mhurhangee/ep-ind-claims huggingface dataset:
An implantable electronic medical device, comprising a device body and a header placed thereon, including a telemetry assembly for signal transmission to and/or from outside the body of a patient when the device is implanted, in particular for wireless bidirectional communication, wherein a transmit/receive antenna (25; 45A to 45D) is assigned to the telemetry assembly, wherein the transmit/receive antenna (25; 45A to 45D) is essentially physically formed of an elongated conductor and is arranged in a region of the header, wherein the transmit/receive antenna (25; 45A to 45D) is configured to have a form fit with an outer contour of at least a portion of the header and is fixed thereby in the header, wherein - a first section (25.2) of the conductor has a spring elastic design and forms a bracket, and wherein the bracket embraces a connector in the header, - a second section of the conductor is arranged on an upper face of a connection block, the connection block comprising the connector, and, - at least one connecting conductor, which has an electrically conductive connection with the connector, is arranged on a side of the connection block. - a first section (25.2) of the conductor has a spring elastic design and forms a bracket, and wherein the bracket embraces a connector in the header, - a second section of the conductor is arranged on an upper face of a connection block, the connection block comprising the connector, and, - at least one connecting conductor, which has an electrically conductive connection with the connector, is arranged on a side of the connection block.
A system for removing an undesirable material from within a vessel, the system comprising: a first cannula having a distal end (11; 20) and an opposing proximal end, the distal end of the first cannula being deployable to expand from a first diameter to a relatively larger second diameter, the first cannula designed for maneuvering within a vessel to a site of interest, such that the undesirable material can be captured substantially en bloc through the distal end and removed along the first cannula away from the site; a pump, in fluid communication with the proximal end of the first cannula, to provide a sufficient suction force for removing the undesirable material from the site of interest; and a second cannula in fluid communication with the pump and being designed to have its distal end situated in spaced relation to the distal end of the first cannula, such that fluid removed from the site of interest by the first cannula can be directed along the second cannula and reinfused through the distal end of the second cannula. a first cannula having a distal end (11; 20) and an opposing proximal end, the distal end of the first cannula being deployable to expand from a first diameter to a relatively larger second diameter, the first cannula designed for maneuvering within a vessel to a site of interest, such that the undesirable material can be captured substantially en bloc through the distal end and removed along the first cannula away from the site; a pump, in fluid communication with the proximal end of the first cannula, to provide a sufficient suction force for removing the undesirable material from the site of interest; and a second cannula in fluid communication with the pump and being designed to have its distal end situated in spaced relation to the distal end of the first cannula, such that fluid removed from the site of interest by the first cannula can be directed along the second cannula and reinfused through the distal end of the second cannula.
A refrigerator, comprising a casing mounted to a storage box having an internal space (S2, S3), a refrigerant circuit including an evaporator cooling internal air in the storage box and a condenser disposed outside the storage box, and a sensor for refrigerant leakage detection detecting a leakage of a refrigerant from the refrigerant circuit, the sensor for refrigerant leakage detection being disposed outside of the internal space (S2, S3) of the storage box, and an internal air guide passage guiding the internal air from a discharge side of a fan disposed in the internal space (S2, S3) of the storage box to the sensor for refrigerant leakage detection, wherein an air-inlet side end of the internal air guide passage is disposed at a discharge side of the fan and an air-outlet side end of the internal air guide passage is disposed at an intake side of the fan.
Heat exchanger collector box, notably for a motor vehicle, comprising a collector plate, a cover and a gasket providing sealing between the said collector plate and the said cover, the said gasket comprising a fixing portion configured to bear against at least one fluid circulation tube (2 E) of the exchanger, the said fixing portion having a gripping projection for gripping of the said gasket, the said cover having at least one housing accommodating the said gripping projection, characterized in that the said cover comprises an arch extended by a box footing, the said box footing serving to compress the gasket, a back wall of the said housing being situated at right angles to the said box footing, the said housing being defined by a localized deformation of a profile of the arch of the said cover.
A locator tool for aligning a spray nozzle tip with a container to be sprayed, comprising an adjustable holder that can be fixed in position relative to a spray nozzle tip during an alignment operation, said adjustable holder comprises a measurement member, characterized in that said adjustable holder is configured to be repositioned away from said spray nozzle tip during a spraying operation, and in that said adjustable holder being operable to position said measurement member so that an operator can measure or adjust a first relative position between said spray nozzle tip to a first location on a workpiece (W p).
A method of opacifying a printing ink composition comprising adding hollow sphere resin particles and a colorant to a printing ink that comprises water as a volatile component; wherein the hollow sphere resin particles are supplied as a component that comprises said particles in an aqueous solution in water comprising 15wt% to 45wt% of the hollow sphere resin particles relative to the total weight of the component and 55 wt% to 85 wt% of water relative to the total weight of the component; and wherein said component is present in an amount of 10-90% based on the total weight of the ink composition. wherein the hollow sphere resin particles are supplied as a component that comprises said particles in an aqueous solution in water comprising 15wt% to 45wt% of the hollow sphere resin particles relative to the total weight of the component and 55 wt% to 85 wt% of water relative to the total weight of the component; and wherein said component is present in an amount of 10-90% based on the total weight of the ink composition.
A method for extracting mycotoxins from grain and other foodstuffs or animal feed, characterized in that aqueous, buffered solutions of naphthyl and/or phenyl compounds and/or their heterocyclical analogues are brought into contact with the grain or other foodstuffs or animal feed, the aqueous solution is then separated out and the content of the extracted mycotoxins in the aqueous solution is determined, and whereby as naphthyl and/or phenyl compounds and/or their heterocyclical analogues, compounds with the general formula I are used. in which X, R1 and R2 have the following meaning X = naphthyl or phenyl residue or its heterocyclical analogues R1 = at least one sulphonic acid group or at least one carbonic acid group R2 = unsubstituted or selected from a functional group of hydroxy, alkyl, alkoxy, amino, sulfhydryl, halogen and thioether, which are arranged in the o, m or p position in relation to the acid group in the molecule. X = naphthyl or phenyl residue or its heterocyclical analogues R1 = at least one sulphonic acid group or at least one carbonic acid group R2 = unsubstituted or selected from a functional group of hydroxy, alkyl, alkoxy, amino, sulfhydryl, halogen and thioether, which are arranged in the o, m or p position in relation to the acid group in the molecule.
A one-piece optical element consisting of a material transparent to light, characterized in that said optical element comprises a diaphragm formed in the mass of said transparent material, the diaphragm comprising: - an orifice consisting of said transparent material, suitable for passage of light through said orifice, - a screen consisting of said transparent material surrounding said orifice, said screen opposing passage of light therethrough and being formed by a succession of modified layers formed of the transparent material, separated from each other, and having a modified refractive index different from the refractive index of the transparent material in the rest of the optical element. - an orifice consisting of said transparent material, suitable for passage of light through said orifice, - a screen consisting of said transparent material surrounding said orifice, said screen opposing passage of light therethrough and being formed by a succession of modified layers formed of the transparent material, separated from each other, and having a modified refractive index different from the refractive index of the transparent material in the rest of the optical element.
A prestretched polyethylene film having a longitudinal degree of pre-stretching above 70% and a remaining longitudinal elongation capability of at least 300% as determined according to ASTM D882, wherein said film is a coextruded blown film comprising at least one core layer arranged between two exterior layers, wherein the thickness of the film is in the range of 10-30 μm, and wherein the film comprises at least 25% by weight of a linear low density polyethylene (LLDPE) substantially free from long chain branching produced using a Ziegler Natta catalyst and hexene, heptene or octene as comonomer and having a density of between 910 and 915 kg/m 3.
A mobile terminal, comprising: a display unit comprising a touch screen including a flat front surface display area and a curved side surface display area or a flat side surface area forming a slope against the front surface display area; and a controller configured to activate an editing function for an image displayed on the front surface display area in case the image is dragged beyond the front surface display area along a direction to the side surface display area, wherein when an image is dragged beyond the front surface display area toward the side surface display area, the controller is further configured to display the image on the front surface display area and the side surface display area, and to display on the side surface display area a graphic user interface for carrying out an editing function for part of the image dragged beyond the front surface display area, and wherein the editing function includes deletion of the part of the image displayed on the side surface display area. a display unit comprising a touch screen including a flat front surface display area and a curved side surface display area or a flat side surface area forming a slope against the front surface display area; and a controller configured to activate an editing function for an image displayed on the front surface display area in case the image is dragged beyond the front surface display area along a direction to the side surface display area, wherein when an image is dragged beyond the front surface display area toward the side surface display area, the controller is further configured to display the image on the front surface display area and the side surface display area, and to display on the side surface display area a graphic user interface for carrying out an editing function for part of the image dragged beyond the front surface display area, and wherein the editing function includes deletion of the part of the image displayed on the side surface display area.
A system for delivering a prosthetic heart valve device for implantation at a native heart valve of a patient, the system comprising: an elongated catheter body; and a delivery capsule comprising a containment chamber configured to contain the prosthetic heart valve device and a fluid chamber (410, 412), wherein the fluid chamber (410, 412) is fluidically sealed from the containment chamber and in fluid communication with a fluid lumen extending along the elongated catheter body, and wherein the delivery capsule is coupled to the elongated catheter body and configured to be hydraulically driven between a containment configuration for holding the prosthetic heart valve device and a deployment configuration for deploying the prosthetic heart valve device, wherein the delivery capsule comprises a biasing device configured to urge at least a portion of the delivery capsule towards the containment configuration when the delivery capsule moves from the containment configuration towards the deployment configuration, and wherein the biasing device includes a spring that is compressed as the delivery capsule moves away from the containment configuration to unsheathe an entire axial length of the prosthetic heart valve device. an elongated catheter body; and a delivery capsule comprising a containment chamber configured to contain the prosthetic heart valve device and a fluid chamber (410, 412), wherein the fluid chamber (410, 412) is fluidically sealed from the containment chamber and in fluid communication with a fluid lumen extending along the elongated catheter body, and wherein the delivery capsule is coupled to the elongated catheter body and configured to be hydraulically driven between a containment configuration for holding the prosthetic heart valve device and a deployment configuration for deploying the prosthetic heart valve device, wherein the delivery capsule comprises a biasing device configured to urge at least a portion of the delivery capsule towards the containment configuration when the delivery capsule moves from the containment configuration towards the deployment configuration, and wherein the biasing device includes a spring that is compressed as the delivery capsule moves away from the containment configuration to unsheathe an entire axial length of the prosthetic heart valve device.
A method for operating a water softening system having: an ion exchange device comprising an ion exchange resin, a supply vessel for supplying a regenerant solution for regenerating the ion exchange resin, an admixing device, and at least one flow meter (13, 14,17), wherein an influent volume flow V(t) raw of raw water towards the water softening system is divided into a first partial volume flow and a second partial volume flow upstream of or within the water softening system, with the first partial volume flow being guided through the ion exchange resin and that softened partial volume flow V(t) partial1soft being admixed to the second, raw water-bearing partial volume flow V(t) partial2raw, whereby in or downstream of the water softening system an effluent volume flow V(t) admixed of admixed water is formed, wherein the ratio between the first and second partial volume flow in the effluent volume flow V(t) admixed of the admixed water may be adjusted via the admixing device, wherein the method comprises the following steps: - determining the conductivity of the raw water by means of a conductivity sensor, and determining therefrom the total hardness of the raw water using a calibration characteristic which is stored in an electric control unit, - determining the first partial volume flow V(t) partial1soft directly or indirectly using the at least one flow meter (13, 14, 17), characterized in that a total hardness I of the raw water, which is used for automatically controlling the regeneration process of the ion exchange resin, is derived from the measured conductivity by means of a first calibration characteristic, and a total hardness II of the raw water, which is used for automatically controlling the admixing device, is derived from the measured conductivity by means of a second calibration characteristic, wherein the second calibration characteristic differs from the first calibration characteristic and the total hardness I derived from the first calibration characteristic is at least section-wise larger than the total hardness II derived from the second calibration characteristic. - determining the conductivity of the raw water by means of a conductivity sensor, and determining therefrom the total hardness of the raw water using a calibration characteristic which is stored in an electric control unit, - determining the first partial volume flow V(t) partial1soft directly or indirectly using the at least one flow meter (13, 14, 17),
A harness routing structure for an electric vehicle having an electric motor as a drive source, a control device to control the electric motor as well as charging of a battery for power supply to the electric motor, and a power unit elastically supported on a vehicle body, the harness routing structure comprising: a charging port fixedly supported on the vehicle body; a quick charging harness connecting the power unit and the charging port; a normal charging harness that connects the power unit and the charging port and is more flexible than the quick-charge harness; characterized by further comprising a first quick-charge harness clip by which an intermediate portion of the quick charging harness is fixed to the vehicle body, a second quick-charge harness clip by which an intermediate portion of the quick charging harness between the first quick-charge harness clip and the power unit is fixed to the power unit, a first normal-charge harness clip by which an intermediate portion of the normal charging harness is fixed to the vehicle body; and a second normal-charge harness clip by which an intermediate portion of the normal charging harness between the first normal-charge harness clip and the power unit is fixed to the power unit, wherein the normal charging harness between the normal body-side constraint point by the first normal-charge harness clip and the normal unit-side constraint point by the second normal-charge harness clip is configured to be shorter in length that the quick charging harness between the quick body-side constraint point by the first quick-charge harness clip and the second quick unit-side constraint point by the second quick-charge harness clip. a charging port fixedly supported on the vehicle body; a quick charging harness connecting the power unit and the charging port; a normal charging harness that connects the power unit and the charging port and is more flexible than the quick-charge harness; characterized by further comprising a first quick-charge harness clip by which an intermediate portion of the quick charging harness is fixed to the vehicle body, a second quick-charge harness clip by which an intermediate portion of the quick charging harness between the first quick-charge harness clip and the power unit is fixed to the power unit, a first normal-charge harness clip by which an intermediate portion of the normal charging harness is fixed to the vehicle body; and a second normal-charge harness clip by which an intermediate portion of the normal charging harness between the first normal-charge harness clip and the power unit is fixed to the power unit, wherein
A hand lever for a window or a door, wherein the hand lever comprises a pivoted handle part and a fastening device at the casement or frame, the handle part can be coupled with a connecting rod drive, and a locking device operative between the handle part and the fastening device is provided, wherein the locking device, in its activated state, prevents a rotary movement of the handle part relative to the fastening device, the locking device has an actuator, which can be activated by means of electrical energy, and the locking device is connected with a control device, wherein the control device comprises a transmitting device, which communicates with a possible control center, wherein the control center communicates with each control device, wherein the control device is connected with sensors, and wherein the transmitting device permits transmission of the data of the sensors and enables receipt of activation and deactivation commands for the actuator of the control device and at least one sensor determines the rotational position of the handle part relative to the fastening device, characterized in that, a slidable locking sleeve is operative between the handle part and the fastening device in its locking position, which sleeve interacts with the actuator. wherein the control device is connected with sensors, and wherein the transmitting device permits transmission of the data of the sensors and enables receipt of activation and deactivation commands for the actuator of the control device and at least one sensor determines the rotational position of the handle part relative to the fastening device, characterized in that, a slidable locking sleeve is operative between the handle part and the fastening device in its locking position, which sleeve interacts with the actuator.
A method for detecting blockage of holes in a component, the method comprising: capturing thermographic data of the component and the holes as a fluid is pulsed toward the holes; temporally processing the thermographic data to calculate temporal scores for the corresponding holes; spatially processing the thermographic data to calculate spatial scores for the corresponding holes; characterised in that it comprises: calculating composite scores associated with the holes based on the temporal scores and based on the spatial scores, wherein the composite scores represent a likelihood that the corresponding holes are open, blocked, or partially blocked, wherein temporal scores are calculated based on at least one of detrended values of the thermographic data, squared values of the detrended thermographic data, and a signal to noise ratio of the thermographic data, wherein the spatial scores are calculated based on a fraction of pixels in the thermographic data associated with each of the holes having at least a designated temperature response within a designated area around the hole. capturing thermographic data of the component and the holes as a fluid is pulsed toward the holes; temporally processing the thermographic data to calculate temporal scores for the corresponding holes; spatially processing the thermographic data to calculate spatial scores for the corresponding holes; characterised in that it comprises: calculating composite scores associated with the holes based on the temporal scores and based on the spatial scores, wherein the composite scores represent a likelihood that the corresponding holes are open, blocked, or partially blocked, wherein temporal scores are calculated based on at least one of detrended values of the thermographic data, squared values of the detrended thermographic data, and a signal to noise ratio of the thermographic data, wherein the spatial scores are calculated based on a fraction of pixels in the thermographic data associated with each of the holes having at least a designated temperature response within a designated area around the hole.