the wireless power receiver, if the difference is within a predetermined time, and determining that the wireless power receiver is not within a chargeable range of the wireless power transmitter and determining not to transmit the power to the wireless power receiver, if the difference exceeds the predetermined time.
An umbrella comprising: a support structure comprising: a first support member having an upper end; a second support member having a second end disposed adjacent to the first support member and a first end disposed away from the second end, the second support member extending along a longitudinal axis disposed transverse to the first support member; a canopy comprising an upper hub pivotally coupled with the second support member; an enclosure disposed at the second end of the second support member having disposed therein a canopy deployment mechanism to open and close the canopy and a tilt mechanism configured to rotate the second support member about an axis of the second support member; and a runner, wherein the enclosure is pivotally coupled to the runner and wherein the runner is configured to be moved by a user upward and downward on the first support member. a support structure comprising: a first support member having an upper end; a second support member having a second end disposed adjacent to the first support member and a first end disposed away from the second end, the second support member extending along a longitudinal axis disposed transverse to the first support member; a first support member having an upper end; a second support member having a second end disposed adjacent to the first support member and a first end disposed away from the second end, the second support member extending along a longitudinal axis disposed transverse to the first support member; a canopy comprising an upper hub pivotally coupled with the second support member; an enclosure disposed at the second end of the second support member having disposed therein a canopy deployment mechanism to open and close the canopy and a tilt mechanism configured to rotate the second support member about an axis of the second support member; and a runner, wherein the enclosure is pivotally coupled to the runner and wherein the runner is configured to be moved by a user upward and downward on the first support member.
Method for operating a navigation device which comprises a nonvolatile memory unit in which map data assigned to an area are stored, the method comprising the steps of: a) determining a target position, b) identifying a position of the navigation device, c) defining a region in which the position is arranged so that the base area of the region is smaller than the base area of the area and the target position is arranged outside the region, d) updating those of the map data that are assigned to the region whereby those of the map data that are not assigned to the region are not updated, e) calculating a route that leads from the position to the target position by using the updated map data of the region, f) identifying a further position of the navigation device, g) defining a further region in which the further position is arranged so that the base area of the region is smaller than the base area of the area and the target position is arranged inside the further region, h) updating those of the map data that are assigned to the further region whereby those of the map data that are not assigned to the further region are not updated, and i) calculating a further route that leads from the further position to the target position by using the updated map data of the further region. a) determining a target position, b) identifying a position of the navigation device, c) defining a region in which the position is arranged so that the base area of the region is smaller than the base area of the area and the target position is arranged outside the region, d) updating those of the map data that are assigned to the region whereby those of the map data that are not assigned to the region are not updated, e) calculating a route that leads from the position to the target position by using the updated map data of the region, f) identifying a further position of the navigation device, g) defining a further region in which the further position is arranged so that the base area of the region is smaller than the base area of the area and the target position is arranged inside the further region, h) updating those of the map data that are assigned to the further region whereby those of the map data that are not assigned to the further region are not updated, and i) calculating a further route that leads from the further position to the target position by using the updated map data of the further region.
Device configured to be used in a LASIK surgery procedure and to be put in an operational position on an operative eye after a corneal flap has been created and has been put to an opened position, comprising: - an eye fixating portion configured to engage on the sclera around the cornea and to thereby perform a fixating action on the eye while enabling free access to the cornea when the device is in the operational position on the eye, and - a flap protecting portion configured to completely cover the corneal flap in the opened position thereof when the device is in the operational position on the eye, wherein the eye fixating portion comprises at least two support elements having a contact surface through which the eye fixating portion is to contact the sclera when the device is in the operational position on the eye, characterized in that a space between two support elements along the flap protecting portion is configured to accommodate a hinge portion of the corneal flap. - an eye fixating portion configured to engage on the sclera around the cornea and to thereby perform a fixating action on the eye while enabling free access to the cornea when the device is in the operational position on the eye, and - a flap protecting portion configured to completely cover the corneal flap in the opened position thereof when the device is in the operational position on the eye, wherein the eye fixating portion comprises at least two support elements having a contact surface through which the eye fixating portion is to contact the sclera when the device is in the operational position on the eye, characterized in that a space between two support elements along the flap protecting portion is configured to accommodate a hinge portion of the corneal flap.
A separator having a layered structure comprising (a) a non-woven fabric substrate made of microfibers and having pores formed among the microfibers, (b) fine thermoplastic powder filling the pores of the non-woven fabric substrate and having an average diameter smaller than that of the pores of the non-woven fabric substrate and a melting point lower than the melting point or decomposition point of the non-woven fabric substrate, and (c) a porous coating layer disposed on at least one surface of said non-woven fabric substrate whose pores are filled with said fine thermoplastic powder, and comprising a mixture of inorganic particles and at least one binder polymer whose melting point is higher than the melting point or decomposition point of the fine thermoplastic powder, the inorganic particles being fixedly connected to each other by the binder polymer and the pores of the coating layer being formed by interstitial volumes between the inorganic particles, and wherein the fine thermoplastic powder has an average diameter of 0.1 to 10 μm. (a) a non-woven fabric substrate made of microfibers and having pores formed among the microfibers, (b) fine thermoplastic powder filling the pores of the non-woven fabric substrate and having an average diameter smaller than that of the pores of the non-woven fabric substrate and a melting point lower than the melting point or decomposition point of the non-woven fabric substrate, and (c) a porous coating layer disposed on at least one surface of said non-woven fabric substrate whose pores are filled with said fine thermoplastic powder, and comprising a mixture of inorganic particles and at least one binder polymer whose melting point is higher than the melting point or decomposition point of the fine thermoplastic powder, the inorganic particles being fixedly connected to each other by the binder polymer and the pores of the coating layer being formed by interstitial volumes between the inorganic particles, and
A processing apparatus comprising: a first acquiring unit that acquires first data that indicates correspondence relationship between a first address given to a first adapter of a first device and a first bus number given to a first bus coupled to the first adapter, and a second acquiring unit that acquires second data that indicates correspondence relationship between a second address given to a second adapter of a first device and a second bus number given to a second bus coupled to the second adapter, characterized in that the processing apparatus further comprises: a third acquiring unit that acquires third data that indicates correspondence relationship between the first address and a port number given to a port of a second device, the port being coupled to the first adapter with the first bus, and when the second bus number is identical to the first bus number, generate fourth data that indicates that the second adapter is coupled to the port. a first acquiring unit that acquires first data that indicates correspondence relationship between a first address given to a first adapter of a first device and a first bus number given to a first bus coupled to the first adapter, and a second acquiring unit that acquires second data that indicates correspondence relationship between a second address given to a second adapter of a first device and a second bus number given to a second bus coupled to the second adapter, characterized in that the processing apparatus further comprises: a third acquiring unit that acquires third data that indicates correspondence relationship between the first address and a port number given to a port of a second device, the port being coupled to the first adapter with the first bus, and when the second bus number is identical to the first bus number, generate fourth data that indicates that the second adapter is coupled to the port. a third acquiring unit that acquires third data that indicates correspondence relationship between the first address and a port number given to a port of a second device, the port being coupled to the first adapter with the first bus, and when the second bus number is identical to the first bus number, generate fourth data that indicates that the second adapter is coupled to the port.
A decorative element for the interior of a vehicle, with at least one decorative part formed of wood, which has a surface facing the interior which is visually perceptible by vehicle occupants located in the interior, wherein at least a partial region of the surface is provided with surface texturing formed by means of a laser and/or by embossing, characterised in that the decorative part in the partial region has a lesser wall thickness than in a further region adjoining the partial region and/or has at least one passage opening, with at least one coloured element of the decorative element being arranged in alignment with the partial region on a side remote from the surface.
An at least partially wind-propelled ship, of the type comprising a double airfoil mounted on a structure controlled angularly around a generally vertical axis depending on conditions, the double airfoil comprising a fore flap and an aft flap at least one of which has a fore-to-aft asymmetry and separated by a slit, where each flap comprising a series of shape elements (110, 210; 130, 230) distributed in height, characterized in that said structure comprises a fore mast and an aft mast connected by a boom-forming member and by a gaff-forming member, in that the shape elements (110; 130) of the fore flap are traversed by the fore mast while being capable of turning around an axis defined by the latter, in that the shape elements (210; 230) of the aft flap are traversed by the aft mast while being capable of turning around an axis defined by the latter, and in that said structure is capable of turning on an axis of rotation formed by the fore mast.
Electromagnetic actuator having a housing, with a coil former which is arranged in the housing and runs in a rotationally symmetrical manner around a longitudinal axis and has a coil, which runs around the longitudinal axis, for generating a magnetic field for moving an armature, wherein a pole tube is provided inside the coil former, wherein the pole tube has a first cylindrical portion, which is surrounded by the coil, and a second portion, wherein the pole tube, on its outer circumference in the region of the first portion, has an approximately V-shaped cutout and a cylindrical inner recess which forms an armature space in which the armature is mounted such that it can move in a sliding manner along the longitudinal axis, wherein the actuator also has an actuating element which is motion-coupled to the armature, in particular for actuating a valve element of a pressure control valve, and a pole disc for conducting a magnetic flux, and a cover, wherein the cover is of pot-like design with a cover casing and a cover base and the cover casing surrounds the second portion, wherein the cover and the pole disk together are a one-piece component, wherein the inner recess which forms the armature space is delimited by the pole tube in the radial direction and by the cover at a second axial end, characterized in that the inner recess which forms the armature space is delimited by a yoke, which is formed on the pole tube, at a first axial end and the cover casing, by way of its inner circumferential face, bears against an outer circumferential face of the pole tube which delimits the armature space, and wherein the outside diameter of the second portion is 10% to 30%, in particular 20%, larger than the outside diameter of the first portion.