mhurhangee/ep-ind-claims huggingface dataset:
An earbud for insertion into an external ear canal, comprising: a cylindrically shaped body having proximal and distal ends and having a cavity located at its distal end for receiving and connecting to a hearing aid's receiver or audio tube; a flange made of resilient material extending radially and distally from the circumference of the proximal end of the body and terminating in a relatively more rigid retainer ring, wherein the circumference of the flange increases with longitudinal distance from the proximal end of the body up to a maximum value at an apex and then decreases to the circumference of the retainer ring; wherein the rate at which the circumference of the flange decreases with respect to longitudinal distance from the apex of the flange to the retainer ring is greater than the rate at which the circumference of the flange increases with respect to longitudinal distance from the proximal end of the body to the apex of the flange; wherein the longitudinal distance from the apex of the flange to the retainer ring is shorter than the longitudinal distance from the apex of the flange to the proximal end of the body; and, an acoustic port located at the proximal end of the body for conducting sound produced by the hearing aid receiver into the external ear canal. a cylindrically shaped body having proximal and distal ends and having a cavity located at its distal end for receiving and connecting to a hearing aid's receiver or audio tube; a flange made of resilient material extending radially and distally from the circumference of the proximal end of the body and terminating in a relatively more rigid retainer ring, wherein the circumference of the flange increases with longitudinal distance from the proximal end of the body up to a maximum value at an apex and then decreases to the circumference of the retainer ring; wherein the rate at which the circumference of the flange decreases with respect to longitudinal distance from the apex of the flange to the retainer ring is greater than the rate at which the circumference of the flange increases with respect to longitudinal distance from the proximal end of the body to the apex of the flange; wherein the longitudinal distance from the apex of the flange to the retainer ring is shorter than the longitudinal distance from the apex of the flange to the proximal end of the body; and, an acoustic port located at the proximal end of the body for conducting sound produced by the hearing aid receiver into the external ear canal.
A device for handling volatile powders comprising a hermetically sealed enclosure comprising a hatch for closing an opening disposed through a wall of the hermetically sealed enclosure, outside the hermetically sealed enclosure, the device comprising: - a flexible container intended for receiving a package containing volatile powders; - a sealed fastener for the flexible container with an opening that sealably conforms to the opening of the hermetically sealed enclosure; - a movable support, on which the flexible container rests; - a mechanism for translationally moving the movable support towards the opening of the hermetically sealed enclosure; the device being characterised in that it comprises: - a telescopic skirt disposed so as to surround the flexible container, the telescopic skirt being fixed, on the one hand, to the support and, on the other hand, to the wall of the hermetically sealed enclosure, the telescopic skirt being configured to retract and expand as a function of movements of the support, while maintaining a substantially tubular shape and a cross-section with a substantially constant shape around the flexible container. - a flexible container intended for receiving a package containing volatile powders; - a sealed fastener for the flexible container with an opening that sealably conforms to the opening of the hermetically sealed enclosure; - a movable support, on which the flexible container rests; - a mechanism for translationally moving the movable support towards the opening of the hermetically sealed enclosure; - a telescopic skirt disposed so as to surround the flexible container, the telescopic skirt being fixed, on the one hand, to the support and, on the other hand, to the wall of the hermetically sealed enclosure, the telescopic skirt being configured to retract and expand as a function of movements of the support, while maintaining a substantially tubular shape and a cross-section with a substantially constant shape around the flexible container.
A method for locally restoring a role at an acceleration component included in a group of inter-operating acceleration components, each acceleration component in the group comprising a hardware component configured to perform a computing function and each having a monitor and a role, wherein a role comprises a functionality for use in providing a computing service and has a defined legitimate behavior associated therewith, and wherein roles at each acceleration component are linked together to compose a graph for providing a computing service, and wherein the hardware component is in a hardware acceleration plane, the method comprising: in a monitor of an acceleration component, detecting an error in a role at the acceleration component by comparing actual behavior of the role with the defined legitimate behavior for the role; pausing input to the role; locally sending a reset command to the role within the acceleration component (1301,1302,1303); receiving an acknowledgment from the role, the acknowledgement indicating that the role was successfully restarted; and enabling input to the role in response to receiving the acknowledgment.
A sulfur containing analog of 1 α, 25 dihydroxy vitamin D 3 selected from the group consisting of compounds represented by formulae V and VIII as follows:
Method for producing a positive electrode for a battery cell, having an active material and a conductive additive, wherein the active material has a first number of, in particular, spherical active material particles with a first mean diameter, and wherein the conductive additive has a second number of, in particular, spherical conductive additive particles with a second mean diameter, characterized in that the active material and the conductive additive are provided in a first method step, the number of conductive additive particles being adjusted according to a ratio of the second mean diameter to the first mean diameter and the number of active material particles. wherein the active material has a first number of, in particular, spherical active material particles with a first mean diameter, and wherein the conductive additive has a second number of, in particular, spherical conductive additive particles with a second mean diameter, characterized in that the active material and the conductive additive are provided in a first method step, the number of conductive additive particles being adjusted according to a ratio of the second mean diameter to the first mean diameter and the number of active material particles.
A service conflict processing method, comprising: determining whether UCI of an eMBB service to be transmitted conflicts with data or UCI of an URLLC service in transmission time, wherein the UCI of the eMBB service comprises HARQ-ACK information; and if the UCI of the eMBB service conflicts with the data or the UCI of the URLLC service in transmission time, delaying transmission of the UCI of the eMBB service, characterized in that the UCI of the eMBB service conflicting with the data or the UCI of the URLLC service in transmission time comprises the HARQ-ACK information and uplink SR information in the UCI of the eMBB service conflicting with the UCI of the URLLC service in transmission time, wherein the SR information in the UCI of the eMBB service is discarded, and merely the HARQ-ACK information in the UCI of the eMBB service is transmitted on a resource for transmitting the URLLC service. determining whether UCI of an eMBB service to be transmitted conflicts with data or UCI of an URLLC service in transmission time, wherein the UCI of the eMBB service comprises HARQ-ACK information; and if the UCI of the eMBB service conflicts with the data or the UCI of the URLLC service in transmission time, delaying transmission of the UCI of the eMBB service, characterized in that the UCI of the eMBB service conflicting with the data or the UCI of the URLLC service in transmission time comprises the HARQ-ACK information and uplink SR information in the UCI of the eMBB service conflicting with the UCI of the URLLC service in transmission time, wherein the SR information in the UCI of the eMBB service is discarded, and merely the HARQ-ACK information in the UCI of the eMBB service is transmitted on a resource for transmitting the URLLC service.
Method for detecting metal pieces in a system for the contactless transmission of energy from a primary winding to a vehicle comprising a secondary winding which can be inductively coupled to the primary winding, wherein an alternating current is applied to the primary winding, wherein a winding arrangement is arranged in the region of the primary winding, which winding arrangement has a first and a second winding, in particular wherein the winding arrangement is arranged centrally with respect to the primary winding, characterised in that the first and second windings are each composed of at least two part-windings, wherein the areas around which the part-windings of a respective winding are wound are subjected to a magnetic flux generated by the primary winding and are spaced apart from one another, in particular in such a manner that no flux line of the flux generated by the primary winding passes through said areas together, wherein the part-windings each have such a number of windings and such a wound area that the voltages of the part-windings, which voltages are induced by the, in particular changing, magnetic flux of the primary winding are equal in magnitude, wherein the first winding is arranged rotated and spaced with respect to the second winding in such a manner that each part-winding of the first winding is arranged inductively coupled to each part-winding of the second winding, wherein an alternating voltage is applied to the first winding and the difference of the magnitudes of the voltages induced at the part-windings of the second winding is monitored for exceeding a critical value.
Method of determining and visualizing process parameter values of an injection moulding process in an injection mould, which method comprises the steps of - determining geometric data of the injection mould and/or of a form part (1, 1', 1") to be manufactured in the injection mould, - carrying out an injection moulding process using the injection mould and recording measurement values as a function of the injection time and/or an actuator position (s), - determining, as process parameter values on the basis of the measurement values and geometry data of the injection mould, a flow front position inside the injection mould or the form part (1', 1") as a function of the injection time and/or an actuator position and, as appropriate, a flow front rate as a function of the flow front position, - optionally determining further process parameter values as a function of the injection time and/or the actuator position (s) and/or the flow front position, - showing at least part of the determined process parameter values as a function of the injection time and/or the actuator position and/or flow front position in a display arrangement. - determining geometric data of the injection mould and/or of a form part (1, 1', 1") to be manufactured in the injection mould, - carrying out an injection moulding process using the injection mould and recording measurement values as a function of the injection time and/or an actuator position (s), - determining, as process parameter values on the basis of the measurement values and geometry data of the injection mould, a flow front position inside the injection mould or the form part (1', 1") as a function of the injection time and/or an actuator position and, as appropriate, a flow front rate as a function of the flow front position, - optionally determining further process parameter values as a function of the injection time and/or the actuator position (s) and/or the flow front position, - showing at least part of the determined process parameter values as a function of the injection time and/or the actuator position and/or flow front position in a display arrangement.
An inhaler suitable for delivery of the medicament in dry powder form from a blister package composed of a plurality of blister pockets each of which comprises medicament in dry powder form and which are spaced at equal intervals, the inhaler comprising: - a mouthpiece enabling the patient to inhale one dose of the medicament in dry powder form from the opened blister pocket in use, - a gear mechanism enabling, in use, a blister package to be indexed and the medicament in dry powder form to become ready for inhalation, - a rotatable mouthpiece cover covering the mouthpiece and triggering the gear mechanism, - a drive gear which is a component of the gear mechanism that is joined with the mouthpiece cover via side covers (31a, 31c), and - a housing situated between an upper housing member and a lower housing member in which a blister package and the gear mechanism are enclosed in use, the inhaler characterized by side covers (31a, 31c) which provide a connection between each end (12a; 12b) of the drive gear and an appropriate connection point (30; 29) of the mouthpiece cover so as to enable the drive gear and the mouthpiece cover to synchronize, and at least one stopper that hinders the rotation of at least one gear in the gear mechanism. - a mouthpiece enabling the patient to inhale one dose of the medicament in dry powder form from the opened blister pocket in use, - a gear mechanism enabling, in use, a blister package to be indexed and the medicament in dry powder form to become ready for inhalation, - a rotatable mouthpiece cover covering the mouthpiece and triggering the gear mechanism, - a drive gear which is a component of the gear mechanism that is joined with the mouthpiece cover via side covers (31a, 31c), and - a housing situated between an upper housing member and a lower housing member in which a blister package and the gear mechanism are enclosed in use,
Guiding system for a surgical robotic system, comprising a tool guide extending substantially around a tool guide axis, a tool extending substantially around a tool axis, an intermediate part mounted on the tool so that the tool and the intermediate part are integral in translation and so that the tool is mobile relative to the intermediate part in rotation around the tool axis, and a first coupling link (21, 22) adapted to couple the intermediate part and the tool guide, wherein the guiding system presents a first guiding configuration in which the first coupling link (21, 22) couples the intermediate part and the tool guide so that the intermediate part and the tool guide are mobile relative to each other according to a unique first degree of freedom, the first degree of freedom corresponding to a translation along the tool guide axis, characterized in that the guiding system further comprises a second coupling link adapted to couple the intermediate part and the tool guide, and in that the guiding system presents a second guiding configuration in which the second coupling link couples the intermediate part and the tool guide so that the intermediate part and the tool guide are mobile relative to each other according to the first degree of freedom and according to at least one additional degree of freedom.
A composition containing a protein fraction comprising 12.0 - 40 wt% aspartate equivalents, based on the weight of the protein fraction, wherein the protein fraction comprises soy protein and alpha-lactalbumin enriched whey protein.
Device for projecting image data onto a projection surface of a vehicle window of a vehicle, the device comprising: - an interface for providing the image data BD1(t), - an image data processing unit, connected to the interface, for generating image data BD2(t) from the image data BD1(t), - a brightness sensor, connected to the image data processing unit, for detecting an ambient brightness H(t), and - a projection unit, connected to the image data processing unit, for projecting the image data BD2(t) onto the projection surface of the vehicle window, characterized in that the image data processing unit is designed and configured such that, depending on the detected ambient brightness H(t), for generating the image data BD2(t) from the image data BD1(t), a gradation curve GK(H(t)) is specified in such a way that dark image regions in the image data BD2(t), which regions are below a specified color brightness limit value compared to image regions above the color brightness limit value, are brightened with respect to their color spectra or grayscale spectra compared to image data BD1(t), a degree of brightening of the dark image regions in the image data BD2(t) increasing with increasing ambient brightness H(t). - an interface for providing the image data BD1(t), - an image data processing unit, connected to the interface, for generating image data BD2(t) from the image data BD1(t), - a brightness sensor, connected to the image data processing unit, for detecting an ambient brightness H(t), and - a projection unit, connected to the image data processing unit, for projecting the image data BD2(t) onto the projection surface of the vehicle window,
A method of manufacturing a joint body having a first metal member plated with a metal material and a second metal member plated with a metal material joined together by placing the second metal member on the first metal member and causing a laser oscillation system to irradiate a surface of the second metal member with laser light to form a joint portion including a line-shaped welded portion where the first metal member and the second metal member are joined together, the manufacturing method comprising: supplying the second metal member while pressing the second metal member against the first metal member at a predetermined angle with no relative movement of the second metal member to the first metal member in an in-plane direction of the first metal member; and being characterised by: irradiating the second metal member with a laser at a position where a gap (d) is located between the first metal member and the second metal member to join the first metal member and the second metal member together by laser welding, wherein the irradiating is carried out in a state that the second metal member is held by a roller on a supply near side between the supply side and the laser irradiation position. supplying the second metal member while pressing the second metal member against the first metal member at a predetermined angle with no relative movement of the second metal member to the first metal member in an in-plane direction of the first metal member; and being characterised by: irradiating the second metal member with a laser at a position where a gap (d) is located between the first metal member and the second metal member to join the first metal member and the second metal member together by laser welding, wherein the irradiating is carried out in a state that the second metal member is held by a roller on a supply near side between the supply side and the laser irradiation position. irradiating the second metal member with a laser at a position where a gap (d) is located between the first metal member and the second metal member to join the first metal member and the second metal member together by laser welding, wherein the irradiating is carried out in a state that the second metal member is held by a roller on a supply near side between the supply side and the laser irradiation position.
A method for optimising combustion in combustion devices, the method comprising the following steps: a) providing an oxygen enriching device, wherein the oxygen enriching device comprises a chamber, the chamber comprising at least two sections (2, 13), b) introducing ambient air in a laminar flow into a first section of the at least two sections (2, 13), c) converting the laminar air flow from a translational movement into a rotational movement using spiral guiding surfaces disposed inside the first section of said at least two sections (2, 13), d) ionising ionisable components of the ambient air by applying ionisation energy thereto in form of a pulsed direct current electric field, e) separating ionised components from non-ionised components by using the electric field, guiding the separated ionised components over a catalytic layer, and introducing the separated ionised components into a combustion chamber of a combustion device, and f) discharging the separated non-ionised components from the oxygen enriching device by passing separated non-ionized compounds from the first section into the second section. a) providing an oxygen enriching device, wherein the oxygen enriching device comprises a chamber, the chamber comprising at least two sections (2, 13), b) introducing ambient air in a laminar flow into a first section of the at least two sections (2, 13), c) converting the laminar air flow from a translational movement into a rotational movement using spiral guiding surfaces disposed inside the first section of said at least two sections (2, 13), d) ionising ionisable components of the ambient air by applying ionisation energy thereto in form of a pulsed direct current electric field, e) separating ionised components from non-ionised components by using the electric field, guiding the separated ionised components over a catalytic layer, and introducing the separated ionised components into a combustion chamber of a combustion device, and f) discharging the separated non-ionised components from the oxygen enriching device by passing separated non-ionized compounds from the first section into the second section.
A method of manufacturing a rotor blade component, in particular a rotor blade spar cap, for a rotor blade of a wind energy installation, wherein - a layer system is manufactured from a first layer of a first material and a second layer of a second material, wherein the second layer extends at least partially along a longitudinal direction of the first layer and the second material has a smaller modulus of elasticity in the longitudinal direction than the first material, - the layer system is bevelled at least at one end with the aid of at least one separation process in such a way that the second layer projects beyond the first layer at the at least one end of the layer system, and - the layer system is connected to at least one further layer system so as to form the rotor blade component characterized in that the layer system is bevelled at the at least one end with the aid of the at least one separation process in such a way that a part of the first and second materials is removed, so that the layer system has a bevelled end with an end surface which is inclined by a bevel angle (α) with respect to a contact surface between the first and second layers (1, 2) and extends over the entire thickness of the first layer and at least part of the second layer, so that the first layer tapers to a point at the bevel angle (α), while the second layer which projects beyond the first layer has a blunt end with an end face which is oriented perpendicular to the contact surface. - a layer system is manufactured from a first layer of a first material and a second layer of a second material, wherein the second layer extends at least partially along a longitudinal direction of the first layer and the second material has a smaller modulus of elasticity in the longitudinal direction than the first material, - the layer system is bevelled at least at one end with the aid of at least one separation process in such a way that the second layer projects beyond the first layer at the at least one end of the layer system, and - the layer system is connected to at least one further layer system so as to form the rotor blade component