mhurhangee/ep-ind-claims huggingface dataset:
Adapter for a cable connection for connecting a connection cable to a busbar of a switch panel, the adapter comprising the following: - a body which is composed of electrically insulating material and supports a connection contact pin composed of electrically conductive material, wherein the adapter can be fitted to the switch panel; - a switch panel-side opening in the body, the internal geometry of this opening, in a positive-locking region with a coupling piece, corresponding to the internal geometry of an opening of a feedthrough which is fitted to the switch panel and has an insulating body in a positive-locking region with the coupling piece; - a planar shield which is attached to a switch panel-side adapter outer surface and is in the form of a metal layer or a metal mesh, wherein the planar shield covers at least the switch panel-side end of the connection contact pin; - one or more field control electrodes (26, 27), wherein at least one field control electrode is produced in the shape of a ring from electrically conductive material, characterized in that - the at least one ring-shaped field control electrode is embedded in the body; and in that - the adapter has at least one further ring-shaped electrode which is composed of electrically conductive material and is embedded in an annular groove of the body, wherein the further ring-shaped electrode in turn has an annular groove which is suitable for receiving a supporting and shielding device which can be fitted to the switch panel and is configured such that, in the fitted state, it mechanically supports the adapter. - a body which is composed of electrically insulating material and supports a connection contact pin composed of electrically conductive material, wherein the adapter can be fitted to the switch panel; - a switch panel-side opening in the body, the internal geometry of this opening, in a positive-locking region with a coupling piece, corresponding to the internal geometry of an opening of a feedthrough which is fitted to the switch panel and has an insulating body in a positive-locking region with the coupling piece; - a planar shield which is attached to a switch panel-side adapter outer surface and is in the form of a metal layer or a metal mesh, wherein the planar shield covers at least the switch panel-side end of the connection contact pin; - one or more field control electrodes (26, 27), wherein at least one field control electrode is produced in the shape of a ring from electrically conductive material, characterized in that - the at least one ring-shaped field control electrode is embedded in the body; and in that - the adapter has at least one further ring-shaped electrode which is composed of electrically conductive material and is embedded in an annular groove of the body, wherein the further ring-shaped electrode in turn has an annular groove which is suitable for receiving a supporting and shielding device which can be fitted to the switch panel and is configured such that, in the fitted state, it mechanically supports the adapter.
A device for treating the hair, comprising: - a first arm and a second arm that are connected together by a joint and are able to move relative to one another between a closed configuration for treating the hair and a spread configuration for engaging hair to be treated between said arms, the joint extending along a joint axis, - a removable refill comprising • a body having a housing, and • a member for applying a cosmetic product received in the housing, the refill comprising at least a first mounting means interacting with at least a second mounting means of the first arm, such that the first and second mounting means (27, 29) are assembled by a movement of the first mounting means, along an axis substantially parallel to the axis of the joint, relative to the second mounting means, one of the first mounting means and of the second mounting means comprising two facing walls (32, 34) that between them enclose a support of the other of the first mounting means and of the second mounting means. - a first arm and a second arm that are connected together by a joint and are able to move relative to one another between a closed configuration for treating the hair and a spread configuration for engaging hair to be treated between said arms, the joint extending along a joint axis, - a removable refill comprising • a body having a housing, and • a member for applying a cosmetic product received in the housing, • a body having a housing, and • a member for applying a cosmetic product received in the housing,
A pulsation control device (100, 300), comprising: a body constructed of a composite, non-metallic carbon fiber and epoxy material having a polymer liner, the body forming an annular cylinder with dome-shaped ends (103,104,303,304) and sealing fluids under pressure inside, the body formed with identical half structures each half structure including half a dome-shaped or half elliptical end structure (101, 104, 303, 304) at either end of half a cylindrical center portion (105, 305); and a metallic inlet nozzle (101, 301, 601) and a metallic outlet nozzle (102, 302) each within an opening in one of the dome-shaped or elliptical ends (103, 104, 302, 304) of the body, the metallic inlet nozzle (101, 301, 601) and the metallic outlet nozzle (102, 302) permitting fluid flow into and out of the body. a body constructed of a composite, non-metallic carbon fiber and epoxy material having a polymer liner, the body forming an annular cylinder with dome-shaped ends (103,104,303,304) and sealing fluids under pressure inside, the body formed with identical half structures each half structure including half a dome-shaped or half elliptical end structure (101, 104, 303, 304) at either end of half a cylindrical center portion (105, 305); and a metallic inlet nozzle (101, 301, 601) and a metallic outlet nozzle (102, 302) each within an opening in one of the dome-shaped or elliptical ends (103, 104, 302, 304) of the body, the metallic inlet nozzle (101, 301, 601) and the metallic outlet nozzle (102, 302) permitting fluid flow into and out of the body.
Method for manufacturing an orthopaedic foam plastic shoe inlay with an orthopaedic footbed produced on the upper side by means of the RIM foaming method, a lower side and an injection-moulded core part stabilizing the foam plastic shoe inlay, comprising the following steps: - fixing of a first layer of a flexible material, the surface dimensions of which are greater than those of the finished foam plastic shoe inlay, in an injection moulding tool; - forming of the core part in a partial section of the first layer by means of injection moulding in such a way that the core part remains firmly connected to the first layer and stiffens the partial section of the first layer; - transfer of the position of the core part by means of the first layer, at which it is injected, from the injection mould to an RIM foaming mould; - fixing of the first layer to the core part moulded thereon on a first foam mould half of the RIM foaming mould in such a way that the core part is held in an orthopaedically predetermined position by means of the first layer; - insertion of the components producing the PU foam plastic into the RIM foaming mould in such a way that the side of the first layer facing away from a shaping surface of the first foaming mould half is foamed by the foam plastic produced by means of the RIM foaming method, with the footbed being formed on the upper side by the foam plastic at the same time; - allowing the foam plastic to harden in the closed RIM foaming mould; - removal of the shoe inlay blank from the RIM foaming mould after hardening; and - cutting of the shoe inlay blank to form the foam plastic shoe inlay. - fixing of a first layer of a flexible material, the surface dimensions of which are greater than those of the finished foam plastic shoe inlay, in an injection moulding tool; - forming of the core part in a partial section of the first layer by means of injection moulding in such a way that the core part remains firmly connected to the first layer and stiffens the partial section of the first layer; - transfer of the position of the core part by means of the first layer, at which it is injected, from the injection mould to an RIM foaming mould; - fixing of the first layer to the core part moulded thereon on a first foam mould half of the RIM foaming mould in such a way that the core part is held in an orthopaedically predetermined position by means of the first layer; - insertion of the components producing the PU foam plastic into the RIM foaming mould in such a way that the side of the first layer facing away from a shaping surface of the first foaming mould half is foamed by the foam plastic produced by means of the RIM foaming method, with the footbed being formed on the upper side by the foam plastic at the same time; - allowing the foam plastic to harden in the closed RIM foaming mould; - removal of the shoe inlay blank from the RIM foaming mould after hardening; and - cutting of the shoe inlay blank to form the foam plastic shoe inlay.
A beverage dispensing device for dispensing beverage from a beverage container to an outlet, comprising: - a receptacle for a beverage container made from deformable material, said receptacle being defined by means (120, 130, 140, 150, 160) for deforming the beverage container in order to expel beverage stored therein; - a dispensing line fluidly connecting the beverage container and an outlet, the dispensing line having a first inner diameter; - an actuator arranged at the outlet in connection with the dispensing line adapted for opening and closing the fluid connection between the beverage container and the outlet; wherein means for measuring a pressure of the beverage in the beverage container and/or in the dispensing line is arranged in connection with the beverage container and/or the dispensing line, the measured pressure being used for controlling the means (120, 130, 140, 150, 160) for deforming the beverage container, so that a predetermined pressure of the beverage at the outlet is attained, characterised in that the dispensing line comprises a connecting device adapted to pierce the beverage container in order to bring an inside of the beverage container into fluid communication with the dispensing line, and a centre tube part arranged between the connecting device and the dispensing line, the centre tube part having a second inner diameter, the second inner diameter being larger than the first inner diameter of the dispensing line. - a receptacle for a beverage container made from deformable material, said receptacle being defined by means (120, 130, 140, 150, 160) for deforming the beverage container in order to expel beverage stored therein; - a dispensing line fluidly connecting the beverage container and an outlet, the dispensing line having a first inner diameter; - an actuator arranged at the outlet in connection with the dispensing line adapted for opening and closing the fluid connection between the beverage container and the outlet;
A stent delivery system comprising: a delivery catheter including an elongate shaft extending distally from a hub assembly, the elongate shaft including a lumen extending therethrough from a proximal end of the elongate shaft to a distal end of the elongate shaft, the elongate shaft including a guidewire port in a sidewall thereof, the guidewire port providing access to the lumen at a location intermediate the proximal and distal ends (126, 128) of the elongate shaft; and a collapsible sheath is disposed in the lumen, and a distal portion of the collapsible sheath extends across the guidewire port and the collapsible sheath configured to close the guidewire port when a guidewire is not extending therethrough, so as to allow a stent to be passed through the elongate shaft lumen without interference from the guidewire port; an introducer sheath slidably disposed in the lumen of the elongate shaft; and a stent disposed in the introducer sheath, characterized in that the introducer sheath is configured to allow the stent to be passed through the introducer sheath and into the collapsible sheath. a delivery catheter including an elongate shaft extending distally from a hub assembly, the elongate shaft including a lumen extending therethrough from a proximal end of the elongate shaft to a distal end of the elongate shaft, the elongate shaft including a guidewire port in a sidewall thereof, the guidewire port providing access to the lumen at a location intermediate the proximal and distal ends (126, 128) of the elongate shaft; and a collapsible sheath is disposed in the lumen, and a distal portion of the collapsible sheath extends across the guidewire port and the collapsible sheath configured to close the guidewire port when a guidewire is not extending therethrough, so as to allow a stent to be passed through the elongate shaft lumen without interference from the guidewire port; an introducer sheath slidably disposed in the lumen of the elongate shaft; and a stent disposed in the introducer sheath, characterized in that the introducer sheath is configured to allow the stent to be passed through the introducer sheath and into the collapsible sheath.
A passive component for detecting electrical overload of the insulation system of an electrically rotating machine, - a substrate that forms an electrically insulating bridge between at least two phases (U, V) of the electrically rotating machine, and - at least two conductor tracks (10, 11) that are disposed atop and/or beneath the substrate and are each coupled to one phase (U.V) of the electrically rotating machine, - wherein the substrate is set up such that the electrical potential across the electrically insulating bridge is the same as across the insulation system of the machine, such that the potential load on the passive component corresponds to the potential load on the insulation system of the electrically rotating machine, characterized in that - the passive component has a middle region that lies between the two conductor tracks (10, 11), which shows exposed substrate and is electrically insulated, - the conductor tracks (10, 11) are made of a composite material comprising a dye that changes color when electrical energy is supplied; - and the ends of the conductor tracks (10, 11) are set up, according to the potential applied, to create partial discharges in the middle region which break down the dye. - a substrate that forms an electrically insulating bridge between at least two phases (U, V) of the electrically rotating machine, and - at least two conductor tracks (10, 11) that are disposed atop and/or beneath the substrate and are each coupled to one phase (U.V) of the electrically rotating machine, - wherein the substrate is set up such that the electrical potential across the electrically insulating bridge is the same as across the insulation system of the machine, such that the potential load on the passive component corresponds to the potential load on the insulation system of the electrically rotating machine, characterized in that - the passive component has a middle region that lies between the two conductor tracks (10, 11), which shows exposed substrate and is electrically insulated, - the conductor tracks (10, 11) are made of a composite material comprising a dye that changes color when electrical energy is supplied; - and the ends of the conductor tracks (10, 11) are set up, according to the potential applied, to create partial discharges in the middle region which break down the dye.
A connector (100, 100') comprising: an outer conductor shell; two terminal groups (120a, 120b) arranged along a connector fitting direction to face each other; and an insulator housed in the outer conductor shell, the insulator holding the two terminal groups (120a, 120b), wherein each of the two terminal groups (120a, 120b) includes at least one or more terminal pairs of two terminals, each terminal of the terminal pair included in each of the two terminal groups (120a, 120b) includes at a tip end side portion of the connector (100, 100'), a contact portion to be connected in contact with a terminal of a partner connector, and at a back end side portion of the connector (100, 100'), a terminal mounting portion (122a, 122b) to be mounted on a substrate, and the outer conductor shell includes a shell mounting portion (108a, 108b) for mounting on the substrate, and a ground terminal (109, 111) also serving as a shell mounting portion on a back end side, characterized in that the ground terminal (109, 111) is configured to be mounted on the substrate between a mounting portion for a group of terminals included in one terminal group of the two terminal groups and a mounting portion for a group of terminals included in the other terminal group. an outer conductor shell; two terminal groups (120a, 120b) arranged along a connector fitting direction to face each other; and an insulator housed in the outer conductor shell, the insulator holding the two terminal groups (120a, 120b), wherein each of the two terminal groups (120a, 120b) includes at least one or more terminal pairs of two terminals, each terminal of the terminal pair included in each of the two terminal groups (120a, 120b) includes at a tip end side portion of the connector (100, 100'), a contact portion to be connected in contact with a terminal of a partner connector, and at a back end side portion of the connector (100, 100'), a terminal mounting portion (122a, 122b) to be mounted on a substrate, and at a tip end side portion of the connector (100, 100'), a contact portion to be connected in contact with a terminal of a partner connector, and at a back end side portion of the connector (100, 100'), a terminal mounting portion (122a, 122b) to be mounted on a substrate, and the outer conductor shell includes a shell mounting portion (108a, 108b) for mounting on the substrate, and a ground terminal (109, 111) also serving as a shell mounting portion on a back end side, characterized in that the ground terminal (109, 111) is configured to be mounted on the substrate between a mounting portion for a group of terminals included in one terminal group of the two terminal groups and a mounting portion for a group of terminals included in the other terminal group.
A battery comprising a positive electrode plate, a separator, and a negative electrode plate, characterized in that, the positive electrode plate comprises a positive electrode current collector and at least two layers of positive active material coated on at least one surface of the positive electrode current collector; and an underlying positive active material layer in contact with the positive electrode current collector comprises a first positive active material, a first polymer material and a first conductive material, and based on the total weight of the underlying layer positive active material layer, the first positive active material has a content of A% by weight, the first polymer material has a content of B% by weight, and the first conductive material has a content of C% by weight; and an upper positive active material layer in contact with the underlying positive active material layer and away from the positive electrode current collector comprises a second positive active material, a second polymer material and a second conductive material, and based on the total weight of the upper positive active material layer, the second positive active material has a content of A'% by weight, the second polymer material has a content of B'% by weight, and the second conductive material has a content of C'% by weight; A% < A'%, B% > B'%, C% ≥ C'%; and the first polymer material comprises fluorinated polyolefin and/or chlorinated polyolefin polymer material; and the weight ratio of the first polymer material to the first conductive material is at least 2; the first polymer material satisfies 35 wt% ≤ B% ≤ 75 wt%; and the first positive active material satisfies 10 wt% ≤ A% ≤ 60 wt%; and the first conductive material satisfies 5 wt% ≤ C% ≤ 25wt%.
An MS/MS mass spectrometer comprising, in a vacuum chamber: a first mass separation unit for selecting ions having a specific mass-to-charge ratio as precursor ions from among various species of ions; a collision cell for dissociating the precursor ions by making the precursor ions collide with a collision-induced dissociation gas; and a second mass separation unit for selecting ions having a specific mass-to-charge ratio from among various species of product ions generated by the dissociation, characterized in that an orientation of a discharge port of a gas channel for supplying the collision-induced dissociation gas into the collision cell is directed from a side of an injection end face of the collision cell having an ion injection aperture (23, 25) for injecting ions into the collision cell to a side of an exit end face of the collision cell having an ion exit aperture for discharging ions from the collision cell so as to produce, in the collision cell, a flow of the collision-induced dissociation gas having a component of flow vector in the same direction as the passage direction of the ions injected through the ion injection aperture (23, 25). a first mass separation unit for selecting ions having a specific mass-to-charge ratio as precursor ions from among various species of ions; a collision cell for dissociating the precursor ions by making the precursor ions collide with a collision-induced dissociation gas; and a second mass separation unit for selecting ions having a specific mass-to-charge ratio from among various species of product ions generated by the dissociation, characterized in that an orientation of a discharge port of a gas channel for supplying the collision-induced dissociation gas into the collision cell is directed from a side of an injection end face of the collision cell having an ion injection aperture (23, 25) for injecting ions into the collision cell to a side of an exit end face of the collision cell having an ion exit aperture for discharging ions from the collision cell so as to produce, in the collision cell, a flow of the collision-induced dissociation gas having a component of flow vector in the same direction as the passage direction of the ions injected through the ion injection aperture (23, 25).