mhurhangee/ep-ind-claims huggingface dataset:
A syringe for dispensing a multi-component material, the syringe comprising: a syringe cartridge having a first end and a second end, and respective compartments (5, 7) for components of the multi-component material; a static mixer connected to the first end of the cartridge, the mixer having a dispensing outlet; and a plunger assembly that is movable into the syringe cartridge at the second end to dispense material from the first end; characterized in that the connection between the static mixer and the first end of the syringe cartridge comprises a flow-directing mechanism having a venting position in which the cartridge compartments are cut off from the static mixer and are in communication independently with respective venting outlets, and a dispensing position in which the cartridge compartments are in communication with the static mixer and are cut off from the venting outlets. a syringe cartridge having a first end and a second end, and respective compartments (5, 7) for components of the multi-component material; a static mixer connected to the first end of the cartridge, the mixer having a dispensing outlet; and a plunger assembly that is movable into the syringe cartridge at the second end to dispense material from the first end;
Gas turbine engine including a casing (5, 15) in which there is at least one mounted shaft for driving a fan solidly connected to a driving drum provided with blades in order to compress an airflow moving from upstream to downstream in the engine, engine characterized in that it includes axial retention means (30; 40; 50), on standby, solidly connected to the casing (5, 15) and arranged to come into contact with the driving drum so as to prevent the axial movement of the said drum in the event of breakage of the driving shaft.
A cyclone separator, comprising - a base body with a supply line, a discharge line and a recess, which is designed as a blind hole and is open to a bottom side of the base body, - wherein the supply line opens laterally at a wall portion of the recess and the discharge line leads from a base area of the recess to a lateral outlet at the base body, - an inner cone with a cavity, wherein the inner cone is arranged in the recess, and - a base plate, which closes the recess at the base body, wherein the base plate comprises a dirt media connection, and - a riser pipe, which is arranged at the discharge line and protrudes into the cavity of the inner cone, - wherein the riser pipe is a separate component, - wherein the riser pipe comprises a base plate and a pipe piece, wherein the base plate is arranged between the inner cone and the base area of the recess of the base body, and - wherein the inner cone comprises a connection opening, wherein the supply line opens at the connection opening of the inner cone. - a base body with a supply line, a discharge line and a recess, which is designed as a blind hole and is open to a bottom side of the base body, - wherein the supply line opens laterally at a wall portion of the recess and the discharge line leads from a base area of the recess to a lateral outlet at the base body, - an inner cone with a cavity, wherein the inner cone is arranged in the recess, and - a base plate, which closes the recess at the base body, wherein the base plate comprises a dirt media connection, and - a riser pipe, which is arranged at the discharge line and protrudes into the cavity of the inner cone, - wherein the riser pipe is a separate component, - wherein the riser pipe comprises a base plate and a pipe piece, wherein the base plate is arranged between the inner cone and the base area of the recess of the base body, and - wherein the inner cone comprises a connection opening, wherein the supply line opens at the connection opening of the inner cone.
Method for the treatment of layers by milling up the layers and by introducing binders into the milled-up volume of the layer to be treated by means of a construction machine with a milling/mixing rotor that is used to mill the layer at a specified milling depth, where the milling/mixing rotor is surrounded by a rotor housing which forms the boundary of the mixing chamber of the milling/mixing rotor, and where, in continuous operation, the quantity of binders fed per unit of time is mixed in automatically in relation to the quantity of milled material milled per unit of time, characterized in that during the positioning process, at least the binder quantity to be currently fed until reaching the specified milling depth is determined in accordance with the milled-up quantity of milled material currently present in the mixing chamber.
Emulsifier-free microgel dispersed in an aqueous phase, obtainable by a) producing a polyacrylate in the presence of at least one compound containing a phosphonic acid group, where the polyacrylate has at least one hydroxyl group and at least one carboxyl group; b) aqueous phase crosslinking of the reaction mixture originating from step a) with an aminoplast resin; characterised in that the reaction mixture originating from step b) is not subjected to any subsequent emulsion polymerisation. a) producing a polyacrylate in the presence of at least one compound containing a phosphonic acid group, where the polyacrylate has at least one hydroxyl group and at least one carboxyl group; b) aqueous phase crosslinking of the reaction mixture originating from step a) with an aminoplast resin; characterised in that the reaction mixture originating from step b) is not subjected to any subsequent emulsion polymerisation.
Process of dyeing a yarn warp for a Denim fabric, performing the dyeing by means of indigo blue dyes on yarns with a mixture of permanently fire-retardant synthetic fibres that can also contain natural and cellulosic, characterised in that the dyeing is performed continuously and the fire-retardant fibres have intrinsic fire-retardant properties, comprising the phases of: - Preparation; - Pre-dyeing, - Oxidation, - Cationization, - Washing, - Dyeing, consecutive cycles of; - Pre-dyeing, - Oxidation, - Finishing; - Cationization, - Binding, - Drying, - Polymerisation, - Glueing; - Impregnation, - Drying. - Preparation; - Pre-dyeing, - Oxidation, - Cationization, - Washing, - Pre-dyeing, - Oxidation, - Cationization, - Washing, - Dyeing, consecutive cycles of; - Pre-dyeing, - Oxidation, - Pre-dyeing, - Oxidation, - Finishing; - Cationization, - Binding, - Drying, - Polymerisation, - Cationization, - Binding, - Drying, - Polymerisation, - Glueing; - Impregnation, - Drying. - Impregnation, - Drying.
A vehicle grille (10, 10a, 50, 64) configured to be mounted to a front of a vehicle body, wherein the vehicle grille comprises a grating structure (12, 12a, 56) through which air is receivable into the vehicle (1, 1a, 62), wherein at least a portion of said grating structure is shaped as a scannable matrix structure (14, 14a, 58, 68) forming a code pattern, characterized in that said grating structure comprises a plurality of exchangeable, removable, and/or rearrangeable polygonal elements, such as square-shaped elements, enabling the scannable matrix structure to be modified to form a different code pattern.
An assembly including a shift bracket disposed at a center in a vehicle width direction, attached to a top plate of a cover panel for covering a floor tunnel that is projected upward in a vehicle vertical direction from a floor panel and extends in a vehicle longitudinal direction, and a shift lever unit comprising a shift lever, the shift bracket comprising: a base plate to which the shift lever is attached; and plural leg portions (22, 23) that are coupled to the base plate and the top plate of the cover panel and hold the base plate with a space being provided upward in the vehicle vertical direction from the top plate, characterised in that an electronic control unit (31, 32, 33) is disposed in the space between the top plate of the cover panel and the base plate, the shift lever unit includes a body configured to detect a position of the shift lever and to transmit the position to a controller, and in that the shift lever unit is attached to the base plate on an upper surface of the shift bracket. a base plate to which the shift lever is attached; and plural leg portions (22, 23) that are coupled to the base plate and the top plate of the cover panel and hold the base plate with a space being provided upward in the vehicle vertical direction from the top plate, characterised in that an electronic control unit (31, 32, 33) is disposed in the space between the top plate of the cover panel and the base plate, the shift lever unit includes a body configured to detect a position of the shift lever and to transmit the position to a controller, and in that the shift lever unit is attached to the base plate on an upper surface of the shift bracket.
An optoelectronic semiconductor chip having a semiconductor body, which comprises a semiconductor layer sequence and an active region suitable for generating radiation, and a radiation-permeable and electrically conductive contact layer arranged on the semiconductor body and electrically conductively connected to the active region, wherein on the side of the contact layer remote from the active region a metal-containing mirror layer is arranged, the contact layer is electrically conductively connected to the active region via a connection region of a connection layer of the semiconductor layer sequence, and an electrical contact resistance of the contact layer to the connection layer of the semiconductor layer sequence is smaller than an electrical contact resistance of the contact layer to a barrier layer of the semiconductor layer sequence, in which the contact layer extends over the barrier layer of the semiconductor layer sequence and over the connection layer of the semiconductor layer sequence, the barrier layer is arranged between the contact layer and the connection layer, and the semiconductor body has a recess which breaks through the connection layer and the barrier layer, the contact layer extending into the recess.
A device for continuously treating at least one raw material made up of solid-liquid or solid-gas or solid-liquid-gas mixtures, comprising an elongated vat defining a mixing chamber that includes at least one inlet orifice for the raw material at a first end, and at least one outlet orifice for the treated material at a second end that is opposed to the first end in the longitudinal direction of the vat, as well as, between said orifices (12, 13), at least one agitating shaft provided with blades suitable for mixing and progressing the material continuously in the mixing chamber from the inlet orifice toward the outlet orifice, characterized in that the device comprises a mixing screw for mixing the bottom of the vat, which is positioned in the mixing chamber below and parallel to said at least one shaft, and which is suitable for being rotated, in at least one direction of rotation, opposite the continuously progression of the material from the inlet orifice toward the outlet orifice.
An auger conveyor for a row crop harvesting head with a hinged frame, the auger conveyor comprising a first conveyor section; a second conveyor section (120, 124); and a universal joint that is disposed to couple to the first conveyor section to the second conveyor section (120, 124); wherein the universal joint is fixed to a first end of the first conveyor section, and wherein the first end is cantilevered away from a bearing that supports the universal joint and the first conveyor section for rotation, characterized in that the universal joint is located directly above a pivot axis (116, 118) about which one section (110, 112, 114) of the hinged frame pivots with respect to another section (110, 112, 114) of the hinged frame.
A liquid analyzing device (100, 300), comprising: a carrier; a driving unit, adapted to drive the carrier to rotate; a rotating plate, rotatably disposed on the carrier and adapted to support an analyzing cassette, wherein a rotation axis of the carrier is parallel to a rotation axis of the rotating plate; and a transmission mechanism, connected between the carrier and the rotating plate, the transmission mechanism comprising an elastic member; characterized in that the transmission mechanism comprises a sliding block, and the sliding block is connected with the elastic member and the rotating plate; and that the rotating plate (120, 320) has a gear, the sliding block has a gear rack, and the gear rack is engaged with the gear; wherein when the driving unit drives the carrier to rotate to enable a rotation speed of the carrier to be changed and cross a predetermined rotation speed, the sliding block moves due to change of the relation between the centrifugal force and the elastic force of the elastic member so as to drive the rotating plate to rotate relatively to the carrier. a carrier; a driving unit, adapted to drive the carrier to rotate; a rotating plate, rotatably disposed on the carrier and adapted to support an analyzing cassette, wherein a rotation axis of the carrier is parallel to a rotation axis of the rotating plate; and a transmission mechanism, connected between the carrier and the rotating plate, the transmission mechanism comprising an elastic member; characterized in that the transmission mechanism comprises a sliding block, and the sliding block is connected with the elastic member and the rotating plate; and that the rotating plate (120, 320) has a gear, the sliding block has a gear rack, and the gear rack is engaged with the gear; wherein when the driving unit drives the carrier to rotate to enable a rotation speed of the carrier to be changed and cross a predetermined rotation speed, the sliding block moves due to change of the relation between the centrifugal force and the elastic force of the elastic member so as to drive the rotating plate to rotate relatively to the carrier.
A resin molded article constituted of a polybutylene terephthalate resin composition comprising a polybutylene terephthalate resin, a hindered phenol-based antioxidant, and a phosphorus-based stabilizer, wherein the phosphorus-based stabilizer is bis(2,6-di-t-butyl-4-methylphenyl)pentaerythritol diphosphite, and the concentration of an acetaldehyde gas, generated when two specimens constituted of the polybutylene resin composition, each measuring 100mm x 40 mm x 2 mm, are heated to 65°C for two hours, is 0.10 μg or less.
User interface for a musical instrument, in particular an electronic or virtual musical instrument, for playing combined chord and melody sequences, comprising: a key matrix having a plurality of actuatable zones (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) arranged in columns and rows, wherein each row of actuatable zones (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) forms a region (10 1, 10 2,...), wherein each region (10 1, 10 2,...) is assigned a base chord, which is preferably a scale-specific chord of a scale, preferably a diatonic scale, wherein each zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) is assigned a melody tone, which is preferably a melody tone of the scale, wherein the user interface is designed to generate a tone generation command corresponding to the actuated zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) and region (10 1, 10 2,...) when a zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) in a region (10 1, 10 2,...) is actuated, wherein the tone generation command comprises at least a base chord note command having a pitch included in the base chord assigned to the actuated region (10 1, 10 2,...) and a melody note command having a pitch corresponding to the melody tone of the actuated zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...). a key matrix having a plurality of actuatable zones (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) arranged in columns and rows, wherein each row of actuatable zones (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) forms a region (10 1, 10 2,...), wherein each region (10 1, 10 2,...) is assigned a base chord, which is preferably a scale-specific chord of a scale, preferably a diatonic scale, wherein each zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) is assigned a melody tone, which is preferably a melody tone of the scale, wherein the user interface is designed to generate a tone generation command corresponding to the actuated zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) and region (10 1, 10 2,...) when a zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...) in a region (10 1, 10 2,...) is actuated, wherein the tone generation command comprises at least a base chord note command having a pitch included in the base chord assigned to the actuated region (10 1, 10 2,...) and a melody note command having a pitch corresponding to the melody tone of the actuated zone (11 1, 12 1,...; 11 2, 12 2,...; 11 n, 12 n,...).
A system comprising: a first network point of presence associated with a content delivery network service provider, wherein the first network point of presence comprises at least one computing device configured to: obtain a content request from a first client computing device; associate the first client computing device with a first cluster of client computing devices corresponding to a class information associated with the requested content; monitor resource requests of client computing devices from the first cluster for anticipating similar content requests from a second client computing device included in a second cluster; identify a list of contents associated with the class information for servicing the second client computing device as a function of the monitored resources requests for the first cluster; and provide the list of the identified content to the second client computing device without receiving any request from the second client computing device for the identified content. obtain a content request from a first client computing device; associate the first client computing device with a first cluster of client computing devices corresponding to a class information associated with the requested content; monitor resource requests of client computing devices from the first cluster for anticipating similar content requests from a second client computing device included in a second cluster; identify a list of contents associated with the class information for servicing the second client computing device as a function of the monitored resources requests for the first cluster; and provide the list of the identified content to the second client computing device without receiving any request from the second client computing device for the identified content.
An IC module (100, 300) comprising: a base member provided with a through hole that is opened at a front surface and a back surface (lb); a contact terminal provided on the front surface and configured such that at least a part of a contact surface for contact with an external terminal is formed of a metal plating layer; an IC chip attached to the back surface at a position that does not overlap the through hole in plan view; a conductive member connecting the IC chip and the contact terminal to each other through the through hole; and an insulating surface material partially covering the front surface (la), wherein at least a part of a region of the front surface, which region overlaps the IC chip in plan view, is set as a non-forming region where the metal plating layer is not formed, and the surface material is disposed in the non-forming region, the conductive member comprises: a first conductive layer provided on the back surface of the base member; a conductive path having one end connected to the IC chip and the other end connected to the first conductive layer, characterized in that the metal plating layer is a noble metal plating layer, and in that the conductive member comprises a second conductive layer provided on an inner wall of the through hole and connecting the first conductive layer and the contact terminal to each other. a base member provided with a through hole that is opened at a front surface and a back surface (lb); a contact terminal provided on the front surface and configured such that at least a part of a contact surface for contact with an external terminal is formed of a metal plating layer; an IC chip attached to the back surface at a position that does not overlap the through hole in plan view; a conductive member connecting the IC chip and the contact terminal to each other through the through hole; and an insulating surface material partially covering the front surface (la), wherein at least a part of a region of the front surface, which region overlaps the IC chip in plan view, is set as a non-forming region where the metal plating layer is not formed, and the surface material is disposed in the non-forming region, the conductive member comprises: a first conductive layer provided on the back surface of the base member; a conductive path having one end connected to the IC chip and the other end connected to the first conductive layer, characterized in that the metal plating layer is a noble metal plating layer, and in that the conductive member comprises a second conductive layer provided on an inner wall of the through hole and connecting the first conductive layer and the contact terminal to each other. a first conductive layer provided on the back surface of the base member; a conductive path having one end connected to the IC chip and the other end connected to the first conductive layer, characterized in that the metal plating layer is a noble metal plating layer, and in that the conductive member comprises a second conductive layer provided on an inner wall of the through hole and connecting the first conductive layer and the contact terminal to each other.