mhurhangee/patent-ind-claim-en huggingface dataset:
An irrigation system for use with an irrigated electrophysiology catheter, comprising: a peristaltic pump ; and a pump interface tubing for use in a peristaltic pump , the pump interface tubing comprising: a tubular core having an outer surface; and a treatment on the outer surface of the tubular core , wherein the treatment reduces static charge buildup on the tubular core during operation of the peristaltic pump , wherein the tubular core comprises a first material and wherein the treatment comprises a layer of a second material different from the first material formed about the tubular core , and wherein the second material is closer to zero on the triboelectric scale than the first material. a peristaltic pump ; and a pump interface tubing for use in a peristaltic pump , the pump interface tubing comprising: a tubular core having an outer surface; and a treatment on the outer surface of the tubular core , wherein the treatment reduces static charge buildup on the tubular core during operation of the peristaltic pump , wherein the tubular core comprises a first material and wherein the treatment comprises a layer of a second material different from the first material formed about the tubular core , and wherein the second material is closer to zero on the triboelectric scale than the first material. a tubular core having an outer surface; and a treatment on the outer surface of the tubular core , wherein the treatment reduces static charge buildup on the tubular core during operation of the peristaltic pump , wherein the tubular core comprises a first material and wherein the treatment comprises a layer of a second material different from the first material formed about the tubular core , and wherein the second material is closer to zero on the triboelectric scale than the first material.
A method of assigning a client device to a wireless access point, comprising: analyzing stored network traffic data associated with the client device (108 -110); determining a time based pattern of network traffic associated with the client device using the analyzed stored network traffic data; determining the wireless access point to assign the client device to based on the time based pattern; and transmitting to the wireless access point, information about the client device assigned to the wireless access point. analyzing stored network traffic data associated with the client device (108 -110); determining a time based pattern of network traffic associated with the client device using the analyzed stored network traffic data; determining the wireless access point to assign the client device to based on the time based pattern; and transmitting to the wireless access point, information about the client device assigned to the wireless access point.
A clamping device for use in a cargo bed having a plurality of protrusions forming a clamping device engagement interface adapted to align with the clamping device , comprising: a handle , a body , a clamping mechanism with a plurality of fingers , and a pull rod interconnecting the handle , body , and clamping mechanism; wherein the clamping mechanism is sized and shaped to be inserted into the clamping device engagement interface , and once within the clamping device engagement interface , the handle actuated such that the plurality of fingers bears against the device engagement interface ; and characterised in that the clamping mechanism further includes a back side and the plurality of fingers includes a first finger positioned above a second finger; wherein the first finger comprises a first arm extending from the back side , a first leg substantially parallel to the back side extending from the first arm , and a first finger lip extending toward the back side from the first leg ; wherein the second finger comprises a second arm extending from the back side , a second finger lip substantially parallel to the back side extending from the second arm ; and wherein the first leg and the second finger lip are substantially coplanar. a handle , a body , a clamping mechanism with a plurality of fingers , and a pull rod interconnecting the handle , body , and clamping mechanism; wherein the clamping mechanism is sized and shaped to be inserted into the clamping device engagement interface , and once within the clamping device engagement interface , the handle actuated such that the plurality of fingers bears against the device engagement interface ; and characterised in that the clamping mechanism further includes a back side and the plurality of fingers includes a first finger positioned above a second finger; wherein the first finger comprises a first arm extending from the back side , a first leg substantially parallel to the back side extending from the first arm , and a first finger lip extending toward the back side from the first leg ; wherein the second finger comprises a second arm extending from the back side , a second finger lip substantially parallel to the back side extending from the second arm ; and wherein the first leg and the second finger lip are substantially coplanar.
A wireless communication system comprising: a mobile wireless communications device and a wireless accessory device to be paired therewith; said wireless accessory device comprising a wireless transceiver and an antenna coupled thereto, the wireless transceiver and said antenna being operable in an initial mode and an operational mode after successful pairing, the initial mode having a shorter range than the operational mode ; said mobile wireless communications device being configured to exchange pairing tokens with said wireless accessory device using the initial mode , and to communicate with said wireless accessory device using the operational mode after successful pairing; wherein said wireless accessory device is configured to determine a signal strength from said mobile wireless communications device during pairing; wherein said wireless accessory device is configured to halt the pairing if the determined signal strength is below a threshold, wherein only one of the mobile wireless communications device and the wireless accessory device comprises an accelerometer configured to determine a physical bump during pairing, and wherein said mobile wireless communications device or said wireless accessory device is configured to halt the pairing if the physical bump is not detected. a mobile wireless communications device and a wireless accessory device to be paired therewith; said wireless accessory device comprising a wireless transceiver and an antenna coupled thereto, the wireless transceiver and said antenna being operable in an initial mode and an operational mode after successful pairing, the initial mode having a shorter range than the operational mode ; said mobile wireless communications device being configured to exchange pairing tokens with said wireless accessory device using the initial mode , and to communicate with said wireless accessory device using the operational mode after successful pairing; wherein said wireless accessory device is configured to determine a signal strength from said mobile wireless communications device during pairing; wherein said wireless accessory device is configured to halt the pairing if the determined signal strength is below a threshold, wherein only one of the mobile wireless communications device and the wireless accessory device comprises an accelerometer configured to determine a physical bump during pairing, and wherein said mobile wireless communications device or said wireless accessory device is configured to halt the pairing if the physical bump is not detected.
A light emitting device comprising: a plurality of LED filaments , each filament comprising a flexible substrate and a plurality of LED light sources arranged on the flexible substrate, and an encapsulation encapsulating the plurality of LED light sources and at least a part of one side of the flexible substrate, wherein at least one LED filament of said plurality of LED filaments comprises at least one knot in the form of intentional complication in cordage of the at least one LED filament, wherein the intentional complication in cordage is any one of a fastening made by looping the at least one LED filament on itself or together with a further LED filament of the plurality of filaments and tightening it, and wherein at least two of the plurality of LED filaments are connected to one another or tied together by the at least one knot . a plurality of LED filaments , each filament comprising a flexible substrate and a plurality of LED light sources arranged on the flexible substrate, and an encapsulation encapsulating the plurality of LED light sources and at least a part of one side of the flexible substrate, wherein at least one LED filament of said plurality of LED filaments comprises at least one knot in the form of intentional complication in cordage of the at least one LED filament, wherein the intentional complication in cordage is any one of a fastening made by looping the at least one LED filament on itself or together with a further LED filament of the plurality of filaments and tightening it, and wherein at least two of the plurality of LED filaments are connected to one another or tied together by the at least one knot .
A composition for use in treating prostate cancer, wherein the composition is to be administered to a prostate cancer patient to inhibit the growth or metastasis of prostate cancer, the composition comprising a peptide having the amino acid sequence of SEQ ID NO:1 or an active fragment thereof, wherein the peptide or the peptide fragment is included in an amount effective for treating prostate cancer and wherein, in said use, the composition is to be co-administered with an anti-cancer drug.
Modular unit with a sensor device for actuating a movable part , in particular a flap of a motor vehicle, with a carrier body on which the sensor device with at least one sensor is arranged in order to enable detection of a user in at least one detection area adjacent to the motor vehicle , so that actuation of the movable part can be activated via the detection , wherein the modular unit is designed as a module that can be handled individually in such a way that the modular unit can be fastened to the motor vehicle , wherein the sensor has an elongated extension and can be arranged in the bumper region or in the door sill region, wherein the actuation of the movable part , i.e. a movement of the movable part , into its open position can only be carried out when in addition a positive authentication with the user has taken place, wherein a reference measurement can firstly be carried out by the sensor device with at least one sensor in order to thus firstly detect disturbing influences, and in order, after the reference measurement has been carried out, to use the sensor to measure a detection of the user in the detection area , and to use this reference measurement to define threshold values for the subsequent measurement, wherein an electronic unit connected to the sensor device is arranged on the carrier body , and a reference measured value from the reference measurement can be stored in the electronic unit as a reference value, wherein said sensor device comprises at least a first and a second sensor , wherein the sensors have different detection areas .
A weft braking device for accumulator yarn feeders that are provided with a drum adapted to support a yarn (Y) wound thereon which is adapted to be unwound on demand by a textile machine, which comprises a support adapted to be fixed to the yarn feeder , a hollow braking member extending around an axis and adapted to coaxially engage a delivery end of said drum , and a braking adjustment mechanism which comprises a first threaded element connected to said hollow braking member and capable of translating axially with respect to the support at the command of a second threaded element which is supported rotatably by the support , characterized in that it comprises elastic means which are functionally interposed between said first threaded element and said support in order to bias the threading of said first threaded element to engage the threading of said second threaded element always on a same side regardless of the direction of rotation of said second threaded element .
A cooling system for a turbine engine comprising: a structure defining a fluid passageway , the fluid passageway including an impingement surface (78; 116); a first opening into the fluid passageway , wherein the first opening is disposed opposite the impingement surface (78; 116) of the fluid passageway and is configured such that airflow entering the fluid passageway impacts the impingement surface (78; 116); and an agglomerate retention structure (98; 110; 112) disposed on the impingement surface (78; 116), the agglomerate retention structure (98; 110; 112) configured to hold particulates impacting the impingement surface (78; 116) entering through the opening , wherein an impingement angle of the airflow against the impingement surface is no more than 45 degrees from an impingement airflow that is normal to the first opening , characterised in that the structure is integral to the impingement surface and comprises at least one of a rib and pedestal extending upward from the impingement surface , the at least one of a rib and pedestal being configured to encourage the accumulation of particulates and to intertwine with the amassed particulates to hold them in place. a structure defining a fluid passageway , the fluid passageway including an impingement surface (78; 116); a first opening into the fluid passageway , wherein the first opening is disposed opposite the impingement surface (78; 116) of the fluid passageway and is configured such that airflow entering the fluid passageway impacts the impingement surface (78; 116); and an agglomerate retention structure (98; 110; 112) disposed on the impingement surface (78; 116), the agglomerate retention structure (98; 110; 112) configured to hold particulates impacting the impingement surface (78; 116) entering through the opening , wherein an impingement angle of the airflow against the impingement surface is no more than 45 degrees from an impingement airflow that is normal to the first opening , characterised in that the structure is integral to the impingement surface and comprises at least one of a rib and pedestal extending upward from the impingement surface , the at least one of a rib and pedestal being configured to encourage the accumulation of particulates and to intertwine with the amassed particulates to hold them in place.
An oven comprising: an oven housing defining a cooking volume and having a door providing access to the cooking volume and sealing the cooking volume when the door is in a closed position; an oven heater communicating with the cooking volume to heat the same; and a cleaning assembly including a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the cooking volume , a pump communicating through a first opening in the reservoir chamber to pump a cleaning solution out of the reservoir chamber and expel the cleaning solution to the cooking volume through a nozzle directing a spray against an interior of the cooking volume, and a cleaning heater assembly communicating with the cleaning solution to heat the same; the oven further comprising a second opening in the reservoir chamber permitting a movement of grease through the second opening , and a third opening in the reservoir chamber permitting a movement of freshwater from a freshwater source through the third opening , characterised in that the second opening and third opening are on adjacent upstanding sidewalls and the freshwater source is configured to spray freshwater orthogonal to the second opening . an oven housing defining a cooking volume and having a door providing access to the cooking volume and sealing the cooking volume when the door is in a closed position; an oven heater communicating with the cooking volume to heat the same; and a cleaning assembly including a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the cooking volume , a pump communicating through a first opening in the reservoir chamber to pump a cleaning solution out of the reservoir chamber and expel the cleaning solution to the cooking volume through a nozzle directing a spray against an interior of the cooking volume, and a cleaning heater assembly communicating with the cleaning solution to heat the same; a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the cooking volume , a pump communicating through a first opening in the reservoir chamber to pump a cleaning solution out of the reservoir chamber and expel the cleaning solution to the cooking volume through a nozzle directing a spray against an interior of the cooking volume, and a cleaning heater assembly communicating with the cleaning solution to heat the same; the oven further comprising a second opening in the reservoir chamber permitting a movement of grease through the second opening , and a third opening in the reservoir chamber permitting a movement of freshwater from a freshwater source through the third opening , characterised in that the second opening and third opening are on adjacent upstanding sidewalls and the freshwater source is configured to spray freshwater orthogonal to the second opening .
Sealing housing for a starter , which can be connected to at least one cable for the transmission of electrical current, for starting an internal combustion engine for a motor vehicle, with at least one housing element which has a receiving space , in which at least one first contact element of the starter and at least one second contact element of the cable which is different from the starter , is provided in addition to the starter , and runs at least partially outside the starter can be received; a first opening which opens into the receiving space and via which the first contact element can be plugged into the receiving space ; and a second opening which opens into the receiving space and via which the second contact element can be plugged into the receiving space for the electrical connection of the first contact element to the second contact element , and with a seal device , by means of which the receiving space is to be sealed in a water-tight manner with water-tight sealing of the openings , a cover which is configured separately from the housing element , can be connected to the housing element and has a passage opening for the cable being provided, by means of which cover the second opening can be closed at least partially, characterized in that the seal device has at least one second seal element which is held on the cover and by means of which the cable is to be sealed with respect to the cover and the cover is to be sealed with respect to the housing element , the cover being formed from a first plastic, and the second seal element being formed from a second plastic which is softer than the first plastic, and the second seal element being moulded onto the cover .
A self-cleaning exhaust system comprising: an exhaust duct connectable to a machine that produces exhaust, the exhaust duct having a longitudinal axis , a first diameter , and an inner wall ; a coil connected to the exhaust duct and disposed inside the exhaust duct along the longitudinal axis , the coil having a pitch and a second diameter , wherein the second diameter is less than the first diameter ; and wherein the coil is configured to vibrate with an amplitude sufficiently large such that at least part of the coil will repeatedly impact the inner wall when exhaust 20 flows through the exhaust duct , characterized in that a slot is disposed in the inner wall of the duct , wherein a prong of the coil is disposed in and slidable along the slot . an exhaust duct connectable to a machine that produces exhaust, the exhaust duct having a longitudinal axis , a first diameter , and an inner wall ; a coil connected to the exhaust duct and disposed inside the exhaust duct along the longitudinal axis , the coil having a pitch and a second diameter , wherein the second diameter is less than the first diameter ; and wherein the coil is configured to vibrate with an amplitude sufficiently large such that at least part of the coil will repeatedly impact the inner wall when exhaust 20 flows through the exhaust duct , characterized in that a slot is disposed in the inner wall of the duct , wherein a prong of the coil is disposed in and slidable along the slot .
Apparatus for separating product containing pouches from a travelling web of adhered films comprising: a film support surface carrying the adhered films and provided with at least one pouch forming mold configuration ; said film support surface including groove portions surrounding said at least one mold configuration ; and a rotary blade drum assembly in operative relation with said film support surface having blade configurations with blade portions arranged to form the entire perimeter edge of a flange of the pouch ; said blade portions being disposed for synchronous registration with said groove portions of said film support surface , rotation of said rotary blade drum causing said blade portions to enter said groove portions through said travelling web of adhered films, form said perimeter edge of the flange of the pouch and separate said at least one pouch from the travelling web of adhered films , wherein a rotating forming drum includes said film support surface , characterised in that said film support surface includes intersecting generally longitudinal groove portions and generally transverse groove portions , and said rotary blade drum assembly includes intersecting generally longitudinal blade portions and generally transverse blade portions configured for synchronous registration with said generally longitudinal and generally transverse groove portions surrounding said at least one mold configuration . a film support surface carrying the adhered films and provided with at least one pouch forming mold configuration ; said film support surface including groove portions surrounding said at least one mold configuration ; and a rotary blade drum assembly in operative relation with said film support surface having blade configurations with blade portions arranged to form the entire perimeter edge of a flange of the pouch ; said blade portions being disposed for synchronous registration with said groove portions of said film support surface , rotation of said rotary blade drum causing said blade portions to enter said groove portions through said travelling web of adhered films, form said perimeter edge of the flange of the pouch and separate said at least one pouch from the travelling web of adhered films , wherein a rotating forming drum includes said film support surface , characterised in that said film support surface includes intersecting generally longitudinal groove portions and generally transverse groove portions , and said rotary blade drum assembly includes intersecting generally longitudinal blade portions and generally transverse blade portions configured for synchronous registration with said generally longitudinal and generally transverse groove portions surrounding said at least one mold configuration .