mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: an integrated circuit substrate comprising: a substrate; a dielectric layer formed on the substrate; a passivation layer formed on the dielectric layer; and a passivation opening (110a, 110b) characterized in that the passivation opening (110a, 110b) exposes a pad and, at a sidewall of the passivation opening (110a, 110b), the dielectric layer; wherein a barrier layer is deposited on the sidewall that prohibits exposure of the dielectric layer to a release chemical employable to release a micro-electro-mechanical (MEMS) device integrated with the integrated circuit substrate, wherein the barrier layer comprises a metal, and a second barrier layer comprising an insulating layer is disposed on the passivation layer and directly over a part of the first barrier layer that covers the portion of the dielectric layer that is exposed, wherein the second barrier layer is at least partially resistant to the release chemical and wherein the first barrier layer is disposed between the second barrier layer and the dielectric layer. an integrated circuit substrate comprising: a substrate; a dielectric layer formed on the substrate; a passivation layer formed on the dielectric layer; and a passivation opening (110a, 110b) characterized in that the passivation opening (110a, 110b) exposes a pad and, at a sidewall of the passivation opening (110a, 110b), the dielectric layer; wherein a barrier layer is deposited on the sidewall that prohibits exposure of the dielectric layer to a release chemical employable to release a micro-electro-mechanical (MEMS) device integrated with the integrated circuit substrate, wherein the barrier layer comprises a metal, and a second barrier layer comprising an insulating layer is disposed on the passivation layer and directly over a part of the first barrier layer that covers the portion of the dielectric layer that is exposed, wherein the second barrier layer is at least partially resistant to the release chemical and wherein the first barrier layer is disposed between the second barrier layer and the dielectric layer. a substrate; a dielectric layer formed on the substrate; a passivation layer formed on the dielectric layer; and a passivation opening (110a, 110b) characterized in that the passivation opening (110a, 110b) exposes a pad and, at a sidewall of the passivation opening (110a, 110b), the dielectric layer; wherein a barrier layer is deposited on the sidewall that prohibits exposure of the dielectric layer to a release chemical employable to release a micro-electro-mechanical (MEMS) device integrated with the integrated circuit substrate, wherein the barrier layer comprises a metal, and a second barrier layer comprising an insulating layer is disposed on the passivation layer and directly over a part of the first barrier layer that covers the portion of the dielectric layer that is exposed, wherein the second barrier layer is at least partially resistant to the release chemical and wherein the first barrier layer is disposed between the second barrier layer and the dielectric layer.
A module housing, especially a module socket housing, for fixing to a support rail with support rail edges (5, 6), wherein the housing comprises: a) a locking device with two locking slides (9, 10) which are displaceable relative to each other and are connected to each other via a spring and respectively comprise sections (12, 13) for engaging beneath the support rail edges (5, 6), b) a spreader element for spreading apart the locking slides (9, 10) against the force of the spring for releasing the locking device from the support rail edges; characterized in that c) the spreader element is formed as a rotatable spreader pin with a cross-section which is not circular over at least a part of its axial length. a) a locking device with two locking slides (9, 10) which are displaceable relative to each other and are connected to each other via a spring and respectively comprise sections (12, 13) for engaging beneath the support rail edges (5, 6), b) a spreader element for spreading apart the locking slides (9, 10) against the force of the spring for releasing the locking device from the support rail edges; characterized in that c) the spreader element is formed as a rotatable spreader pin with a cross-section which is not circular over at least a part of its axial length.
A gastrointestinal device comprising: (a) a sleeve configured to carry fluid from a proximal end to a distal end, wherein the proximal end is configured to be at or proximal to a pyloric orifice of a subject, wherein the distal end is configured to be at or distal to a duodenum of the subject; (b) a wave anchor connected to the sleeve, wherein the wave anchor is configured to be retained within a duodenal bulb of the subject; and (c) a flange positioned proximal to the wave anchor, wherein the flange is configured to resist distal migration of the gastrointestinal device, characterized in that the gastrointestinal device further comprises: (d) a coupling liner, wherein the coupling liner connects the wave anchor to the sleeve at a sleeve-coupling interface, wherein a proximal edge of the coupling liner matches a shape of the wave anchor, wherein the sleeve-coupling interface is at or distal to a distal-most end of the wave anchor. (a) a sleeve configured to carry fluid from a proximal end to a distal end, wherein the proximal end is configured to be at or proximal to a pyloric orifice of a subject, wherein the distal end is configured to be at or distal to a duodenum of the subject; (b) a wave anchor connected to the sleeve, wherein the wave anchor is configured to be retained within a duodenal bulb of the subject; and (c) a flange positioned proximal to the wave anchor, wherein the flange is configured to resist distal migration of the gastrointestinal device,
A method comprising: receiving, by a controller (10, 70) that provisions services for transporting packet flows within a network, a service request that comprises a definition for a service to be provided by the network for a subscriber or a customer of the network; determining, by the controller, a plurality of network resources of at least one network device to be configured to implement the service in the network and apply the service to the packet-based network traffic of the subscriber; and only upon acquiring a lock for the plurality of network resources of the at least one network device and by the controller, configuring the plurality of network resources of the at least one network device to provision the service, wherein the lock is acquired from a network-wide coordination repository that stores a software representation for each of the plurality of network resources of the at least one network device, and wherein the lock provides exclusive configuration access to the controller for the plurality of network resources. receiving, by a controller (10, 70) that provisions services for transporting packet flows within a network, a service request that comprises a definition for a service to be provided by the network for a subscriber or a customer of the network; determining, by the controller, a plurality of network resources of at least one network device to be configured to implement the service in the network and apply the service to the packet-based network traffic of the subscriber; and only upon acquiring a lock for the plurality of network resources of the at least one network device and by the controller, configuring the plurality of network resources of the at least one network device to provision the service, wherein the lock is acquired from a network-wide coordination repository that stores a software representation for each of the plurality of network resources of the at least one network device, and wherein the lock provides exclusive configuration access to the controller for the plurality of network resources.
A contact tip for use in gas metal-arc welding, said contact piece comprising: - a body consisting of an electrically conductive metal material, which body has a tubular base portion and two or more fingers (5a, 5b) connected to the base portion and extends in the axial direction from a front end of the base portion; - at least one wire-feed conduit extending axially through the body, in which a welding wire is to be received and advanced, said wire-feed conduit having an inlet opening at the rear end of the contact tip and an outlet port at the front end of the contact tip between the said fingers (5a, 5b), and - slots (10a, 10b) arranged in the body between said fingers (5a, 5b) in order separate these from one another, whereby each slot (10a, 10b) extends in the axial direction from the body's base portion and to the said outlet port; wherein the contact tip is provided with a spring means surrounding the said finger (5a, 5b) and arranged in order to exert a radially acting spring force on the fingers (5a, 5b) of such strength that the fingers, when cool, are kept spaced apart, such that they will not exert pressure against the casing surface of a welding wire introduced in the wire-feed conduit, and when heated to a temperature above the softening temperature of the metal material of the body, the contact tip fingers (5a, 5b) are resilient, such that they are compressed into abutment against the welding wire advancing through the wire-feed conduit by the spring force radially inward in order to exert pressure against the casing surface of a welding wire introduced in the wire-feed conduit for continuous electrical contact between the welding wire and the contact tip in an area adjacent to the outlet port of the wire-feed conduit, wherein the spring means is made of a metallic spring material with a softening temperature above the softening temperature of the metallic material from which the contact tip body is made. - a body consisting of an electrically conductive metal material, which body has a tubular base portion and two or more fingers (5a, 5b) connected to the base portion and extends in the axial direction from a front end of the base portion; - at least one wire-feed conduit extending axially through the body, in which a welding wire is to be received and advanced, said wire-feed conduit having an inlet opening at the rear end of the contact tip and an outlet port at the front end of the contact tip between the said fingers (5a, 5b), and - slots (10a, 10b) arranged in the body between said fingers (5a, 5b) in order separate these from one another, whereby each slot (10a, 10b) extends in the axial direction from the body's base portion and to the said outlet port;
Method for injecting electrical energy into an electrical, three-phase grid, comprising the steps of: - injecting current by means of an injection unit at a grid connection point, - detecting an asymmetry in the grid, namely a negative sequence component in the grid, - injecting an asymmetrical current portion into the grid for, at least, partial compensation of the detected asymmetry, with injection of the asymmetrical current portion taking place such that the injection unit behaves like a consumer, characterized in that the consumer in the negative sequence is described as an impedance Z - with the correlation Z _ − = Z n e jφ − k −, where Z n describes the value of the impedance, φ - an adjustment phase angle and k - a scalar adjustment factor. - injecting current by means of an injection unit at a grid connection point, - detecting an asymmetry in the grid, namely a negative sequence component in the grid, - injecting an asymmetrical current portion into the grid for, at least, partial compensation of the detected asymmetry, with injection of the asymmetrical current portion taking place such that the injection unit behaves like a consumer,
A hand-held light curing device, especially for dentistry, having a base station or a base, which the light curing device comprising a light source is supported at or on, respectively, wherein a sensor is attached to the base station and/or the base and/or at the light curing device, wherein the sensor initializes the light curing device, wherein the light curing device comprises an actuating switch and, wherein Initialization of the light curing device induces an initializing routine through which the light curing device will be prepared for turning on the light source, characterized in that the actuating switch is attached to the light curing device, and in that the actuating switch is mechanically or electrically locked before the initializing routine is completed.
Antenna device for detection of partial discharge of gas-insulated high voltage equipment, the device being fixed to the exterior of the high voltage equipment on a face of an electrically insulating part that holds a high voltage bar inside the high voltage equipment, said face defining a cylinder of revolution on the surface of the high voltage equipment, characterised in that it comprises: - an electrically conducting strip fixed onto a face of a strip of electrically insulating material (3, 6), the electrically conducting strip being entirely wound in exclusive contact with all or part of said electrically insulating part, and - an electric shielding part (5, 12, 15) fixed on the high voltage equipment and that is positioned above the strip of electrically insulating material. - an electrically conducting strip fixed onto a face of a strip of electrically insulating material (3, 6), the electrically conducting strip being entirely wound in exclusive contact with all or part of said electrically insulating part, and - an electric shielding part (5, 12, 15) fixed on the high voltage equipment and that is positioned above the strip of electrically insulating material.
A servovalve comprising: a pilot stage with a pilot stage spool valve, the pilot stage comprising an electric actuator arranged to actuate the pilot stage spool valve, which pilot stage spool valve comprises an output control fluid line and a pilot spool; a main stage comprising a main stage fluid valve arranged to influence the flow of a working fluid; in which the output control fluid line of the pilot stage spool valve is arranged to drive the main stage fluid valve to influence the flow of the working fluid, in which the electric actuator comprises a piezoelectric element and the piezoelectric element is a substantially planar flat element which defines an opening in the centre thereof in which the pilot spool is connected to the piezoelectric element via a spool adaptor received in the opening wherein the position of the pilot spool can be axially adjusted to a null position by rotation of the pilot spool within the adaptor. a pilot stage with a pilot stage spool valve, the pilot stage comprising an electric actuator arranged to actuate the pilot stage spool valve, which pilot stage spool valve comprises an output control fluid line and a pilot spool; a main stage comprising a main stage fluid valve arranged to influence the flow of a working fluid; in which the output control fluid line of the pilot stage spool valve is arranged to drive the main stage fluid valve to influence the flow of the working fluid, in which the electric actuator comprises a piezoelectric element and the piezoelectric element is a substantially planar flat element which defines an opening in the centre thereof in which the pilot spool is connected to the piezoelectric element via a spool adaptor received in the opening wherein the position of the pilot spool can be axially adjusted to a null position by rotation of the pilot spool within the adaptor.
A constituent for producing a shock-absorbing composite material, comprising: primary matrix making up 50-80 percent of the constituent by weight and comprising: 5-7 wt% vinyl acetate; 45-63 wt% ethylene / vinyl acetate copolymer; secondary matrix making up 10-40 percent of the constituent by weight and comprising: polyethylene; styrene-butadiene rubber; thermoplastic elastomer; and additive making up 1-20 percent of the constituent by weight. primary matrix making up 50-80 percent of the constituent by weight and comprising: 5-7 wt% vinyl acetate; 45-63 wt% ethylene / vinyl acetate copolymer; 5-7 wt% vinyl acetate; 45-63 wt% ethylene / vinyl acetate copolymer; secondary matrix making up 10-40 percent of the constituent by weight and comprising: polyethylene; styrene-butadiene rubber; thermoplastic elastomer; and polyethylene; styrene-butadiene rubber; thermoplastic elastomer; and additive making up 1-20 percent of the constituent by weight.
A fastener for clothing or apparel comprising: a male component (1001, 1006, 1401, 1406) comprising a first flange and a plurality of projections arranged along a first line, each projection comprising a stem having a first base and a first head connecting with the flange at the first base of the stem, a locking portion, having a second base and a second head, the second base being wider than the stem and the second head, connecting with the first head at the second base, and a notch in each male projection along the first line extending from the second head of the locking portion through the stem to the first base; and a female component (1000, 1005 and 1404) comprising a second flange and a pair of rails comprising a first rail J and a second rail arranged on opposite sides of a second line, the pair of rails each having a hooked portion extending towards each other forming a receiving area for the locking portion of the male component. a male component (1001, 1006, 1401, 1406) comprising a first flange and a plurality of projections arranged along a first line, each projection comprising a stem having a first base and a first head connecting with the flange at the first base of the stem, a locking portion, having a second base and a second head, the second base being wider than the stem and the second head, connecting with the first head at the second base, and a notch in each male projection along the first line extending from the second head of the locking portion through the stem to the first base; and a female component (1000, 1005 and 1404) comprising a second flange and a pair of rails comprising a first rail J and a second rail arranged on opposite sides of a second line, the pair of rails each having a hooked portion extending towards each other forming a receiving area for the locking portion of the male component.
a bottle with a tamper-proof cap with an outlet (30,31) therethrough, the bottle having a neck that is attached to the cap, a retaining shoulder adjacent to the end of the neck and facing away from the open end of the neck, the cap comprising an outer annular wall consisting of at least a pair of retaining members, and a pair of support members extending directly up from the lower wall of the cap, being parallel sided and having an inclined surface, the retaining members are not attached to the cap instead they are fixed to the support members by a frangible member, characterised in that, the retaining members are parallel sided and have an inclined upper surface and a retaining shoulder complementary to the shoulder of the bottle, the neck of the bottle has an inclined outer surface complementary to the inclined surfaces (28,35) of the annular wall, disposed behind the inclined outer surface is the shoulder which faces the main body of the bottle, this inclined outer surface and this shoulder are present in the vicinity of the retaining members and not in the vicinity of the support members, whereby on insertion of the neck into the cap cooperation of the inclined surfaces (35,36) causes displacement of the retaining member radially outwardly, until the shoulder snaps into place behind the retaining member, and whereby pulling the cap from the bottle causes the shoulder on the bottle to bear against the shoulder on the retaining member and distort or break the frangible member thereby moving the retaining member to a position which prevents the cap from being subsequently retained on the bottle, wherein there is a frangible member at each end of each retaining member.
Method for welding plastic pipes made of thermoplastic material by means of a butt-welding process, the pipes being held in a coaxial position in relation to one another by means of clamping fixtures, trimmed by means of a trimmer which can be brought between the clamping fixtures and heated up by means of a heated tool, which can be fitted in place of the trimmer, by contacting the heated tool, the heating of the free pipe ends to be welded having the effect of producing a melting region, which forms a bead when pressing occurs, wherein the pipe projection of the respective pipes is trimmed to a defined size, and an adjustment for contacting the heated tool takes place during a heating-up phase.
A coffee composition comprising grains of coated roasted coffee grounds, wherein a coating of a coating composition having at least one component with a glass transition temperature from 30oC to 60oC is formed on at least some of the surface of the roasted coffee grounds, the coating composition having one or more component(s) selected from the group consisting of a coffee extract, a tea extract, a dairy product, a sweetener, a nutritional supplement, and mixtures thereof, and wherein the density of the coating is equal to the theoretical density of the coating composition.
A writing instrument, comprising: a body; a first data handling subsystem arranged in the body and configured to transmit and/or receive data; and a haptic feedback subsystem arranged in the body and configured to receive data from the first data handling subsystem, wherein the haptic feedback subsystem is configured to provide a haptic feedback to a user based on data received from the first data handling subsystem, and wherein the writing instrument comprises a longitudinal axis and a radial direction perpendicular to the longitudinal axis, wherein the haptic feedback subsystem is configured to emit ultrasound waves in the radial direction characterized in that the haptic feedback subsystem comprises at least two ultrasound actuator arrays (410a, 410b). a body; a first data handling subsystem arranged in the body and configured to transmit and/or receive data; and a haptic feedback subsystem arranged in the body and configured to receive data from the first data handling subsystem, wherein the haptic feedback subsystem is configured to provide a haptic feedback to a user based on data received from the first data handling subsystem, and wherein the writing instrument comprises a longitudinal axis and a radial direction perpendicular to the longitudinal axis, wherein the haptic feedback subsystem is configured to emit ultrasound waves in the radial direction characterized in that the haptic feedback subsystem comprises at least two ultrasound actuator arrays (410a, 410b).