mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a compound of formula II, comprising; a) contacting a compound of Formula I with hydrogen in the presence of hydrogenation catalyst to obtain the compound of Formula II, and b) isolating the compound of Formula II obtained from step a), wherein the step a) takes place in absence of a solvent and wherein the hydrogenation catalyst of step a) is palladium supported on carbon and containing an alkali metal component selected from alkali metal hydroxides, preferably sodium hydroxide and potassium hydroxide or alkali metal carbonate, preferably sodium carbonate and potassium carbonate. a) contacting a compound of Formula I with hydrogen in the presence of hydrogenation catalyst to obtain the compound of Formula II, and b) isolating the compound of Formula II obtained from step a),
An apparatus for discontinuous circumferential treatment of a blood vessel of a patient, the apparatus comprising: a device comprising a catheter configured for positioning within the blood vessel; a first electrode coupled to the device; a second electrode coupled to the device, and a third electrode coupled to the device wherein the first electrode and the second electrode and the third electrode are spaced apart lengthwise and angularly offset from one another about a length of the device, wherein each of the first electrode and the second electrode and the third electrode are configured to deliver energy to a less than a full circumference of the blood vessel of the patient, and wherein the first electrode and the second electrode and the third electrode are coupled to an expandable element that is configured to bring the first electrode and the second electrode and the third electrode into contact with a wall of the blood vessel, said apparatus characterized in that the expandable element is configured to block blood flow within the blood vessel during energy delivery. a device comprising a catheter configured for positioning within the blood vessel; a first electrode coupled to the device; a second electrode coupled to the device, and a third electrode coupled to the device wherein the first electrode and the second electrode and the third electrode are spaced apart lengthwise and angularly offset from one another about a length of the device, wherein each of the first electrode and the second electrode and the third electrode are configured to deliver energy to a less than a full circumference of the blood vessel of the patient, and wherein the first electrode and the second electrode and the third electrode are coupled to an expandable element that is configured to bring the first electrode and the second electrode and the third electrode into contact with a wall of the blood vessel, said apparatus characterized in that the expandable element is configured to block blood flow within the blood vessel during energy delivery.
A method of manufacturing a rotor, the method comprising: providing a shaft; providing a rotor core assembly comprising a magnet and an end cap secured to an end of the magnet, each of the magnet and the end cap having a bore that is sized such that the shaft, when inserted into the bore, forms a clearance fit with the magnet and an interference fit with the end cap: characterised by subsequently inserting the shaft into the bore of the end cap; introducing an adhesive into the bore of the magnet; inserting the shaft into the bore of the magnet, the adhesive creating a wet seal between the shaft and the magnet such that adhesive is drawn into a clearance formed between the magnet and the shaft; and curing the adhesive. providing a shaft; providing a rotor core assembly comprising a magnet and an end cap secured to an end of the magnet, each of the magnet and the end cap having a bore that is sized such that the shaft, when inserted into the bore, forms a clearance fit with the magnet and an interference fit with the end cap: characterised by subsequently inserting the shaft into the bore of the end cap; introducing an adhesive into the bore of the magnet; inserting the shaft into the bore of the magnet, the adhesive creating a wet seal between the shaft and the magnet such that adhesive is drawn into a clearance formed between the magnet and the shaft; and curing the adhesive.
An imaging lens assembly, having an optical axis, comprising: a plastic lens element set, comprising: two plastic lens elements, in order from an object side to an image side along the optical axis being a first plastic lens element and a second plastic lens element; and at least one anti-reflective layer, having a nanostructure, and disposed on at least one of an image-side surface of the first plastic lens element and an object-side surface of the second plastic lens element; wherein a central distance between a paraxial region of the image-side surface of the first plastic lens element and a paraxial region of the object-side surface of the second plastic lens element is d, a minimum air gap between an off-axis region of the image-side surface of the first plastic lens element and an off-axis region of the object-side surface of the second plastic lens element is AG1, the minimum air gap is formed on the at least one anti-reflective layer, a grain height of the nanostructure is gH, and the following conditions are satisfied: 65 nm < gH < 600 nm; and 0.001 ≤ AG 1 / d < 0.7; wherein a peripheral air gap between an edge of an optical effective region of the image-side surface of the first plastic lens element and an edge of an optical effective region of the object-side surface of the second plastic lens element is AG2, and the following condition is satisfied: 0.01 < AG 1 / AG 2 < 0.9. a plastic lens element set, comprising: two plastic lens elements, in order from an object side to an image side along the optical axis being a first plastic lens element and a second plastic lens element; and at least one anti-reflective layer, having a nanostructure, and disposed on at least one of an image-side surface of the first plastic lens element and an object-side surface of the second plastic lens element; two plastic lens elements, in order from an object side to an image side along the optical axis being a first plastic lens element and a second plastic lens element; and at least one anti-reflective layer, having a nanostructure, and disposed on at least one of an image-side surface of the first plastic lens element and an object-side surface of the second plastic lens element; wherein a central distance between a paraxial region of the image-side surface of the first plastic lens element and a paraxial region of the object-side surface of the second plastic lens element is d, a minimum air gap between an off-axis region of the image-side surface of the first plastic lens element and an off-axis region of the object-side surface of the second plastic lens element is AG1, the minimum air gap is formed on the at least one anti-reflective layer, a grain height of the nanostructure is gH, and the following conditions are satisfied: 65 nm < gH < 600 nm; and 0.001 ≤ AG 1 / d < 0.7; wherein a peripheral air gap between an edge of an optical effective region of the image-side surface of the first plastic lens element and an edge of an optical effective region of the object-side surface of the second plastic lens element is AG2, and the following condition is satisfied: 0.01 < AG 1 / AG 2 < 0.9.
A data transmission method, comprising: transmitting, by a base station, configuration information for a slot group via a higher-layer signaling; determining, by the base station, a structure of a slot that corresponds to the slot group for each slot within a preset duration; notifying, by the base station, a user equipment of the determined structure via a physical layer signaling, wherein the physical layer signaling includes downlink control information that is carried in a search space of a common downlink control channel, wherein the downlink control information indicates uplink or downlink configuration information for each slot within the preset duration, and wherein the notifying comprises dynamically indicating, via the physical layer signaling, the uplink or downlink configuration information of each slot within the preset duration based on the configuration information for the slot group; and performing a data transmission according to the determined structure. transmitting, by a base station, configuration information for a slot group via a higher-layer signaling; determining, by the base station, a structure of a slot that corresponds to the slot group for each slot within a preset duration; notifying, by the base station, a user equipment of the determined structure via a physical layer signaling, wherein the physical layer signaling includes downlink control information that is carried in a search space of a common downlink control channel, wherein the downlink control information indicates uplink or downlink configuration information for each slot within the preset duration, and wherein the notifying comprises dynamically indicating, via the physical layer signaling, the uplink or downlink configuration information of each slot within the preset duration based on the configuration information for the slot group; and performing a data transmission according to the determined structure.
A gas pressure regulator comprising: a high pressure inlet; a regulator mechanism arranged to receive high pressure gas via the high pressure inlet and deliver gas at a regulated pressure to a regulated pressure outlet, the regulator mechanism comprising a regulator element (14, 16) and a rotatable member that is rotatable to move the regulator element (14, 16) and hence adjust the regulated pressure; a high pressure gauge arranged to receive high pressure gas wherein the high pressure gauge is configured to display a measured reading of the pressure of the high pressure gas; and a regulated pressure indicator scale arranged to display a regulated pressure value related to the degree of rotation of the rotatable member; characterised in that the regulator mechanism comprises a gear mechanism between the rotatable member and the indicator scale such that it requires multiple rotations of the rotatable member to move the regulator element (14, 16) through its full range of movement. a high pressure inlet; a regulator mechanism arranged to receive high pressure gas via the high pressure inlet and deliver gas at a regulated pressure to a regulated pressure outlet, the regulator mechanism comprising a regulator element (14, 16) and a rotatable member that is rotatable to move the regulator element (14, 16) and hence adjust the regulated pressure; a high pressure gauge arranged to receive high pressure gas wherein the high pressure gauge is configured to display a measured reading of the pressure of the high pressure gas; and a regulated pressure indicator scale arranged to display a regulated pressure value related to the degree of rotation of the rotatable member; characterised in that the regulator mechanism comprises a gear mechanism between the rotatable member and the indicator scale such that it requires multiple rotations of the rotatable member to move the regulator element (14, 16) through its full range of movement.
A method for wireless communication by a base station, comprising: bundling a plurality of control resource sets, CORESETs, into a bundled control resource set; configuring the bundled control resource set for a user equipment, UE, wherein configuring the bundled control resource set for the UE comprises transmitting, to the UE, configuration information relating to the total resources assigned to the bundled control resource set; determining whether data on a downlink data channel is to be rate matched around the bundled control resource set or uses resources in the bundled control resource set, wherein resources assigned to the downlink data channel overlap with the resources assigned to the bundled control resource set; transmitting the data on the downlink data channel based on the determination of whether the data on the downlink data channel is to be rate matched around the bundled control resource set or uses resources in the bundled control resource set; and transmitting a one-bit indication of whether the data on the downlink data channel is rate matched around the bundled control resource set or uses resources in the bundled control resource set. bundling a plurality of control resource sets, CORESETs, into a bundled control resource set; configuring the bundled control resource set for a user equipment, UE, wherein configuring the bundled control resource set for the UE comprises transmitting, to the UE, configuration information relating to the total resources assigned to the bundled control resource set; determining whether data on a downlink data channel is to be rate matched around the bundled control resource set or uses resources in the bundled control resource set, wherein resources assigned to the downlink data channel overlap with the resources assigned to the bundled control resource set; transmitting the data on the downlink data channel based on the determination of whether the data on the downlink data channel is to be rate matched around the bundled control resource set or uses resources in the bundled control resource set; and transmitting a one-bit indication of whether the data on the downlink data channel is rate matched around the bundled control resource set or uses resources in the bundled control resource set.
A kit comprising a blood filter for the production of plasma or serum from a blood sample and a syringe; the blood filter comprising a filter membrane having opposite first and second sides; a receiving compartment defining a hollow space for receiving a blood sample to be filtered from said syringe, said receiving compartment having at least one opening covered with said filter membrane, wherein said first side of said filter membrane is facing the receiving compartment, wherein at least 50% of the surface area of the second side of said filter membrane is covered and wherein the hollow space of said receiving compartment has a first volume; and a sampling compartment being arranged on said second side of said filter membrane; wherein the syringe is adapted to receive a predetermined second volume of blood sample;; and wherein the first volume is 3 to 20 times larger than the second volume.
Electromechanical actuator for electrical flight controls of an aircraft, comprising: - a transmission shaft provided with an axis of rotation, - at least three electromechanical conversion members each provided with a stator and a rotor that is rigidly connected to said transmission shaft and rotates about said axis of rotation, said stator being provided with teeth and windings, each winding surrounding at least one tooth, said rotor being provided with permanent magnets each having a north magnetic pole and a south magnetic pole, - at least three flight control chains, each flight control chain supplying power to and controlling an electromechanical conversion member, a flight control chain being connected to a single electromechanical conversion member and supplying said conversion member with an alternating electric current, characterised in that said teeth are dimensioned so that each electromechanical conversion member operates at the saturation bend of a curve of variation of the magnetic induction of the ferromagnetic material constituting said teeth, thus allowing at least two of said electromechanical conversion members to mitigate a short-circuit-type failure of another electromechanical conversion member, one of said two electromechanical conversion members compensating for the majority, or even all, of the short-circuit torque of said failed electromechanical conversion member, while the other of said two electromechanical conversion members delivers the nominal torque necessary for the operation of said electromechanical actuator. - a transmission shaft provided with an axis of rotation, - at least three electromechanical conversion members each provided with a stator and a rotor that is rigidly connected to said transmission shaft and rotates about said axis of rotation, said stator being provided with teeth and windings, each winding surrounding at least one tooth, said rotor being provided with permanent magnets each having a north magnetic pole and a south magnetic pole, - at least three flight control chains, each flight control chain supplying power to and controlling an electromechanical conversion member, a flight control chain being connected to a single electromechanical conversion member and supplying said conversion member with an alternating electric current,
An isolated nucleic acid molecule comprising a nucleotide sequence as set forth in SEQ ID NO: 12 that is capable of initiating transcription of a gene in a xylem and/or cambium tissue-preferred manner in a plant.
A separating device for separating a tubular, flat material having an actual tube width (1.1), comprising at least one longitudinal separating unit for separating or removing a first edge region and a second edge region of the flat material, characterized in that an auxiliary separating unit is provided, which can be brought from an auxiliary rest state into an auxiliary separating state, wherein the auxiliary separating unit is deactivated in the auxiliary rest state and is activated in the auxiliary separating state, so that in the auxiliary separating state a first and/or a second auxiliary edge region (4, 5) can be removed from a central region of the flat material.
Fastening device for fastening a processing tool (4, 14) to a machine tool, in particular to a press device, having - at least one counter clamping body, against which the processing tool (4, 14) can be clamped, - a clamping unit for the releasable clamping of the processing tool (4, 14) to the at least one counter clamping body, and - a locking connection for the releasable connection of the clamping unit to the at least one counter clamping body, characterized by a linear guide for limiting the movability of the clamping unit relative to the at least one counter clamping body along a joining direction, wherein the clamping unit and the locking connection can be designed in such a way that the provision of the clamping force (F A) and the connection of the clamping unit to the at least one counter clamping body can be accomplished independently of one another such that, to connect the clamping unit to the at least one counter clamping body, it is not first necessary to overcome the clamping force (F A). - at least one counter clamping body, against which the processing tool (4, 14) can be clamped, - a clamping unit for the releasable clamping of the processing tool (4, 14) to the at least one counter clamping body, and - a locking connection for the releasable connection of the clamping unit to the at least one counter clamping body,
A voltage-source converter, VSC, control system comprising an active damper, AD, a direct-voltage controller, DVC, and an alternating-voltage controller, AVC, the VSC control system being configured to control a VSC, wherein: - the AVC is configured to regulate, using an integrator, an ac-bus voltage of the VSC by calculating a q component of a current reference vector for the VSC; - the DVC is configured to regulate, using an integrator, a dc-bus voltage of the VSC by calculating a d component of the current reference vector; - the AD is configured to amplify a vectoral difference between the ac-bus voltage and a corresponding reference, and to add the q component of the amplified vectoral difference to the q component of the current reference vector, characterized in that the AD is further configured to add the q component of the amplified vectoral difference to an input of the integrator of the AVC. - the AVC is configured to regulate, using an integrator, an ac-bus voltage of the VSC by calculating a q component of a current reference vector for the VSC; - the DVC is configured to regulate, using an integrator, a dc-bus voltage of the VSC by calculating a d component of the current reference vector; - the AD is configured to amplify a vectoral difference between the ac-bus voltage and a corresponding reference, and to add the q component of the amplified vectoral difference to the q component of the current reference vector, characterized in that the AD is further configured to add the q component of the amplified vectoral difference to an input of the integrator of the AVC.
A method of forming a friction material, comprising: depositing a plurality of particles on a substrate such that the particles provide a plurality of projections and channels between adjacent projections, wherein the projections and channels are formed by the particles as the particles are deposited on the substrate, characterized in that the method is further comprising the step of applying resin to the deposited particles, wherein more resin is absorbed by the deposited particles adjacent the projections than by the deposited particles adjacent the channels. depositing a plurality of particles on a substrate such that the particles provide a plurality of projections and channels between adjacent projections, wherein the projections and channels are formed by the particles as the particles are deposited on the substrate, characterized in that the method is further comprising the step of applying resin to the deposited particles, wherein more resin is absorbed by the deposited particles adjacent the projections than by the deposited particles adjacent the channels.
Backlash take-up timepiece wheel, for meshing with a second toothing formed of second teeth of given width arranged consecutively with a second constant pitch on a second pitch diameter of an opposing mobile component, said backlash take-up wheel comprising, arranged to mesh with said second toothing, a first toothing on a first pitch circle comprising a series of identical pairs of teeth arranged consecutively with a first constant pitch on said first pitch circle, each said pair comprising, on either side of a radial axis, a first flexible tooth and a second tooth, each said first tooth having a first rigid head more rigid than a first flexible arm attaching said first rigid head to an axial hub of said backlash take-up wheel, and each said second tooth having a second rigid head more rigid than a second flexible arm attaching said second rigid head to an axial hub of said backlash take-up wheel, characterized in that in that a first distance is measured on said first pitch circle between said first tooth and said second tooth of the same said pair, and a second distance is measured on said first pitch circle between one said first tooth and one said second tooth which are adjacent but appertain to different consecutive pairs, and in that said first distance is different from said second distance, and further characterized in that each said first tooth and each said second tooth comprise, on either side of a radial axis (41; 51), two lateral stop surfaces respectively facing towards said two second adjacent teeth and towards said two first adjacent teeth, and that, in the unrestrained state, the third distance between two said lateral stop surfaces facing two said consecutive teeth (4; 5) is constant, said facing lateral stop surfaces of two said consecutive teeth (4; 5) being arranged to support each other in the event of a shock.