mhurhangee/patent-ind-claim-en huggingface dataset:
Implant having a surface comprising a coating on at least a portion of the surface of the implant, wherein the coating comprises at least two coating layers consisting of bioactive compounds and optionally an antioxidative agent adjacent to each other, wherein the first coating layer is a patch-like, non-continuous powder coating layer, and the second coating layer is a continuous coating layer concealing or agglutinating the first coating layer, and wherein the first and second bioactive compounds are selected from a group consisting of pain reliever, blood thinning substances, hormones, cytostatic substances, growth factors, inflammation inhibitors and antibiotics, obtainable in a process comprising the following steps: - providing an implant with a surface, - providing a first suspension comprising at least one first bioactive compound in a first solvent, wherein the first bioactive compound is non-soluble or partially soluble in the first solvent, - applying said first suspension comprising the at least one first bioactive compound onto at least a part of the implant surface forming a first coating layer, - drying the first coating layer, - providing a second solution comprising at least one second bioactive compound in a second solvent, wherein the second bioactive compound is soluble or readily soluble in the second solvent; - applying said second solution comprising the at least one second bioactive compound onto the first coating layer forming a second coating layer, and - drying the second coating layer. - providing an implant with a surface, - providing a first suspension comprising at least one first bioactive compound in a first solvent, wherein the first bioactive compound is non-soluble or partially soluble in the first solvent, - applying said first suspension comprising the at least one first bioactive compound onto at least a part of the implant surface forming a first coating layer, - drying the first coating layer, - providing a second solution comprising at least one second bioactive compound in a second solvent, wherein the second bioactive compound is soluble or readily soluble in the second solvent; - applying said second solution comprising the at least one second bioactive compound onto the first coating layer forming a second coating layer, and - drying the second coating layer.
A safety bridge , which is formed to realise a free drain with a funnel trap and at least one drain line , wherein, in an arrangement of use, the safety bridge is arrangeable on a funnel of the funnel trap and the drain line is arrangeable above the funnel of the funnel trap , and wherein the safety bridge has at least one connecting plate with at least one connecting opening at which the drain line is arrangeable in the arrangement of use of the drain line with the funnel trap and the safety bridge , wherein the safety bridge has a spacing device which extends from the at least one connecting plate and out of the plane defined by the at least one connecting plate , wherein the spacing device is dimensioned such that, when the safety bridge is arranged on the funnel trap , the at least one connecting plate has a distance from the top edge of the funnel trap which is greater than or equal to a predefined minimum distance (A) for the free drain, so that a bottom edge of the drain line that is arranged at the connecting opening has at least the predefined minimum distance (A) from the funnel top edge of the funnel trap , wherein the predefined minimum distance is at least 20 mm, wherein the spacing device is formed - by a plurality of spacing bars which are arranged distributed across the outer perimeter of the at least one connecting plate , - or by a wall which is interrupted by at least one window (7") that is provided below the plane defined by the at least one connecting plate , characterised in that the wall or the plurality of spacing bars delimits an assembly of at least two connecting plates which are separated by at least one draining plate that is arranged in a downward offset manner, wherein an offset of the draining plate against the connecting plates is selected such that, when the safety bridge is arranged on the funnel trap , the at least one draining plate has a distance from the top edge of the funnel trap that is greater than or equal to the predefined minimum distance (A) for the free drain, and wherein the at least one window (7") in the wall extends adjacent to and below the draining plate . - by a plurality of spacing bars which are arranged distributed across the outer perimeter of the at least one connecting plate , - or by a wall which is interrupted by at least one window (7") that is provided below the plane defined by the at least one connecting plate , characterised in that the wall or the plurality of spacing bars delimits an assembly of at least two connecting plates which are separated by at least one draining plate that is arranged in a downward offset manner, wherein an offset of the draining plate against the connecting plates is selected such that, when the safety bridge is arranged on the funnel trap , the at least one draining plate has a distance from the top edge of the funnel trap that is greater than or equal to the predefined minimum distance (A) for the free drain, and wherein the at least one window (7") in the wall extends adjacent to and below the draining plate .
A diaphragm pump , in particular for use as a detergent dosage pump, comprising: a pump housing with at least a first check valve and a second check valve , a fluid chamber , a diaphragm defining a wall of the fluid chamber and reciprocatingly movable, a stepping motor as driving means for reciprocating said diaphragm , wherein the stepping motor comprises a controller for actuating the stepping motor , and an external control unit for operating the controller of the stepping motor , wherein the external control unit is connected to the controller by a power supply line for transmitting an operating signal to the controller , wherein the operating signal is a start signal for operating the diaphragm pump , in particular the stepping motor , at preset parameters; wherein the power supply and the transfer of operating signals from the control unit is integrated to the controller, and wherein the preset parameters comprise data about the aspirating velocity of the pump . a pump housing with at least a first check valve and a second check valve , a fluid chamber , a diaphragm defining a wall of the fluid chamber and reciprocatingly movable, a stepping motor as driving means for reciprocating said diaphragm , wherein the stepping motor comprises a controller for actuating the stepping motor , and an external control unit for operating the controller of the stepping motor , wherein the external control unit is connected to the controller by a power supply line for transmitting an operating signal to the controller , wherein the operating signal is a start signal for operating the diaphragm pump , in particular the stepping motor , at preset parameters; wherein the power supply and the transfer of operating signals from the control unit is integrated to the controller, and wherein the preset parameters comprise data about the aspirating velocity of the pump .
An output type multi-bearing-point independent suspension, comprising an upper fork arm , a lower fork arm , elastic elements , a shock absorber , fork arm positioning shafts , link rods and output levers ; wherein the upper fork arm and the lower fork arm are A-shaped structural parts, front ends of the upper fork arm and the lower fork arm being respectively connected with an upper suspension point and a lower suspension point of a wheel (C) through main pins (B) and rear ends of the upper fork arm and lower fork arm being connected to a vehicle frame by fork arm positioning shafts respectively; wherein two fork arm hanging pivots extend from a bottom of the front portion of the upper fork arm , a lower end of each fork arm hanging pivot being connected to a respective output lever by means of a link rod , a middle portion of each output lever being hinged to the vehicle frame by means of an output lever rotating shaft and a respective elastic element being arranged between a bottom of an end of each output lever and the vehicle frame; and wherein the shock absorber is mounted on top of the front end of the upper fork arm .
A detection device used in a mounting device , the mounting device comprising: a mounting section on which a feeding unit is installed to supply components (P) by feeding a packaging member where the components (P) are packaged at predetermined intervals; a mounting head configured to pick up a component (P) from the packaging member , and an imaging section configured to image the packaging member , wherein the detection device includes a control section configured to obtain a packaging pitch, characterized in that the control section is configured to obtain the packaging pitch based on a reference pattern of the packaging member with the packaged components (P), the reference pattern being acquired by integrating the brightness of multiple rows of a pre-pickup image which is a captured image of the packaging member captured by the imaging section before picking up a component (P), and integrating the brightness of multiple rows of a post-pickup image which is a captured image of the packaging member captured by the imaging section after picking up the component (P), and then determining whether the reference pattern is included in the captured pre-pickup image or in the captured post-pickup image .
A method implemented by a server for compilation optimization of a hosted application, APP, characterized by comprising: obtaining environment data of a hosted APP running environment provided by a host APP on a terminal, in response to receiving from the host APP a request to obtain the hosted APP, wherein the environment data of the hosted APP running environment provided by the host APP comprises at least one of: version data of the host APP; or version data of the hosted APP running environment provided by the host APP; querying in compilation results of the hosted APP and respective version data of the compilation results uploaded by a developer tool, according to the environment data of the hosted APP running environment provided by the host APP, to obtain a compilation result runnable by the host APP, wherein the compilation results of the hosted APP comprise a first compilation result before compilation optimization and a second compilation result after the compilation optimization, and wherein the respective version data of the compilation results include version data of the first compilation result, the lowest version data of the hosted APP running environment on which the first compilation result depends, version data of the second compilation result, and the lowest version data of the hosted APP running environment on which the second compilation result depends; and sending to the host APP the compilation result runnable by the host APP obtained, so that the host APP runs the compilation result by using the hosted APP running environment provided by the host APP. obtaining environment data of a hosted APP running environment provided by a host APP on a terminal, in response to receiving from the host APP a request to obtain the hosted APP, wherein the environment data of the hosted APP running environment provided by the host APP comprises at least one of: version data of the host APP; or version data of the hosted APP running environment provided by the host APP; querying in compilation results of the hosted APP and respective version data of the compilation results uploaded by a developer tool, according to the environment data of the hosted APP running environment provided by the host APP, to obtain a compilation result runnable by the host APP, wherein the compilation results of the hosted APP comprise a first compilation result before compilation optimization and a second compilation result after the compilation optimization, and wherein the respective version data of the compilation results include version data of the first compilation result, the lowest version data of the hosted APP running environment on which the first compilation result depends, version data of the second compilation result, and the lowest version data of the hosted APP running environment on which the second compilation result depends; and sending to the host APP the compilation result runnable by the host APP obtained, so that the host APP runs the compilation result by using the hosted APP running environment provided by the host APP.
A liquid crystal display, LCD, device comprising: a substrate ; a pixel electrode disposed on the substrate and having an active area (AA) that transmits light therethrough; and a first data line disposed on the substrate; wherein the pixel electrode includes a first stem electrode , which extends along a first direction, a second stem electrode , which extends along a second direction that is perpendicular to the first direction, intersects the first stem electrode and is divided into two halves by the first stem electrode , a third stem electrode , which extends along the second direction, is connected to the first stem electrode and is divided into two halves by one end of the first stem electrode , and a plurality of branch electrodes , which extend from at least one of the first stem electrode , the second stem electrode and the third stem electrode , wherein the first data line extends along the second direction, the liquid crystal display being characterized in that the first data line crosses the active area (AA) and overlaps with the second stem electrode . a substrate ; a pixel electrode disposed on the substrate and having an active area (AA) that transmits light therethrough; and a first data line disposed on the substrate; wherein the pixel electrode includes a first stem electrode , which extends along a first direction, a second stem electrode , which extends along a second direction that is perpendicular to the first direction, intersects the first stem electrode and is divided into two halves by the first stem electrode , a third stem electrode , which extends along the second direction, is connected to the first stem electrode and is divided into two halves by one end of the first stem electrode , and a plurality of branch electrodes , which extend from at least one of the first stem electrode , the second stem electrode and the third stem electrode , wherein the first data line extends along the second direction, the liquid crystal display being characterized in that the first data line crosses the active area (AA) and overlaps with the second stem electrode .
A method , comprising: identifying a communication channel utilized by a wireless communication system; detecting , at a terminal, one or more interfering base stations; and transmitting , from the terminal, interference reduction requests to respective detected interfering base stations over the communication channel, the method further characterized in that an interference reduction request comprises a request to reserve downlink communication resources by clearing the downlink communication resources. identifying a communication channel utilized by a wireless communication system; detecting , at a terminal, one or more interfering base stations; and transmitting , from the terminal, interference reduction requests to respective detected interfering base stations over the communication channel, the method further characterized in that an interference reduction request comprises a request to reserve downlink communication resources by clearing the downlink communication resources.
A device for optimizing video frame bundles, comprising: an execution unit, EU, ; a plurality of video motion estimation engines, VMEs, communicatively coupled to the EU and processing data output by the EU ; a performance prediction module configured to receive a plurality of video streams and to calculate as predicted performance, PP, time an encode time of frames of the video streams based on a plurality of weighted heuristics comprising any one of a resolution heuristic, a quantization parameter, QP, heuristic, an encode time heuristic of the previous frame, and a coding type heuristic; a frame bundle module configured to either bundle a plurality of frames having similar PP times into separate slots of a cluster for parallel processing on the EU; or select a first frame having a first PP time for a first slot of said cluster, select at least a second and third frame whose PP times sum to the first PP time for a second, separate slot of said cluster, and delay processing of the third frame by an amount equal to PP of the second frame. an execution unit, EU, ; a plurality of video motion estimation engines, VMEs, communicatively coupled to the EU and processing data output by the EU ; a performance prediction module configured to receive a plurality of video streams and to calculate as predicted performance, PP, time an encode time of frames of the video streams based on a plurality of weighted heuristics comprising any one of a resolution heuristic, a quantization parameter, QP, heuristic, an encode time heuristic of the previous frame, and a coding type heuristic; a frame bundle module configured to either bundle a plurality of frames having similar PP times into separate slots of a cluster for parallel processing on the EU; or select a first frame having a first PP time for a first slot of said cluster, select at least a second and third frame whose PP times sum to the first PP time for a second, separate slot of said cluster, and delay processing of the third frame by an amount equal to PP of the second frame. bundle a plurality of frames having similar PP times into separate slots of a cluster for parallel processing on the EU; or select a first frame having a first PP time for a first slot of said cluster, select at least a second and third frame whose PP times sum to the first PP time for a second, separate slot of said cluster, and delay processing of the third frame by an amount equal to PP of the second frame.
An aircraft system for measuring a quantity of liquid fuel in a fuel tank on an aircraft, comprising: a first meter that measures a rate of flow of gas through a gas line that is in fluid communication with the fuel tank ; a second meter that measures a rate of flow of liquid fuel out of the fuel tank via a fuel line; a first gauge that measures an ullage temperature in an ullage of the fuel tank ; a second gauge that measures an ullage pressure in the ullage of the fuel tank ; and a processing unit programmed to calculate a quantity of liquid fuel in the fuel tank based on measurement data from said first and second meters (50/48) and from said first and second gauges (14/12). a first meter that measures a rate of flow of gas through a gas line that is in fluid communication with the fuel tank ; a second meter that measures a rate of flow of liquid fuel out of the fuel tank via a fuel line; a first gauge that measures an ullage temperature in an ullage of the fuel tank ; a second gauge that measures an ullage pressure in the ullage of the fuel tank ; and a processing unit programmed to calculate a quantity of liquid fuel in the fuel tank based on measurement data from said first and second meters (50/48) and from said first and second gauges (14/12).
Tyre stud for anchoring in a tyre stud hole of a tread of a pneumatic vehicle tire, having a tyre stud body which has a base flange , and having a tyre stud pin of hard metal, which is anchored in an insert located in the tyre stud body and by way of an end portion protrudes beyond the tyre stud body , wherein the base flange has lateral delimitation faces and the insert has a base part (5a, 5'a) partly forming the base flange and has a pin holder (5b, 5'b) that holds the tyre stud pin , and wherein the tyre stud body , optionally except for the insert , is composed of non-metallic material which encases the base part (5a, 5'a) at the base flange , characterized in that the base flange , at least up to the region of the lateral delimitation faces thereof, is encased with a vibration-damping first rubber material, wherein at least that part (7, 7'b) of the tyre stud body that adjoins directly the end portion of the tyre stud pin which protrudes beyond the tyre stud body is composed of an abrasion-resistant and cutting-resistant material which is a second rubber material or a thermoplastic vulcanizate.
A medical device comprising: an elongated support member ; an expandable element disposed on the elongated support member, a stationary element comprising a plurality of arms (18A-18N), wherein the plurality of arms is configured to segment a thrombus into smaller pieces as the thrombus moves through the stationary element, wherein the expandable element is configured to capture at least some of the smaller pieces; and characterised by a movable element disposed radially inward from the stationary element, the movable element configured to move relative to the stationary element to macerate the thrombus as the thrombus moves through the stationary element; and wherein the movable element is configured to expand radially outward from a delivery configuration to a deployed configuration, and wherein the movable element is configured to move within a volume defined by the stationary element. an elongated support member ; an expandable element disposed on the elongated support member, a stationary element comprising a plurality of arms (18A-18N), wherein the plurality of arms is configured to segment a thrombus into smaller pieces as the thrombus moves through the stationary element, wherein the expandable element is configured to capture at least some of the smaller pieces; and characterised by a movable element disposed radially inward from the stationary element, the movable element configured to move relative to the stationary element to macerate the thrombus as the thrombus moves through the stationary element; and wherein the movable element is configured to expand radially outward from a delivery configuration to a deployed configuration, and wherein the movable element is configured to move within a volume defined by the stationary element.