mhurhangee/ep-ind-claims huggingface dataset:
A manual breast pump having an accommodating vessel for collecting breast milk, an attachment and detachment section for attaching and detaching a breast pump main body with respect to the accommodating vessel, and a manual operating section attached to the breast pump main body and deforming a negative pressure generating member installed on the breast pump main body, wherein the breast pump main body has an enlarged-diameter milk-expressing section having an enlarged diameter for abutting against a user's breast, the negative pressure generating member comprises: a coupling section which has an axle-shaped extending section extending and erected in the form of a pillar, and which couples with the operating section by an engaging section formed midway in the extending section; and a deforming section which generates the negative pressure by deforming, upon receiving a force from the coupling section, the manual operating section is a long handle and comprises: a bearing section supported on an axle section provided on the breast pump main body; an engaged section which is disposed at one end of the handle and coupled with the coupling section; and a lever section which is disposed at the other end of the handle, the extending section of the coupling section comprises the engaging section which is engaged along the direction of extension of the extending section, and has a grippable head section at a front end side of the extending section, and the coupling section is rotatable about a virtual central axis of the extending section, and with the engaged section of the lever being engaged with the engaging section, the extending section turns about an axis, thereby the position of engaging with the engaged section of the lever section is moved in the direction of.extension of the extending section, characterised in that the engaging section is formed in a spiral shape (71,72) on an outer circumference of the extending section of the coupling section, the breast pump further comprising, as an engaged section at one end of the handle, an insertion space section formed on a front end of the handle section, and a slit section provided in a depthward direction and formed in a bottom section of this insertion space section. a coupling section which has an axle-shaped extending section extending and erected in the form of a pillar, and which couples with the operating section by an engaging section formed midway in the extending section; and a deforming section which generates the negative pressure by deforming, upon receiving a force from the coupling section, a bearing section supported on an axle section provided on the breast pump main body; an engaged section which is disposed at one end of the handle and coupled with the coupling section; and a lever section which is disposed at the other end of the handle,
Clutch which has: a counterpressure plate, a pressure plate which can be displaced to a limited extent in the axial direction for clamping a clutch plate in a frictionally locking manner between the pressure plate and the counterpressure plate, a lever element which acts on the pressure plate in order to displace the pressure plate in the axial direction, and an actuating apparatus with a stator device, a rotor device which can be rotated with regard to the stator device, and a slide device which can be displaced to a limited extent in the axial direction with regard to the rotor device, which produces pulling and pushing forces, and is in an operative connection with a pulling and pushing device which is configured for applying pulling and pushing forces to a lever element of the clutch, the pulling and pushing device having at least one pulling element and at least one pushing element, between which the lever element can be received and which can be connected to one another, characterized in that the pushing element and the pulling element are arranged in such a way that, upon actuation of the actuating apparatus, tongues of the lever element can be brought into contact in an alternating manner with the pushing element and the pulling element. a counterpressure plate, a pressure plate which can be displaced to a limited extent in the axial direction for clamping a clutch plate in a frictionally locking manner between the pressure plate and the counterpressure plate, a lever element which acts on the pressure plate in order to displace the pressure plate in the axial direction, and an actuating apparatus with a stator device, a rotor device which can be rotated with regard to the stator device, and a slide device which can be displaced to a limited extent in the axial direction with regard to the rotor device, which produces pulling and pushing forces, and is in an operative connection with a pulling and pushing device which is configured for applying pulling and pushing forces to a lever element of the clutch, the pulling and pushing device having at least one pulling element and at least one pushing element, between which the lever element can be received and which can be connected to one another, characterized in that the pushing element and the pulling element are arranged in such a way that, upon actuation of the actuating apparatus, tongues of the lever element can be brought into contact in an alternating manner with the pushing element and the pulling element.
A threaded fastener driving tool (100, 500, 600, 700, 800, 900, 1000) comprising: a proximal end portion (104, 504, 604, 704, 804, 904, 1004); a distal driving head (106, 506, 606, 706, 806, 906, 1006) having a plurality of driving surfaces configured to engage a threaded fastener; and a torsion zone (108, 508, 608, 708, 808, 908, 1008) extending proximally from the driving head, characterised in that the torsion zone is composed of a plurality of wires or cables twisted together in a helical configuration. a proximal end portion (104, 504, 604, 704, 804, 904, 1004); a distal driving head (106, 506, 606, 706, 806, 906, 1006) having a plurality of driving surfaces configured to engage a threaded fastener; and a torsion zone (108, 508, 608, 708, 808, 908, 1008) extending proximally from the driving head, characterised in that the torsion zone is composed of a plurality of wires or cables twisted together in a helical configuration.
A device for tissue resection in a body lumen, comprising: a body extending along an axis; a distal cap positioned distally of the body and coupled to an inner shaft extending along the axis, the body and the distal cap being movable relative to each other; an anchoring mechanism capable of engaging the body and the distal cap proximate a selected tissue for resection in the body lumen; a tissue capture device deployable from the tissue resection device such that the selected tissue for resection is securable by the tissue capture device; and a tissue resecting device for resecting the selected tissue for resection. wherein the tissue resecting device is disposed on an outer shaft and the distal cap is disposed on the inner shaft, the tissue resecting device being extendable from the distal cap in response to the inner shaft being movable relative to the outer shaft. a body extending along an axis; a distal cap positioned distally of the body and coupled to an inner shaft extending along the axis, the body and the distal cap being movable relative to each other; an anchoring mechanism capable of engaging the body and the distal cap proximate a selected tissue for resection in the body lumen; a tissue capture device deployable from the tissue resection device such that the selected tissue for resection is securable by the tissue capture device; and a tissue resecting device for resecting the selected tissue for resection. wherein the tissue resecting device is disposed on an outer shaft and the distal cap is disposed on the inner shaft, the tissue resecting device being extendable from the distal cap in response to the inner shaft being movable relative to the outer shaft.
Filter insert for a chromatographic column, comprising - a support cage whose contour defines a cylinder that is open at one end, and - a filter which lies against the inner side of the support cage and defines a cavity that is open on one side, wherein the support cage has an essentially ring-shaped collar at its open end, characterized in that the filter is made of a paper material and is fixedly connected to the inner side of the support cage, and lines the interior of the end face and of the lateral face of the essentially cylindrical support cage. - a support cage whose contour defines a cylinder that is open at one end, and - a filter which lies against the inner side of the support cage and defines a cavity that is open on one side,
A method of measuring at least one magnetic quantity in a reliable manner, using an integrated circuit that comprises: - a first set of N magnetic sensor elements, N being at least one; - a second set of N magnetic sensor elements; - a configurable interconnection circuit (399; 499; 599; 598) adapted for selectively connecting and disconnecting an element of the second set to/from an associated element of the first set (setl); and - a processing circuit for configuring the interconnection circuit; the method comprising the steps of: a) configuring the interconnection circuit in a first mode wherein each element of the first set is connected to an associated element of the second set for generating N combined signals, and measuring these N combined signals; b) configuring the interconnection circuit in a second mode wherein each element of the first set is disconnected from its associated element of the second set, and measuring N individual signals from the N magnetic sensor elements of the first set (setl); c) performing a consistency test based on a comparison of the combined signals with the individual signals, and/or performing a consistency test based on a comparison of first signals derived from the combined signals with second signals derived from the individual signals; and providing an outcome of the consistency test as a validity signal; and outputting at least one signal selected from the group consisting of said combined signals, said individual signals, said first signals and said second signals. - a first set of N magnetic sensor elements, N being at least one; - a second set of N magnetic sensor elements; - a configurable interconnection circuit (399; 499; 599; 598) adapted for selectively connecting and disconnecting an element of the second set to/from an associated element of the first set (setl); and - a processing circuit for configuring the interconnection circuit; a) configuring the interconnection circuit in a first mode wherein each element of the first set is connected to an associated element of the second set for generating N combined signals, and measuring these N combined signals; b) configuring the interconnection circuit in a second mode wherein each element of the first set is disconnected from its associated element of the second set, and measuring N individual signals from the N magnetic sensor elements of the first set (setl); c) performing a consistency test based on a comparison of the combined signals with the individual signals, and/or performing a consistency test based on a comparison of first signals derived from the combined signals with second signals derived from the individual signals; and providing an outcome of the consistency test as a validity signal; and outputting at least one signal selected from the group consisting of said combined signals, said individual signals, said first signals and said second signals.
An imaging system, comprising: a stationary gantry; a rotating gantry that is configured to rotate around an examination region about a z-axis; a bearing that is configured to rotatably couple the rotating gantry to the stationary gantry; a radiation source affixed to the rotating gantry, wherein the radiation source is configured to rotate with the rotating gantry and to emit radiation that traverses the examination region; and a detector array affixed to the rotating gantry on an opposite side of the examination region with respect to the radiation source, wherein the detector array is configured to detect radiation traversing the examination region; a balance mass affixed to the rotating gantry; a dynamic z-axis imbalance determination system; and a balancing component that is configured to receive the feedback from the imbalance determination system continuously or intermittently; characterized in that - the bearing is an air bearing; - the dynamic z-axis imbalance determination system is configured to determine an imbalance of the rotating gantry in the z-axis direction directly from the air bearing; - the balance mass is adjustable along the z-axis; - the balancing component is configured to automatically position the balance mass in the z-axis direction, thereby balancing the rotating gantry along the z-axis. a stationary gantry; a rotating gantry that is configured to rotate around an examination region about a z-axis; a bearing that is configured to rotatably couple the rotating gantry to the stationary gantry; a radiation source affixed to the rotating gantry, wherein the radiation source is configured to rotate with the rotating gantry and to emit radiation that traverses the examination region; and a detector array affixed to the rotating gantry on an opposite side of the examination region with respect to the radiation source, wherein the detector array is configured to detect radiation traversing the examination region; a balance mass affixed to the rotating gantry; a dynamic z-axis imbalance determination system; and a balancing component that is configured to receive the feedback from the imbalance determination system continuously or intermittently; characterized in that - the bearing is an air bearing; - the dynamic z-axis imbalance determination system is configured to determine an imbalance of the rotating gantry in the z-axis direction directly from the air bearing; - the balance mass is adjustable along the z-axis; - the balancing component is configured to automatically position the balance mass in the z-axis direction, thereby balancing the rotating gantry along the z-axis. - the bearing is an air bearing; - the dynamic z-axis imbalance determination system is configured to determine an imbalance of the rotating gantry in the z-axis direction directly from the air bearing; - the balance mass is adjustable along the z-axis; - the balancing component is configured to automatically position the balance mass in the z-axis direction, thereby balancing the rotating gantry along the z-axis.
Composite structure comprising a lightning protection system, said structure having an outer surface intended to be subjected to a flow of air, said system comprising at least one electrically conductive strip and means for fastening said strip to said structure, - said structure including holes that are intended to receive said fastening means, at least some of said fastening means comprise an element for drawing lightning to said structure, - said drawing element is intended to be inserted into said hole while having its upper part substantially level with the outer surface of said structure, said drawing element being in electrical contact with said electrically conductive strip, - said electrically conductive strip is intended to be positioned on the side of the structure opposite said outer surface while being linked to ground, and characterized in that - said system includes an electrically insulating sleeve covering said electrically conductive strip. - said structure including holes that are intended to receive said fastening means, at least some of said fastening means comprise an element for drawing lightning to said structure, - said drawing element is intended to be inserted into said hole while having its upper part substantially level with the outer surface of said structure, said drawing element being in electrical contact with said electrically conductive strip, - said electrically conductive strip is intended to be positioned on the side of the structure opposite said outer surface while being linked to ground, and characterized in that - said system includes an electrically insulating sleeve covering said electrically conductive strip.
An optical/electrical hybrid male connector, comprising: a male base and at least two optical connectors, wherein the male base comprises a base body and at least two male accommodating channels disposed on the base body, the at least two male accommodating channels one-to-one correspond to the at least two optical connectors, and each optical connector is mounted on one corresponding male accommodating channel; and the optical/electrical hybrid male connector further comprises at least one male electrical connector disposed on the base body, and each male electrical connector is correspondingly located between two optical connectors, characterized in that the male electrical connector comprises a male insertion part and a male contact terminal, an insertion slot is provided on an end face that is of the male insertion part and that faces away from the base body, and the male contact terminal is disposed on an inner wall of the insertion slot, wherein the male accommodating channel extends in a first direction, the at least two male accommodating channels are arranged in a second direction, there are two male contact terminals on each male electrical connector, the inner wall of the insertion slot comprises a first side wall and a second side wall, the first side wall and the second side wall are oppositely disposed in a third direction, any two of the first direction, the second direction, and the third direction are orthogonal to each other, one male contact terminal is disposed on the first side wall, and the other male contact terminal is disposed on the second side wall. a male base and at least two optical connectors, wherein the male base comprises a base body and at least two male accommodating channels disposed on the base body, the at least two male accommodating channels one-to-one correspond to the at least two optical connectors, and each optical connector is mounted on one corresponding male accommodating channel; and the optical/electrical hybrid male connector further comprises at least one male electrical connector disposed on the base body, and each male electrical connector is correspondingly located between two optical connectors, characterized in that the male electrical connector comprises a male insertion part and a male contact terminal, an insertion slot is provided on an end face that is of the male insertion part and that faces away from the base body, and the male contact terminal is disposed on an inner wall of the insertion slot, wherein the male accommodating channel extends in a first direction, the at least two male accommodating channels are arranged in a second direction, there are two male contact terminals on each male electrical connector, the inner wall of the insertion slot comprises a first side wall and a second side wall, the first side wall and the second side wall are oppositely disposed in a third direction, any two of the first direction, the second direction, and the third direction are orthogonal to each other, one male contact terminal is disposed on the first side wall, and the other male contact terminal is disposed on the second side wall.
A method for removing a coating from an article the article comprising: a substrate comprising a ceramic matrix composite, the composite comprising silicon carbide, silicon nitride, or a combination comprising of the aforementioned; a first material disposed over the substrate, the first material comprising elemental silicon, an alloy comprising elemental silicon, a silicide, silicon carbide, silicon nitride, or a combination comprising the aforementioned; a second material in contact with the first material, the second material comprising an oxide comprising silicon; and a third material disposed over the second material, the third material comprising an oxide; the method comprising: heating the article to a processing temperature in an environment having a partial pressure of oxygen that is less than an equilibrium partial pressure of oxygen for chemical equilibrium between the first material and the second material at the processing temperature; and removing the third material, and hence the coating, from the article. a substrate comprising a ceramic matrix composite, the composite comprising silicon carbide, silicon nitride, or a combination comprising of the aforementioned; a first material disposed over the substrate, the first material comprising elemental silicon, an alloy comprising elemental silicon, a silicide, silicon carbide, silicon nitride, or a combination comprising the aforementioned; a second material in contact with the first material, the second material comprising an oxide comprising silicon; and a third material disposed over the second material, the third material comprising an oxide; the method comprising: heating the article to a processing temperature in an environment having a partial pressure of oxygen that is less than an equilibrium partial pressure of oxygen for chemical equilibrium between the first material and the second material at the processing temperature; and removing the third material, and hence the coating, from the article.
A computing device for depth-based gesture control, the computing device comprising: a display to define a surface normal; a depth sensor to generate depth sensor data indicative of a depth relative to the display of an input gesture performed by a user of the computing device in front of the display; a gesture recognition module to recognize the input gesture; a depth recognition module to: receive the depth sensor data from the depth sensor; determine the depth of the input gesture as a function of the depth sensor data; and assign a depth plane (504; 506; 508; 510) to the input gesture as a function of the depth of the input gesture, wherein each depth plane is positioned parallel to the display and intersects the surface normal; and a user command module to execute a user interface command based on the input gesture and the assigned depth plane, characterized in that: each user is designated a particular depth plane and input gestures by the user outside of the designated depth plane are rejected by the computing device. a display to define a surface normal; a depth sensor to generate depth sensor data indicative of a depth relative to the display of an input gesture performed by a user of the computing device in front of the display; a gesture recognition module to recognize the input gesture; a depth recognition module to: receive the depth sensor data from the depth sensor; determine the depth of the input gesture as a function of the depth sensor data; and receive the depth sensor data from the depth sensor; determine the depth of the input gesture as a function of the depth sensor data; and assign a depth plane (504; 506; 508; 510) to the input gesture as a function of the depth of the input gesture, wherein each depth plane is positioned parallel to the display and intersects the surface normal; and a user command module to execute a user interface command based on the input gesture and the assigned depth plane, characterized in that: each user is designated a particular depth plane and input gestures by the user outside of the designated depth plane are rejected by the computing device.
Process for preparing a salt from diamine and dicarboxylic acid, the process comprising contacting a diamine gas, having a gas temperature T-gas, with a dicarboxylic acid, thereby forming a reaction mixture comprising diamine/ dicarboxylic acid salt, wherein the dicarboxylic acid and the reaction mixture are kept at a temperature T-mixture of at least 10°C below the lowest of the melting temperature of the dicarboxylic acid (Tm-acid) and the melting temperature of the resulting diamine/ dicarboxylic acid salt (Tm-salt).