mhurhangee/ep-ind-claims huggingface dataset:
A soundboard acoustic transducer, comprising: a main body (31, 32, 33, 34); a fixture (40, 40B) formed by a metal plate; and a vibrator (35, 36, 37) configured to vibrate a soundboard (7, 7B) in response to a sound signal input thereto, wherein the main body is supported by a member (9, 9B, 90B) different from the soundboard, via the fixture (40, 40B), wherein the vibrator includes a bobbin around which a coil is wound and a drive rod, wherein the fixture (40, 40B) has a first flat plate portion (41, 41B) fixed to the main body (31, 32, 33, 34) and a second flat plate portion (42, 42B) fixed to the member (9, 9B, 90B), characterized in that a bobbin cap is fixed to an inner circumferential surface of the bobbin, a first end portion of the drive rod being fixed to a central portion of the bobbin cap, the drive rod having a cylindrical shape, a drive member being attached to a second end portion of the drive rod, vibration of the bobbin and the bobbin cap of the vibrator is transmitted to the drive member via the drive rod, the drive member being arranged to cause the soundboard to be vibrated, the first flat plate portion having at least one extending portion that is supported by the first flat plate portion and that extends in a substantially perpendicular direction with respect to the first flat plate portion, the at least one extending portion being spaced apart from the second flat plate portion, and the at least one extending portion being constituted by a rectangular metal plate that is formed of the same material as the metal plate of the first flat plate portion. a main body (31, 32, 33, 34); a fixture (40, 40B) formed by a metal plate; and a vibrator (35, 36, 37) configured to vibrate a soundboard (7, 7B) in response to a sound signal input thereto, wherein the main body is supported by a member (9, 9B, 90B) different from the soundboard, via the fixture (40, 40B), wherein the vibrator includes a bobbin around which a coil is wound and a drive rod, wherein the fixture (40, 40B) has a first flat plate portion (41, 41B) fixed to the main body (31, 32, 33, 34) and a second flat plate portion (42, 42B) fixed to the member (9, 9B, 90B), characterized in that a bobbin cap is fixed to an inner circumferential surface of the bobbin, a first end portion of the drive rod being fixed to a central portion of the bobbin cap, the drive rod having a cylindrical shape, a drive member being attached to a second end portion of the drive rod, vibration of the bobbin and the bobbin cap of the vibrator is transmitted to the drive member via the drive rod, the drive member being arranged to cause the soundboard to be vibrated, the first flat plate portion having at least one extending portion that is supported by the first flat plate portion and that extends in a substantially perpendicular direction with respect to the first flat plate portion, the at least one extending portion being spaced apart from the second flat plate portion, and the at least one extending portion being constituted by a rectangular metal plate that is formed of the same material as the metal plate of the first flat plate portion.
A process for preparing an ethylene oxide -capped polyol comprising: a) charging a reactor with starter containing acid sufficient to acidify residual basicity in the reactor from a previous batch of ethylene oxide -capped polyol, with the proviso that no precipitate is formed by reaction of the acid with the residual basicity; b) adding and activating a double metal cyanide catalyst; c) feeding one or more oxyalkylenes to the reactor to produce a DMC-catalyzed polyol; d) adding a basic catalyst to the double metal cyanide -catalyzed polyol to form a mixture comprising less than 3 wt. %, based on the total weight of the mixture, of the basic catalyst, or adding to the double metal cyanide -catalyzed polyol, an unrefined polyol prepared in the presence of a basic catalyst to form a mixture comprising less than 25 wt.%, based on the total weight of the mixture, of base-catalyzed polyol and less than 3 wt. %, based on the total weight of the mixture, of the basic catalyst; and e) ethoxylating the mixture at a temperature of from 85°C to 220°C to produce an EO-capped polyol; wherein the acid is chosen from alkyl benzene sulfonic acids, alkyltoluene sulfonic acids and alkyl naphthalene sulfonic acids. a) charging a reactor with starter containing acid sufficient to acidify residual basicity in the reactor from a previous batch of ethylene oxide -capped polyol, with the proviso that no precipitate is formed by reaction of the acid with the residual basicity; b) adding and activating a double metal cyanide catalyst; c) feeding one or more oxyalkylenes to the reactor to produce a DMC-catalyzed polyol; d) adding a basic catalyst to the double metal cyanide -catalyzed polyol to form a mixture comprising less than 3 wt. %, based on the total weight of the mixture, of the basic catalyst, or adding to the double metal cyanide -catalyzed polyol, an unrefined polyol prepared in the presence of a basic catalyst to form a mixture comprising less than 25 wt.%, based on the total weight of the mixture, of base-catalyzed polyol and less than 3 wt. %, based on the total weight of the mixture, of the basic catalyst; and e) ethoxylating the mixture at a temperature of from 85°C to 220°C to produce an EO-capped polyol;
A method comprising reacting a precursor compound with 18 F-fluoride in the presence of (2,2,6,6-Tetramethylpiperidin-1-yl)oxyl (TEMPO) to obtain an 18 F-labelled compound wherein: said precursor compound is of Formula I: BTM-LINKER-LG wherein: BTM is an analogue of pyridaben; LINKER is an alkylene or an alkoxyalkylene; and, LG is a sulfonate-containing leaving group; and, said 18 F-labelled compound is of Formula II: BTM-LINKER- 18 F wherein BTM and LINKER are as defined for Formula I said precursor compound is of Formula I: BTM-LINKER-LG wherein: BTM is an analogue of pyridaben; LINKER is an alkylene or an alkoxyalkylene; and, LG is a sulfonate-containing leaving group; and, BTM is an analogue of pyridaben; LINKER is an alkylene or an alkoxyalkylene; and, LG is a sulfonate-containing leaving group; and, said 18 F-labelled compound is of Formula II: BTM-LINKER- 18 F wherein BTM and LINKER are as defined for Formula I
A topical pharmaceutical preparation for use in reducing radiation-induced or chemotherapy-induced oral mucositis by oral topical administration to a patient treated or to be treated with a chemotherapeutic agent, radiation therapy, or a combination thereof, the pharmaceutical preparation comprising a vasoconstrictor comprising epinephrine, phenylephrine, norepinephrine, or a combination thereof in an amount effective to reduce said oral mucositis; a pharmaceutically acceptable delivery vehicle wherein said delivery vehicle comprises an aqueous alcohol mixture; and a flavoring agent that reduces, masks, or eliminates taste of the vasoconstrictor.
A sensor protector, comprising: mounting portions for mounting to a bracket for fixing a sensor, which is provided at a vehicle inner side of a bumper cover, to a body of a vehicle; and a covering portion that is plate-shaped, that extends from lower portions of the mounting portions toward the bumper cover, for covering a lower portion of the sensor; characterised by: a weak portion comprising a groove that is formed along a width direction of the sensor, the weak portion provided at the covering portion and makes the covering portion elastically deformable. mounting portions for mounting to a bracket for fixing a sensor, which is provided at a vehicle inner side of a bumper cover, to a body of a vehicle; and a covering portion that is plate-shaped, that extends from lower portions of the mounting portions toward the bumper cover, for covering a lower portion of the sensor; characterised by: a weak portion comprising a groove that is formed along a width direction of the sensor, the weak portion provided at the covering portion and makes the covering portion elastically deformable.
Wall element for the construction of structural installations, comprising at least two layer elements (3, 4) which are spaced apart from each other in a substantially parallel manner, which each have inner and outer sides and which are connected to each other by spacers, wherein the layer elements (3, 4) comprise transport anchors which can be connected to load-receiving means for manipulating the components, wherein at least two mutually separable or spaced-apart shaped parts (24, 26, 34, 36, 41) are present as transport anchors, which are arranged on and/or in the inner and/or outer sides of the components, characterized in that the transport anchors are cylindrical or spherical cavities (24, 26, 34, 36, 41) formed as blind holes in the inner sides of the layer elements (3, 4), and that the load-receiving means can be inserted into the blind holes and be removed therefrom.
Liquid dispenser for discharging pharmaceutical or cosmetic liquids, having the following features: a. the liquid dispenser has a liquid store for receiving the liquid prior to discharge, and b. the liquid dispenser has a discharge opening for discharging the liquid, and c. the liquid dispenser has a pumping device having an actuating surface for the manual actuation of the pumping device, by means of which liquid can be conveyed from the liquid store to the discharge opening, wherein d. the liquid store is provided within an exchangeable container unit, which is couplable to a main unit comprising the pumping device and the discharge opening, and is uncouplable therefrom, and e. for the exchangeable coupling of the container unit to the main unit a coupling device is provided, by means of which the container unit, by pressing against the main unit, is alternately couplable thereto and releasable therefrom, and f. the coupling device possesses two coupling members (32, 34), wherein one coupling member is provided on the container unit, and one coupling member on the main unit. a. the liquid dispenser has a liquid store for receiving the liquid prior to discharge, and b. the liquid dispenser has a discharge opening for discharging the liquid, and c. the liquid dispenser has a pumping device having an actuating surface for the manual actuation of the pumping device, by means of which liquid can be conveyed from the liquid store to the discharge opening, wherein d. the liquid store is provided within an exchangeable container unit, which is couplable to a main unit comprising the pumping device and the discharge opening, and is uncouplable therefrom, and e. for the exchangeable coupling of the container unit to the main unit a coupling device is provided, by means of which the container unit, by pressing against the main unit, is alternately couplable thereto and releasable therefrom, and f. the coupling device possesses two coupling members (32, 34), wherein one coupling member is provided on the container unit, and one coupling member on the main unit.
A composition comprising: HFO-1234ze and HFO-1234yf; HFC-32, and HCC-40, HCFC-22 and 3,3,3-trifluoropropyne, wherein the total amount of and is ≥ 95 mass%, based on the total amount of -. HFO-1234ze and HFO-1234yf; HFC-32, and HCC-40, HCFC-22 and 3,3,3-trifluoropropyne, wherein the total amount of and is ≥ 95 mass%, based on the total amount of -.
Wire stitcher for collated printed products with multiple stitching heads for stapling the printed products, in which the stitching heads consist of several components (1-6, 12, 13) and have an elongated form and the ejection area of the staples is arranged eccentrically to a middle longitudinal axis of the stitching head, characterised in that the wire stitcher has at least two stitching heads (20, 120), in which the stitching heads (20, 120) contain the following components made in mirror image to each other: wire cutter (2, 102), wire shaper (3, 103), staple driver (4, 104), housing (5, 105), control lever (12, 112) for wire cutter, bending tool (13, 113), and that at least three of these components are made non-symmetrical in themselves and made in mirror image with reference to the components of the other stitching head of the same type.
Method for allocating identifiers to casing elements, characterized by the steps of: storing a frame identifier and a current casing shell identifier for each of a plurality of casing elements in a memory; and replacing the current casing shell identifier by a new current casing shell identifier when the casing shell of a casing element is replaced. storing a frame identifier and a current casing shell identifier for each of a plurality of casing elements in a memory; and replacing the current casing shell identifier by a new current casing shell identifier when the casing shell of a casing element is replaced.
A method, implemented by a network application executed by a processor device, for automating network management tasks associated with a computer network, the computer network comprising a plurality of network devices, the method comprising: retrieving a device queue including information of a plurality of network devices of the computer network in the device queue; and for each network device in the device queue: extracting topological information associated with the respective network device; performing a first execution flow associated with the network device including executing a network command (532, 534) customized for the network device based on a type of the network device; performing a second execution flow associated with another network device including executing a network command (536, 538) customized for the another network device based on a type of the another network device, wherein the another network device is determined as a neighbour device or a next hop device from the extracted topological information; and processing execution results of the first and second execution flows based on data retrieved (542, 544) from executing the respective network command on the network device and the another network device. retrieving a device queue including information of a plurality of network devices of the computer network in the device queue; and for each network device in the device queue: extracting topological information associated with the respective network device; performing a first execution flow associated with the network device including executing a network command (532, 534) customized for the network device based on a type of the network device; performing a second execution flow associated with another network device including executing a network command (536, 538) customized for the another network device based on a type of the another network device, wherein the another network device is determined as a neighbour device or a next hop device from the extracted topological information; and processing execution results of the first and second execution flows based on data retrieved (542, 544) from executing the respective network command on the network device and the another network device. extracting topological information associated with the respective network device; performing a first execution flow associated with the network device including executing a network command (532, 534) customized for the network device based on a type of the network device; performing a second execution flow associated with another network device including executing a network command (536, 538) customized for the another network device based on a type of the another network device, wherein the another network device is determined as a neighbour device or a next hop device from the extracted topological information; and processing execution results of the first and second execution flows based on data retrieved (542, 544) from executing the respective network command on the network device and the another network device.
A system comprising a femoral component, and an instrument for at least one of mounting and removal of the femoral component on a femur, the instrument comprising: an handle defining a recess therein, the recess extending along a portion of an elongate length of the handle; a plunger moveably disposed within the recess and configured to extend through an opening in a distal end of the handle to engage a pad to hold the pad in contact with the femoral component; first and second arms (22A, 22B) pivotally coupled to the handle and pivotable relative to one another, the first and second arms each having at least one coupling feature configured to engage with a corresponding second coupling feature in the femoral component; and a knob configured to operatively actuate the plunger to move the plunger proximal/distal within the recess to apply a force on the pad, characterised in that the instrument comprises a pin that pivotally couples the handle to the first and second arms (22A, 22B), wherein the plunger includes a slot configured to receive the pin, and wherein the slot is configured to allow proximal and distal travel of the plunger relative to the handle, the first and second arms (22A, 22B) and the pin, the instrument further comprising a second pin coupled to the handle, wherein the second pin is configured to limit at least one of a proximal and distal travel of the knob relative to the handle. an handle defining a recess therein, the recess extending along a portion of an elongate length of the handle; a plunger moveably disposed within the recess and configured to extend through an opening in a distal end of the handle to engage a pad to hold the pad in contact with the femoral component; first and second arms (22A, 22B) pivotally coupled to the handle and pivotable relative to one another, the first and second arms each having at least one coupling feature configured to engage with a corresponding second coupling feature in the femoral component; and a knob configured to operatively actuate the plunger to move the plunger proximal/distal within the recess to apply a force on the pad, characterised in that the instrument comprises a pin that pivotally couples the handle to the first and second arms (22A, 22B), wherein the plunger includes a slot configured to receive the pin, and wherein the slot is configured to allow proximal and distal travel of the plunger relative to the handle, the first and second arms (22A, 22B) and the pin, the instrument further comprising a second pin coupled to the handle, wherein the second pin is configured to limit at least one of a proximal and distal travel of the knob relative to the handle.
A pipette tip tray comprising a rack, a pipette tip receptacle plate affixed to the rack, a flexible sheet in association with an array of pipette tips with each of the pipette tips comprising an exterior surface, an interior surface, a proximal region, a distal region, a proximal opening and a distal opening, characterized in that: the array of pipette tips is adhered to the sheet; the pipette tip receptacle plate comprises an array of holes; the sheet comprises a first surface, a second surface and an array of holes; each of the holes of the sheet is concentric with a hole of the pipette tip receptacle plate; each of the holes comprises an edge; each of the holes in the array of holes in the sheet has a diameter or an effective diameter; and a portion around each of the holes on the second surface of the sheet contacts the proximal region terminus of a pipette tip. the array of pipette tips is adhered to the sheet; the pipette tip receptacle plate comprises an array of holes; the sheet comprises a first surface, a second surface and an array of holes; each of the holes of the sheet is concentric with a hole of the pipette tip receptacle plate; each of the holes comprises an edge; each of the holes in the array of holes in the sheet has a diameter or an effective diameter; and a portion around each of the holes on the second surface of the sheet contacts the proximal region terminus of a pipette tip.
A method for manufacturing a fuel cell stack, wherein the fuel cell stack includes a plurality of power generation cells stacked and connected in series, wherein the power generation cells each include a membrane electrode assembly and two separators (60, 70) sandwiching the membrane electrode assembly, and the separators (60, 70) are each formed by a metal plate, and coolant passages (43, 44) configured to circulate coolant, wherein the coolant passages (43, 44) include through-holes (65, 66, 75, 76) extending through the separators (60, 70) and aligned in a stacking direction of the power generation cells, the method characterized by: forming a coating of electrodeposition paint on surfaces of ones of the separators (60, 70) having a high electric potential in the fuel cell stack by anionic electrodeposition coating processing, wherein the forming the coating by the anionic electrodeposition coating processing includes operating the fuel cell stack and using the coolant that contains electrodeposition paint particles so that the coolant is heated and the electrodeposition paint particles are solidified.
Panel, in particular wall, ceiling or floor panel, comprising a carrier plate with a front side and a rear side, wherein the carrier plate has a layer system at least on the front side, which layer system has, starting from the front side: a first elastic layer S1 made of a polymer, which has a thickness of 20 to 600 μm and a Martens hardness M S1 according to DIN EN ISO 14577 of 0.5 to 120 N/mm 2; and a second layer S2 made of a polymer, which has a thickness of 10 to 180 μm and a Martens hardness M S2 according to DIN EN ISO 14577, wherein M S2 > M S1; characterised in that a decorative layer comprising a printing ink is further provided between the front side and the layer S1 and a third elastic layer S3 is provided between the front side and the decorative layer, which has a Martens hardness M S3 according to DIN EN ISO 14577, with M S3 ≤ M S1. a first elastic layer S1 made of a polymer, which has a thickness of 20 to 600 μm and a Martens hardness M S1 according to DIN EN ISO 14577 of 0.5 to 120 N/mm 2; and a second layer S2 made of a polymer, which has a thickness of 10 to 180 μm and a Martens hardness M S2 according to DIN EN ISO 14577, wherein M S2 > M S1; characterised in that a decorative layer comprising a printing ink is further provided between the front side and the layer S1 and a third elastic layer S3 is provided between the front side and the decorative layer, which has a Martens hardness M S3 according to DIN EN ISO 14577, with M S3 ≤ M S1.