mhurhangee/ep-ind-claims huggingface dataset:
A self-sealing hemostasis valve combination, comprising: a valve, the valve comprising a. a first face; b. a second face; c. a circumferential edge between the first face and the second face, the circumferential edge defining a center; and d. a plurality of slits (96a-96n), each slit parting the valve between the first face and the second face and extending outward from the center, with adjacent slits defining a lobe which is one of a plurality of lobes (98a-98n), and each slit further defining a boundary between adjacent lobes, wherein adjacent lobes are in mutual contact at the boundary defined by each slit; and the combination further comprising a planar surface for preventing the plurality of lobes to flex in a first direction such that the hemostasis valve combination allows flow in a second direction but denies flow in the first direction, a means for allowing the plurality of lobes to flex in the second direction comprising a washer positioned adjacent the valve and having a recessed passage allowing the lobes to flex therein. a valve, the valve comprising a. a first face; b. a second face; c. a circumferential edge between the first face and the second face, the circumferential edge defining a center; and d. a plurality of slits (96a-96n), each slit parting the valve between the first face and the second face and extending outward from the center, with adjacent slits defining a lobe which is one of a plurality of lobes (98a-98n), and each slit further defining a boundary between adjacent lobes, wherein adjacent lobes are in mutual contact at the boundary defined by each slit; and a. a first face; b. a second face; c. a circumferential edge between the first face and the second face, the circumferential edge defining a center; and d. a plurality of slits (96a-96n), each slit parting the valve between the first face and the second face and extending outward from the center, with adjacent slits defining a lobe which is one of a plurality of lobes (98a-98n), and each slit further defining a boundary between adjacent lobes, wherein adjacent lobes are in mutual contact at the boundary defined by each slit; and the combination further comprising a planar surface for preventing the plurality of lobes to flex in a first direction such that the hemostasis valve combination allows flow in a second direction but denies flow in the first direction, a means for allowing the plurality of lobes to flex in the second direction comprising a washer positioned adjacent the valve and having a recessed passage allowing the lobes to flex therein.
A dual-interface portable device comprising: a contactless interface; a contact interface; a memory element operatively coupled to the contactless interface and the contact interface; an application stored in the memory element; and financial data stored in the memory element, wherein the contactless interface is enabled or disabled depending upon a command, wherein the contact interface is adapted to perform a contact transaction with a point of sale terminal with a contact chip reader to receive said command from a payment processing network through the contact interface to modify configuration data in the memory element, the configuration data causing the contactless interface to be enabled or disabled, said contactless interface being adapted for performing a contactless transaction between the portable device and a POS terminal with a contactless reader when said contactless interface is enabled, and wherein the contact interface is active regardless of the state of the configuration data. a contactless interface; a contact interface; a memory element operatively coupled to the contactless interface and the contact interface; an application stored in the memory element; and financial data stored in the memory element, wherein the contactless interface is enabled or disabled depending upon a command, wherein the contact interface is adapted to perform a contact transaction with a point of sale terminal with a contact chip reader to receive said command from a payment processing network through the contact interface to modify configuration data in the memory element, the configuration data causing the contactless interface to be enabled or disabled, said contactless interface being adapted for performing a contactless transaction between the portable device and a POS terminal with a contactless reader when said contactless interface is enabled, and wherein the contact interface is active regardless of the state of the configuration data.
Electronic apparatus with at least one component to be cooled, a cooling element for cooling the component to be cooled, at least one power line and a corresponding current sensor for detecting a current intensity of a current flowing through the corresponding power line, wherein the cooling element has a recess, in which the current sensor engages or in which the current sensor is arranged, characterised in that multiple of the current sensors are arranged together in the recess in the cooling element.
An implantable percutaneous fluid delivery device (10;110;410;710), comprising; a subcutaneous base portion (20;120;420) comprising one or more ports for supplying fluid to one or more implanted catheter devices, and a percutaneous portion (22;122;422) comprising an extracorporeal surface (24;124;424), the one or more ports of the subcutaneous base portion being accessible from the extracorporeal surface (24;124;424) of the percutaneous portion, characterised in that the subcutaneous base portion (20;120;420) is at least partially insertable into a complementary recess (442;714) formed in a bone, the subcutaneous base portion (20;120;420) comprising one or more features (421;712) for gripping the internal surface of such a complementary recess thereby directly anchoring the subcutaneous base portion (20;120;420) to the bone. a subcutaneous base portion (20;120;420) comprising one or more ports for supplying fluid to one or more implanted catheter devices, and a percutaneous portion (22;122;422) comprising an extracorporeal surface (24;124;424), the one or more ports of the subcutaneous base portion being accessible from the extracorporeal surface (24;124;424) of the percutaneous portion, characterised in that the subcutaneous base portion (20;120;420) is at least partially insertable into a complementary recess (442;714) formed in a bone, the subcutaneous base portion (20;120;420) comprising one or more features (421;712) for gripping the internal surface of such a complementary recess thereby directly anchoring the subcutaneous base portion (20;120;420) to the bone.
A display device, comprising: a substrate comprising a display area and a non-display area adjacent to the display area; an anode electrode positioned in the display area; an organic light emitting layer disposed on the anode electrode and positioned in the display area; a cathode electrode disposed on the organic light emitting layer; and a gate driver positioned in the display area, a driving thin film transistor, TFT, positioned in the display area, a protective layer covering the gate driver; and a planarizing layer disposed on the protective layer, wherein the driving TFT is disposed on the planarizing layer and comprises: a D-drain electrode connected to the anode electrode; a D-source electrode; a D-gate electrode; and a D-semiconductor layer, wherein the gate driver is disposed on the substrate, and wherein the driving TFT is disposed on the gate driver, wherein the gate driver comprises a plurality of gate TFTs, wherein each of the plurality of gate TFTs comprises: a G-semiconductor layer; a G-gate electrode; a G-source electrode; and a G-drain electrode, wherein a contact hole is formed in the planarizing layer and the protective layer, and the D-gate electrode passes through the contact hole such that the D-gate electrode is contacted with the G-drain electrode, wherein the D-gate electrode does not overlap the D-source electrode nor the D-drain electrode. a substrate comprising a display area and a non-display area adjacent to the display area; an anode electrode positioned in the display area; an organic light emitting layer disposed on the anode electrode and positioned in the display area; a cathode electrode disposed on the organic light emitting layer; and a gate driver positioned in the display area, a driving thin film transistor, TFT, positioned in the display area, a protective layer covering the gate driver; and a planarizing layer disposed on the protective layer, wherein the driving TFT is disposed on the planarizing layer and comprises: a D-drain electrode connected to the anode electrode; a D-source electrode; a D-gate electrode; and a D-semiconductor layer, a D-drain electrode connected to the anode electrode; a D-source electrode; a D-gate electrode; and a D-semiconductor layer, wherein the gate driver is disposed on the substrate, and wherein the driving TFT is disposed on the gate driver, wherein the gate driver comprises a plurality of gate TFTs, wherein each of the plurality of gate TFTs comprises: a G-semiconductor layer; a G-gate electrode; a G-source electrode; and a G-drain electrode, a G-semiconductor layer; a G-gate electrode; a G-source electrode; and a G-drain electrode, wherein a contact hole is formed in the planarizing layer and the protective layer, and the D-gate electrode passes through the contact hole such that the D-gate electrode is contacted with the G-drain electrode, wherein the D-gate electrode does not overlap the D-source electrode nor the D-drain electrode.
A crimp terminal comprising: an electrical connection portion provided in a front portion in a longitudinal direction of the terminal; and a conductor crimp portion provided behind the electrical connection portion for crimping and connecting to a conductor of an end of an electric wire, the conductor crimp portion having a cross section formed into a U-shape by a bottom plate and a pair of conductor crimping pieces provided to extend upwardly from both right and left side edges of the bottom plate and crimpable to wrap the conductor when disposed on an inner surface of the bottom plate, wherein the conductor crimp portion includes, in an inner surface of the conductor crimp portion, recesses (20, 22) as serrations scattered to be spaced from each other, said recesses having a thin bottom surface and wherein each of the recesses of the conductor crimp portion before being crimped to the conductor of the end of the electric wire has an oval shape having a minor axis oriented in the longitudinal direction and a major axis oriented in a direction orthogonal to the longitudinal direction, characterized in that a ratio of the minor axis to the major axis of the recess is 1: 1.7 to 2.3 before the crimping such that each takes on a substantially circular shape after the conductor crimp portion is crimped to the conductor of the end of the electric wire. an electrical connection portion provided in a front portion in a longitudinal direction of the terminal; and a conductor crimp portion provided behind the electrical connection portion for crimping and connecting to a conductor of an end of an electric wire, the conductor crimp portion having a cross section formed into a U-shape by a bottom plate and a pair of conductor crimping pieces provided to extend upwardly from both right and left side edges of the bottom plate and crimpable to wrap the conductor when disposed on an inner surface of the bottom plate,
Green wall comprising a solid support which has a surface covered with a plurality of living climbing plant subjects rooted in the soil immediately next to the wall and attached to the surface of the support, characterized in that the support is selected from glass objects.
An injection head for liquid fire extinguishing agent, in a fire extinguishing equipment using a liquid fire extinguishing agent, the injection head arranged for releasing the liquid fire extinguishing agent to a fire extinguishing area, wherein the injection head comprising of: an injection head body for connecting with a pipe providing the liquid fire extinguishing agent; an orifice plate arranged in the injection head body and forming with an orifice through which flowing the liquid fire extinguishing agent; a porous member having a block shape arranged in an exiting part of the orifice; and a baffle plate contacting with an end surface of said porous member opposite side of the exiting part of the orifice; wherein said baffle plate covers at least a projected area of a circumscribed circle of the orifice of an end surface of the porous member and, as well as the liquid fire extinguishing agent is released via a gap formed between the injection head body and the baffle plate, and/or, a through hole formed outside of the projected area of the circumscribed circle of the orifice of the injection head body and/or the baffle plate, characterised in that a release form of said liquid fire extinguishing agent has a cylindrical shape in a direction as the same as an axial direction of the orifice.
Vessel for storing an object, characterized in that it comprises: - an electrically insulating container, intended to contain the object; - an electrically conductive layer, arranged on the outer face of the container, the conductive layer being covered with an electrically insulating layer; - a control circuit comprising an electrically conductive detection element, electrically insulated from said conductive layer and capacitively coupled to said conductive layer, the electrically insulating layer being arranged between said conductive layer and said detection element, said control circuit being configured to: - measure the capacitance formed between said conductive layer and an electrically charged object brought close to the conductive layer; - generate a control signal dependent on the measured capacitance. - an electrically insulating container, intended to contain the object; - an electrically conductive layer, arranged on the outer face of the container, the conductive layer being covered with an electrically insulating layer; - a control circuit comprising an electrically conductive detection element, electrically insulated from said conductive layer and capacitively coupled to said conductive layer, the electrically insulating layer being arranged between said conductive layer and said detection element, said control circuit being configured to: - measure the capacitance formed between said conductive layer and an electrically charged object brought close to the conductive layer; - generate a control signal dependent on the measured capacitance. - measure the capacitance formed between said conductive layer and an electrically charged object brought close to the conductive layer; - generate a control signal dependent on the measured capacitance.
A system for opening and emptying a bag of material comprising: a base having a pair of opposed sides depending therefrom and a central aperture therein; a pair of opposed doors rotatably mounted on a pair of door shafts between said sides, each door having a bottom portion terminating in an edge, the edges of the pair of opposed doors forming an opening; a plurality of piercing blades pivotally mounted to said base on a pivot rod, said blades capable of pivoting to pierce said bag; and a cutting blade mounted transversely below the opening of said opposed doors, said cutting blade capable of linear motion across the opening. a base having a pair of opposed sides depending therefrom and a central aperture therein; a pair of opposed doors rotatably mounted on a pair of door shafts between said sides, each door having a bottom portion terminating in an edge, the edges of the pair of opposed doors forming an opening; a plurality of piercing blades pivotally mounted to said base on a pivot rod, said blades capable of pivoting to pierce said bag; and a cutting blade mounted transversely below the opening of said opposed doors, said cutting blade capable of linear motion across the opening.
An extractor comprising: a base movable along a surface to be cleaned; a handle configured to be gripped by a user to move the base along the surface to be cleaned; a liquid distribution system including a supply tank and a distributor in fluid communication configured to deliver solution to the surface in a distributing mode and to not deliver solution to the surface in a non-distributing mode; an encoder operable to generate an encoder signal as a first signal based on user-initiated movement of the base along the surface in a forward direction and as a second signal based on user-initiated movement of the base along the surface in a rearward direction; and a controller operatively connected to the encoder and the liquid distribution system, the controller being configured to operate the liquid distribution system in the distributing mode during movement of the base based on the first signal during operation of the extractor and in the non-distributing mode during movement of the base based on the second signal during operation of the extractor, wherein the controller changes from the distributing mode to the non-distributing mode based on the encoder signal and independent of user interaction with the extractor other than the user-initiated movement. a base movable along a surface to be cleaned; a handle configured to be gripped by a user to move the base along the surface to be cleaned; a liquid distribution system including a supply tank and a distributor in fluid communication configured to deliver solution to the surface in a distributing mode and to not deliver solution to the surface in a non-distributing mode; an encoder operable to generate an encoder signal as a first signal based on user-initiated movement of the base along the surface in a forward direction and as a second signal based on user-initiated movement of the base along the surface in a rearward direction; and a controller operatively connected to the encoder and the liquid distribution system, the controller being configured to operate the liquid distribution system in the distributing mode during movement of the base based on the first signal during operation of the extractor and in the non-distributing mode during movement of the base based on the second signal during operation of the extractor, wherein the controller changes from the distributing mode to the non-distributing mode based on the encoder signal and independent of user interaction with the extractor other than the user-initiated movement.
A support structure configured to be arranged at least partially in a space provided between at least two coil segments (18, 20) of a transformer, the support structure characterized by comprising: an elongated body having at least a first side and a second side; and at least one fluid passage opening provided in at least a section of the elongated body, the at least one fluid passage opening being configured to allow a fluid to pass therethrough from the first side to the second side, wherein the elongated body has two end sections (34, 36) and an intermediate section connecting the two end sections (34, 36), wherein each end section (34, 36) comprises a plurality of fluid passage openings, and wherein the distance between two adjacent fluid passage openings of the plurality of fluid passage openings in each of the end sections (34, 36) is from 5 mm to 20 mm. an elongated body having at least a first side and a second side; and at least one fluid passage opening provided in at least a section of the elongated body, the at least one fluid passage opening being configured to allow a fluid to pass therethrough from the first side to the second side, wherein the elongated body has two end sections (34, 36) and an intermediate section connecting the two end sections (34, 36), wherein each end section (34, 36) comprises a plurality of fluid passage openings, and wherein the distance between two adjacent fluid passage openings of the plurality of fluid passage openings in each of the end sections (34, 36) is from 5 mm to 20 mm.
Computer-implemented method for automatically estimating and/or correcting an error due to artifacts in a multi-energy computed tomography result dataset relating to at least one target material, wherein at least two three-dimensional energy datasets of an imaging region of a patient are acquired using an computed tomography device using different x-ray energy spectra, and the result dataset is determined by evaluating the energy datasets using material-specific energy dependences of x-ray attenuation, wherein the following steps are performed for estimation of the error due to artifacts: - determining at least one first subregion of the imaging region, which is free from the target material and contains at least one, in particular exactly one, second material with known material-specific energy dependence of x-ray attenuation, characterized by - for each first subregion, comparing the image values of the energy datasets for each voxel, taking into account the known energy dependence, to determine deviation values indicative of artifacts, said deviation values being determined by comparison of energy values, that is, image values of the energy datasets, - for at least a part of the at least one remaining second subregion of the imaging region, calculating estimated deviation values by interpolating and/or extrapolating from the determined deviation values in the first subregion, wherein the estimated deviation values are used as estimated error due to artifacts, said second subregion covering all remaining parts of the imaging region. - determining at least one first subregion of the imaging region, which is free from the target material and contains at least one, in particular exactly one, second material with known material-specific energy dependence of x-ray attenuation, characterized by - for each first subregion, comparing the image values of the energy datasets for each voxel, taking into account the known energy dependence, to determine deviation values indicative of artifacts, said deviation values being determined by comparison of energy values, that is, image values of the energy datasets, - for at least a part of the at least one remaining second subregion of the imaging region, calculating estimated deviation values by interpolating and/or extrapolating from the determined deviation values in the first subregion, wherein the estimated deviation values are used as estimated error due to artifacts, said second subregion covering all remaining parts of the imaging region.