mhurhangee/patent-ind-claim-en huggingface dataset:
Camshaft having a tubular outer shaft and an inner shaft which is arranged coaxially thereto and can be rotated at least to a limited extent with respect to the outer shaft , wherein the inner shaft has an end section with a reduced external diameter, the inner shaft being sealed with respect to the outer shaft at the end section, wherein a sealing ring is arranged between the inner shaft and the outer shaft , characterised in that - a plug is provided which is inserted into the outer shaft at the longitudinal end, the inner shaft being sealed with respect to the plug by the sealing ring , - the plug engages around an outer edge of the outer shaft . - a plug is provided which is inserted into the outer shaft at the longitudinal end, the inner shaft being sealed with respect to the plug by the sealing ring , - the plug engages around an outer edge of the outer shaft .
A painting system for painting a shoe sole portion of a shoe , the painting system comprising: a jig configured to hold the shoe sole portion in an inverted position such that when the jig is in a closed position, only a side surface of the shoe sole portion is exposed; a computer controlled painting station that is adapted to paint the exposed side surface of the shoe sole portion while being maintained by the jig ; an opening station having an opening mechanism adapted to transition the jig from the closed position to a fully-open position; an unloading station having an inversion mechanism that is adapted to remove the shoe sole portion from the jig and invert the shoe sole portion to an upright position; and a transport assembly adapted to transport the jig from a first location to the painting station , from the painting station to the opening station , and from the opening station to the unloading station . a jig configured to hold the shoe sole portion in an inverted position such that when the jig is in a closed position, only a side surface of the shoe sole portion is exposed; a computer controlled painting station that is adapted to paint the exposed side surface of the shoe sole portion while being maintained by the jig ; an opening station having an opening mechanism adapted to transition the jig from the closed position to a fully-open position; an unloading station having an inversion mechanism that is adapted to remove the shoe sole portion from the jig and invert the shoe sole portion to an upright position; and a transport assembly adapted to transport the jig from a first location to the painting station , from the painting station to the opening station , and from the opening station to the unloading station .
A pharmaceutical composition comprising a pharmaceutically acceptable carrier, an excipient, a surfactant; and milrinone at a concentration of 10 to 17 mg/mL, at a pH of about 2.6 to about 3.4 for use in a method for treating heart failure, in a subject in need thereof, comprising: providing said pharmaceutical composition; and nebulizing said pharmaceutical composition and administrating said nebulized pharmaceutical composition by inhalation, e.g. every about 4 to about 12 hours. providing said pharmaceutical composition; and nebulizing said pharmaceutical composition and administrating said nebulized pharmaceutical composition by inhalation, e.g. every about 4 to about 12 hours.
Actuator device for a gearbox of a motor vehicle, having several switching shafts which can be displaced respectively in a first direction between several selection positions and in a second direction between several switching positions and which have respectively one connection element which in at least one of the selection positions are in operational connection with at least one gear shift rail of the gearbox for transmitting a movement of the switching shaft in the second direction onto the gear shift rail , characterised in that the switching shafts are supported against one another such that they are movable against one another in the first direction and are mutually fixed in the second direction, wherein the selection positions of the switching shafts can be set independently by means of several first actuating devices , and wherein the switching shafts can be displaced by means of a second actuating device together between the switching positions, such that all switching shafts are present always in the same switching position.
A display device , comprising: a display panel comprising a display area and a non-display area at least partially surrounding the display area, a panel support sheet disposed behind the display panel and having a first hole (H2) exposing the display area of the display panel ; and an optical sensor disposed within the first hole (H2); characterized by a first light-blocking portion disposed in a void area that is between the panel support sheet and the optical sensor , within the first hole (H2), wherein the display device further comprises a second light-blocking portion disposed behind the optical sensor , wherein the second light-blocking portion partially overlaps with the panel support sheet and the optical sensor and covers the void area (VA), and wherein the second light-blocking portion comprises another hole (H4) exposing a bottom surface of the optical sensor . a display panel comprising a display area and a non-display area at least partially surrounding the display area, a panel support sheet disposed behind the display panel and having a first hole (H2) exposing the display area of the display panel ; and an optical sensor disposed within the first hole (H2); characterized by a first light-blocking portion disposed in a void area that is between the panel support sheet and the optical sensor , within the first hole (H2), wherein the display device further comprises a second light-blocking portion disposed behind the optical sensor , wherein the second light-blocking portion partially overlaps with the panel support sheet and the optical sensor and covers the void area (VA), and wherein the second light-blocking portion comprises another hole (H4) exposing a bottom surface of the optical sensor .
A Cargomer comprising: (a) 1-8 apolipoprotein molecules; (b) one or more cargo moieties; (c) an amount of amphipathic molecules sufficient to solubilize the apolipoprotein molecules, wherein one or more of the cargo moieties of (b) and one or more of the amphipathic molecules of (c) can be be the same molecule(s) in the Cargomer; (d) optionally, one or more anchors non-covalently coupling one or more cargo moieties to the apolipoprotein molecules; and (e) optionally, one or more linkers covalently coupling one or more cargo moieties to one or more apolipoprotein molecules, one or more amphipathic molecules or one or more anchors, wherein (i) the amphipathic molecules, the cargo moieties and, if present, the anchors and/or linkers together contribute a net charge of at least +1 or -1 per apolipoprotein molecule in the Cargomer; and (ii) the apolipoprotein to amphipathic molecule molar ratio ranges from 8:1 to 1:15. (a) 1-8 apolipoprotein molecules; (b) one or more cargo moieties; (c) an amount of amphipathic molecules sufficient to solubilize the apolipoprotein molecules, wherein one or more of the cargo moieties of (b) and one or more of the amphipathic molecules of (c) can be be the same molecule(s) in the Cargomer; (d) optionally, one or more anchors non-covalently coupling one or more cargo moieties to the apolipoprotein molecules; and (e) optionally, one or more linkers covalently coupling one or more cargo moieties to one or more apolipoprotein molecules, one or more amphipathic molecules or one or more anchors, wherein (i) the amphipathic molecules, the cargo moieties and, if present, the anchors and/or linkers together contribute a net charge of at least +1 or -1 per apolipoprotein molecule in the Cargomer; and (ii) the apolipoprotein to amphipathic molecule molar ratio ranges from 8:1 to 1:15.
A differential current monitoring device for monitoring differential currents in power supply systems comprising a direct-voltage network and an alternating-voltage network each having active conductors, and the direct-voltage network being connected to the alternating-voltage network via an inverter ; the differential current monitoring device comprising a first measuring current transformer and a measuring circuit , which are both suitable for determining the differential current in the active conductors of the alternating-voltage network , and comprising a computing unit for evaluating the differential current and for generating a switch-off signal , a device for arc detection having a second measuring current transformer and a measuring circuit , which are both suitable for determining the individual conductor current in the active conductor of the direct-voltage network for the purpose of arc detection, and a computing unit for evaluating the individual conductor current being combined with the computing unit for evaluating the differential current in a shared computing unit , the differential current monitoring device comprising a housing for receiving the components for monitoring differential currents and the second measuring current transformer being disposed as an external current transformer in a spatially separate manner from the housing.
A nail gun comprising: a gun body ; a power module disposed in said gun body , said power module being configured to perform a nail-driving operation in which said power module outputs a striking force to strike a nail by receiving a first pressure, and prevented from receiving the first pressure when said power module is subjected to a second pressure; a muzzle module mounted to said gun body , and defining a nail exit opening ; a magazine module connected to said muzzle module for pushing a plurality of nails to move into said muzzle module one at a time; a firing module mounted to said gun body , and operable to activate the nail-driving operation for firing the nails via said nail exit opening ; and a detection module including a valve rod that is movably mounted to said gun body for controlling the second pressure, and a detection member that is pivoted to said magazine module and that is operable to pivot between an unsealing position and a sealing position, said detection member being moved to the sealing position when the number of the nails in said magazine module is less than a predetermined amount; characterised in that , when said detection member is at the unsealing position, said valve rod is pushed by said detection member to move away from said detection member to permit release of the second pressure; and wherein when said detection member is at the sealing position, said valve rod is moved toward said detection member to prevent the second pressure from being released. a gun body ; a power module disposed in said gun body , said power module being configured to perform a nail-driving operation in which said power module outputs a striking force to strike a nail by receiving a first pressure, and prevented from receiving the first pressure when said power module is subjected to a second pressure; a muzzle module mounted to said gun body , and defining a nail exit opening ; a magazine module connected to said muzzle module for pushing a plurality of nails to move into said muzzle module one at a time; a firing module mounted to said gun body , and operable to activate the nail-driving operation for firing the nails via said nail exit opening ; and a detection module including a valve rod that is movably mounted to said gun body for controlling the second pressure, and a detection member that is pivoted to said magazine module and that is operable to pivot between an unsealing position and a sealing position, said detection member being moved to the sealing position when the number of the nails in said magazine module is less than a predetermined amount; characterised in that , when said detection member is at the unsealing position, said valve rod is pushed by said detection member to move away from said detection member to permit release of the second pressure; and wherein when said detection member is at the sealing position, said valve rod is moved toward said detection member to prevent the second pressure from being released.
An information processing device comprising: a display configured to display a plurality of graphical faceplates side by side, the graphical faceplates corresponding to control targets respectively, the graphical faceplates representing states of the control targets respectively, a main screen being displayed in a display area of each of the graphical faceplates; an operation unit which is used for operating the graphical faceplates; and a controller configured to switch the main screen of one of the graphical faceplates displayed in the display area to a sub screen for operating the control target of one of the graphical faceplates based on an operation performed by the operation unit , wherein the sub screen is provided for each of the graphical faceplates, wherein the main screen for each of the graphical faceplates displays a state of the graphical faceplate's corresponding control target, and does not display an input portion for operating the graphical faceplate's corresponding control target, wherein the sub screen for operating the control target of the one of the graphical faceplates displays the input portion for operating the control target of the one of the graphical faceplates, and wherein in response to the switching of the main screen of the one of the graphical faceplates to the sub screen for operating the control target of the one of the graphical faceplates, the controller prohibits the main screen displayed in the display area of another graphical faceplate of the plurality of the graphical faceplates from being switched to the sub screen of the other graphical faceplate. a display configured to display a plurality of graphical faceplates side by side, the graphical faceplates corresponding to control targets respectively, the graphical faceplates representing states of the control targets respectively, a main screen being displayed in a display area of each of the graphical faceplates; an operation unit which is used for operating the graphical faceplates; and a controller configured to switch the main screen of one of the graphical faceplates displayed in the display area to a sub screen for operating the control target of one of the graphical faceplates based on an operation performed by the operation unit , wherein the sub screen is provided for each of the graphical faceplates, wherein the main screen for each of the graphical faceplates displays a state of the graphical faceplate's corresponding control target, and does not display an input portion for operating the graphical faceplate's corresponding control target, wherein the sub screen for operating the control target of the one of the graphical faceplates displays the input portion for operating the control target of the one of the graphical faceplates, and wherein in response to the switching of the main screen of the one of the graphical faceplates to the sub screen for operating the control target of the one of the graphical faceplates, the controller prohibits the main screen displayed in the display area of another graphical faceplate of the plurality of the graphical faceplates from being switched to the sub screen of the other graphical faceplate.
A grass trimmer , comprising: a grass trimmer head comprising a spool used for a grass trimmer rope to be wound around, and a head housing for accommodating at least part of the spool; a drive device configured to drive the grass trimmer head to rotate; and an operating member connected to the drive device and comprising an operating portion for a user to operate; wherein the grass trimmer has a winding mode, and when the grass trimmer is in the winding mode, movement of the operating member is transmitted to the spool or the head housing so as to generate relative movement that is between the spool and the head housing and through which the grass trimmer rope is wound around the spool, wherein the drive device includes an electric motor configured to drive the spool or the head housing, and the electric motor includes a motor shaft ; in the case where the grass trimmer is in the winding mode, the electric motor is not powered on, and the operating member mechanically drives the motor shaft to rotate; and the grass trimmer further comprises a grass trimming mode, when the grass trimmer is in the grass trimming mode, the electric motor is powered on, starts to operate, and drives the grass trimmer head to rotate, characterized in that the movement of the operating member is transmitted to the spool or the head housing through the drive device. a grass trimmer head comprising a spool used for a grass trimmer rope to be wound around, and a head housing for accommodating at least part of the spool; a drive device configured to drive the grass trimmer head to rotate; and an operating member connected to the drive device and comprising an operating portion for a user to operate; wherein the grass trimmer has a winding mode, and when the grass trimmer is in the winding mode, movement of the operating member is transmitted to the spool or the head housing so as to generate relative movement that is between the spool and the head housing and through which the grass trimmer rope is wound around the spool, wherein the drive device includes an electric motor configured to drive the spool or the head housing, and the electric motor includes a motor shaft ; in the case where the grass trimmer is in the winding mode, the electric motor is not powered on, and the operating member mechanically drives the motor shaft to rotate; and the grass trimmer further comprises a grass trimming mode, when the grass trimmer is in the grass trimming mode, the electric motor is powered on, starts to operate, and drives the grass trimmer head to rotate, characterized in that the movement of the operating member is transmitted to the spool or the head housing through the drive device.
A stable liquid composition comprising: - chlorhexidine digluconate, - a dye of formula (I) in the form of a pharmaceutically acceptable salt: wherein R 1 , R 2 , R 3 , R 4 , identical or different, each independently represent a hydrogen atom or a chlorine atom, - water, - and at least one alcohol selected from ethanol, n-propanol and isopropanol, said composition comprising from 0.4 to 2.5% w/v, in relation to the total volume of the composition, of chlorhexidine digluconate and from 0.01 to 0.06% w/v, in relation to the total volume of the composition, of a pharmaceutically acceptable salt of the dye of formula (I). - chlorhexidine digluconate, - a dye of formula (I) in the form of a pharmaceutically acceptable salt: wherein R 1 , R 2 , R 3 , R 4 , identical or different, each independently represent a hydrogen atom or a chlorine atom, - water, - and at least one alcohol selected from ethanol, n-propanol and isopropanol,
A method of determining whether a received pulse, in a stream of pulses received by a radar receiver , is a member of a cluster, the cluster having an anchor point , wherein the first pulse received, and any subsequently received pulse which is not sufficiently similar to previously received pulses, becomes an anchor point which defines a new cluster centered on that anchor point, the received pulse and the anchor point each having a respective feature vector, each feature vector having a multiplicity of features, the method comprising: generating at least one weight corresponding to a feature; calculating, using the weight, a weighted distance between the feature vector of the received pulse and the feature vector of the anchor point; comparing the weighted distance to a threshold; and determining that the received pulse is a member of the cluster if the weighted distance is less than the threshold, wherein the generating at least one weight corresponding to a feature comprises: injecting pulses of known characteristics into the radar receiver during operation; determining the variation in the feature measured; and calculating the weight as a function of the variation in the feature measured. generating at least one weight corresponding to a feature; calculating, using the weight, a weighted distance between the feature vector of the received pulse and the feature vector of the anchor point; comparing the weighted distance to a threshold; and determining that the received pulse is a member of the cluster if the weighted distance is less than the threshold, wherein the generating at least one weight corresponding to a feature comprises: injecting pulses of known characteristics into the radar receiver during operation; determining the variation in the feature measured; and calculating the weight as a function of the variation in the feature measured. injecting pulses of known characteristics into the radar receiver during operation; determining the variation in the feature measured; and calculating the weight as a function of the variation in the feature measured.
Use of a kit in the in vitro detection or diagnosis of prostate cancer, wherein said kit comprises a nucleic acid capable of specifically binding to a polynucleotide of prostate cancer marker: miR-4443.
A prosthetic heart valve comprising: a stent body ; wherein the stent body comprises an inner surface defining a cavity and an outer surface opposing the inner surface , and wherein the stent body has a length between first and second ends of the stent body ; and a coating sheet formed from an electrospun material ; wherein the coating sheet comprises a first portion that covers at least a portion of the stent body outer surface and a second inverted portion extending inside the cavity of the stent body and covering at least a portion of the inner surface of the stent body ; wherein the second inverted portion has a diameter that is tapered from a diameter of the first portion; wherein at least one of the first and second ends of the stent body is covered by the coating sheet . a stent body ; wherein the stent body comprises an inner surface defining a cavity and an outer surface opposing the inner surface , and wherein the stent body has a length between first and second ends of the stent body ; and wherein the stent body comprises an inner surface defining a cavity and an outer surface opposing the inner surface , and wherein the stent body has a length between first and second ends of the stent body ; and a coating sheet formed from an electrospun material ; wherein the coating sheet comprises a first portion that covers at least a portion of the stent body outer surface and a second inverted portion extending inside the cavity of the stent body and covering at least a portion of the inner surface of the stent body ; wherein the second inverted portion has a diameter that is tapered from a diameter of the first portion; wherein at least one of the first and second ends of the stent body is covered by the coating sheet . wherein the coating sheet comprises a first portion that covers at least a portion of the stent body outer surface and a second inverted portion extending inside the cavity of the stent body and covering at least a portion of the inner surface of the stent body ; wherein the second inverted portion has a diameter that is tapered from a diameter of the first portion; wherein at least one of the first and second ends of the stent body is covered by the coating sheet .
Vehicle roof comprising a mobile roof part, which is movable by means of a drive carriage which is connected to the roof part and is guided in a shiftable manner in a guide rail , a drive cable for moving the drive carriage , and a cable connection which connects the drive cable to the drive carriage , wherein the cable connection has a metal element , wherein the cable connection has a plastics encapsulation with which the drive cable is encapsulated on a connecting portion by injection moulding, the metal element is configured as a sheet-metal insert which is at least partially embedded in the plastics encapsulation , characterized in that the metal element engages in a form-fitting manner in a cable coil arranged on the drive cable .